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Chesapeake Bay News

Jun
03
2013

Restoration Spotlight: Urban wetland provides refuge for Baltimore wildlife

Overlooking Baltimore Harbor on a warm spring day, the grounds of Fort McHenry National Monument and Shrine are an alluring sight. The fort is now protected by the National Park Service (NPS), nearly 200 years after its historic stand during the Battle of Baltimore, which birthed our naitonal anthem.

Nestled outside of the fort’s borders is an urban wetland: seven acres of manmade wildlife habitat that set a progressive example of how to overcome urbanization, development and other modern-day environmental obstacles. 

Restoration Spotlight: Urban wetland provides refuge for Baltimore wildlife from Chesapeake Bay Program on Vimeo.

Restoration Spotlight: Fort McHenry Urban Wetland from Chesapeake Bay Program on Vimeo 

The wetland was created by the Maryland Transportation Authority in 1982 to mitigate the construction of the Interstate 95 tunnel. It is currently being restored under the supervision of The National Ocean Service (NOS) and The National Aquarium.

In 1998, the aquarium realized the potential of the wetland as an educational tool and now uses it to inform their 1.5 million annual visitors about estuarine systems. Their wetland-based educational programs include a student-tended nursery, a demonstration garden, a rain garden and a greenhouse filled with plants that act as a natural water filter to an attached striped bass tank.

Laura Bankey, the director of conservation at the National Aquarium, explained: “The marsh is a useful hands-on education tool for the National Aquarium, as well as a valuable refuge for wildlife in the city.”

It is home to a wide array of fish species, 250 bird species, mammals, reptiles and amphibians. The wetland also serves as an esteemed green space to the residents of Baltimore.

“I grew up just south of here on the Patapsco River," Bankey said. "I spent a lot of time outside as a kid and now that I have a daughter, I want the same for her. I want a place where she can play outside and walk barefoot.”

The wetland has overcome its fair share of obstacles; the original stone riprap built around wetland's culverts became problematic when the hard shoreline began to funnel debris and sediment into these culverts, blocking them from tidal flow and fish passage. In 2004, the wetland received second mitigation credits that led to the creation of a soft shoreline that now allows marine debris to accumulate in the marsh, which is cleaned up by an extensive network of volunteers.

Bankey credits a lot of the wetland’s success to volunteer efforts. “We have been hosting volunteer events since 1999,” Bankey said. “We had 179 volunteers come out here one day and pick up 15 tons of trash. We kept the bottles to show how many you can collect in one day,” she continued, pointing at a mountain of bottles, a visual that the National Aquarium uses to draw awareness to the issue of marine debris during volunteer and educational programs.

“Most of the trash that we pick out of the marsh is what we call 'convenience store' trash. Items like toys that are purchased, used once, then thrown away, or heavy plastics,” said Bankey. She pointed out that most of the lighter plastics, like plastic bags, tend get stuck farther upstream.

Bankey stressed the importance of community involvement and environmental education in the success of the Fort McHenry Urban Wetlands Restoration Project.

“We need to tackle the debris problem upstream, but it’s important to get people out here, hands-on, to show them how quickly it [debris] accumulates and what is possible with their help,” Bankey said.

Every spring, the fort recruits volunteers for an annual field day. Learn how to get involved. 

Video produced by Steve Droter

author
About Jenna Valente - Jenna is the Communications Office Staffer for the Chesapeake Bay Program. She developed a passion for conservation through her outdoorsy nature and being raised in Hawaii, Washington State and Maine. A graduate of the University of Maine's Communication program, she loves any opportunity to educate the public about the importance of conserving the environment.


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May
31
2013

Letter from Leadership: Report cards measure restoration progress

As we know from our years at school, it is important to measure our progress, whether it pertains to our ability to learn and use information or to our work restoring water quality. Over the past 30 years, many non-governmental organizations, academic institutions and even individuals have used grades to measure how well we are doing in correcting environmental problems. In Maryland, former state Sen. Bernie Fowler uses his annual Paxtuent River Wade-In to bring attention to the need for continued vigilance on cleaning up our waterways. As a youth, Sen. Fowler could wade into the Patuxent up to his chest and still see his sneakers; this is now his modern-day yardstick, known as the “Sneaker Index.”

Each year, Sen. Fowler wades into the Patuxent until he can no longer see his shoes. He comes out of the river and measures the water line on his denim overalls. Over the years, this number has become the “grade” for the river’s water quality. A number of other organizations publish similar report cards for different water bodies. The Chesapeake Bay Foundation, the University of Maryland Center for Environmental Science, Blue Water Baltimore and others have developed sophisticated methods of measuring the health of our waterways, issuing letter grades to show how well or how poorly our efforts are working to improve the environment.

But, just like our report cards from school, water quality report cards don’t tell the whole story. While they can tell us what conditions are right now—whether we did well or poorly in a particular course or over the school year—there are a lot of factors that can influence a waterway’s score from one year to the next. We are making progress, although at times we may see setbacks. And as Sen. Fowler reminds us each year, we must stick to it, redouble our efforts and work even harder if we want to get and keep a passing grade.

author
About Nick DiPasquale - Nick has nearly 30 years of public policy and environmental management experience in both the public and private sectors. He previously served as Deputy Secretary in the Pennsylvania Department of Environmental Protection, Director of the Environmental Management Center for the Brandywine Conservancy in Chadds Ford, Pennsylvania and as Secretary of the Delaware Department of Natural Resources and Environmental Control.


Keywords: rivers and streams, report card, Letter from Leadership

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May
31
2013

Photo Essay: Scientists restock American shad to Delaware waterway

For close to a decade, scientists and volunteers have spent their springs at the Nanticoke Shad Hatchery, working to rebuild populations of American shad. 

In this small building near Bethel, Del., hundreds of thousands of American shad are raised each year before they are returned to their native spawning grounds in the Nanticoke River. This spring, the hatchery stocked about 558,000 fish to the waterway.

In the early 1900s, excessive commercial harvests took a heavy toll on American shad. Over the past century, poor water quality and the construction of dams that restrict the anadromous fish’s access to upstream spawning grounds have caused shad populations to decline.

Image courtesy Library of Congress

Today, restoration efforts are giving American shad a much-needed population boost. Restocking programs across the Chesapeake Bay watershed—combined with harvest restrictions, improved water quality and the removal of dams—are critical to the re-establishment of the species.

American shad spend most of their lives in brackish and saltwater before returning to their birth waters to spawn. The Nanticoke Shad Hatchery collects its brood stock directly from the Nanticoke River and its Deep Creek tributary to ensure adult fish will return to the waterway and to preserve the genetic integrity of the local shad population.

Throughout the spring spawning season, which runs from mid-March through April, mature shad that are held in the hatchery’s closely monitored, 3,500-gallon spawning tanks periodically release eggs and sperm.

On the morning after an overnight spawning event, pea-sized eggs are filtered into an egg collection tank.

“Bad eggs” are removed from the tank before fertilized eggs are measured by volume and placed in incubation jars to grow.

Eggs that survive to the “eyed” stage are moved to one of four culture tanks, where they will hatch into larval fish within a week.

After a few more days spent in the safety of the culture tanks, the larval fish absorb their nutritive yolk sac and transform into fry that are ready to feed on their own in their natural habitat.

Before the hatchery-produced fish are released into the Nanticoke River, scientists mark them with oxytetracycline. Tracking the fish will allow scientists to gauge their survival and stocking success over time.

Six years of sampling surveys on the Nanticoke River show that adult American shad abundance has increased, while the number of hatchery-produced juveniles has decreased. According to hatchery manager Mike Stengl, this suggests the hatchery is succeeding in its long-term goal: to reduce the percentage of hatchery-grown fish in the river and encourage the wild population to spawn on its own.

Success at the Nanticoke Shad Hatchery and at other hatcheries across the region are giving American shad a second chance at survival in the watershed.

View more photos on the Chesapeake Bay Program Flickr page.

author
About Steve Droter - Steve is Multimedia Coordinator (Photographer & Video Producer) for the Chesapeake Bay Program. @SteveDroter


Keywords: photography, restoration, Delaware, American shad, Nanticoke River, photo essay

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May
30
2013

Scientists recommend further monitoring of natural gas extraction sites

Natural gas resources underlie almost half of the Chesapeake Bay watershed, but some of the regulations that govern Bay cleanup do not take extraction-related pollution into account.

According to the Chesapeake Bay Program’s Scientific and Technical Advisory Committee (STAC), more research is needed to track the environmental effects of natural gas extraction and to help jurisdictions determine whether or not they must implement conservation practices to offset potential pollution loads and meet the Bay pollution diet.

Image courtesy WCN24/7/Flickr

The pollution diet, or Total Maximum Daily Load (TMDL), limits the amount of nutrient and sediment pollution that can enter the Bay from across the watershed. According to STAC, hydraulic fracturing, or “fracking,” has the potential to change local pollution loads, as natural gas extraction increases the erosion of sediment into local rivers and withdraws water from area sources, altering aquatic habitat and river flow.

In a factsheet released this week, STAC outlines the recommendations that the panel made following a workshop on shale gas development. STAC recommends that the Bay Program incorporate natural gas drilling into the Bay Watershed Model, which estimates the amount of nutrients and sediment reaching the Bay. STAC also recommends that the industry, scientific and policy-making communities continue to research shale gas development and implement conservation practices to lower natural gas extraction’s cumulative impact on the Bay.

Read more about the environmental effects of shale gas development in the watershed.


Keywords: sediment, Scientific and Technical Advisory Committee (STAC), Marcellus Shale, shale gas development, hydraulic fracturing

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May
20
2013

Restoration Spotlight: Bass sanctuaries protect popular sport fish

On a quiet cove in Southern Maryland, a series of orange and white markers declares a stretch of water off limits to fishing. Under the surface sits spawning habitat for largemouth bass, a fish that contributes millions of dollars to the region’s economy each year and for whom two such sanctuaries have been established in the state. Here, the fish are protected from recreational anglers each spring and studied by scientists hoping to learn more about them and their habitat needs.

The largemouth bass can be found across the watershed and is considered one of the most popular sport fishes in the United States. While regional populations are strong, a changing Chesapeake Bay—think rising water temperatures, disappearing grasses and the continued arrival of invasive species—is changing bass habitat and could have an effect on future fish.

For decades, scientists with the Maryland Department of Natural Resources (DNR) have collected data on the distribution of largemouth bass, tracking the species and monitoring the state’s two sanctuaries in order to gather the knowledge needed to keep the fishery sustainable. Established in 2010 on the Chicamuxen and Nanjemoy creeks, both of which flow into the Potomac River, these sanctuaries have been fortified with plastic pipes meant to serve as spawning structures. And, it seems, these sanctuaries are in high demand during spawning season.

On an overcast day in April, three members of the DNR Tidal Bass Survey team—Joseph Love, Tim Groves and Branson Williams—are surveying the sanctuary in Chicamuxen Creek. Groves flips a switch and the vessel starts to send electrical currents into the water, stunning fish for capture by the scientists on board. The previous day, the team caught, tagged and released 20 bass; this morning, the men catch 19, none of which were tagged the day before.

“This [lack of recaptures] indicates that we have quite a few bass out here,” said Love, Tidal Bass Manager.

Indeed, the state’s largemouth bass fishery “is pretty doggone good,” Love continued. “That said, we recognize that the ecosystem is changing. And I don’t think anybody wants to rest on the laurels of a great fishery.”

As Love and his team learn how largemouth bass are using the state’s sanctuaries, they can work to improve the sanctuaries’ function and move to protect them and similar habitats from further development or disturbance.

“We can speculate where the best coves are, but this is the ground truthing that we need to do,” Love said.

In the fall, the team will return to the cove to count juvenile bass and report on juvenile-to-adult population ratios. While the assessment of the state’s sanctuaries is a small-scale project, it is one “aimed at the bigger picture,” Love said.

Love’s team is “doing what we can to improve the use of these coves by bass.” And protecting bass habitat and improving water quality will have a positive effect on the coves overall, creating healthier systems for neighboring plants and animals.

“By protecting these important areas, we are also protecting the larger ecosystem,” Love said.

Photos by Jenna Valente. To view more, visit our Flickr set.

author
About Catherine Krikstan - Catherine Krikstan is a web writer and social media specialist at the Chesapeake Bay Program. She began writing about the watershed as a reporter in Annapolis, Md., where she covered algae blooms and climate change and interviewed hog farmers and watermen. She lives in Washington, D.C.


Keywords: fish, Maryland, rivers and streams, Maryland Department of Natural Resources (DNR), restoration, electrofishing, Potomac River, Restoration Spotlight, largemouth bass

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May
13
2013

Restoration Spotlight: Farm’s conservation practices cut pollution at its source

Cover crops, streamside trees and nutrient management plans: all are exceptional ways to reduce nutrient pollution in the Chesapeake Bay. And for father and son duo Elwood and Hunter Williams, restoring the Bay begins with conservation practices and a shift in mentality. 

“We knew coming down the road that we needed to do a better job with keeping the water clean,” Hunter said. “We decided that if there was going to be a problem with the streams it wasn’t going to be us.”

Restoration Spotlight: Misty Mountain Farm from Chesapeake Bay Program on Vimeo.

Excess nutrients come from many places, including wastewater treatment plants, agricultural runoff and polluted air. When nitrogen and phosphorus reach waterways, they can fuel the growth of large algae blooms that negatively affect the health of the Bay. In order to reduce these impacts, the U.S. Environmental Protection Agency (EPA) has implemented a Bay “pollution diet,” known as the Total Maximum Daily Load (TMDL).

Since the passing of the TMDL, many farmers in the watershed have felt the added pressure of the cleanup on their shoulders, but for the Williams family, having the foresight to implement best management practices (BMPs) just seemed like the environmentally and fiscally responsible thing to do.

”We don’t want to get to a point where regulations are completely out of control,” Hunter explained. “Farmers know what they’re putting on the ground so we have the ability to control it. Most people who have yards don’t have a clue what they’re putting on the ground when they use fertilizer. The difference has to be made up by the farmers because we know exactly what is going on to our soil.”

The Williams family began implementing BMPs on Misty Mountain Farm in 2006 by teaming up with the Potomac Valley Conservation District (PVCD).  The government-funded non-profit organization has been providing assistance to farmers and working to preserve West Virginia’s natural resources since 1943.

The PVCD operates the Agricultural Enhancement Program (AgEP), which has steadily gained popularity among chicken farmers and livestock owners located in the West Virginia panhandle and Potomac Valley. While these two districts make up just 14 percent of West Virginia’s land mass, these regions are where many of the Bay’s tributaries begin—so it is important for area landowners to be conscious of pollutants entering rivers and streams.

AgEP is designed to provide financial aid and advice to farmers in areas that the Farm Bill does not cover. PVCD is run in a grassroots fashion, as employees collaborate with local farmers to pinpoint and meet their specific needs.

“It [AgEP] has been very well received,” said Carla Hardy, Watershed Program Coordinator with the PVCD. “It’s the local, state and individuals saying, “These are our needs and this is how our money should be spent.” Farmers understand that in order to keep AgEP a voluntary plan they need to pay attention to their conservation practices.”

Hunter admits the hardest part of switching to BMPs was changing his mindset and getting on board. Originally, Hunter was looking at the Bay’s pollution problems as a whole, but with optimistic thinking and assistance from PVCD, he realized that the best way to overcome a large problem was to cross one bridge at a time.

It wasn’t long before the Williams family started to see results: fencing off streams from cattle led to cleaner water; building barns to overwinter cows allowed them to grow an average of 75 pounds heavier than before, making them more valuable to the farm.

By using BMPs, the Williams family has set a positive example for farmers across the watershed, proving that with hard work and a ‘sky is the limit’ mentality, seemingly impossible goals can be met.
Hunter points out, “We are proud to know that if you are traveling to Misty Mountain Farm you can’t say, “Hey these guys aren’t doing their part.”

Video produced by Steve Droter.

author
About Jenna Valente - Jenna is the Communications Office Staffer for the Chesapeake Bay Program. She developed a passion for conservation through her outdoorsy nature and being raised in Hawaii, Washington State and Maine. A graduate of the University of Maine's Communication program, she loves any opportunity to educate the public about the importance of conserving the environment.


Keywords: nutrients, restoration, agriculture, West Virginia, nutrient pollution, best management practices, Restoration Spotlight

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May
09
2013

More habitat means more fish

An investment in habitat conservation could be a smart one for fisheries and the economies that depend on them, according to a new report.

In More Habitat Means More Fish, released this week by Restore Americas Estuaries, the American Sportfishing Association and the National Oceanic and Atmospheric Administration, the link between healthy habitats and strong fisheries is made clear: without feeding or breeding grounds, fish cannot grow or reproduce, which means fewer fish and a decline in fisheries-dependent jobs, income and recreational opportunities.

Most of the nation’s commercial and recreational fish depend on coastal and estuarine habitats for food and shelter. Investments and improvements in these habitats can have immediate and long-lasting effects on fish populations.

The construction of an oyster reef, for instance, can provide food and shelter to a number of aquatic species. The conservation of marshes and underwater grass beds can boost the number and diversity of fish and their prey. And the restoration of fish passage to once-blocked rivers can open up new habitat to those species that must migrate upstream to spawn.

“Investing in coastal and estuarine habitat restoration is essential… for the long-term future of our fisheries,” said Restore Americas Estuaries President and CEO Jeff Benoit in a media release. “In order to have fish, we have to have healthy habitat. If we want more fish, we need more healthy habitat.”

Read more about More Habitat Means More Fish.


Keywords: estuary, fish, restoration, economics, marshes and wetlands

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May
06
2013

Restoration of urban stream has big impact on D.C. economy

Restoring urban streams can help restore urban communities, according to a new analysis from the U.S. Geological Survey (USGS).

In a report released last week, the USGS documents the contributions that the restoration of an Anacostia River tributary made to the Washington, D.C., metropolitan area, from the creation of jobs to the creation of open space for residents. The yearlong restoration of a 1.8 mile stretch of Watts Branch is one in a series of case studies highlighting the economic impacts of restoration projects supported by the Department of the Interior.

Image courtesy U.S. Fish and Wildlife Service Northeast Region

Completed in 2011, the efforts to restore Watts Branch included the restoration of an eroded stream channel and the relocation and improvement of streamside sewer lines. The work—a collaboration between the U.S. Fish and Wildlife Service, the National Park Service, the U.S. Environmental Protection Agency, the District Department of the Environment, the D.C. Water and Sewer Authority and others—reduced erosion, improved water quality and wildlife habitat, and provided local residents with an urban sanctuary where green space is otherwise limited.

The restoration project also accounted for 45 jobs, $2.6 million in local labor income and $3.4 million in value added to the District of Columbia and 20 counties in Virginia, West Virginia and Maryland.

According to the EPA, $3.7 million in project implementation costs were funded by multiple agencies and organizations, including the EPA and National Fish and Wildlife Foundation.

Read more about Restoring a Stream, Restoring a Community.


Keywords: Anacostia River, rivers and streams, restoration, U.S. Geological Survey (USGS), economics, Washington, DC

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May
02
2013

Fish tumors in Anacostia River decline

Tumor rates among catfish in the Anacostia River are down, according to a new report from the U.S. Fish and Wildlife Service (USFWS).

Biologists with the agency’s Chesapeake Bay Field Office have studied the brown bullhead catfish for decades as an indicator of habitat status and the success of cleanup efforts. The bottom-dwelling fish is sensitive to contaminants that accumulate in the mud in which it finds its food, often developing liver and skin tumors after exposure to cancer-causing chemicals.

Image courtesy USDA/Wikimedia Commons

Brown bullheads in the Anacostia River once had the highest rates of liver tumors in North America, but recent USFWS surveys show that tumors in the fish have dropped. While the rate is still higher than the Bay-wide average, this improvement could indicate that exposure to chemical contaminants is on the decline.

Liver tumors in fish are caused by exposure to sediment that is contaminated with polynuclear aromatic hydrocarbons, or PAHs. PAHs can be found in coal, oil and gasoline, and enter rivers and streams from stormwater runoff, waste sites and the atmosphere.

The U.S. Environmental Protection Agency (EPA) and the District Department of the Environment (DDOE) have coordinated a number of recent cleanup efforts to lower PAH contamination in the watershed, from improved stormwater management and more frequent street sweeping to the targeted inspection of local automobile repair shops to lower loadings of oil and grease.

Read more about Tumors in Brown Bullhead Catfish in the Anacostia and Potomac Rivers.


Keywords: Anacostia River, U.S. Environmental Protection Agency (EPA), Washington, DC, chemical contaminants, U.S. Fish & Wildlife Service, District of Columbia Department of the Environment (DDOE), brown bullhead catfish

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Apr
30
2013

Letter from Leadership: Stormwater fees a useful funding source

I bristle when I hear people refer to stormwater utility fees as a “rain tax.” In fact, these fees generate critical funding for green practices that mitigate the effects that roads, parking lots and rooftops have on our environment.

Businesses and residents have been adding impervious surfaces to the landscape for decades, preventing rain from percolating into the ground, where it would otherwise recharge groundwater and provide base flow for nearby streams. Instead, these impervious surfaces increase the volume and velocity of rainwater, causing flooding, damaging property and destroying local waterways. I am not trying to fix blame, but to inform folks about the problems associated with stormwater management and the best ways to correct them.

We are learning how to better manage stormwater by mimicking natural processes. We have found, for instance, that by directing rainwater from our roofs, sidewalks and parking lots into rain barrels or rain gardens, we can keep it out of our storm drains, reducing pressure on aging stormwater infrastructure. On large commercial and institutional properties, we can construct green roofs to absorb the rain so it doesn’t need to be discharged to a concrete system that is expensive to build and maintain. Green roofs can even increase the life of roofing systems and provide insulation, reducing heating and cooling costs.  

Stormwater utility fees provide an equitable means for generating revenue based on the amount of impervious surface. The revenue can then be used to make these improvements. Most utilities also provide exemptions from these fees for homeowners or businesses that adopt these green practices. By promoting these practices, the costs of property damage associated with flooding are reduced, which can reduce the overall tax burden as well. Mother Nature teaches best and, in the end, it costs less.

author
About Nick DiPasquale - Nick has nearly 30 years of public policy and environmental management experience in both the public and private sectors. He previously served as Deputy Secretary in the Pennsylvania Department of Environmental Protection, Director of the Environmental Management Center for the Brandywine Conservancy in Chadds Ford, Pennsylvania and as Secretary of the Delaware Department of Natural Resources and Environmental Control.


Keywords: stormwater runoff, Letter from Leadership

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Apr
30
2013

Bay Program partners slow pollution flow into waterways

Over the last three years, estimates indicate that communities across the Chesapeake Bay watershed have made big reductions to the pollution they are sending into rivers and streams.

As part of the Bay’s “pollution diet”—or Total Maximum Daily Load—the six Bay states, the District of Columbia and the U.S. Environmental Protection Agency (EPA) have curbed the amount of nutrients and sediment running off of land and into local waters. According to data released today by the Chesapeake Bay Program, simulations show that partners have achieved more than a quarter of their overall pollution reduction goals. 

Between 2009 and 2012, nitrogen loads to the Bay decreased 18.5 million pounds, phosphorous loads to the Bay decreased 1.3 million pounds and sediment loads to the Bay decreased 431 million pounds.

Excess nitrogen and phosphorous can fuel the growth of harmful algae blooms that create “dead zones” and suffocate aquatic life. Excess sediment can block sunlight from reaching underwater grasses and suffocate shellfish.

But a number of land-based actions can reduce nutrient and sediment pollution. Towns and cities, for instance, can make technological upgrades to wastewater treatment plants and “green” roofs, sidewalks and parking lots to better capture stormwater runoff. Homeowners can install rain gardens in their backyards or plant big trees to boost forest cover in their neighborhoods. And farmers can protect streams from livestock and plant cover crops to hold soil in place.

Read more about reducing nitrogen, phosphorous and sediment in the Chesapeake Bay.


Keywords: nitrogen, sediment, nutrients, Chesapeake Bay Program, Phosphorus

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Apr
25
2013

Bay Foundation cites nutrient pollution as big threat to smallmouth bass

Over the past decade, smallmouth bass in five Chesapeake Bay tributaries have suffered from fish kills and perplexing illnesses—and nutrient pollution could be to blame.

According to a new report from the Chesapeake Bay Foundation (CBF), excess nitrogen and phosphorous in our rivers and streams could be behind two of the leading problems affecting smallmouth bass: first, the rapid growth of fish parasites and their hosts, and second, the expansion of large algae blooms that can lead to low-oxygen conditions and spikes in pH. When paired with rising water temperatures and ever more prevalent chemical contaminants, nutrient pollution seems to have created a “perfect storm” of factors that are making smallmouth bass more susceptible to infections and death.

Image courtesy Mr. OutdoorGuy/Flickr

In a media call, CBF President Will Baker called the smallmouth bass “the canary in the coal mine for the Bay’s rivers.” Because the fish is sensitive to pollution, problems within the population could indicate problems within the Bay.

Smallmouth bass in the Susquehanna, Monocacy, Shenandoah, Cowpasture and South Branch of the Potomac rivers have seen a string of recent health problems, from open sores and wart-like growths to abnormal sexual development. In the Susquehanna, smallmouth bass populations have plummeted so far that Pennsylvania has made it illegal to catch the fish during spawning season.

“Our fish are sick, our anglers are mad and my board and I—protectors of our [smallmouth bass] fishery—are frustrated,” said John Arway, executive director of the Pennsylvania Fish and Boat Commission. “Our bass, and our grandchildren who will fish for them, are depending on us to fix the problem.”

Image courtesy CBF

While specific causes of smallmouth bass fish kills and illnesses remain unclear, CBF has called on state and local governments to accelerate their pollution-reduction efforts in hopes of improving water quality and saving the driving force behind a $630 million recreational fishing industry. The non-profit has also called on the federal government to designate a 98-mile stretch of the Susquehanna as impaired, which would commit Pennsylvania to reversing the river’s decline.

“This is the moment in time to save fishing in our streams and rivers, as well as the jobs and quality of life that are connected to it,” Baker said.

Read more about Angling for Healthier Rivers: The Link Between Smallmouth Bass Mortality and Disease and the Need to Reduce Water Pollution in Chesapeake Bay Tributaries.


Keywords: nitrogen, nutrients, Pennsylvania, fish kill, Phosphorus, Chesapeake Bay Foundation, nutrient pollution, Susquehanna River, smallmouth bass

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Apr
25
2013

From the Field: Winter dredge survey counts Chesapeake Bay crabs

When cold weather arrives, blue crabs up and down the Chesapeake Bay stop their scurrying. The summertime rush of food-hunting and mate-finding is over, and the crustaceans will spend the winter months buried in sand and sediment. It is at this moment that researchers in Maryland and Virginia must strike: to count the crabs while they are still.

Known as the winter dredge survey, this annual count of the Bay’s blue crab population is a critical part of blue crab management. Without an accurate estimate of blue crab abundance, fisheries managers cannot set harvest limits for the season ahead.

“The winter dredge survey is the most vital tool that we have in crab management,” said Chris Walstrum, a natural resources biologist with the Maryland Department of Natural Resources (DNR). “This is the best chance we have to assess the [blue crab] population, because the crabs are stationary.”

Walstrum and his team are responsible for counting crabs in Maryland waters; the Virginia Institute of Marine Science (VIMS) conducts the winter dredge survey in the Virginia portion of the Bay. Between the two agencies, a total of 1,500 Bay sites are visited over the course of three and a half months before the numbers are crunched and fisheries managers can make recommendations on how blue crab harvests should or shouldn’t change.

From the Field: Winter dredge survey counts Chesapeake Bay crabs from Chesapeake Bay Program on Vimeo.

On a warmer-than-normal January morning, Walstrum is aboard a boat in Broad Creek, a tributary of the Choptank River on Maryland’s Eastern Shore. The DNR vessel has been captained for more than a decade by Roger Morris, a fifth-generation waterman who used to dredge for crabs commercially and whose skills are invaluable to the success of the survey.

“Whether people like it or not, the winter dredge survey is the whole basis for our [blue crab harvest] limits,” Morris said. “That’s why I try to do the best I can do at it. It takes experience. You just can’t walk on a crab dredge boat and expect to catch crabs.”

At each survey site—six of them in this particular waterway—Morris will line up his boat and drop its so-called Virginia crab dredge into the water. The metal dredge is towed along the bottom for one minute before it is hoisted back on board, where the newly caught contents of its mesh liner are dumped out and sorted through. In each catch, there are brown leaves, oyster shells, little fish and, more often than not, a collection of blue crabs.

Each crab is weighed, measured and sexed before it is tossed back into the water. This provides an accurate picture of the blue crab population, as researchers track the number of young crabs that will form the backbone of the fishery next fall and the number of females that will produce the next generation of blue crab stock.

“The winter dredge survey provides us with a cornerstone piece of data from which to operate our [blue crab] management,” said Brenda Davis, chief of the DNR Blue Crab Program.

“It’s a long-running survey, and it’s been consistently accurate,” Davis said. “It gives us a good, static picture of the number of crabs in the Bay.”

Video produced by Steve Droter.

author
About Catherine Krikstan - Catherine Krikstan is a web writer and social media specialist at the Chesapeake Bay Program. She began writing about the watershed as a reporter in Annapolis, Md., where she covered algae blooms and climate change and interviewed hog farmers and watermen. She lives in Washington, D.C.


Keywords: blue crabs, Maryland Department of Natural Resources (DNR), From the Field, Virginia Institute of Marine Science (VIMS), winter dredge survey

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Apr
22
2013

Ten invasive species of the Chesapeake Bay

Every day, non-native plants, pests and diseases are introduced to the United States from around the world. These invaders have the power to out-compete native species, causing damaging effects to ecosystems and local economies. April is National Invasive Plant, Pest and Disease Awareness Month and the Chesapeake Bay is no stranger to these obtrusive critters.

The Bay is a vacation destination, shipping hub and home to more than 17 million people, a combination that puts it at high risk for invasive species introduction. Typically, non-native species travel to new areas by hitching rides on trade ships, travelers’ luggage and recreational vehicles. Although not all invasive species are a threat, it is important to know which ones can and have caused widespread damage. Use the list below to identify 10 invasive species in the Bay watershed. 

Image courtesy rbairdpccam/Flickr

10. Blue Catfish. The blue catfish is a large, smooth-skinned fish with a bluish gray body and whisker-like barbells around its mouth. It is native to the Mississippi, Missouri, and Ohio river basins but was introduced to the James, Rappahannock, and York rivers during the late 20th century. Blue catfish are considered invasive because of their active reproduction rates and large appetite for native fish and shellfish species. The fish feeds mainly on shad, menhaden, blue crab and river herring and has few natural predators that can prevent it from out-competing native species. Blue catfish can grow up to 100 pounds, live up to 20 years and are thought to make up 75 percent of the fish biomass in some portions of the Bay.

9. Mute Swans. The mute swan is a large, aggressive bird that is native to northern and central Eurasia. It was introduced to North America in the mid-1800’s to add ambiance to parks and ponds, but individuals quickly escaped, set up nesting territories and the population spread. A single mute swan can consume up to 20 pounds of submerged aquatic vegetation daily, threatening important native aquatic plants. Mute swans are one of the most aggressive waterfowl species in the world, especially when nesting or brooding. They have been known to chase off, injure and even kill native waterfowl species.

Image courtesy of Chrisdetmer/Flickr

8. Zebra Mussels. The zebra mussel is a tiny bivalve with zebra-like stripes and a triangular shell. It lives in freshwater lakes, rivers and reservoirs in parts of the Bay watershed. It was introduced to the Great Lakes region in the 1980s, most likely via ballast water from a European ship, and quickly spread throughout the United States. Once introduced to a waterway, the zebra mussel attaches itself to hard surfaces and can produce millions of offspring annually. Zebra mussels compete with native bivalves, fish and invertebrates for plankton and are responsible for the drastic decline of native clam, mussel and oyster populations in some areas.

Image courtesy of Bernd Loos/Flickr

7. Nutria. The nutria is a large, brown, semi-aquatic rodent that looks like a beaver and lives in marshes and wetlands on the Delmarva Peninsula and other parts of the Bay watershed. Native to South America, the nutria was introduced in Maryland to Blackwater National Wildlife Refuge in 1943 for fur farming. Escaped animals soon began to reproduce, bearing up to three litters of four offspring each year, spreading rapidly. In Maryland, nutria is the greatest threat to salt marsh habitat because it eats sediment-holding plants and causes significant erosion. 

6. Phragmites. Phragmites is a perennial plant with feathery plumes at the top of tall, stiff stalks. It grows in wetlands, along roadsides and along shorelines throughout the Bay watershed. Although its origin is unclear, it is widely distributed across Europe, Asia, Africa, North America and Australia. It was introduced to North America inadvertently in the 19th century from the ballasts of Eurasian trade ships. Phragmites crowd out native plants by creating tall, dense stands in wetland habitats.

Image courtesy of Lisa Roukis/Flickr

5. Purple Loosestrife. Purple loosestrife is a perennial plant with spikes of bright purple flowers that bloom in mid-to late summer. Native to Europe and Asia, the plant was both accidentally and intentionally introduced in the 18th and 19th centuries. Ship ballasts unintentionally carried the tiny seeds to North America while others planted it for its aesthetic value and healing properties. The plant is considered an invasive because it quickly establishes itself in wetlands, crowding out native plant species and producing up to 2 million seeds per year with no known natural predators.

Image courtesy of U.S. Department of Agriculture/Flickr

4. Emerald Ash Borer. The emerald ash borer is a green, shiny beetle that lives on ash trees in certain parts of Virginia, Maryland and Pennsylvania. Native to Asia, the emerald ash borer was discovered outside of Detroit in 2002 and made its way to the Bay watershed in 2003 when a Michigan nursery shipped ash trees to Maryland.  Adult beetles cause little damage to ash trees but larvae feed on the inner bark, disrupting the dispersion of water and nutrients throughout the tree.

Image courtesy of Smithsonian Environmental Research Center/Flickr 

3. Chinese Mitten Crab. The Chinese mitten crab is a light brown crustacean with a distinctive pair of hairy, white-tipped claws. Native to East Asia and a member of LaFondation’s top 100 worst invasive alien species list, it has recently been found in small numbers in the Bay. In abundance it not only competes with native species for resources and threatens populations through predation but also damages fishing industries by feeding on fish in nets and damaging nets and other equipment. It is also known to erode soft sediment banks, dykes and costal protection systems through excessive burrowing. 

2. Veined Rapa Whelk. The rapa whelk is a large, predatory marine snail that inhabits the lower Bay. It is native to the Sea of Japan and the Bohai, Yellow and East China seas in Asia. It was first discovered in the Bay in 1998 by a trawl survey group from the Virginia Institute of Marine Science (VIMS) and is believed to have been transported in larval form through ballast water from trade ships. It poses a threat to the Bay because it preys on native bivalves like clams, oysters and mussels, which are vital to the region’s economy and ecosystem. It feeds by wrapping itself around the hinge of its prey’s shell, then feeding between the openings.

Image courtesy of Sergey Yeliseev/Flickr

1. European Gypsy Moth. The European gypsy moth is one of the most destructive pests that has ever been introduced to North America. Moth larvae gorge themselves on the foliage of shrubs and trees, leaving the plants bare and susceptible to disease and damage from other pests. The gypsy moth was accidentally introduced to the United States in Medford, Mass., in 1869, by a professor conducting silk research. It has been established in parts of eastern North America for more than a century.

author
About Jenna Valente - Jenna is the Communications Office Staffer for the Chesapeake Bay Program. She developed a passion for conservation through her outdoorsy nature and being raised in Hawaii, Washington State and Maine. A graduate of the University of Maine's Communication program, she loves any opportunity to educate the public about the importance of conserving the environment.


Keywords: invasives, invasive species

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Apr
20
2013

Photo Essay: Small-town cleanup makes big impact on waterway

For the past decade, the Alliance for the Chesapeake Bay has led Project Clean Stream--a vast network of organized annual trash cleanups along the Bay's many tributaries--to help clean up the Bay and connect residents to their local waterways.

During this year's unified day of service on Saturday, April 6, a group of 13 volunteers gathered near the small town of Marydel on Maryland's Eastern Shore, where resident Carol Sparks (not pictured) had reported an illegal dump site along a drainage ditch running adjacent to her property.

According to Sparks, residents from two nearby trailer parks often travel along the foot path adjacent to the ditch, and some have been dumping trash here for years. "I've called everybody and it seemed like nobody wanted to do anything about it. I finally contacted Debbie Rowe, the mayor of Marydel, and she's the one who organized this group, bless her heart."

"I got a call from the property owner that the ditch was in disrepair," said Rowe (below left, with volunteer Wilbur Levengood, Jr.), who had recently learned about Project Clean Stream through the Choptank Tributary Team, a volunteer watershed group from Easton, Md. "To be honest, I didn't know this was back here."

Jennifer Dindinger chairs the Choptank Trib Team, which was searching for neglected sites in neighboring Caroline County where they could make a bigger impact during this year's Project Clean Stream effort. "You don't see trash floating down the Choptank River, but there are places like this that, although it might not end up in the main stem of the Bay, negatively impact life along the tributaries to the river."

Despite the strong odor and armed with garden rakes and stainless steel dip nets, Project Clean Stream volunteers spent their Saturday morning combing through layers of algae in the stagnant drainage ditch. "It's just a nice thing to do on a sunny day," said William Ryall, a fellow Choptank Trib Team volunteer and wetland restoration engineer from Easton, Md. "All of these ditches are connected to the Bay, so it's really important to get this stuff out of here."

"We need everyone to understand how important the drainage is to the Eastern Shore of Maryland, and what it will do health-wise and for the environment if we do it correctly," said Wilbur Levengood, Jr., president of the Caroline County Commissioners. "We don't need to bring huge machines in here and disturb a lot of earth to achieve the drainage, we just need to keep it clean."

According to Levengood, the many drainage ditches in Caroline County are an environmental compromise critical to this landscape. "Without these ditches, ponds and wetlands like the one next door to here would otherwise require chemical pesticides to control the mosquito population. Cleaning up the trash will lower the water level in this ditch by a few inches and get the water moving again."

While most of the trash collected from the Marydel site was of the household variety--36 bags total, including diapers, beverage containers and rotting food--a tell-tale oil slick is evidence of even more hazardous materials lying beneath the surface.

According to Levengood, non-salvageable appliances like television sets and mattresses, as well as toxic materials like motor oil and other automotive fluids that cost money to discard, are often thrown into the drainage ditches along Caroline County roads.

"It's not just necessarily that it looks bad. It's an all-around health hazard, and if we don't keep the water going it's just going to get stagnant and cause mosquitoes and more problems," said Mayor Rowe, who recruited local youth to help with the cleanup. "Now that we know it's here, we can all help as a community to help keep it clean and it'll be safe for everybody."

"My mom is friends with Ms. Debbie [Rowe], so she asked if I could come help with cleaning up trash from the ditch," said Gary Colby of Marydel (top), who in turn recruited his friend Daniel Santangelo. "I just wanted to help out Marydel," Santangelo said.

According to Rowe, part of the dumping problem stems from the challenge of cross-cultural communication. More than half of Marydel's population are Hispanic or Latino immigrants, but today's effort to reach the town's young people seems to be paying off.

"I just offered to help my buddies out," said Carlos Martinez (left), who moved to Marydel last year from Mexico City and volunteered with friends Omar Fuentes (center) and Jordy Cordova (right). "I know it's not young people littering because I know my friends."

"I think we just need to recycle more," said Cordova. Fuentes agrees. Like Mayor Rowe, he says "I never even noticed the trash in the ditch, and I've lived here for 10 years."

During a well-deserved break from the cleanup, Mayor Rowe and the other volunteers discussed the idea of posting bilingual signs to explain the ditch's importance in controlling the mosquito population, and to warn of health risks associated with litter and water pollution. Omar Fuentes and Jordy Cordova agree that signs in Spanish might help curb the littering problem, and promised to talk to their neighbors about the ditch. For first-time cleanup volunteer Wilbur Levengood, Jr., this point made the purpose of the day's effort overwhelmingly clear: "This project puts all aspects of people together working for the better, and we just need more of that."

author
About Steve Droter - Steve is Multimedia Coordinator (Photographer & Video Producer) for the Chesapeake Bay Program. @SteveDroter


Keywords: photography, Maryland, volunteer, Alliance for the Chesapeake Bay, litter, project clean stream, photo essay

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Apr
19
2013

Chesapeake Bay’s blue crab abundance drops

The blue crab population in the Chesapeake Bay has dropped, but a substantial boost in the number of spawning-age females has offered officials a piece of good news in spite of this disappointing decline.

According to the results of the annual winter dredge survey, which measures the blue crab population in Maryland and Virginia, the number of spawning-age females in the Bay has risen 52 percent. The Chesapeake Bay Program tracks this number as an indicator of Bay health, and an increase is a sign that management methods to conserve adult female crabs are working. But an overall decline in the Bay’s blue crabs—from 765 million in 2012 to 300 million in 2013—could lead to the tightening of commercial harvest restrictions.

Image courtesy Benjamin Wilson/Flickr

Scientists have attributed the decline in blue crabs not to overfishing, but to high mortality rates among juveniles. While last year’s winter dredge survey measured an unprecedented number of juvenile crabs in the Bay, last summer and fall saw an alarming loss of blue crab habitat and a large influx of red drum, which often feed on young crabs. Young blue crabs are also known to feed on each other when population densities are high.

“It is important to keep these results in perspective,” said Jack Travelstead, commissioner of the Virginia Marine Resources Commission (VMRC), in a news release. “Five years ago this fishery was declared a federal disaster. That is no longer the case: overfishing is no longer occurring, a good fisheries management framework is in place, the stock is healthy and spawning-age females are doing well. If not for the disappointingly small reproductive year class we would have much to celebrate.”

In an effort to make up for this shift in blue crab abundance, Maryland, Virginia and the Potomac River Fisheries Commission (PRFC) are pursuing strategies to establish a 10 percent cut in the commercial harvest of female blue crabs. Both Maryland and the PRFC will consider adjusting or enacting daily bushel limits, which have been put in place in Virginia. Maryland and Virginia will also consider shortening their crab seasons, and it seems likely that Virginia’s winter dredge fishery will remain closed.

The Chesapeake Bay Stock Assessment Committee (CBSAC) will draft their 2013 Blue Crab Advisory Report over the next few weeks.

Read more about the 2013 winter dredge survey results.

 


Keywords: blue crabs, Maryland Department of Natural Resources (DNR), Virginia Marine Resources Commission (VMRC), Potomac River Fisheries Commission (PRFC)

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Apr
18
2013

Chesapeake Bay’s underwater grasses decline in 2012

Close to 15,000 acres of underwater grasses have disappeared from the Chesapeake Bay.

While robust grass beds on the Susquehanna Flats and expanding beds in the James River offer two examples of the Bay’s resilience, an aerial survey conducted by the Virginia Institute of Marine Science (VIMS) showed a 21 percent decline in the Bay’s grasses in 2012. This so-called “alarming” loss—from just over 63,000 acres in 2011 to just over 48,000 in 2012—approaches lows last reported in 1986.

In a report released this week, Chesapeake Bay Program scientists attributed last year's decline in grass beds to warmer-than-normal water temperatures seen in 2010 and strong storms seen in the fall of 2011. The former "cooked" grasses in the Lower Bay, while the latter pushed excess sediment into rivers and streams, clouding the water and creating unfavorable growing conditions for aquatic plants in the Upper and Middle Bay.

These strong storms and episodes of heat stress have occurred alongside a widespread decline in water clarity, said Bob Orth, coordinator of the VIMS Submerged Aquatic Vegetation Survey. While Orth remains "concerned" over the decline in bay grasses, he noted that favorable growing conditions in the future could lead to quick signs of recovery in a species that is fast to respond to water quality changes—both good and bad. 

"The best thing we can do [for bay grasses] is to improve water quality," said Lee Karrh, a biologist with the Maryland Department of Natural Resources (DNR) and chair of the Bay Program's Submerged Aquatic Vegetation Workgroup. "If you improve water quality and reduce chronic problems, then the Bay should be able to deal with episodic events easier than it has been able to in the past."

Underwater grasses—also known as submerged aquatic vegetation or SAV—are critical to the Bay ecosystem, offering food and habitat to countless critters while absorbing nutrients, trapping sediment and reducing shoreline erosion. The Bay Program uses underwater grass abundance as an indicator of Bay health, and has this week released a data visualization tool that allows users to track changes in grass abundance over time, as dominant species ebb and flow and grass beds shrink and expand.

Read more about the 2012 Distribution of Submerged Aquatic Vegetation in the Chesapeake Bay.


Keywords: submerged aquatic vegetation (SAV), Chesapeake Bay Program, bay grasses (SAV), weather, Virginia Institute of Marine Science (VIMS)

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Apr
15
2013

Maryland Public Television celebrates Chesapeake Bay Week

Maryland Public Television (MPT) will celebrate the nation’s largest estuary with a week of Chesapeake Bay-related programming, to begin on Sunday, April 21.

Image courtesy Maryland Sea Grant

During Chesapeake Bay Week, a dozen programs will explore some of the most pressing issues facing the watershed, from the future of the agriculture and seafood industries to the health of iconic critters and waterways. An hour-long special called “Who Killed Crassostrea virginica?” will take a look at the demise of the Bay’s native oyster, while a 30-minute program called “The Last Boat Out” will follow a family of Virginia watermen as they question staying in the business of seafood harvesting.

Bay history, too, will be part of the annual event: “Black Captains of the Chesapeake” will highlight African Americans who have captained on the Bay, while “Growing Up on Tilghman” will explore what it was like to grow up in this quiet watermen’s community on Maryland’s Eastern Shore.

“There is really rich content within these shows,” said Betsy Peisach, MPT’s managing director for education marketing and outreach. Peisach encourages teachers, in particular, to bring these programs into their classrooms where possible. And for those who teach middle-school science, MPT has developed an online interactive that allows students to explore the Bay, whether it is through a virtual tour of the Bay’s varied ecosystems or an online cinema that features clips from Outdoors Maryland.

MPT will wrap up Chesapeake Bay Week with a concert and volunteer-a-thon to connect viewers with volunteer opportunities across the watershed.

The Chesapeake Bay Program is a sponsor of Chesapeake Bay Week this year. Learn more.


Keywords: education, Maryland

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Apr
12
2013

Maryland’s oyster population continues to rise

According to the results of a survey conducted by the Maryland Department of Natural Resources (DNR), oyster abundance has increased in state waters for the second consecutive year and more of the bivalves are withstanding pressures from pollution and disease.

The 2012 Fall Oyster Survey, which has monitored the status of the state’s oyster population since 1939, found a 93 percent oyster survival rate—the highest since 1985—and a lower-than-average prevalence of MSX and dermo, two diseases that have decimated the Chesapeake Bay’s native oysters in recent decades.

In a news release, DNR Fisheries Service Director Tom O’Connell attributed these successes to the establishment of oyster sanctuaries, which are closed to harvest and which could allow oysters to build up a natural disease resistance.

Maryland is currently restoring oyster reefs in the Harris Creek and Little Choptank River sanctuaries, as part of a federally mandated effort to restore oyster populations in 20 Bay tributaries by 2025.

Read more about the 2012 Fall Oyster Survey results.


Keywords: Maryland, Maryland Department of Natural Resources (DNR), restoration, oysters, Harris Creek

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Apr
10
2013

Half of nation’s rivers and streams are in poor health

More than half of the nation’s river and stream miles are in poor health, according to a new study from the U.S. Environmental Protection Agency (EPA).

The latest National Rivers and Streams Assessment, a sampling effort conducted during the summers of 2008 and 2009, found that 55 percent of the nation’s rivers and streams are in poor condition and 23 percent are in fair condition, their health impaired by nutrient pollution, a loss of streamside vegetation and bacterial and chemical contaminants. 

These same stressors have impacted the Chesapeake Bay and its tidal waters. Excess nutrients can fuel the growth of algae blooms that suck oxygen from the water, creating “dead zones” within which animals cannot survive. A loss of streamside vegetation can boost erosion and push sand, soil and sediment into waterways, blocking sunlight from reaching underwater grasses and smothering the habitat that some aquatic organisms need to live or breed. And chemical contaminants—like, for instance, mercury—can accumulate in the tissues of fish, leading to fish consumption advisories in polluted waterways.

But rivers and streams are critical to the health of humans and wildlife alike, as sources of drinking water, food and habitat. According to the EPA, this survey suggests the need to better address pollution at its source, whether it is urban, suburban or agricultural runoff or the treatment of wastewater.

Learn what you can do to further Bay restoration, and read more about the National Rivers and Streams Assessment.


Keywords: rivers and streams, U.S. Environmental Protection Agency (EPA)

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Apr
08
2013

Photo Essay: Living shorelines protect habitat and human property

Owning and maintaining waterfront property can be an expensive commitment. Residents across the Chesapeake Bay watershed must contend with shoreline erosion and rising sea level, while adapting to environmental regulations that protect water quality. One strategy for tackling all of these issues has gained increasing popularity: living shorelines that not only protect human property, but also utilize and even enhance the Bay’s unique natural habitat.

Scott Hardaway and Karen Duhring are marine scientists and living shoreline experts at the Virginia Institute of Marine Science (VIMS), which sits at the mouth of the York River in Gloucester Point, Va.

Scott Hardaway began working for VIMS in 1979, and is now the director of the Shoreline Studies Program. He is a leading authority on the design and implementation of “headland breakwaters,” a living shoreline technique that creates protected “pocket beaches” like those constructed at VIMS in 2010.

Headland breakwater systems are built using large stone structures called “headlands,” which sit offshore and disrupt the incoming waves that can cause shoreline erosion. Mathematical formulas determine the necessary angle, shape and placement of each headland. Wider gaps between breakwaters create long, narrow pocket beaches, while narrow gaps create wide, circular beaches.

Their wave-blocking action creates a calm, shallow lagoon between the breakwaters, which are connected to shore by a sandbar called a “tombolo.”

Additional sand must be brought in to form the tombolo and stabilize the beach. This raises the cost of these projects, but is critical to the final phase of construction: planting native beach and dune vegetation.

Karen Duhring is an educator and researcher at the VIMS Center for Coastal Resources Management (CCRM), where she helps manage and monitor living shoreline projects.

According to Duhring, on-shore plantings serve key ecological functions that enhance the effectiveness of living shorelines. On sandy beaches, plant roots stabilize loose material and improve water quality, as they filter pollutants from upland runoff.

Living shorelines use native plants—smooth and saltmeadow cordgrass here in the Bay—that have adapted to thrive and reproduce in a specific environment. Once established, cordgrass recruits naturally along the beach, dispersing seeds and rhizomes that spread horizontally beneath the sand to establish new plants in empty areas.

Beach plantings are susceptible to damage from foot traffic, so precautions should be taken to prevent the trampling of plants. Access restrictions allowed for more expensive plantings on the VIMS western shore, while heavy use from research activities limited plantings on the other.

During high tides, organic material washes onto the beach and provides nutrients for the growing plants, which in turn provide habitat and food for native wildlife.

Headland breakwaters themselves also provide habitat for crabs, mollusks and other aquatic species that thrive on underwater reefs. Along the VIMS shoreline, oysters have settled on the granite rocks to form the beginnings of a complex reef community.

According to Hardaway, headland breakwaters are not always the perfect solution for every sandy shoreline. Whenever possible, existing habitat for submerged aquatic vegetation and shellfish should remain undisturbed. While the costly structures do come with some tradeoffs, they also offer invaluable protection for human infrastructure. The once-vulnerable VIMS shoreline, for instance, has withstood Hurricanes Irene and Sandy—thanks to its headland breakwaters.

As the living shorelines at VIMS demonstrate, projects such as these—which successfully address the needs of both humans and nature—are critical to Bay restoration. Through the work of experts like Hardaway and Duhring, these living shorelines continue to serve both practical and educational purposes, teaching the public how we can responsibly manage our natural resources today in order to preserve them long into the future.

View full-resolution photos on the Chesapeake Bay Program Flickr page.

author
About Steve Droter - Steve is Multimedia Coordinator (Photographer & Video Producer) for the Chesapeake Bay Program. @SteveDroter


Keywords: photography, restoration, Virginia Institute of Marine Science (VIMS), living shorelines, photo essay

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Mar
28
2013

Federal agencies outline progress toward Chesapeake Bay cleanup

The federal agencies leading the watershed-wide effort to restore the Chesapeake Bay have released a progress report highlighting the work that was completed last year.

Federal agencies and state and local partners have added 20 new monitoring stations to the Bay and its tributaries, expanding their ability to track changes in water quality and pollution. They have established conservation practices across Bay farms and forests, installing streamside fencing to keep livestock out of waterways and planting cover crops to reduce the need for nutrient-laden fertilizers. And they have planted close to 100 acres of oyster reefs in a Maryland tributary and opened more than 30 miles of Virginia and Pennsylvania streams to eels, shad and other diadromous fish, restoring habitat for some of the watershed’s most critical critters.

But much remains to be done, and the Federal Leadership Committee for the Chesapeake Bay has outlined future work in a 2013 action plan.

“EPA and our other federal partners are pleased to report the tangible progress we’ve made over the past year, which will inform, guide and accelerate our collective actions going forward,” said EPA’s Nick DiPasquale, Chesapeake Bay Program Director.  “The federal agencies and our partner jurisdictions are accountable to the citizens living near the local rivers and streams that also stand to benefit from this critical restoration work.  Through our commitments, the prospects for increased momentum and improvements to the Bay’s health should be encouraging to everyone.

Learn more about the 2012 progress report and 2013 action plan on the Chesapeake Bay Executive Order website.


Keywords: U.S. Environmental Protection Agency (EPA), restoration, Chesapeake Bay Executive Order, federal government

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Mar
19
2013

From the Field: Rebuilding oyster reefs in Harris Creek, Md.

Harris Creek is a tributary of the Choptank River. Located on Maryland’s Eastern Shore, the waterway has been thrust into the spotlight as the first target of the oyster restoration goals set forth in the Chesapeake Bay Executive Order: to restore oyster populations in 20 Bay tributaries by 2025. Existing reefs will be studied, bars will be built, larvae will be raised and spat-on-shell will be planted in this federally mandated attempt to boost populations of the native bivalve.

From the Field: Rebuilding oyster reefs in Harris Creek, Md. from Chesapeake Bay Program on Vimeo.

Already home to productive and protected oyster reefs, Harris Creek’s good water quality and moderate salinity should allow for high rates of reproduction and low rates of disease—both critical factors in ensuring oyster survival. Indeed, natural “spat set,” or the settling of wild oysters on reefs, was observed in Harris Creek last year, and continued natural spat set could reduce the number of hatchery-raised oysters that are needed to complete the restoration plan.

Over the past two centuries, oyster populations across the Bay have experienced a dramatic decline. Habitat loss, disease and historic over-harvesting have taken their toll, and populations now stand at less than one percent of historic levels. But as filters of water and builders of reef habitat, oysters are critical to the health of the Bay.

As of December 2012, reef construction and seeding for more than a quarter of Harris Creek’s 377 targeted acres were complete, and partners project that more than half of the construction and seeding for the rest of the creek’s reefs will be complete by the fall of 2013.

But it will take a lot for a reef and a tributary to be deemed “restored.” Partners will look not just for the presence of oysters, but for the expansion of oyster populations in the years following restoration efforts. The goal is an ambitious one, but many believe the Harris Creek project will serve as a model for the restoration of other tributaries in support of the Executive Order goal.

Video produced by Steve Droter.

author
About Catherine Krikstan - Catherine Krikstan is a web writer and social media specialist at the Chesapeake Bay Program. She began writing about the watershed as a reporter in Annapolis, Md., where she covered algae blooms and climate change and interviewed hog farmers and watermen. She lives in Washington, D.C.


Keywords: Maryland, restoration, oysters, oyster reefs, Harris Creek

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Mar
14
2013

More wintering waterfowl counted in Maryland in 2013

This winter saw an increase in waterfowl along Maryland’s Chesapeake Bay shoreline and Atlantic coast.

While pilots and biologists from the U.S. Fish and Wildlife Service (USFWS) and Maryland Department of Natural Resources (DNR) counted fewer diving and dabbling ducks this winter than they did in the 2012 Midwinter Waterfowl Survey, these same crews counted more geese.

According to a DNR news release, both Canada geese and snow geese were “noticeably more abundant during this year’s survey,” with crews counting 462,000 Canada geese—a three-year high—and 83,300 snow geese—a five-year high. Biologists have attributed the boost in goose numbers to two factors: last spring’s successful nesting season and December snow cover in New York and southern Canada, which encouraged geese to migrate into the Bay region right before the survey was taken.

While more geese could mean more damage to area farms—as the birds forage on green cover crops and grain crops—most farmers “have learned to deal with the problem,” said Larry Hindman, wildlife biologist and Waterfowl Project Leader with DNR. Fluttering plastic flags, bald eagle effigies placed in the middle of fields and the loud bang of a rifle or shotgun have all proven effective at deterring persistent geese, Hindman said, and those farmers who need extra help can find assistance and advice in the U.S. Department of Agriculture’s Wildlife Damage Management program.

Resident Canada geese can pose a problem for rural, suburban and urban residents alike, and are considered overabundant in the region. While the birds do provide hunters with a chance for recreation, resident geese can overgraze wetlands and lawns and leave their droppings to pollute local rivers and streams. While the Midwinter Waterfowl Survey does not make a distinction between resident and migratory geese—as both stocks look the same during an aerial survey—DNR researchers do monitor the resident population using leg bands recovered from hunters.

The Midwinter Waterfowl Survey is used as an index of long-term wintering waterfowl trends. The estimates measure waterfowl populations along the Atlantic Flyway, which is a bird migration route that follows North America’s Atlantic Coast and Appalachian Mountains.

Read the full waterfowl survey results on the DNR website.


Keywords: Maryland, Maryland Department of Natural Resources (DNR), agriculture, waterfowl, U.S. Fish & Wildlife Service

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Mar
13
2013

Restoration partners share progress, reinvigorate work, build relationships

Fencing off a stream from livestock, planting trees along a soon-to-be-shaded river or creating marshland to provide habitat to fish, frogs and birds: restoration projects such as these would not be possible without the hundreds of watershed groups working across the Chesapeake Bay region, or the networking needed to connect restoration partners with their peers. 

Each year, the National Fish and Wildlife Foundation (NFWF)—which supports Bay restoration with grants offered through the Chesapeake Bay Stewardship Fund—gives restoration partners a break from their intensive on-the-ground work with the Chesapeake Bay Agricultural Networking Forum. Last week, this forum brought more than 100 grantees together in Staunton, Va., to discuss restoration successes, challenges and solutions to common problems, networking with each other and forming invaluable partnerships.

“Our grantees really are the front lines of the Bay restoration effort,” said Amanda Bassow, NFWF Director of Chesapeake Programs. “We need to arm them with all the knowledge, resources and experience we can. These are the people who are accelerating progress, engaging new partners and new landowners, and continually figuring out new ways to get the job done.”

The forum began with a rapid-fire update from grantees working on close to a dozen projects, ranging from forest buffer plantings to the engagement of so-called "absentee landowners”—or those landowners who do not work their own farmland—in conservation. Field trips in and around Staunton gave participants a hands-on look at areas in which progress is underway. On the Merrifield and Ford farms, for instance, located in the Poague Run watershed, landowners have restored stream banks, protected streamside forests and excluded livestock from sensitive waterways. 

“Grantees tell me they love the forum because they get re-energized about their work,” Bassow said. “It’s a community of doers, not finger pointers, and when you get them all in a room together, it’s a powerful thing to see.”

Chesapeake Bay Program Director Nick DiPasquale moderated a session at the forum, and found the event to be a meaningful one.

“For farmers and farm service providers, conservation district staff, government officials, funders and non-governmental organizations, this was a great exchange of ideas and approaches on implementing effective and innovative agricultural best management practices,” DiPasquale said. “This forum should help the community save money, clean up local waterways and keep farmers farming while using creative ways to manage nutrients on their land.”

Read more about the NFWF and the Chesapeake Bay Stewardship Fund.


Keywords: National Fish and Wildlife Foundation (NFWF), agriculture

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Feb
28
2013

Cabin Branch restoration will heal damage from area development

Most of us who live in urban or suburban settings really don’t know what a healthy stream looks like. In some cases, we can’t even see the streams that run under our roads and shopping centers because they’ve been forced into pipes; out of sight, out of mind. The remnants of streams we can see have often been filled with sediment and other pollution, their ecology altered. The plants and animals that used to live there have long since departed, their habitat destroyed. This didn’t happen overnight. The environment is suffering “a death by a thousand cuts.”

I recently got the chance to visit the Cabin Branch stream restoration project, not far from my neighborhood in Annapolis, Md. The project is being undertaken by Underwood & Associates on behalf of the Severn Riverkeeper Program, and is one of many stream restoration projects taking place across the Chesapeake Bay watershed. 

In 2005, a volunteer cleanup removed 40 tons of tires and debris from Cabin Branch. Image courtesy Severn Riverkeeper Program.

Cabin Branch discharges to the streams and wetlands of Saltworks Creek and the Severn River, which bring water into the Bay. Aerial photos taken after a modest rain are dramatic testament to a severely damaged ecosystem that causes the Severn to run the color of chocolate milk. This same phenomenon—one of sedimentation and stormwater runoff—is repeated in streams and rivers that run through thousands of communities throughout the watershed.

Image courtesy Severn Riverkeeper Program.

It was gratifying to see the Cabin Branch project firsthand—one of many efforts to heal the damage done unknowingly by many decades of development. Like many projects of this nature, the Severn Riverkeeper Program had to overcome some bureaucratic red tape to get the permits they needed, but their perseverance will be worth the impact in helping clean local waters and the Bay.

Image courtesy Tom Wenz/EPA CBPO.

Fortunately, we are learning better ways to manage stormwater runoff through low impact development and the use of green infrastructure, which help to mimic the cleansing functions of nature. It will take some time before this patient is restored to good health, but we are on the mend.

author
About Nick DiPasquale - Nick has nearly 30 years of public policy and environmental management experience in both the public and private sectors. He previously served as Deputy Secretary in the Pennsylvania Department of Environmental Protection, Director of the Environmental Management Center for the Brandywine Conservancy in Chadds Ford, Pennsylvania and as Secretary of the Delaware Department of Natural Resources and Environmental Control.


Keywords: sediment, Maryland, rivers and streams, restoration, stormwater runoff

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Feb
26
2013

Photo Essay: Poplar Island restoration brings critical habitat back to Bay

Part construction site, part mud pit and part wildlife refuge, the Paul S. Sarbanes Ecosystem Restoration Project at Poplar Island, Md., tackles two unique challenges in the Chesapeake Bay.

First, sand and sediment accumulate in the Bay’s vital shipping channels—particularly during heavy rain events like Tropical Storm Lee in 2011—and threaten to block cargo ships that allow the Port of Baltimore to contribute $2 billion each year to the region’s economy.

On the other hand, sea level rise, sinking land and increasingly frequent strong storms are quickly eroding away the Bay’s few remaining islands, threatening the survival of iconic wildlife species and critical habitat.

Poplar Island, for example, spanned more than 1,100 acres in the mid-1800s and supported a small community of families, farmers and fishermen until it was abandoned in the 1930s. When restoration began in the 1990s, four scattered acres were all that remained—less than half a percent of the island’s historical size.

But the island that was nearly destroyed is now destined to be rebuilt using 65 million cubic yards of sedimentary silt—imagine a giant cube of mud a quarter mile long in each direction—dredged up from the bottom of the Bay.

In 1998, the U.S. Army Corps of Engineers began to construct stone “containment dykes.” The walls are 10 feet tall and surround Poplar Island’s former footprint, and the island has been divided into six massive containment cells for building island habitat. 

The western half of the island, surrounded by an inner ring of 27-foot dykes, is being transformed into 570 acres of forested upland island habitat similar to that of neighboring Coaches Island.

Coaches Island, once vulnerable to the same forces that washed away its neighbor, supports upland species like bald eagles and provides a shallow inlet utilized by nesting diamondback terrapins in the summer and migratory waterfowl during winter.

The eastern half of Poplar Island is further divided into 14 “sub-cells” undergoing various stages of wetland construction and management.

Low-lying wetlands are created through a four-step process. First, dredged sediment is brought in on barges by the Maryland Port Administration, mixed into a watery slurry, and pumped into each cell at precise levels. 

As the slurry dries, it forms a massive crust—a vast, other-worldly landscape—that is the base for building habitat.

Next, heavy machines carefully grade the crust and excavate ditches that will function as tidal creeks in the completed marsh.

Then a spillway is opened to expose the new landscape to tidal flow, and water is allowed to move between the Bay and the newly built marshland.

Finally, individual plugs of smooth and saltmeadow cordgrass are planted row upon row into the nutrient-rich soil. 

These native plants are capable of withstanding strong storms while offering food and shelter to the 175 species of shorebirds, songbirds, waterfowl and raptors that now visit Poplar Island.

Poplar Island's marshes offer protection and isolation from human and mammalian predators, and the open waters along its perimeter provide feeding opportunities for diving ducks like buffleheads, scaups and long-tailed ducks.

The U.S. Fish and Wildlife Service (USFWS) manages the island’s vegetation and wildlife—including less welcome species like the Canada goose. Fences and fluttering pink flags help deter geese and prevent them from overfeeding on expensive marsh grass.

On our visit in January 2013, USFWS wildlife technician Robbie Callahan led a monitoring team to assess the density of muskrat huts in the marsh. The semiaquatic rodents, though a critical part of the wetland ecosystem, are controlled to prevent damage from overpopulation. 

The USFWS also monitors avian predators—like the northern harriers that feed on small rodents—and migratory waterfowl, attracted to Poplar Island during their spring and fall trips along the Atlantic Flyway.

With the help of USFWS experts, Poplar Island is able to provide a range of Bay species with the safe nesting habitat that only a protected, well-managed island can.

Even sunken barges—placed here in the mid-1990s as “breakwaters” in an attempt to retain the island’s remnants—have become host to nesting ospreys and black-crowned night herons.

Piles of brush—created using old Christmas trees provided by the Maryland Environmental Service—help protect vulnerable species like black ducks during mating season.

According to the USFWS, Poplar Island is well on its way to becoming a keystone wildlife refuge. “Poplar Island is an important refuge,” said USFWS biologist Pete McGowan, who specializes in waterfowl and island restoration. “There are species that are highly dependent on these remote island habitats. And this is a habitat type that is rapidly disappearing from the Chesapeake Bay. We need to do what we can to maximize the remaining island habitat that we have, and create new island habitat whenever possible.”

The Paul S. Sarbanes Ecosystem Restoration Project is scheduled for completion in 2041, with a final price tag estimated at $1.4 billion over 45 years. Rebuilding Poplar Island is an enormous, expensive and painstaking process—but its virtues of “beneficial use” have been extolled throughout the conservation and business communities alike, and it has become a "win-win" for the Bay and all the watershed provides.

View more photos on the Chesapeake Bay Program Flickr page.

author
About Steve Droter - Steve is Multimedia Coordinator (Photographer & Video Producer) for the Chesapeake Bay Program. @SteveDroter


Keywords: photography, waterfowl, Poplar Island, photo essay

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Feb
22
2013

District of Columbia releases plan to become healthier, greener, more sustainable city

The District of Columbia has outlined the steps it will take to become the healthiest, greenest and most livable city in the United States.

The Sustainable DC Plan, released this week by the District Department of the Environment (DDOE) and Office of Planning (OE), sets forth more than 100 actions that are meant to improve the District’s energy consumption, waste generation, stormwater management and access to open spaces, clean water and fresh, local food—all in just two decades.

At an event that celebrated the release of the plan, District of Columbia Mayor Vincent C. Gray called Washington, D.C., a “model” of sustainability for cities across the nation and around the world.

“Things are changing. Times are changing. And we are changing,” Gray said.

In recent years, the District has become a leader in planting trees, installing green roofs, boosting public transportation and curbing greenhouse gas emissions.

The Sustainable DC Plan will build on these actions with ambitious goals to clean up local land, water and the Chesapeake Bay. The District will ensure, for instance, that all residents live within a 10-minute walk of parks or natural spaces; that 40 percent of the city is covered with a healthy tree canopy; and that all of the District’s waterways—including the long-polluted Anacostia River—are made fishable and swimmable by 2032.

Read more about the Sustainable DC Plan.


Keywords: green infrastructure, Washington, DC, development, water quality
Feb
20
2013

Restoration Spotlight: Tilghman Islanders grow oysters to replenish local reefs

On private piers up and down Harris Creek, hundreds of metal cages hang from ropes into blue-green water. Inside each cage are countless little oysters, which will grow here, safe from predators and sediment, during their first nine months of life. Once the spat are large enough, they will be pulled out of their short-term shelters and put onto boats to be replanted on protected reefs just a few short miles away.

The cages—along with the bivalves inside them—are cared for by volunteers with the Tilghman Islanders Grow Oysters (TIGO) program, itself a local branch of the Marylanders Grow Oysters program that is managed by the Phillips Wharf Environmental Center (PWEC).

Now in its second season, TIGO has recruited more than 80 volunteers across the so-called “Bay Hundred” region—from Bozman and Neavitt to Wittman and Tilghman Island—to further oyster restoration efforts in the Chesapeake Bay.

Over the past two centuries, native oyster populations have experienced a dramatic decline, as habitat loss, disease and historic over-harvesting have taken their toll. But programs like this one give hatchery-grown oysters a head start before they are put into the Bay to replenish critical underwater reefs.

The TIGO program has attracted a wide range of restoration enthusiasts, from the middle-school student who has tracked her oysters’ growth for a science fair project to the neighbors who have competed against each other to grow more and bigger oysters. The main draw? What little effort is involved.

“Growing oysters is an effort, but it’s a really easy effort,” said TIGO coordinator Carol McCollough. “And we remove as many of the roadblocks as we possibly can for people who want to do this.”

Aside from a promise to keep cages free of excess sand and silt, the program doesn’t ask too much of its volunteers—and this has worked to its advantage.

H. Truitt Sunderland is a Wittman resident whose cages are filling up fast after six months of growth. The oysters have gone from mere millimeters to one and two inches in size, and a host of other critters—like grass shrimp and gobies, mud crabs and skillet fish—have taken up residence on this makeshift reef just as they would do on oyster bars in the Bay.

Sunderland’s home sits on Cummings Creek, and Sunderland has used the ease of the work involved—“I don’t even know how they can call this volunteer work,” he laughed—to involve his neighbors. Now, there are 24 cages on 12 piers in this single stretch of water.

Tilghman Island resident and fellow volunteer Steve Bender has had a similar experience. “The process is simple,” Bender said, standing on a wooden pier that juts into Blackwalnut Cove. “It’s not that demanding. It’s not that difficult to care for [the oysters].” And in response to his encouragement, Bender’s neighbors have been “glad” to join.

While projects like this one are a small drop in the restoration bucket, McCullough hopes that TIGO can cast a personal light on conservation for all those who are involved.

“We [at PWEC] inform, inspire and involve,” McCullough said. “We’re all about getting people to commit to [changes in] behaviors. It’s very easy to give money. It’s less easy to write letters. And I think in many ways, it’s even less easy to do something personal—to do restoration work on your own.”

But for McCullough, it’s possible that the simple act of caring for a cage of oysters could act as a stepping stone toward further involvement in the Bay.

“Oysters have become very exciting to people,” McCullough said. “They recognize that every single additional oyster in the Bay is a positive thing. That oyster restoration is something that’s bigger than they are.”

For more photos, visit the Chesapeake Bay Program Flickr page. 

Photos by Multimedia Coordinator Steve Droter.

author
About Catherine Krikstan - Catherine Krikstan is a web writer and social media specialist at the Chesapeake Bay Program. She began writing about the watershed as a reporter in Annapolis, Md., where she covered algae blooms and climate change and interviewed hog farmers and watermen. She lives in Washington, D.C.


Keywords: Maryland, restoration, oysters, oyster spat, oyster reefs, Restoration Spotlight

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Feb
13
2013

Stream cleanup at Pope Branch shows restoration progress being made

On a cold day in January, I found myself driving down Pennsylvania Avenue in Washington, D.C. Unlike thousands of others, I wasn’t traveling into the District to celebrate our president on Inauguration Day, but to honor another great American: Martin Luther King, Jr., whose work we now commemorate with a national Day of Service. Because while Martin Luther King Day is a national holiday, it is also a day “on”—not a day “off.” And on that day, two conservation organizations—the Sierra Club and the Earth Conservation Corps (ECC)—were sponsoring a small stream cleanup at Pope Branch Park.

Pope Branch is a unique stream. According to Sierra Club field organizer and cleanup host Irv Sheffey, it is the only stream whose headwaters originate in the District and drain into the Anacostia River. So, local District residents have a greater incentive to clean up the waterway—and more control over what goes in it.

The first time I joined a cleanup at Pope Branch was five years ago, with my daughter, who is now in college in Florida. In 2008, we removed massive amounts of trash from the streambed—old appliances, couches, car parts and more—most of it a result of dumping. This time, there was still a fair amount of trash, but most of it was plastic bottles, soda and beer cans and food wrappings, all consequences of stormwater runoff. Local community organizers saw this reduced trash load as a positive sign of progress, and I did, too. But even as the residents who stopped to thank us for our work said they were pleased with the progress that had been made, they reminded us that there is still more work to do.

That same message resonates for both the Anacostia River and the Chesapeake Bay: progress is being made, but there is a lot more work to do. So let’s continue to look for opportunities to help local organizations—like the Sierra Club, the ECC or the countless others across the watershed—in their ongoing restoration efforts. We can do this, but to truly succeed, we must all do our part to once again have clean streams, healthy rivers and a restored Bay.

About Jim Edward - Jim Edward is the Deputy Director of the Chesapeake Bay Program. He plays a lead role in coordinating the U.S. EPA's activities with other federal agencies, and works with state and local authorities to improve the water quality and living resources of the Bay.


Keywords: trash, rivers and streams, Washington, DC, cleanup, litter

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Feb
11
2013

National Park Service writes plan to improve public access to rivers, streams, Chesapeake Bay

A new plan from the National Park Service (NPS) intends to put more people in touch with rivers, streams and the Chesapeake Bay.

Released in response to the Chesapeake Bay Executive Order, which in 2010 called for the addition of 300 new public access sites across the watershed, the plan calls on state and local partners to make funding for Bay access a priority and to better address the high demand for opportunities to connect with the outdoors.

While there are 1,150 documented public access sites in the watershed—or the parks, campsites and land and water trails that allow people to interact with the rivers, woods and open lands of the region—increasing urbanization has made improving access to the natural world a priority.

Indeed, public access to open space and waterways can strengthen the bond between people and place, boosting local tourism economies and creating citizen stewards that are better engaged in conservation efforts. But across the watershed, significant stretches of shoreline along rivers and the Bay feature little or no access sites, and the public continues to clamor for more places that will allow them to launch boats and paddlecraft.

“Citizens want more places along the water where they can walk, play, swim, fish and launch their canoes and kayaks, sailboats and powerboats,” said John Maounis, superintendent of the NPS Chesapeake Bay office. “It is important to our quality of life.”

Read more about the Chesapeake Bay Watershed Public Access Plan.


Keywords: public access, recreation, National Park Service (NPS)

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Feb
06
2013

Report recommends further research to determine effects of “fracking” in Bay watershed

While research continues to shed light on the environmental effects of shale gas development, much more remains unknown about the risks that the process known as “fracking” could pose for the Chesapeake Bay watershed.

According to a report released this week by a panel of scientific experts, additional research and monitoring—on sediment loads, on forest cover, on the best management practices that might lessen fracking’s environmental impact and more—must be done to determine how hydraulic fracturing might affect land and water resources in the region.

Image courtesy Wikimedia Commons

Hydraulic fracturing is a process that works to extract natural gas and oil from beneath the earth’s surface. During the process, a mixture of water, sand and additives is pumped at high pressure into underground rock formations—in the watershed, this formation is known as the Marcellus Shale—breaking them apart to allow the gas and oil to flow into wells for collection.

The process can impact the environment in a number of ways. According to the report, installing shale gas wells requires clearing forests and building roads, which can impact bird and fish habitat and increase the erosion of sediment into local rivers and streams. Withdrawing water from area sources—an essential part of gas extraction, unless water is brought in from off-site—can alter aquatic habitat and river flow. And the drilling process may result in the accumulation of trace metals in stream sediment.

Read more about the environmental effects of shale gas development in the watershed.


Keywords: sediment, forests, Scientific and Technical Advisory Committee (STAC), Marcellus Shale, shale gas development, hydraulic fracturing

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Jan
31
2013

Bay Barometer: Bay impaired, but signs of resilience abound

While the Chesapeake Bay Program’s latest look at watershed health reflects the reality of an impaired Bay, signs of the ecosystem’s resilience abound in the science-based snapshot the Program released today.

According to Bay Barometer: Spotlight on Health and Restoration in the Chesapeake Bay and its Watershed, water clarity and dissolved oxygen levels are low, a number of freshwater streams continue to be in poor condition and oyster populations remain at less than one percent of historic levels.

But even as these and other indicators of watershed health point to a stressed ecosystem, early information on how the Bay fared in 2012—from a summertime dead zone estimated to be smaller than normal to the boost in juvenile crabs entering the fishery—gives officials cause for optimism.

Recent restoration work and pollution cuts also offer signs of hope, although it will take time for such efforts to show visible improvements in water quality. The 240 miles of forest buffers that were planted alongside local waterways will stabilize shorelines, remove pollutants from runoff and provide much-needed shade to underwater habitat. The 150 miles of streams that were opened up to increase fish passage will allow migratory fish to reach their once-blocked spawning grounds. And the 15 new public access sites that were added to a list that includes over one thousand more will give watershed residents and visitors new opportunities to boat, fish, observe wildlife and connect with the Bay.

Bay Program partners also estimate that significant steps have been taken toward meeting the Bay’s “pollution diet,” as partners move 20 percent closer to their goal for reducing nitrogen, 19 percent closer to their goal for reducing phosphorous and 30 percent closer to their goal for reducing sediment.

“While we clearly have a lot of work to do, the Bay is resilient and we have reason for hope,” said Bay Program Director Nick DiPasquale. “We know this complex ecosystem will respond to restoration efforts and we expect to see encouraging results in 2012 data as it comes in over the course of the year.”

Learn more about Bay Barometer or read the full report.


Keywords: Chesapeake Bay Program, Bay Barometer, report card

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Jan
29
2013

Restoration Spotlight: Restaurants recycle oyster shells to bring bivalve back to Bay

On a winter morning in Annapolis, Md., a snow-covered truck pulls into the parking lot of a local seafood restaurant. A man in white boots and rubber gloves steps out of the cab, a metal door swings open behind the building and plastic trash cans full of oyster shells are exchanged between restaurant chef and shell recycler.

The trade is just one stop on a route that connects the 130 members of the Shell Recycling Alliance: a group of restaurants, caterers and seafood wholesalers that save their unneeded shells—some in five-gallon buckets, some in 14-gallon trash cans, some in 55-gallon wheeled bins—for pick up by Tommy Price.

Price is a Special Programs Specialist with the Oyster Recovery Partnership, a conservation group that has for two decades worked to restore oysters in the Chesapeake Bay. As a driver in the partnership’s fleet of trucks—which are complete with shell recycling logos and oyster-themed license plates—Price has watched the Shell Recycling Alliance grow, generating more than 1,000 tons of shell that are an integral piece in the oyster restoration puzzle.

Sent to an environmental research lab and oyster hatchery on Maryland’s Eastern Shore, the shells are cured, power-washed and put to work as settling material for the billions of oyster larvae that are planted to replenish reefs across the Bay.

Over the past two centuries, native oyster populations have experienced a dramatic decline as habitat loss, disease and historic over-harvesting have taken their toll. But by filtering water, forming aquatic reefs and feeding countless watershed residents, the bivalves have become an essential part of the Bay’s environment and economy.

It is this link between businesses and the Bay that inspired Boatyard Bar and Grill to sign on to the Shell Recycling Alliance.

“The Bay is a huge economic engine for this area,” said restaurant owner Dick Franyo. “Look at what we do here—it’s all about fishing, sailing, ‘Save the Bay.’ It’s where we come from. It’s what we think about.”

Franyo, who sits on the Chesapeake Bay Foundation’s board of trustees, has upheld a conservation ethic in much of what his restaurant does. It donates at least one percent of its annual revenue to environmental organizations; it composts all of its food waste; it recycles oyster shells alongside glass, metal and plastic; and it spreads the word about the restoration efforts that still need to be made.

All Shell Recycling Alliance members are given brochures, table tents and “Zagat”-style window stickers to use as tools of engagement, teaching customers and clientele about the importance of saving shell.

“Shell is a vital ingredient in oyster restoration,” said Stephan Abel, executive director of the Oyster Recovery Partnership. “It’s like flour in bread.”

Indeed, it has become such a valuable resource that a bill has been proposed that would give individuals and businesses a $1 tax credit for each bushel of shell recycled.

“The Bay, restoration and oysters—it’s all one story,” Abel said. And without oyster shells, the story would be incomplete.

author
About Catherine Krikstan - Catherine Krikstan is a web writer and social media specialist at the Chesapeake Bay Program. She began writing about the watershed as a reporter in Annapolis, Md., where she covered algae blooms and climate change and interviewed hog farmers and watermen. She lives in Washington, D.C.


Keywords: Maryland, restoration, oysters, Oyster Recovery Partnership (ORP), oyster spat, oyster reefs, Restoration Spotlight

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Jan
22
2013

Chemical contaminants persist across Chesapeake Bay watershed

Chemical contaminants continue to afflict the Chesapeake Bay watershed, raising concern over water quality and the health of fish, wildlife and watershed residents.

Close to three-quarters of the Bay’s tidal waters are considered impaired by chemical contaminants, from the pesticides applied to farmland and lawns to repel weeds and insects to the household and personal-care products that enter the environment through our landfills and wastewater. But so-called “PCBs” and mercury are particularly problematic in the region, according to a report released last week by the U.S. Environmental Protection Agency (EPA), U.S. Geological Survey (USGS) and U.S. Fish and Wildlife Service (USFWS).

Both PCBs—short for “polychlorinated biphenyls”—and mercury are considered “widespread” in extent and severity, concentrating in sediment and in fish tissue and leading to fish-consumption advisories in a number of rivers and streams.

The District of Columbia, for instance, has issued such advisories for all of its water bodies, asking the public not to consume catfish, carp or eels, which are bottom-feeding fish that can accumulate chemicals in their bodies. While the District’s Anacostia and Potomac rivers raise the greatest concern in the watershed when it comes to fish tissue contamination, a November report confirmed that many Anacostia anglers are sharing and consuming potentially contaminated fish, sparking interest in reshaping public outreach to better address clean water, food security and human health in the area.

While PCBs have not been produced in the United States since a 1977 ban, the chemicals continue to enter the environment through accidental leaks, improper disposal and “legacy deposits”; mercury can find its way into the atmosphere through coal combustion, waste incineration and metal processing.

Exposure to both of these contaminants can affect the survival, growth and reproduction of fish and wildlife.

The Chesapeake Bay Program will use this report to consider whether reducing the input of toxic contaminants to the Bay should be one of its new goals.

Read more about the extent and severity of toxic contaminants in the Bay and its watershed.


Keywords: Anacostia River, fish, U.S. Environmental Protection Agency (EPA), U.S. Geological Survey (USGS), chemical contaminants, toxics, PCBs, U.S. Fish & Wildlife Service, mercury, fish consumption advisories

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Jan
18
2013

Pollution trends reflect lag time between restoration efforts, water quality improvement

Nutrient and sediment trends at nine Chesapeake Bay monitoring sites have shown an overall lack of improvement, according to a report released this week by the U.S. Geological Survey (USGS).

As part of the Chesapeake Bay Program’s integrated approach to assess water quality as the Bay “pollution diet” is implemented, the report tracks changes in nitrogen, phosphorous and sediment trends at monitoring stations on the Susquehanna, Potomac and James rivers, as well as six additional waterways in Maryland and Virginia.

Using data from 1985 to 2010, the USGS measured minimal changes in total nitrogen at six out of nine monitoring stations and minimal or worsening changes in phosphorous at seven out of nine monitoring stations. Using data from 2001 to 2010, the USGS measured minimal or worsening changes in sediment at eight out of nine monitoring stations.

But a lack of improvement in pollution trends doesn’t mean that pollution-reduction practices aren’t working.

While nutrient and sediment trends can be influenced by a number of factors—among them, wastewater treatment plant upgrades and changes in land use—there is often a lag time between when restoration work is done and when visible improvements in water quality can be seen. And while the nine stations monitored here are located downstream of almost 80 percent of the land that drains into the Bay, runoff and effluent from three of the watershed’s biggest cities—Baltimore, Richmond, Va., and Washington, D.C.—do not flow past them, meaning that pollution-reduction practices implemented in these areas—or put in place after 2010—are not reflected in the study’s results.

According to the report, the USGS plans to work with partners to help explain the trends and changes described in this report; initial focus will be paid to the Eastern Shore and Potomac River Basin.

Read more about nutrient and sediment loads and trends in the Bay watershed.


Keywords: sediment, nutrients, Pollution, rivers and streams, U.S. Geological Survey (USGS), monitoring, nutrient pollution

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Jan
08
2013

Restoration Spotlight: Wastewater overhaul will cut pollution in West Virginia

After eleven years, $40 million and more than 16,000 linear feet of pipe, West Virginia is set to bring a new wastewater treatment plant online and make huge cuts to the pollution it sends into the Chesapeake Bay.

Under construction in West Virginia’s Eastern Panhandle, the Moorefield Wastewater Treatment Plant will replace four existing plants with one new system, marking a significant milestone in the headwater state’s efforts to curb pollution and improve water quality. Expected to go into operation this fall, the plant will remove 90,000 pounds of nitrogen and 93,000 pounds of phosphorous from West Virginia wastewater each year.

Funded by a range of sources—including the West Virginia Economic Development Authority, the West Virginia Department of Environmental Protection and the U.S. Environmental Protection Agency (EPA)—the new plant is heralded as evidence that thoughtful planning and forward-thinking—especially where pollution regulations are concerned—can help a community move toward conservation and environmental change.

Restoration Spotlight: Wastewater overhaul will cut pollution in West Virginia from Chesapeake Bay Program on Vimeo.

In the 1990s, the hundreds of wastewater treatment plants that are located across the watershed could be blamed for more than a quarter of the nutrient pollution entering the Bay, as the plants pumped water laden with nitrogen and phosphorous into local rivers and streams. Such an excess of nutrients can fuel the growth of algae blooms that block sunlight from reaching underwater grasses and, during decomposition, rob the water of the oxygen that aquatic species need to survive.

But in the last decade, technological upgrades to wastewater treatment plants have surged, and the pollution cuts that result mean these plants now contribute less than 20 percent of the nutrients still entering the Bay.

According to Rich Batiuk, Associate Director for Science with the EPA, the uptick in upgrades can be attributed to a number of factors.

“Wastewater treatment plants have always been regulated,” Batiuk said. “But [until the last decade], there wasn’t the science or the political will or the … water quality standards that could drive the higher levels of wastewater treatment that result in lower levels of nitrogen and phosphorous flowing into the watershed.”

As the science behind wastewater engineering has improved and the incentives for implementing upgrades have grown, more plants have begun to make changes. Some implement a “zero discharge” plan, using nutrient-rich effluent to feed agricultural crops rather than excess algae. Others—like the Moorefield plant—expose wastewater to nutrient-hungry microbes that feed on nitrogen and phosphorous; the resulting sludge, modified without the addition of chemicals, can be turned into compost rather than fodder for the local landfill.

Such modern upgrades to otherwise aging infrastructure have been celebrated as a boon for local communities and the wider watershed. While the Moorefield plant will, in the end, curb pollution into the Bay, it will first curb pollution in the South Branch of the Potomac River, into which it sends its effluent.

"The South Branch of the Potomac is a unique place,” Batiuk said. “People fish there, they swim there. This new plant helps more than the Chesapeake Bay.”

And Moorefield residents—including the Town of Moorefield Public Works Director Lucas Gagnon—plan to witness this local change firsthand.

“The residents in this area are aware of the Chesapeake Bay and its needed [nutrient] reductions,” Gagnon said. “But the biggest benefit for the local folks will be the reduction of nutrients in local waterways.”

“There are many people that fish and boat the South Branch,” Gagnon continued. “When this plant goes online, the water quality will be greatly enhanced, and they will have a much cleaner, better river to enjoy.”

author
About Catherine Krikstan - Catherine Krikstan is a web writer and social media specialist at the Chesapeake Bay Program. She began writing about the watershed as a reporter in Annapolis, Md., where she covered algae blooms and climate change and interviewed hog farmers and watermen. She lives in Washington, D.C.


Keywords: nitrogen, nutrients, wastewater, West Virginia, water quality, Phosphorus, wastewater treatment, Restoration Spotlight

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Jan
02
2013

Chesapeake Bay Foundation report card measures “modest” improvement in Bay health

The Chesapeake Bay Foundation has measured a “modest” improvement in Chesapeake Bay health, giving the Bay a “D+” in its biannual State of the Bay report.

While the Bay’s score of 32 on a one-to-100 scale falls short of what the Foundation would like to see—70 points, or an “A+”—this does mark a progression of one point since the report was last issued in 2010, and of four points since 2008.

Image courtesy Chesapeake Bay Foundation

The report marks improvements in five of 13 “indicators,” or gauges of Bay health, which Chesapeake Bay Foundation President William C. Baker attributes to sound science, renewed restoration efforts and the “Clean Water Blueprint,” or Total Maximum Daily Load, that is “in place and beginning to work.”

“Putting science to work gets results—especially when cooperation trumps conflict,” Baker said.

Image courtesy Chesapeake Bay Foundation

These results? According to the Foundation, the average size of the Bay’s annual dead zone is shrinking. Blue crabs are producing more juveniles and oyster spat are showing improved survival. And states like Virginia and Pennsylvania are planting trees and preserving land from development. Even as critical acres of underwater grass beds are lost—the one indicator to worsen over the past two years—the once-decimated grasses of the Susquehanna Flats offered good news, surviving Hurricane Irene and Tropical Storm Lee in 2011.

Even so, Baker advocated caution: “Our greatest worry is that there is potential for improvement to breed complacency.”

The Chesapeake Bay Program will publish Bay Barometer, its annual snapshot of Bay health and watershed-wide restoration, later this month.

Read the 2012 State of the Bay report.


Keywords: water quality, Chesapeake Bay Foundation, report card

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Dec
31
2012

Timing and track curbed Sandy’s impact on Chesapeake Bay

A recent assessment of Superstorm Sandy shows the hurricane did less damage to the Chesapeake Bay than some feared, thanks in large part to its timing and track.

According to a University of Maryland report, the late-October hurricane whose path traveled north of the Bay had “ephemeral” impacts on Bay water quality—especially when compared to past storms.

The summertime arrival of Tropical Storm Agnes in 1972, for instance, coincided with a critical growing period for oysters, crabs and underwater grasses, and had a damaging effect on all three. But because Sandy arrived in the fall, the nutrients and sediment that it sent into the Bay were unable to fuel harmful algae blooms or damage the underwater grasses that had already begun to die back for the season. And while Tropical Storm Lee in 2011 brought heavy rainfall and a large plume of sediment to the Susquehanna River, the bulk of Sandy’s rainfall was concentrated elsewhere, meaning minimal scouring of sediment from behind the Conowingo Dam and “virtually no sediment plume” in the Upper Bay.

These findings echo those released in November by the National Oceanic and Atmospheric Administration (NOAA) and the U.S. Geological Survey (USGS).

Read more about the ecological impacts of Sandy on the Chesapeake Bay.


Keywords: sediment, weather, University of Maryland Center for Environmental Science (UMCES)

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Dec
20
2012

Photo Essay: An uncertain future for Tangier watermen

On one of the last remaining islands of the Chesapeake Bay, generations of working watermen have found a home.

Settled in the late seventeenth century, Tangier Island spans a five-mile stretch of water and has never supported more than 1,500 people. Its small size and relative isolation have allowed its residents to maintain a close connection to the past, keeping old customs and a distinct Tidewater dialect alive.

Modern families—with surnames like Crockett, Pruitt, Parks and Dise—can trace their lineage back hundreds of years, and the island’s economy remains tied to the harvest of crabs, fish and oysters. But these tenuous traditions are threatened by worsening water quality and sea-level rise.

In December, the Chesapeake Bay Program’s Sustainable Fisheries Goal Implementation Team called together decision-makers and watermen for a shared meal and stakeholders’ discussion at one of Tangier Island’s four sit-down restaurants.

Watermen from Tangier and neighboring Smith Island spoke of the problems they see in and on the Bay and how they might be more involved in the management decisions that directly impact their livelihoods.

Held in the community in which these watermen live and work, the meeting allowed many of them to speak and be heard in a new and significant way.

One of the most pressing problems for the watermen is the flow of sediment into the Bay. As sediment runs off of land and into the water, sand and silt block sunlight from reaching the grass beds that offer shedding blue crabs refuge when their soft shells make them most vulnerable.

Soft-shell crabs are critical to the Tangier Island economy. And a loss of grass beds—which one waterman called “the life blood of the Chesapeake Bay”—could mean a loss of soft-shell crabs. “The habitat,” a second waterman said. “It just ain’t there.”

Seawalls have been put in place to slow the erosion of the island. But as sea levels rise, the land sinks and storms like Sandy, Irene and Isabel grow stronger and more frequent, Tangier continues to wash away.

The northernmost portion of Tangier Island is called Uppards. Once home to a store, a school, a church and a collection of homes, the life of Uppards has disappeared, leaving behind one tumbledown trailer and stretches of marsh, sand and beach.

In October, a small cemetery was uncovered on Uppards by the winds and waves of Superstorm Sandy. Headstones in the graveyard bear the common surname Pruitt. The once-buried bones of those who died in the 1880s are now visible aboveground.

This fall, Virginia Governor Robert F. McDonnell and officials from the Army Corps of Engineers pledged to build a $4.2 million jetty that will protect the island’s harbor. Some see the long-awaited initiative as a beacon of hope, while others believe it serves only to slow inevitable erosion.

As Tangier Island shrinks, the costs of fuel and gear and living rise, placing further pressure on the island’s aging watermen.

But what career alternatives does a waterman have? Some take jobs aboard tug boats. Other host tours for visitors from the mainland. And still others have found work as captains and educators at island study centers operated by the Chesapeake Bay Foundation.

But most Tangier residents would find it difficult to obtain work off the island, where a 45-minute ride on a ferry or mail boat is needed to make it to the nearest town. One waterman lamented this lack of options: “We don’t have the opportunity to get a land job.”

A dependence on the fish and shellfish of the Bay has created a conservation ethic in many Tangier watermen, including Tangier Mayor James “Ooker” Eskridge. Eskridge spoke of the importance of restoration efforts in a time of environmental change, and of preserving natural resources in order to preserve Tangier careers and culture: “A sustainable resource is more important to a waterman than anyone else.”

Access high-resolution images of Tangier Island on the Chesapeake Bay Program Flickr page.


Keywords: photography, Tangier Island, erosion, climate change, watermen, photo essay

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Dec
19
2012

Federal agencies outline planned actions for Chesapeake Bay cleanup

The federal agencies leading the watershed-wide endeavor to restore the Chesapeake Bay have outlined next year’s cleanup and restoration efforts in a 2013 action plan.

The work that the Federal Leadership Committee for the Chesapeake Bay has set out for fiscal year 2013 will build on established projects and begin new initiatives to restore clean water, recover habitat, sustain fish and wildlife, and boost land conservation and public access across the watershed. Supporting efforts will also expand citizen stewardship, respond to climate change and strengthen science.

The 2013 action plan includes a list of tangible efforts that federal agencies and state and local partners have pledged to undertake, from monitoring the return of migratory fish to streams in which passage barriers have been removed to helping landowners implement conservation practices on farms and in forests.

The action plan is meant to meet the goals set forth in the federal Strategy for Protecting and Restoring the Bay, which in 2009 called for the restoration and protection of the watershed. Close to half a billion dollars has been requested for the work outlined in the plan; the plan will be followed this spring with a progress report.

Learn more about the action plan on the Chesapeake Bay Executive Order website.


Keywords: U.S. Environmental Protection Agency (EPA), restoration, Chesapeake Bay Executive Order, federal government

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Dec
17
2012

Fisheries commission limits menhaden harvest

The harvest of menhaden along the Atlantic coast will be cut by 20 percent, following a controversial decision made by the fifteen-state board that regulates near-shore fishing.

Thirteen regulators voted in favor of the harvest reduction in a heated meeting of the Atlantic States Marine Fisheries Commission (ASMFC), held last week in a Baltimore hotel ballroom crowded with hundreds of activists clad in “Fight for Menhaden” buttons and shirts.

Often called “the most important fish in the sea,” menhaden are filter feeders that play an important role in clean water and form a critical link in the Chesapeake Bay food chain. The ASMFC received thousands of comments from individuals and organizations in support of conserving the likely-overfished species whose abundance is at an all-time low.

Three states, including Virginia, voted against the cut. Virginia is home to the coast’s last remaining menhaden processing plant, which turns menhaden into animal feed, fertilizer and fish oil, and which is responsible for 80 percent of the current coast-wide harvest.

Virginia officials argued for a less severe reduction and warned that a large cut could hurt the state’s economy and lead to job losses at its Reedville plant, which is operated by Omega Protein, Inc. A number of Virginia fishermen employed by the Texas-based company attended the management meeting and stood, arms crossed, in silent protest of the reduction.

The first-ever coast-wide limit on menhaden harvest will go into effect in 2013 and remain in place until the next stock assessment, scheduled for 2014.


Keywords: fish, menhaden

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Dec
12
2012

New strategy to guide forest restoration across watershed

Clean air, clean water and healthy communities: the benefits of forests are vast. But as populations rise and development pressure expands, forests across the Chesapeake Bay watershed are fragmented and cut down.

In an effort to slow the loss of Chesapeake forests, the U.S. Forest Service has released a restoration strategy that outlines how officials and individuals alike can improve the environment and their communities by planting and caring for native trees.

According to the strategy, which has been endorsed by each of the watershed's seven State Foresters, expanding forest cover is critical to improving our air and water, restoring wildlife habitat, sequestering carbon and curbing home energy use.

To ensure we get the most “bang” for our tree-planting buck, the strategy targets restoration efforts toward those places in which forests would provide the greatest benefits, from wildlife corridors along streams and rivers to towns, cities and farms.

Trees along the edges of streams and rivers—called a riparian forest buffer—can keep nutrients and sediment out of our waters and nurture critters with vital habitat and food to eat. Trees in towns and cities—called an urban tree canopy—can clean and cool the air, protect drinking water and boost property values, improving the well-being of an entire neighborhood at a low cost. And trees on farms—in the form of wind breaks, forest buffers or large stands of trees—can protect crops, livestock and local wildlife while providing a farmer with a new form of sustainable income.

Other areas targeted for forest restoration include abandoned mine lands in headwater states and contaminated sites where certain tree species could remove toxic metals from the soil.

Learn more about the Chesapeake Forest Restoration Strategy.


Keywords: trees, forest buffers, U.S. Forest Service, forests

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Dec
11
2012

Tributary Tuesday: Tuckahoe Creek (Caroline County, Md.)

Imagine a summer afternoon spent on Tuckahoe Creek. As the waterway narrows, the branches of streamside trees form a canopy over paddlers, painting the sky green from one shore to another.

Image courtesy Serafin Enriquez/Flickr

Located on Maryland’s Eastern Shore, Tuckahoe Creek borders Caroline, Queen Anne’s and Talbot counties. Much of the 21-mile tributary to the Choptank River is bordered by wooded marshland. In Tuckahoe State Park, visitors can launch canoes and kayaks into the creek, hikers and horse-lovers can walk or ride 20 miles of scenic trails and fishermen can press their luck in a 60-acre lake.

Home to spring runs of perch, shad and river herring, the Tuckahoe is also stocked with trout to attract local anglers. Read about one fisherman’s end-of-summer adventure on the creek.

author
About Caitlin Finnerty - Caitlin Finnerty is the Communications Staffer at the Chesapeake Research Consortium and Chesapeake Bay Program. Caitlin grew up digging for dinosaur bones and making mud pies in Harrisburg, Pa. Her fine arts degree landed her environmental field work jobs everywhere from Oregon to Maryland. Now settled in Baltimore, she is eagerly expecting her first child while creating an urban garden oasis on her cement patio.


Keywords: Maryland, rivers and streams, Tributary Tuesday

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Dec
10
2012

Greening your Christmas tree

From shopping bags and gift wrap to the train, plane and car trips that we take to visit family and friends, our carbon footprints get a little larger during the holidays. So when it comes to choosing a Christmas tree, why not do so with the environment in mind? While the "real" versus "fake" debate rages on, we have sifted through the arguments to find four tips that will make your Christmas tree "green."

Image courtesy Jo Naylor/Flickr

1. Avoid artificial. As deforestation becomes a global concern, an artificial tree might seem like a green choice. But some researchers disagree. Most of the artificial Christmas trees sold in the United States are made in China using polyvinyl chloride or PVC, a kind of plastic whose petroleum-dependent manufacturing, processing and shipping is a serious emitter of greenhouses gas. And while one study did find that reusing an artificial tree can be greener than purchasing a fresh-cut fir each December, that artificial tree would have to be used for more than two decades—and most end up in a landfill after just six to nine years.

Image courtesy Dave Mathis/Flickr

2. Don’t be a lumberjack. While going artificial might not be the greenest choice, neither is hiking up a local mountain with an axe in hand. When a tree is removed and not replaced, its ecosystem is robbed of the multiple benefits that even a single tree can provide. Trees clean our water and air, provide habitat for wildlife and prevent soil erosion. Instead of chopping down your own Christmas tree, visit a farm where trees are grown, cut and replanted just like any other crop.

Image courtesy macattck/Flickr

3. Choose a tree farm wisely. Millions of Christmas trees are grown on farms across the United States, emitting oxygen, diminishing carbon dioxide and carrying some of the same benefits of a natural forest. And some of these tree farms are sustainable, offering locally-grown, pesticide-free trees and wreaths. Find a tree farm near you.

Image courtesy Klara Kim/Flickr

4. Go “balled and burlapped.” Real Christmas trees are often turned into mulch once the season is over. But some farmers are making Christmas trees even more sustainable! Instead of cutting down a tree at its trunk, a tree’s roots are grown into a ball and wrapped in a burlap sack. Once the tree is used, it can be replanted! If your yard doesn’t have room for another evergreen, look for a company that will return for its tree after the holidays.

author
About Caitlin Finnerty - Caitlin Finnerty is the Communications Staffer at the Chesapeake Research Consortium and Chesapeake Bay Program. Caitlin grew up digging for dinosaur bones and making mud pies in Harrisburg, Pa. Her fine arts degree landed her environmental field work jobs everywhere from Oregon to Maryland. Now settled in Baltimore, she is eagerly expecting her first child while creating an urban garden oasis on her cement patio.


Keywords: forests

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Dec
05
2012

Watershed Wednesday: Elements (Washington, D.C.)

Autumn leaves are crumpling underfoot and winter coats are coming out of storage. It might be cold, but for one after-school enrichment provider, the onset of winter doesn’t mean we have to stay inside. In fact, their love of winter is what sets Elements apart!

Image courtesy Elements

Staff-members at Elements lead students through the Washington, D.C., wintertime woods, where a lot of layers keep kids warm on these educational afternoons. Running along trails and climbing up hills, students learn that even an hour spent outside can invigorate us.

Elements’ philosophy follows a growing body of research that points to the benefits of being outside. So what are you waiting for? Grab some gloves and get out there!

author
About Caitlin Finnerty - Caitlin Finnerty is the Communications Staffer at the Chesapeake Research Consortium and Chesapeake Bay Program. Caitlin grew up digging for dinosaur bones and making mud pies in Harrisburg, Pa. Her fine arts degree landed her environmental field work jobs everywhere from Oregon to Maryland. Now settled in Baltimore, she is eagerly expecting her first child while creating an urban garden oasis on her cement patio.


Keywords: education, Washington, DC, Watershed Wednesday

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Nov
28
2012

From the Field: Linking land and water in brook trout conservation

In rural West Virginia, a fisherman casts his bright green line into a mountain stream. The stream is clear, the fish are biting and it takes just minutes to make a catch.

Dustin Wichterman, Potomac Headwaters Project Coordinator with Trout Unlimited, dips his net into the water and reveals a 10-inch brook trout. Its olive green body is flecked with red and gold, and its mere presence here is a welcome sign of health for the Pendleton County waterway.

Native to the headwaters of the Chesapeake Bay, the eastern brook trout is a sensitive species that needs cold, clean water to survive. But as regional water quality has declined, so, too, have brook trout populations, leading to lost revenue and diminished fishing opportunities for headwater states.

Brook trout play a critical role in the watershed: they are an important part of the region’s natural heritage, a driver of economic growth and an indicator of environmental health. For these reasons, brook trout restoration was a listed outcome in the federal Strategy for Protecting and Restoring the Bay Watershed. And for the past two years, brook trout conservation has been a top goal for the Chesapeake Bay Program.

From the Field: Linking land and water in brook trout conservation from Chesapeake Bay Program on Vimeo.

Through the Bay Program’s Habitat Goal Implementation Team, whose members work to protect and restore wetlands, woods and other habitats across the watershed, brook trout have benefited from stream restoration, fish passage renewal and tree plantings.

As odd as it might seem, the health of a fish depends not just on the health of the creek, stream or river that it calls home; it is also tied to the health of the surrounding land. And poor land management, increasing development and expanding urbanization have been cited as leading factors in brook trout decline.

“This fish is a living symbol of how actions on land affect the health of our local waterways,” said team coordinator Jennifer Greiner.

The removal of streamside trees, for instance, is a common consequence of agricultural or residential development, as seedlings are trampled by grazing cattle or trees are felled for suburban growth. But a missing forest buffer means bad news for brook trout when stream banks erode, excess sediment ruins spawning beds and an absence of shade pushes water temperatures into a range that brook trout cannot withstand.

When, on the other hand, trees and shrubs are allowed to grow along waterways, their runoff-trapping roots keep the water clean and their shade-producing leaves keep the water cold.

So Greiner and her fellow team members have worked to bring brook trout into the land-use discussion, pushing the latest brook trout distribution data out to doers and decision-makers in the watershed. Because when land managers know where brook trout are, they are more likely to take the fish into account in land-use decisions.

Land trusts in headwater states have also found that brook trout can push private landowners to conserve, and Goal Implementation Team partners—the U.S. Fish and Wildlife Service, the Natural Resources Conservation Service, the National Fish and Wildlife Foundation and the Eastern Brook Trout Joint Venture Partnership among them—are using the iconic fish to promote on-the-ground restoration of riparian forest buffers.

Whether a farmer installs a fence that keeps livestock out of local rivers or a landowner decides to plant a series of streamside trees, education and engagement are critical to conservation.

“By becoming educated and engaged, landowners are able to protect the streams on their land for future generations,” Greiner said. “By protecting and restoring stream habitat, the brook trout, along with other species, are also protected for future generations to enjoy.”

author
About Catherine Krikstan - Catherine Krikstan is a web writer and social media specialist at the Chesapeake Bay Program. She began writing about the watershed as a reporter in Annapolis, Md., where she covered algae blooms and climate change and interviewed hog farmers and watermen. She lives in Washington, D.C.


Keywords: Chesapeake Bay Program, forest buffers, West Virginia, riparian, land conservation, brook trout

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Nov
27
2012

Tributary Tuesday: Cowpasture River (Highland County, Va.)

In Virginia, there is a local legend that explains how the Cowpasture River and its surrounding streams were named: A group of Native Americans stole a herd of cattle from a settler and headed west. The calves tired first, and were left behind at the river now known as the Calfpasture. The cows were able to make it a bit farther, to Cowpasture. And the bulls, with greater strength and stamina, made it to Bullpasture.

Image courtesy Bruce Thomson/Flickr

The tale might not be true, but the names still fit. All three rivers are bordered by pastureland and meadows, a perfect habitat for indigo buntings, northern bobwhite and other open-country birds, as well as local livestock.

The nearby George Washington and Jefferson National Forests and state natural lands offer opportunities for outdoor enthusiasts to experience this rustic, rural watershed.

If you would rather explore “underground,” be sure to check out the region’s caves and sinkholes. During periods of extended drought, the Cowpasture River dries up and flows only beneath the ground, through the limestone caves. 

Image courtesy Bruce Thomson/Flickr

More from the Cowpasture River:

  • The river is perfect for paddling. Get an insider’s view.
  • Walton Tract and Evans Tract are two natural areas that allow visitors boating access to the 84-mile river that flows into the James. Take a look at this summertime view of the Cowpasture at Walton Tract.
  • Want to help keep the Cowpasture pristine? Get involved with the Cowpasture River Preservation Association.
author
About Caitlin Finnerty - Caitlin Finnerty is the Communications Staffer at the Chesapeake Research Consortium and Chesapeake Bay Program. Caitlin grew up digging for dinosaur bones and making mud pies in Harrisburg, Pa. Her fine arts degree landed her environmental field work jobs everywhere from Oregon to Maryland. Now settled in Baltimore, she is eagerly expecting her first child while creating an urban garden oasis on her cement patio.


Keywords: Virginia, Tributary Tuesday

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Nov
21
2012

Watershed Wednesday: Susquehanna Greenway Partnership (Lewisburg, Pa.)

Imagine a stretch of water that runs from dense forests to rolling farmland, a riverside town with a rich agricultural and industrial past or a park that was once home to a working mill, but now provides paddlers and picnickers with an outdoor space to relax.

These are just some of the natural, cultural and recreational resources located along the Susquehanna River. The full list is vast, but one Pennsylvania partnership is working to tie them together.

Image courtesy Susquehanna Greenway Partnership/Flickr

A leading champion of one of the largest rivers in the Chesapeake Bay watershed, the Susquehanna Greenway Partnership works with individuals, governments and nonprofit organizations to improve water quality in the Susquehanna while revitalizing the economies of riverside towns.

Curbing environmental problems while curing local economies seems like an ambitious goal, but the partnership has built its forward-thinking work on the solid foundation of local history.

Image courtesy Susquehanna Greenway Partnership/Flickr

In hopes of connecting the Susquehanna with the people on its shores, the partnership has established a River Towns program that provides assistance to communities that want to revitalize and celebrate their river connection. The program ensures that small towns along the Susquehanna retain their sense of community and convenience, which can attract both residents and visitors alike. Walkable neighborhoods and nearby natural areas keep towns connected to the Susquehanna and engaged with each other.

The partnership has also worked to boost the public’s investment in the Susquehanna, increasing public access points, installing informative signs and linking parks, businesses and residential areas with wildlife habitat corridors.

More from the Susquehanna Greenway Partnership:

  • Explore the natural and cultural history of the Susquehanna River with this collection of photos from the Susquehanna Greenway Partnership.
  • Watch this video of a mid-river paddle to learn just what draws boaters to the Susquehanna each summer. Then find a bike path, paddle trail or hunting area near you with the Susquehanna Greenway Partnership’s interactive map.
  • From “adopting” a section of the Susquehanna to collecting images of the towns and trails along the Greenway, volunteer opportunities abound!
author
About Caitlin Finnerty - Caitlin Finnerty is the Communications Staffer at the Chesapeake Research Consortium and Chesapeake Bay Program. Caitlin grew up digging for dinosaur bones and making mud pies in Harrisburg, Pa. Her fine arts degree landed her environmental field work jobs everywhere from Oregon to Maryland. Now settled in Baltimore, she is eagerly expecting her first child while creating an urban garden oasis on her cement patio.


Keywords: Pennsylvania, rivers and streams, Watershed Wednesday

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Nov
19
2012

Population growth, development named key players in Potomac River pollution

Plumes of sediment, floating trash and pathogens that make once-swimmable water unsafe: pollution of all kinds continues to plague the Potomac River, as populations grow, pavement expands and stormwater runoff pushes various hazards into the 405-mile long waterway.

But for the Potomac Conservancy, a boost in incentives, assistance and enforcement just might save the nation’s river.

Image courtesy kryn13/Flickr

According to the advocacy group’s sixth annual State of the Nation’s River report, “too many stretches of the Potomac River are still too polluted to allow you to safely swim, boat or fish, or to support healthy populations of fish and other aquatic life.”

The cause? A “pending storm” of population pressure and development, said Potomac Conservancy President Hedrick Belin.

For Belin, more people means more development. More development means more pavement. And more pavement means more stormwater runoff.

The fastest growing source of pollution into the Chesapeake Bay, stormwater runoff is rainfall that picks up pollutants—in the Potomac River’s case, nutrients, sediment, pathogens and chemicals—as it flows across roads, parking lots, lawns and golf courses. It carries these pollutants into storm drains and rivers and streams, posing a threat to marine life and human health.

But cities and towns throughout the Potomac River basin are curbing stormwater runoff by minimizing their disturbances to the land. And it is this local, land-based action—the installation of rain barrels and green roofs, the protection of forests and natural spaces, the passing of pollution permits in urban centers—that the Conservancy thinks will push the river in the right direction.

In the report, the Conservancy calls on state and local decision-makers to strengthen pollution regulations, increase clean water funding and improve pollution-reduction incentives and technical assistance.

“The Potomac Conservancy is advocating for river-friendly land-use policies and decisions, especially at the local level,” Belin said. “Because defending the river requires protecting the land that surrounds it.”

Learn more about Troubled Waters: State of the Nation’s River 2012.


Keywords: Pollution, stormwater runoff, Potomac River, report card

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Nov
19
2012

Six things the Chesapeake Bay is thankful for

Thanksgiving is the perfect time to express gratitude for the good in life. We have much to be thankful for—and so does the Chesapeake Bay! Here is a look at six moments from the past year that signaled good news for the watershed.

6. A sustainable blue crab population. The most recent report on the Bay’s blue crab stock reveals a population that has reached sustainable levels and is not overfished. Winter estimates place the adult female blue crab population at 97 million, based on a dredge survey taken at almost 1,500 sites throughout the Bay. The survey also measured more juveniles than have been counted in the past two decades. A stable blue crab population means a more stable Bay economy, with watermen employed, restaurants stocked and recreational crabbers (and crab-eaters!) happy.

Image courtesy Erickson Smith/Flickr

5. Additional American eels. American eel numbers are up in the headwater streams of Shenandoah National Park, following the removal of a large dam that once blocked eels from moving upstream. Other anadromous swimmers like shad, herring and striped bass—which must migrate from the ocean into rivers to spawn—are also using this reopened habitat. Our rivers are thankful to see the return of these important residents.

4. A huge boost in oyster restoration. This year, restoration partners in Maryland put more than 600 million oyster spat into the Chesapeake Bay in the largest targeted restoration effort the watershed has ever seen. While some of the oyster larvae went into the Upper Bay, most went into Harris Creek, a tributary of the Choptank River that was declared an oyster sanctuary in 2010. While habitat loss, disease and historic overfishing have contributed to a dramatic decline in native oyster populations, planting “spat on shell” onto harvest-safe sanctuaries is one way to bring the water-filtering bivalves back.

3. A lot of living shorelines. When shorelines wash away, fish, crabs and other wildlife lose valuable habitat, and coastal landowners lose their lawns. To curb shoreline erosion, coastal property owners are turning toward living shorelines, which replace hardened bulkhead and riprap with grasses and trees. This summer, the Chesapeake Bay Trust’s Living Shorelines program awarded $800,000 to 16 homeowner associations, non-profit organizations and towns to install more than 6,800 feet of living shoreline and wetland habitat in the Chesapeake Bay watershed.

2. Greater green infrastructure. With the implementation of green infrastructure, cities can use the natural environment to better manage stormwater runoff. Green roofs, rain gardens and pervious pavement, for instance, can absorb stormwater runoff before it flows into local rivers and streams. This year, the U.S. Environmental Protection Agency (EPA) and the National Fish and Wildlife Foundation (NFWF) awarded $4 million to local governments for green infrastructure projects. But the environment is not the only one who will be thankful; green infrastructure can revitalize communities and produce cost benefits that can exceed those of traditional stormwater management methods. We are grateful that more towns will be greener in both color and concept!

1. Long-term improvements in Bay health. A number of Bay monitoring sites have shown long-term improvements in nutrient and sediment levels. According to an August report from the U.S. Geological Survey (USGS), one-third of monitoring sites have shown improvement in sediment concentrations since 1985, two-thirds have shown improvement in nitrogen concentrations and almost all have shown improvement in phosphorous concentrations. These improvements in long-term trends indicate pollution-reduction efforts—from upgrades to wastewater treatment plants to cuts in fertilizer use on farms and suburban lawns—are working.

author
About Caitlin Finnerty - Caitlin Finnerty is the Communications Staffer at the Chesapeake Research Consortium and Chesapeake Bay Program. Caitlin grew up digging for dinosaur bones and making mud pies in Harrisburg, Pa. Her fine arts degree landed her environmental field work jobs everywhere from Oregon to Maryland. Now settled in Baltimore, she is eagerly expecting her first child while creating an urban garden oasis on her cement patio.


Keywords: sediment, nutrients, blue crabs, oysters, stormwater runoff, green infrastructure, American eel, living shorelines

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Nov
15
2012

Report recommends model better account for land’s influence on watershed health

An advisory committee has recommended that the Chesapeake Bay Program’s Watershed Model be adjusted to better account for the landscape’s influence on watershed health.

Whether it is a riparian forest buffer that can trap sediment before it flows into a stream or a wetland that can filter nutrient pollution along the edge of a creek or river, the landscape that surrounds a waterway can impact that waterway’s health.

In a report released this week, experts from the Scientific and Technical Advisory Committee (STAC) state that adjusting the Watershed Model to better simulate the influence of riparian forests, forested floodplains and other wetlands would improve the model’s accuracy and allow managers to better direct conservation funds toward those landscapes that most benefit water quality.

The Watershed Model is used by Chesapeake Bay Program partners and stakeholders to estimate the amount of nutrients and sediment reaching the Bay.

Learn more about The Role of Natural Landscape Features in the Fate and Transport of Nutrients and Sediment.


Keywords: sediment, nutrients, monitoring, water quality

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Nov
15
2012

Federal agencies seek feedback on 2013 action plan for Chesapeake Bay cleanup

The federal agencies leading the watershed-wide endeavor to restore the Chesapeake Bay are seeking feedback on a draft action plan that outlines next year’s cleanup efforts.

From increasing public access to the Bay and its rivers to boosting conservation practices on farms and private lands, the action plan is meant to meet the goals set forth in the federal Strategy for Protecting and Restoring the Bay, which in 2009 called for the restoration and protection of the watershed.

Some of the proposed restoration plans are extensions of established projects, while others are new initiatives.

The action plan is open for public comment through November 27. Comments can be submitted through an online feedback form.

Learn more about the action plan on the Chesapeake Bay Executive Order website.


Keywords: U.S. Environmental Protection Agency (EPA), restoration, Chesapeake Bay Executive Order, federal government

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Nov
13
2012

Film's mutant isopods not as scary as real horrors facing the Bay

Op-ed by Al Todd and Margaret Enloe

It has been a stressful few weeks for people across the Chesapeake Bay region. Ten days ago, we were in the grip of Hurricane Sandy, then last weekend, we were faced with the opening of “The Bay,” Barry Levinson's eco-horror movie set in a small Chesapeake Bay town.

Like any good horror film, “The Bay” takes elements of reality and twists them in absurd ways to capitalize on our fears. According to reviews, Levinson’s film does a good job of grabbing viewers’ attention. But Levinson has said that he wants to draw attention to the real problems facing the Chesapeake, and for this he should be applauded. It’s about time someone found a way to awaken more people to the health of our region’s waterways. It is sad, though, that a sensational and implausible story line is needed to bring about the awakening.

Image courtesy Roadside Attractions

So let’s talk about what is real and what is not in relation to the Chesapeake Bay region.

True: Every year the Bay is host to dead zones—areas of deep, oxygen-depleted water. These areas result from pollution running off the land from urban and rural areas. The size of the dead zones is influenced by water temperature and rainfall. A large dead zone spans the deepest Bay waters each summer, reducing habitat for fish, crabs and other creatures. Local algae blooms cause fish kills and can even cause crabs to crawl onto shore to breathe. Governments from New York to Virginia support a blueprint to reduce pollution flowing into local rivers and the Bay that will ultimately shrink the dead zone. Restoring the Bay will require each of us to do more.

True: The Chesapeake Bay ecosystem is one of the most studied systems in the world. It is the largest estuary in North America and third largest in the world. Since it was established by Congress in 1983, the Chesapeake Bay Program has devoted itself to understanding the complex Bay environment. All of the program’s findings are public, so there is possibly more information on the science of the Chesapeake and its tributaries than any other water body in the world. Contrary to what is portrayed in the film, we have the science, we know what is happening to the Bay and its watershed and we know what needs to be done…we all just need to do more of it!

True: Every summer, thousands of people enjoy or work the Chesapeake Bay and its rivers in a variety of ways. Luckily, aggressive, mutant isopods don’t exist, but like any other place, the Bay has its hazards: dangerous storms, periodic beach or stream closures, localized red tides, wastewater overflows and occasional increases in waterborne bacteria. These public health concerns are known and tracked by the region’s health agencies. Those who work on, live on or play on these waters can best take care of themselves by being knowledgeable and aware of their environment.

And a final truth: There is nothing more terrifying to us than the idea of something as harmless as an isopod turning against us. These tiny Bay creatures and others like them—shrimp, worms and plankton—should not be feared, but celebrated. They are the critical foundation of the Bay’s abundant resources, feeding other animals such as crabs, small fish and oysters. Without them, the Bay’s complex food web would collapse.

The Bay region is resilient, vibrant and healthy in many ways; and out of balance in others. We can celebrate that vibrancy while working to address the challenges. We agree with what Levinson said in a recent interview: “At some point, you have to say ‘we are going to deal with this, not ignore it.’ It won’t just go away. There is nothing that’s going on in the Chesapeake Bay that can't be corrected.” Maybe a good scare from “The Bay” will motivate more of the 17 million people around the region to address the challenges the Chesapeake and its many rivers face and work to finally restore this important natural and economic resource.

Al Todd is the executive director for the Alliance for the Chesapeake Bay. Margaret Enloe is also with the Alliance and is the communications director for the Chesapeake Bay Program.

Distributed by Bay Journal News Service.


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Nov
13
2012

Tributary Tuesday: Morgan Run (Eldersburg, Md.)

When you think of the Baltimore-Washington corridor, you don’t often think of rock climbing, trout fishing or horseback riding.

But you can find all of that and more in the 1,400 acres that surround Morgan Run, a stream that begins near Eldersburg, Md., and flows into Baltimore County’s Liberty Reservoir.

Image courtesy Evan Parker/Flickr

In the Morgan Run Natural Environmental Area, miles of trails will transport you to a place far from beltways and buses. Be prepared to weave in and out of different habitats, from open fields to aging forests. Birders can spot songbirds and raptors, and climbers can find bouldering opportunities along streamside trails.

Image courtesy Jive/Flickr

Fishing is a popular sport in Morgan Run. The Maryland Department of Natural Resources (DNR) stocks the stream with eastern brook trout to keep the important fish in our tributaries.

Equestrian trails attract solitude-seeking horseback riders. Local riders created these trails in the early 1990s. Today, there are 11 miles of open field and woodland trails to enjoy.

author
About Caitlin Finnerty - Caitlin Finnerty is the Communications Staffer at the Chesapeake Research Consortium and Chesapeake Bay Program. Caitlin grew up digging for dinosaur bones and making mud pies in Harrisburg, Pa. Her fine arts degree landed her environmental field work jobs everywhere from Oregon to Maryland. Now settled in Baltimore, she is eagerly expecting her first child while creating an urban garden oasis on her cement patio.


Keywords: Maryland, rivers and streams, Tributary Tuesday
Nov
08
2012

New study shows Anacostia fishermen are sharing, consuming contaminated fish

A yearlong survey of anglers along the Anacostia River has confirmed that many fishermen are catching, sharing and consuming contaminated fish.

While fishing advisories in Maryland and Washington, D.C., have been in place for more than two decades, these warnings are often not seen, understood or listened to—and as many as 17,000 residents could be consuming fish caught in the Anacostia.

Image courtesy Len Matthews/Flickr

Located less than one mile from the nation’s capital, the Anacostia River has long suffered environmental degradation. Polluted runoff from urban streets and hazardous waste sites has caused toxic chemicals to build up in the water and in the bodies of fish, which could cause disease or development disorders in those who consume them.

According to the results of a survey that studied the social behavior of Anacostia anglers, a complex set of factors is driving the sharing and consuming of locally caught and potentially contaminated fish: past experience and present beliefs, a lack of awareness of the health risks involved and an overriding desire to share their catch with those who might otherwise go hungry.

Image courtesy LilySusie/Flickr

Research conducted through hundreds of interviews along fishing “hotspots” and a community survey that canvassed the lower Anacostia watershed found that 40 percent of fishermen had never heard that fish from the Anacostia could make them sick. Some anglers thought visual cues—like obvious lesions, cloudiness in the eyes or the color of a fish’s blood—would help them determine the health of a fish, or that related illnesses would soon be apparent rather than chronic or long-term. If a fisherman had not fallen ill from a meal of fish before, then he might perceive the fish to be healthy or think that his preparation methods made it clean.

Research also found that current advisories do not resonate among diverse anglers. Just 11 percent of fishermen had seen a sign or poster, and even fewer had received warning material with a fishing license or reviewed related information online. And English-only outreach is not effective among a population in which one-quarter speaks a language other than English at home.

Image courtesy 35millipead/Flickr

But how can Anacostia anglers be reached?

"The answer to this problem will be far more complex than simply telling anglers not to share their catch,” said Steve Raabe, principal of the Maryland-based research firm that conducted the survey.

The Anacostia Watershed Society, among the partners behind the survey, agrees. While the non-profit’s director of public policy acknowledged this study is not a “silver bullet solution,” he hopes it will bring about positive change.

“We are hoping [the study] will be the catalyst to engage all stakeholders—federal and local governments, food security and hunger organizations, environmental and health organizations, as well as residents—to come up with answers,” Brent Bolin said.

“Through this research effort, we have already begun identifying potential solutions,” Bolin continued, from directing better messaging to affected populations to expanding urban gardens, farmers markets and other programs that will address the long-term challenges of clean water, food security and human health.


Keywords: Anacostia River, fish, Maryland, Washington, DC, chemical contaminants, toxics, fish consumption advisories

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Nov
08
2012

Water quality report card gives Baltimore Harbor a failing grade

Impaired by trash, rated poor for nutrient pollution and listed as unsafe for human contact much of the time, Baltimore Harbor scored a failing grade on its most recent Healthy Harbor Report Card.

Image courtesy Waterfront Partnership of Baltimore

While community engagement in conservation is on the rise—volunteers have planted trees, picked up trash and even painted murals around storm drains to make a connection between streets and streams—algae blooms, dead zones and fish kills remain a problem for the urban watershed.

According to the Healthy Harbor Report Card, water quality in Baltimore Harbor did not improve in 2011, when spring and fall rains pushed pollutants into the water.

From a spring shower to a fall hurricane, the flow of pollutants into Baltimore Harbor is closely tied to regional rainfall. The amount of litter collected in the Harbor in 2011, for instance, spiked when water flow was at its highest after Tropical Storm Lee. Sewage overflows, too, were linked to large storms, when rainwater seeped into sewer pipes and pushed harmful bacteria into the Harbor.

Image courtesy Blue Water Baltimore/Flickr

To combat these problems, the non-profits behind the Healthy Harbor Report Card have engaged students and citizens in a mission to make the Harbor swimmable and fishable within the next decade. Blue Water Baltimore, for instance, has curbed stormwater runoff on school grounds and helped Clean Water Communities develop plans for cleaning and greening their neighborhoods. And the Waterfront Partnership of Baltimore has published a Healthy Harbor Plan to provide Baltimoreans with a roadmap for Harbor clean-up.

Learn more about the Healthy Harbor Report Card.


Keywords: Maryland, water quality, Baltimore, report card

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Nov
07
2012

Watershed Wednesday: Blue Ridge Watershed Coalition (Jefferson County, W.Va.)

In Jefferson County, W.Va., shaded streams trickle down the Blue Ridge Mountains into what will become the Potomac or Shenandoah rivers. The ridge is named “blue” for its characteristic purple-blue haze. No, this isn’t some kind of rural smog, but isoprene, which the trees on the mountain release into the atmosphere.

The sun sets over the Blue Ridge Mountains.

Image courtesy Eoghann Irving/Flickr

Despite the pristine scenery found in this part of the Chesapeake Bay watershed, a visit to Jefferson County on a rainy day can expose a darker side. Thanks to aging infrastructure, the county has faced flooded roads and a river that carries an unknown amount of pollutants.

Residents knew they had to take action to ensure their mountain’s health. So, the Blue Ridge Watershed Coalition was born. And in just over 18 months, the non-profit organization has arranged stream cleanups, showcased stormwater management practices and monitored water quality in a stretch of the Shenandoah River.

Why monitor water quality?

To monitor water quality, biologists take water samples from a stream or river and send them into a lab. There, the amount of pollutants in the water is measured. Monitoring a series of sites in a single waterway can tell us where these pollutants might be coming from.

Before the Blue Ridge Watershed Coalition was formed, monitoring in the Shenandoah River was completed by a single Shenandoah University professor. Now, the college will train coalition volunteers to take water samples, as the coalition works to determine pollution sources and track the river’s long-term health.

“Our friends and neighbors on the mountain had very adamantly voiced that they wanted real facts as to what is in our lovely Shenandoah River,” explained Ronda Lehman, Blue Ridge Watershed Coalition Chair.

“We hope our river monitoring will help delineate whether our issues are born from our county’s farms, septic tanks or stormwater runoff, or a combination,” said Ronda.

Curbing runoff, preventing floods

Close to 17,000 commuters leave Jefferson County, W.Va., for Washington, D.C., each morning, and many of them travel on Route 9. But this road often floods, as it collects stormwater runoff from surrounding properties.

The Blue Ridge Watershed Coalition hopes to curb the amount of runoff coming from one of these properties—an old stone church now called the Mountain Community Center.

“A little calculating showed us that there are 1,400 gallons of water that run off the roof of the church during average rain events,” said Ronda.

The coalition will divert rainwater from the roof of the building into rain barrels and cisterns and curb the flow of sediment and stormwater with a filter installed at the end of the driveway.

BRWC members pose next to their new stormwater runoff project.

Image courtesy Blue Ridge Watershed Coalition/Facebook

“Incorporating different methods of mitigating that flow of water would give us an opportunity to showcase different practices for our neighbors to incorporate onto their own properties,” Ronda said.

River cleanups

If water quality monitoring and stormwater management seem too “scientific” for your tastes, then an old-fashioned trash cleanup could be for you! The Blue Ridge Watershed Coalition held its second annual cleanup in July.

The cleanup area is popular among the public, but has a history of being dirty.

The coalition hopes to amend this littering problem. “We will be purchasing banners to be placed at the busy ‘put ins’…to remind patrons to take their trash with them," said Ronda.

author
About Caitlin Finnerty - Caitlin Finnerty is the Communications Staffer at the Chesapeake Research Consortium and Chesapeake Bay Program. Caitlin grew up digging for dinosaur bones and making mud pies in Harrisburg, Pa. Her fine arts degree landed her environmental field work jobs everywhere from Oregon to Maryland. Now settled in Baltimore, she is eagerly expecting her first child while creating an urban garden oasis on her cement patio.


Keywords: stormwater runoff, West Virginia, Watershed Wednesday

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Nov
01
2012

Favorable winds, timing curbed Sandy’s impact on Chesapeake Bay

The superstorm known as Sandy has boosted river flow in the Chesapeake Bay watershed, but favorable winds and timing meant it did not do as much damage as some feared.

Image courtesy thisisbossi/Flickr

According to the National Oceanic and Atmospheric Administration (NOAA), much of the watershed avoided surge-related flooding during the height of the storm, as northerly winds kept a large push of water from moving into the Bay. While some locations did experience post-storm surges of two to four feet, even the highest surge was about half of that seen during Hurricane Isabel in 2003.

And while rainfall has raised river flow in the watershed, the U.S. Geological Survey (USGS) has reported that flow conditions remain below record levels—and lower than expected.

Preliminary data from the USGS also show that the accompanying nutrient and sediment loads pushed into rivers from polluted runoff are not expected to approach those seen in 2011 from Hurricane Irene and Tropical Storm Lee. Nor is the flow in the Susquehanna River expected to produce a significant scour of sediment from the Conowingo Reservoir. While nutrients and sediment can disturb the habitat of underwater grasses and marine life, Sandy’s end-of-autumn timing—while underwater grasses are dormant—means that its impact will likely not be as great as that of a super-sized summertime storm.

According to NOAA, much of Sandy’s rainfall is still working its way down the watershed’s rivers. Scientists from NOAA, USGS and other Chesapeake Bay Program partners will continue to conduct in-depth research on Sandy’s effects on the Bay and its resources.


Keywords: National Oceanic and Atmospheric Administration (NOAA), U.S. Geological Survey (USGS), weather

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Nov
01
2012

Updated: Sandy brings rain, flooding to Chesapeake Bay

UPDATED: Superstorm Sandy brought rain, wind and flooding to the mid-Atlantic coast. But how has the storm affected the Chesapeake Bay? Take a look at the headlines below for the latest news on the environmental impacts of this damaging storm.

Sandy May Leave Toxic Legacy 
Discovery News 11/05/2012

Hurricane Sandy has little effect on Bay 
The (Easton, Md.) Star Democrat 11/05/2012

Coastal cities seek protections against superstorms
The Washington Post 11/04/2012

Gushing Susquehanna Called a Bigger Threat to Bay Pollution than Local Runoff 
Southern Maryland Online 11/04/2012

Sandy might not harm Bay 
The (Annapolis, Md.) Capital 11/04/2012

Sandy Environmental Toll: Polluted Rivers, Lost Seabirds
International Business Times 11/02/2012

Sandy's path, derecho eased wind damage in region 
Southern Maryland News 11/02/2012

Raw sewage spills into Mattawoman Creek
Southern Maryland News 11/02/2012

Researchers Gauging Sandy's Impact on Chesapeake
Associated Press 11/01/2012

Beach Repairs After Sandy May Cost $8 Million a Mile
Bloomberg News 11/01/2012

In the wake of Sandy, Tangier makes its case for help
The Richmond (Va.) Times-Dispatch 11/01/2012

Sandy's Impact on Chesapeake Bay Less Than Expected
Patch.com (Edgewater-Davidsonville, Md.) 11/01/2012

Eastern Shore resilient, state will help in recovery, McDonnell says
The Richmond (Va.) Times-Dispatch 10/31/2012

Some Va. waters to be opened to shellfish harvesting
The (Hampton Roads) Virginian-Pilot 10/31/2012

Civil Air Patrol begins coastline damage assessment
The (Easton, Md.) Star Democrat 10/31/2012

Havre de Grace Not Worried About Flooding from Conowingo Dam
Patch.com (Havre de Grace, Md.) 10/31/2012

Power restored to Maryland water treatment plant
WTOP (Washington, D.C.) 103.5 FM 10/31/2012

Storm triggers big Howard sewage spill
B'More Green 10/30/2012

Sewage spilled into waterways from Virginia to New England
United Press International 10/30/2012

After the Storm: Cecil County Recovers but Bay, Susquehanna Still a Worry
The Cecil (Md.) Times 10/30/2012

Virginia portions of the Chesapeake Bay closed to shellfish harvesting due to flooding, rain
Associated Press 10/29/2012

Hurricane Sandy poses environmental threat to Chesapeake Bay
The Washington Post 10/27/2012


October 26, 2012 -- Hurricane Sandy could make landfall along the mid-Atlantic shoreline, raising concern over potential wind, rain, inland and coastal flooding and erosion in the Chesapeake Bay watershed.

Image courtesy National Hurricane Center

At the time of this post, the latest model simulation from the National Hurricane Center shows the storm hitting the mid-Atlantic region early next week.

But an exact forecast is hard to make. According to the National Oceanic and Atmospheric Administration (NOAA), the storm’s large size, unusual pattern as it interacts with an incoming cold-weather storm and timing to coincide with the full moon’s higher-than-normal tides make it difficult to predict its precise path and the resulting consequences it could have for the region.

Under certain conditions, the storm could create problems for the Bay. Excess rainfall in the watershed could increase the flow of polluted stormwater into rivers and streams and lead to inland flooding. A spike in Pennsylvania rainfall could boost the flow of the Susquehanna River and push sediment and debris into the Upper Bay, clouding the water and impairing marine life habitat. Strong winds could lead to strong waves, increasing erosion along beaches and shorelines.

When storms like this one enter the Bay ecosystem, the Chesapeake Bay Program’s network of scientists and experts monitor the storm’s effects on waters, habitats and resources.

While large storms can pose a challenge for the Bay, some regions have shown resilience to severe weather. After Tropical Storm Lee, for instance, scientists noticed that despite a decline in underwater grasses overall, grass beds in the Susquehanna Flats remained intact; widgeon grass beds grew, fueled by an influx of freshwater; and new grass beds were found in the James River.

The National Hurricane Center’s forecast track is updated every three hours. NOAA encourages citizens to check national and local weather forecasts often to prepare for the oncoming storm.

Bay conditions can be monitored at any time through the Chesapeake Bay Interpretive Buoy System.

Learn more about preparing for a storm like Sandy.


Keywords: National Oceanic and Atmospheric Administration (NOAA), weather

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Oct
30
2012

Tributary Tuesday: Lost River (Hardy County, W.Va.)

True to its name, West Virginia’s “Lost River” disappears.

Lost River begins in West Virginia’s eastern panhandle. But just a few miles downstream, it flows into a series of caves and is carried underground. Known locally as “the Sinks,” these caves shelter the river until it reaches Wardensville, where it emerges under a different name: the Cacapon.

Trees and valleys hover over Lost River in the fall.

Image courtesy Mark Plummer/Flickr

Looking for Lost River? Catch a glimpse in the 3,700-acre Lost River State Park. And if the weather is hiker-friendly, take a trip up to Cranny Crow Overlook, where, at 3,200 feet high, you will be able to see five counties in two states. The park also offers opportunities for horseback riding and swimming.

A view from Cranny Crook Overlook near Lost River.

Image courtesy vitia/Flickr

Explore the nearby Trout Pond Recreation Area to enjoy the only natural lake in West Virginia, created by a sinkhole that filled with water from a mountain stream. Trout Pond and the neighboring Rockcliff Lake boast sandy mountainside beaches, optimal fishing and challenging hiking trails.

More from Lost River:

  • For local flavor, visit the Lost River Artisan's Cooperative, a museum that houses work from regional artists and Civil War-era artifacts found on the grounds.
  • Consider planning your trip around the annual Heritage Weekend in Hardy County, W.Va., a celebration of quilting crafts, local architecture and fiddle, banjo and mandolin music.
  • Nearby, the George Washington and Jefferson National Forests provide a stretch of “real wilderness” from one end of Virginia to the other, crossing into parts of West Virginia and Kentucky.
author
About Caitlin Finnerty - Caitlin Finnerty is the Communications Staffer at the Chesapeake Research Consortium and Chesapeake Bay Program. Caitlin grew up digging for dinosaur bones and making mud pies in Harrisburg, Pa. Her fine arts degree landed her environmental field work jobs everywhere from Oregon to Maryland. Now settled in Baltimore, she is eagerly expecting her first child while creating an urban garden oasis on her cement patio.


Keywords: rivers and streams, West Virginia, Tributary Tuesday
Oct
26
2012

New mobile app helps users find, visit hundreds of Bay attractions

The National Park Service (NPS) has launched a new mobile app to help users find and visit the countless attractions in the Chesapeake Bay watershed, from parks, trails and camp grounds to museums and historic sites.

Image courtesy alliecat1881/Flickr

Called Chesapeake Explorer, the app is a digital guide to sight-seeing in all six Bay states and the District of Columbia. Meant to connect users to the region’s beauty, history and heritage, the ever-expanding app places up-to-date visitor information—think hours, locations and fees—in the palm of your hand.

The app can use geo-location to map nearby parks and trails. It can tag favorites and take, store and send photos. And it can group together similar sites and build thematic tours so users can visit the places that interest them most, whether it is a scenic lighthouse, a series of sites linked to Bay boatbuilding or a brand new place to hike, bike or launch a canoe.

The app is now available for the iPhone and will soon be available for Android devices.

Learn more about Chesapeake Explorer.


Keywords: public access, National Park Service (NPS)

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Oct
24
2012

Watershed Wednesday: Lackawanna River Corridor Association (Lackawanna County, Pa.)

Five thousand cubic yards of demolition waste and bricks are scattered around an oil truck that is lodged into a hillside. The mess was left behind long ago, and the Lackawanna River Corridor Association (LRCA) is doing everything it can to clean it up.

The mess sits on land that borders the Lackawanna River, a northeastern Pennsylvania tributary to the Susquehanna. The trash has caused the river’s water quality and wildlife habitat to deteriorate, but a Lackawanna Greenway initiative will clean up this riverside land and open it to the public, giving bikers and pedestrians a chance to enjoy their local waterway.

Trail construction is being managed by LRCA’s partner, Lackawanna Heritage Valley Authority.

“We hope to provide an outlet for recreation for everybody in the community,” explained LRCA Executive Director Bernie McGurl. “It’s a way for people to walk to work, and it also increases property values.”

While two miles of the completed trail run through downtown Scranton, Bernie calls this a “lifelong project.” There is still much work to be done!

The scenic Lackawanna River bordered by trees.

Image courtesy Lackawanna Heritage Valley Authority 

“Cleaning” coal

Northeastern Pennsylvania contains some of the largest anthracite coal mines in the world. While coal once contributed to the economic growth of cities like Scranton, coal mining has also left behind a number of environmental problems. Some of them, like LRCA’s recently acquired coal-dumping ground, are visible; others live out of sight, underground, in abandoned mines.

There, stormwater percolates.

“We have a huge body of water in the abandoned mines underneath Scranton,” said McGurl. “It’s about the size of Lake Wallenpaupack and holds about 100 billion gallons.”

“Imagine Manhattan’s subway system on steroids,” McGurl continued. “It’s 1,100 feet deep… and then filled with water.”

But keeping the water underground is not an option. Trapped, it would be left to flood basements and low-elevation residences in many parts of Scranton. So the mine water is released into the Lackawanna River through this borehole at a rate of 100 million gallons of water per day.

A person dips their hands into the Lackawanna River south of the borehole and shows how orange the mud is.

Image courtesy Miguel Angel de la Cueva

The water coming from the coal mines is high in iron; three to four tons are discharged into the Lackawanna River each day from this borehole. Iron robs the water of dissolved oxygen, which fish and other aquatic wildlife need to survive.

Iron forms orange, red and yellow slime on the river’s banks and rocks. Other minerals, like aluminum, are also discharged into the river through the borehole.

While the borehole is necessary to prevent flooding, LRCA and other organizations have long been discussing alternative solutions. Some have considered constructing a mineral harvesting plant downstream of the borehole. This would remove minerals from the water and allow them to be sold to electric-generation and geothermal companies.

While the demise of the coal era has left Scranton and surrounding areas with environmental and economic struggles, Bernie and his team at LRCA remain hopeful.

“I like to use the river and the water that flows through the river as a metaphor, speaking to how we relate to each other and what our values as a community are,” explained Bernie. “It tells everyone downstream what we value and the environment that we live in.”

The organization celebrates its 25th anniversary this year. From working with the Scranton Sewer Authority to revamp the city’s combined overflow system to transforming abandoned coal sites into recreation areas, Bernie and his team have accomplished a tremendous amount in just a quarter-century.

More from the Lackawanna River Corridor Association:

  • LRCA is cleaning up an abandoned mine site in Old Forge, Pa. This 30-acre Brownfields Cleanup project will remove coal waste piles, install a new stormwater drainage system and plant native plants on the site.
  • Photographer Miguel Angel de la Cueva documented the effects of coal mining in the region with photographs and stories.
  • The Lackawanna Valley Conservancy works with LRCA and property owners to preserve land in the watershed.
  • Learn more about coal mining with these rare underground mine photos.
author
About Caitlin Finnerty - Caitlin Finnerty is the Communications Staffer at the Chesapeake Research Consortium and Chesapeake Bay Program. Caitlin grew up digging for dinosaur bones and making mud pies in Harrisburg, Pa. Her fine arts degree landed her environmental field work jobs everywhere from Oregon to Maryland. Now settled in Baltimore, she is eagerly expecting her first child while creating an urban garden oasis on her cement patio.


Keywords: Pennsylvania, rivers and streams, Watershed Wednesday

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Oct
23
2012

EPA launches mobile website to help users determine health of local waterways

A paddler, a swimmer or a hiker itching to cool his tired toes can stand at the edge of a stream and judge the water. Is it clear? Is it clean? Are there critters at hand? But he won’t find an answer to his most basic question: How healthy is my waterway?

Enter the U.S. Environmental Protection Agency (EPA).

In celebration of the Clean Water Act, the EPA has launched a new website to help users learn more about the health of their local rivers, streams and lakes.

Using information gathered from state water quality monitoring reports, the smart phone and tablet-friendly site reveals where pollution has been reported and what is being done to reduce it.

Users can engage a smart phone’s GPS to list waters within a five-mile radius or enter a zip code or place name into a search box to check on locations throughout the United States.

A few quick searches for rivers and streams in the Chesapeake Bay watershed show polluted and unpolluted waters. Happy Creek in Front Royal, Va., was deemed polluted in 2008, harboring disease-causing bacteria and other microbes. But West Virginia’s Seneca Creek was assessed as unpolluted in 2010. Other waters remain “unassessed” or untested due to shortages in staff and funding.

The website’s simple descriptions and ultra-local perspective are meant to make science more accessible, understandable and relevant.

Learn more about How’s My Waterway.


Keywords: U.S. Environmental Protection Agency (EPA), water quality

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Oct
18
2012

Clean Water? Act!

This month, the Clean Water Act celebrates four decades of safeguarding our waters. The landmark legislation has worked to keep streams, rivers, lakes and the Chesapeake Bay fishable, swimmable and drinkable.

Passed on October 18, 1972, the Clean Water Act set a new national goal “to restore and maintain the…integrity of the Nation’s waters.” A revision of the 1948 Federal Water Pollution Act, the Clean Water Act helps states establish water quality standards and gauge restoration success. It regulates the discharge of wastewater into rivers and streams and of dredged material into wetlands. And it helps states implement conservation practices to cut back on pollution from non-point sources like urban, suburban and agricultural runoff.

But what can YOU do to keep our water clean? Use this list as a guide, and take a look at our How To’s and Tips for more ideas.

Image courtesy Kratka Photography/Flickr

10. Dispose of unused medicines properly. To keep medicines out of our waterways, don’t pour unused or expired drugs down the sink or flush them down the toilet. While some medications can be thrown out with household trash, consumers should take precautions when doing so. The U.S. Food and Drug Administration (FDA) recommends removing the medication from its original container and mixing it with coffee grounds or cat litter to make it less appealing to children or pets. Place the fouled medication in a sealable bag to prevent it from leaking or breaking out of a garbage bag. Or return unwanted medication to a consumer drug return location or community drug “take-back” program.

Image courtesy Jesse Dill/Flickr

9. Use non-toxic household cleaners. Substitute common household cleaners with safer alternatives. Warm water and baking soda can clean and deodorize kitchen and bathroom surfaces. Olive oil and lemon juice can polish furniture. And vinegar can soften hard water deposits.

Image courtesy Ann Althouse/Flickr

8. Take proper care of your car. Wash your car on grass or gravel rather than pavement so that wash-water loaded with soap and exhaust residues doesn’t run off of your property and into storm drains. Or, clean your car at a commercial carwash, where rinse-water is often recycled and reused and wash-water is often treated before it is released into the sewer system.

Image courtesy koocbor/Flickr

7. Take proper care of your lawn. Test your soil with an at-home kit or a mail-in test to determine how much fertilizer your lawn needs. If you decide to fertilize, do so in the fall; spring rains can wash fertilizer off of lawns and into storm drains. Avoid over-application and keep fertilizer off of sidewalks, driveways and other hard surfaces, where it can be washed into local waterways.

6. Pick up after your pet. Pet waste contains nutrients, bacteria, viruses and parasites that can wash into local waterways if left on the ground. Nutrients can promote the growth of algae blooms, which contribute to dead zones in the Bay. Bacteria, viruses and parasites can threaten the health of humans and wildlife alike. Use a plastic bag to pick up dog waste; tie the bag closed and place it in the trash. Double-bag cat litter and place it in the garbage.

Image courtesy Michigan State University Physical Plant/Flickr

5. Replace asphalt or concrete with pervious pavement. Porous materials like brick or stone pavers, pervious concrete or gravel allow water to drain through hard surfaces. A porous sidewalk or driveway, therefore, allows the ground to absorb stormwater runoff, reducing pollution into local waterways. Pervious pavement can also cool its surface better than its impervious counterpart, reducing on-site temperature and improving local air quality.

Image courtesy Will Merydith/Flickr

4. Collect rainwater with a rain barrel. A one-inch rainstorm on a 1,000 square-foot roof can result in 600 gallons of usable water. Install a rain barrel underneath your home’s downspout to capture it! A single rain barrel can collect up to 80 gallons of water, which can be reused to water your lawn and garden. Excess water can be stored in an additional barrel or diverted into a patch of plants that will soak it up before it can run off of your lawn.

3. Install a rain garden in your backyard. Designed to capture stormwater and allow it to soak into the ground, rain gardens are often filled with native plants able to withstand short bouts of flooding. But these bioretention cells do more than clean and curb stormwater. Rain gardens also provide insects and animals with valuable habitat and add aesthetic appeal to your yard.

Image courtesy U.S. Army Corps of Engineers Norfolk District/Flickr 

2. Grow oysters. Popular on dinner plates across the watershed, the eastern oyster is critical to clean water. A natural filter feeder, the oyster is capable of cleaning up to 50 gallons of water in one day. While historic populations could filter the entire Bay in one week, habitat loss, disease and historic over-harvesting have contributed to a dramatic decline in native oyster numbers. Now, a host of organizations—including, for instance, the Maryland Department of Natural Resources (DNR)—have started at-home aquaculture programs for citizens with waterfront access. Participants raise oysters in floating cages and return the adults to be planted on a reef elsewhere in the Bay, where they will continue to grow, filter water and reproduce.

Image courtesy Jeff Turner/Flickr

1. Teach a child about the Clean Water Act. From science to civics, the Clean Water Act has a lot to teach a child. Teachers and parents alike can use online resources to explore the law, like a selection of water “sourcebooks” that cover drinking water, wastewater and wetlands or a lesson plan that links law-making to the outside world. Learn more about just how and why teachers should educate students about the Clean Water Act on Bay Backpack.

author
About Catherine Krikstan - Catherine Krikstan is a web writer and social media specialist at the Chesapeake Bay Program. She began writing about the watershed as a reporter in Annapolis, Md., where she covered algae blooms and climate change and interviewed hog farmers and watermen. She lives in Washington, D.C.


Keywords: stormwater runoff, Clean Water Act

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Oct
17
2012

Striped bass reproduction down in Chesapeake Bay

Striped bass spawning success is at an all-time low in the Chesapeake Bay.

According to data from the Maryland Department of Natural Resources (DNR), the number of juvenile striped bass in the Maryland portion of the Bay fell 97 percent in the last year.

Image courtesy Eddie Welker/Flickr

To track striped bass reproduction rates, biologists take a series of summer seine net samples at more than 20 sites in four striped bass spawning areas. This year, the average number of juvenile striped bass caught in each sample was 0.9. Last year’s juvenile striped bass index was 34.58; the long-term average is 12.

Biologists have blamed unfavorable weather for the decline.

“Generally, warm winters and dry springs are unfavorable conditions for fish that return to freshwater to spawn,” said DNR Striped Bass Survey Project Leader Eric Durrell. Like the striped bass, white perch, river herring and other anadromous fish also experienced low reproductive success this year.

But biologists “do not view this low value as an imminent problem,” said DNR Fisheries Director Tom O’Connell. “Three consecutive years of poor reproduction would be necessary to trigger mandatory conservation measures.”

According to the 2011 Striped Bass Stock Assessment released by the Atlantic States Marine Fisheries Commission, striped bass along the Atlantic coast are not overfished and overfishing is not occurring.


Keywords: Maryland, Maryland Department of Natural Resources (DNR), striped bass, rockfish

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Oct
16
2012

Tributary Tuesday: Mallows Bay (Charles County, Md.)

This Halloween, thrill-seeking river rats can take a trip to a graveyard—a ship graveyard! Mallows Bay, located on the Maryland shore of the Potomac River, contains the largest known shipwrecked fleet in the Western Hemisphere. A quick search on Google Maps or a look at this image from the U.S. Geological Survey (USGS) shows the fleet’s massive imprint on the waterway.

An abandoned ship in Mallows Bay with trees growing out of it.

Image courtesy FossilGuy

This steamship fleet was intended to be used during World War I. But faulty construction and the war's end rendered the fleet useless. The steamship vessels, totaling more than 200, were towed to Mallows Bay, where they were packed together so tightly that you could, according to reports, walk for a mile without touching the water.

Local watermen protested, afraid that such a high concentration of “garbage” would affect their livelihoods. Some vessels were burned, but many others were left to sink and rot.

Today, many are visible above water, but some 140 more lurk beneath the Potomac’s surface.

The above-water steamships are now home to non-human inhabitants. Great egrets can be found nesting on the decks, while vegetation peeks out from beneath the rust. On some vessels, trees as high as 50 feet tall have sprouted!

To see how the plants and animals of the Chesapeake Bay ecosystem have made a home out of these sunken vessels, check out these photos and videos from kayakers who have paddled through the wreckage.

Perhaps the “haunting” nature of Mallows Bay is not one of humans that have been left behind, but resources that have been ill-disposed and forgotten.

An abandoned ship in Mallows Bay is covered with trees now.

Image courtesy FossilGuy

Want to see this ghost fleet for yourself? Launch a canoe or kayak at Charles County’s Mallows Bay Park to explore the ships up close!

author
About Caitlin Finnerty - Caitlin Finnerty is the Communications Staffer at the Chesapeake Research Consortium and Chesapeake Bay Program. Caitlin grew up digging for dinosaur bones and making mud pies in Harrisburg, Pa. Her fine arts degree landed her environmental field work jobs everywhere from Oregon to Maryland. Now settled in Baltimore, she is eagerly expecting her first child while creating an urban garden oasis on her cement patio.


Keywords: Maryland, history, Tributary Tuesday

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Oct
15
2012

Maryland homeowners plant big trees for big Chesapeake Bay benefits

Sometimes, even a single tree can make a difference. And it helps when that tree is a big one. 

For six seasons, Baltimore County has held a Big Trees sale in an effort to put big, native trees in Maryland backyards. Since its inception in 2009, the program has sold more than 750 trees to Maryland residents, augmenting the state’s existing forests and moving Baltimore County closer to its pollution reduction goals.

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Big trees are integral to the health of the Chesapeake Bay. Forests clean polluted air and water and offer food, shelter and rest stops to a range of wildlife.

But big trees can be hard to find. To provide homeowners with the native trees that have high habitat value and the heft that is needed to trap polluted runoff, species like pin oak, sugar maple and pitch pine are grown in a Middle River, Md., reforestation nursery. The one-acre nursery, managed by Baltimore County’s Department of Environmental Protection and Sustainability (EPS), began as a staging ground for large-scale plantings but soon expanded to meet a noticeable residential need.

“We used to give incentives to homeowners to buy large trees at retail nurseries,” said Katie Beechem, Environmental Projects Worker with the EPS Forest Sustainability Program. “But we found that homeowners were buying smaller species—flowering dogwood, crape myrtle—that didn’t achieve the same benefits…that large native trees like oaks and maples and river birch can provide. We were able to fill this big tree niche.”

Emails, signs and word-of-mouth spread news of the sale to homeowners. Some travel from the next town over, while others come from as far as Gettysburg, Pa., to walk among rows of seedlings in black plastic pots.

Staff like Jon-Michael Moore, who supervises the Baltimore County Community Reforestation Program, help residents choose a tree based on growth rate and root pattern, soil drainage and sunlight, and even “urban tolerance”—a tree’s resistance to air pollution, drought, heat, soil compaction and road salt.

One Maryland resident picked up 15 trees to line a fence and replace a few that had fallen. Another purchased two trees to soak up stormwater in his one-acre space. And another chose a chestnut oak simply because she had one when she was a kid.

Out of the 12 tree species that are up for sale, oaks remain the favorite.

Whether red, black, white or pin, oaks are often celebrated as the best big tree. Oaks thrive in a range of soils, drop acorns that feed squirrels, woodpeckers and raccoons and create a home for thousands of insects.

Discussing the oak, Moore mentions University of Delaware professor Doug Tallamy. The entomologist once wrote that a single oak tree can support more than 500 species of caterpillars, which will in turn feed countless insect-loving animals.

But can one big tree make a difference for the Bay? Moore nodded: “Every little bit helps.”

author
About Catherine Krikstan - Catherine Krikstan is a web writer and social media specialist at the Chesapeake Bay Program. She began writing about the watershed as a reporter in Annapolis, Md., where she covered algae blooms and climate change and interviewed hog farmers and watermen. She lives in Washington, D.C.


Keywords: trees, Maryland, forests, Baltimore County

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Oct
11
2012

From the Field: Building rain gardens with youth in Howard County, Md.

When Marcus Moody hears the term “rain garden,” he will smile. Not because those colorful patches of flood-tolerant plants capture stormwater and allow it to gradually sink into the ground, but because he survived seven weeks of planting 27 rain gardens in Howard County, Md., during the hottest summer on record.

For Marcus and the 29 other 16 to 25-year-olds that participated in the Restoring the Environment and Developing Youth program this summer, also known as READY, rain gardens are no longer an intangible concept or an idea to read about in guides to “going green.” Instead, rain gardens are dirty, wet and empowering endeavors that prove that a group of focused youth can make visible, lasting change. And in most cases, rain gardens are a lot of fun to create.

“We all became friends,” said Moody. “The actual experience of … getting to know new people and working in teams with different personalities—that was great.”

From the Field: Building rain gardens with youth in Howard County, Md. from Chesapeake Bay Program on Vimeo.

READY’s participants included graduate students, fashion design majors and high school seniors looking to fund their college careers. The program provided them with a resume-building career experience, a few extra dollars and a new network of friends.

Working with people from different backgrounds toward a common goal made the summer experience stand out for Afua Boateng, who moved to Maryland from Ghana six years ago.

"Sometimes I find myself thinking about things that I feel like no one in my age group thinks about, because [in Ghana] we are trained to grow up faster. Learning to work with people that have the same interest and that are willing to work together to save something we should all care about—I really love that,” Boateng said.

READY program participants pose next to a finished rain garden

Image courtesy READY/Facebook

READY was conceived with two goals in mind: first, to provide jobs for young people. Second, to reduce the amount of stormwater runoff entering the Chesapeake Bay.

Stormwater runoff, or rainfall that picks up pollutants as it flows across paved roads, parking lots, lawns and golf courses, is the fastest growing source of pollution into the Bay. But rain gardens and other so-called best management practices can reduce the flow of stormwater into creeks, streams and rivers.

For Amanda Tritinger, building rain gardens brought her studies about stormwater to life.

"I studied hydrology and hydraulics as a course in school, but the theoretical doesn't stick with me at all and I don't really get it,” Tritinger said. “Seeing all this stuff hands-on was so valuable for me.”

Image courtesy READY/Facebook

READY is the brain child of People Acting Together in Howard (PATH), a coalition of faith-based organizations in Howard County, Md. READY is funded through a grant from the Howard County government administered by the Alliance for the Chesapeake Bay.

Like any program in its inaugural year, the leaders behind READY have learned lessons for next summer, with a number of suggestions coming from the participants themselves.

For Nabil Morad, who is enrolled in the Environmental Scholars Program at the University of Maryland, working in an environment where his feedback was valued was highly encouraging. It was also the last thing he expected from a program with the words "developing youth" in its title.

"I was a little worried we were going to be treated like kindergarteners," Nabil said. "But this feels like it's an actual job."

After working in an industry where his age and experience meant his suggestions were not welcome, Nabil said that READY's willingness to listen to its participants is refreshing.

“Here, respect travels both ways in the system. I could make a suggestion to [program manager] Don [Tsusaki], and if the day comes, he'll put it into action,” Nabil added. “Everybody here is developing toward the same goal together, which is really nice.”

That goal—curbing stormwater pollution—will become more attainable if READY continues in Howard County, and if similar programs are established elsewhere in the Bay watershed.

"We have a waiting list of people who want rain gardens for next year," said PATH administrator Guy Moody. "That's a good problem to have."

Image courtesy READY/Facebook

How do rain gardens help the Chesapeake Bay?

When rainfall hits impervious surfaces like sidewalks, roofs or driveways, or when it falls onto grass lawns, it is not absorbed into the ground. Instead, it runs off into a storm drain, collecting fertilizer, pesticides, pet waste, litter and other pollutants on its way.

Rain gardens are shallow depressions planted with sedges, rushes and other flood-tolerant vegetation that capture rainfall and allow it to soak slowly into the ground.

To learn how to install a rain garden on your property, visit Anne Arundel County’s Rainscaping page.

author
About Caitlin Finnerty - Caitlin Finnerty is the Communications Staffer at the Chesapeake Research Consortium and Chesapeake Bay Program. Caitlin grew up digging for dinosaur bones and making mud pies in Harrisburg, Pa. Her fine arts degree landed her environmental field work jobs everywhere from Oregon to Maryland. Now settled in Baltimore, she is eagerly expecting her first child while creating an urban garden oasis on her cement patio.


Keywords: education, rain gardens, stormwater runoff, From the Field

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Oct
11
2012

Report recommends use of multiple models to simulate conditions in Bay’s shallow waters

An advisory committee of scientific experts has released a report recommending that Chesapeake Bay Program partners use multiple models to simulate conditions in the shallow waters of the Chesapeake Bay.

According to the report, improving shallow water simulations of dissolved oxygen and water clarity could improve the Chesapeake Bay Program’s understanding of the impacts that on-land conservation practices can have on the living resources found in shallow, tidal waters.

In the report, experts from the Scientific and Technical Advisory Committee (STAC) note that shallow water conditions are the most difficult to simulate, due in large part to interactions between shallow waters, open waters and land.

This report shows that the comparison of data produced by multiple shallow-water simulation tools could increase our confidence in the strategies managers choose to reduce pollution loads into the Bay. Dissolved oxygen and water clarity, in particular, are two water quality criteria that must be met to “delist” the Bay as impaired.

STAC’s findings encourage the Chesapeake Bay Program to set up a pilot alternative or complementary shallow-water models as soon as possible.

Learn more about the use of multiple models in the management of the Bay.


Keywords: dissolved oxygen, water clarity, modeling, water quality

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Oct
10
2012

Maryland partners plant more than 600 million oysters in the Chesapeake Bay

Restoration partners in Maryland have put more than 600 million oyster spat into the Chesapeake Bay in the largest targeted restoration effort the watershed has ever seen.

While habitat loss, disease and historic over-harvesting have contributed to a dramatic decline in native oyster populations, the peculiar bivalves that filter water, form aquatic reefs and feed countless watershed residents are critical to the Bay’s environment and economy.

According to a report from the Oyster Recovery Partnership, a portion of the 634 million oyster larvae that partners planted in 2012 went into the Upper Bay, where last year an influx of fresh water from spring rains and late-summer storms led to widespread oyster death.

But most of the “spat on shell”—or young oysters “set” onto large oyster shells—went into Harris Creek, a tributary of the Choptank River that was declared an oyster sanctuary in 2010. There, partners hope to restore 360 acres of oyster reef, constructing new reefs and seeding this habitat with spat; close to one-third of this goal has been planted so far.

To fuel restoration efforts, the Horn Point Laboratory Oyster Hatchery produced a record-breaking 880 million spat in 2012, marking the fifth year in a row that spat production has exceeded half a billion. The largest hatchery on the (east coast), the Cambridge, Md., lab produces disease-free oyster larvae for use in research, restoration, education and aquaculture.

Horn Point Laboratory will host an open house on Saturday, October 13.


Keywords: National Oceanic and Atmospheric Administration (NOAA), Maryland, Maryland Department of Natural Resources (DNR), restoration, oysters, Oyster Recovery Partnership (ORP), oyster spat, U.S. Army Corps of Engineers, oyster reefs

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Oct
10
2012

Watershed Wednesday: Phillips Wharf Environmental Center (Tilghman, Md.)

Kelley Cox knows what it takes to bring fresh seafood to the table—and to keep fisheries thriving in the Chesapeake Bay. Cox is part of a family of watermen that has worked for five generations out of Tilghman Island, Md. When Hurricane Isabelle destroyed 200 feet of their seafood buying dock in 2003, Cox did not want her heritage to be destroyed with it. She envisioned a place where she could preserve her family's legacy while teaching the public to steward the environment and the Bay. Two years later, Phillips Wharf Environmental Center (PWEC) was born. 

Image courtesy PWEC/Facebook

Named after Cox's father, Garland Phillips, owner and operator of Phillips Wharf Seafood, PWEC now hosts educational programs and tours of the Bay. The center also coordinates a tree planting project and oyster growing program for residents of the three-mile long Tilghman Island. A marine biologist by profession but a waterman by blood, Cox makes sure the center’s educational efforts address both Bay ecology and Bay heritage.

The fish mobile is a multi-colored school bus with an environmentally themed mural painted on it.

Image courtesy PWEC/Facebook

Mobile Marine Fun

From preschoolers to third-graders, students can hold horseshoe crabs and diamondback terrapins or play predator, prey and pollution games to better understand how the Bay ecosystem works—all on board a converted school bus better known as the Fishmobile. This traveling marine science center visits schools, summer camps and even birthday parties! Other educational programs at PWEC allow students to race crabs, dress up as a waterman and cruise the Choptank River and the Bay to watch watermen work.

Image courtesy PWEC/Facebook

Grow Oysters

If you have residential or commercial waterfront property or keep your boat in a marina on Tilghman Island, you can volunteer for Tilghman Islanders Grow Oysters (TIGO)! Participants place PWEC-provided cages of oyster spat into the water and give them a shake once every week or two. After nine or 10 months, the growing oysters are transported to a sanctuary and replaced with new spat. The program has placed 200 cages in the water, but PWEC won’t stop until every pier on the island is growing spat.

Excursions

Ecology cruises allow participants to see Tilghman Island in a new light—from the water! Excursions for local artists allow participants to paint or draw the island from an evening ride aboard the Express Royale.

author
About Caitlin Finnerty - Caitlin Finnerty is the Communications Staffer at the Chesapeake Research Consortium and Chesapeake Bay Program. Caitlin grew up digging for dinosaur bones and making mud pies in Harrisburg, Pa. Her fine arts degree landed her environmental field work jobs everywhere from Oregon to Maryland. Now settled in Baltimore, she is eagerly expecting her first child while creating an urban garden oasis on her cement patio.


Keywords: education, Maryland, oysters, Watershed Wednesday

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Oct
04
2012

Fewer incentives, boost in commodity prices mean decline in on-farm forest buffer restoration

The restoration of forested areas along creeks and streams in the Chesapeake Bay watershed continues to decline.

Called riparian forest buffers, these streamside shrubs and trees are critical to environmental restoration. Forest buffers stabilize shorelines, remove pollutants from contaminated runoff and shade streams for the brook trout and other fish species that thrive in cooler temperatures and the cleanest waters.

While more than 7,000 miles of forest buffers have been planted across the watershed since 1996, this planting rate has experienced a sharp decline. Between 2003 and 2006, Maryland, Virginia and Pennsylvania planted an average of 756 miles of forest buffer each year. But in 2011, the entire watershed planted just 240 miles—less than half its former average.

Farmers and agricultural landowners have been the watershed’s driving force behind forest buffer plantings, using the conservation practice to catch and filter nutrients and sediment washing off their land. But a rise in commodity prices has made it more profitable for some farmers to keep their stream buffers planted not with trees, but with crops. This, combined with an increase in funding available for other conservation practices, has meant fewer forest buffers planted each year.

But financial incentives and farmer outreach can keep agricultural landowners planting.

The Chesapeake Bay Foundation (CBF), for instance, has partnered with the U.S. Department of Agriculture and others to implement conservation practices on Pennsylvania farms. Working to put the state’s Conservation Reserve Enhancement Program (CREP) funds to use, CBF provides farmers across the Commonwealth with technical assistance and financial incentives to plant forest buffers, often on the marginal pastureland that is no longer grazed or the less-than-ideal hayland that is rarely cut for hay.

The CBF Buffer-Bonus Program has encouraged Amish and Mennonite farmers to couple CREP-funded forest buffers with other conservation practices, said Dave Wise, Pennsylvania Watershed Restoration Manager with CBF. The reason, according to Wise? “Financial incentives … make it attractive for farmers to enroll.”

Image courtesy Chesapeake Bay Foundation

For each acre of forest buffer planted, CBF will provide Buffer-Bonus Program participants with up to $4,000 in the form of a “best management practice voucher” to fund conservation work. This comes in addition to CREP cost-share incentives, which fund forest buffer planting, post-planting care and annual rental fees that run from $40 to $350 per acre.

While Wise has witnessed what he called a “natural decline” in a program that has been available for more than a decade, he believes cost-share incentives can keep planting rates up, acting as “the spoonful of sugar" that encourages farmers to conserve in a state with the highest forest buffer planting rates in the watershed.

“There are few counties [in the Commonwealth] where buffer enrollments continue to be strong, and almost without exception, those are counties that have the Buffer-Bonus Program,” Wise said.

In 2007, the six watershed states committed to restoring forest buffers at a rate of 900 miles per year. This rate was incorporated into the Chesapeake Bay Executive Order, which calls for 14,400 miles of forest buffer to be restored by 2025. The Chesapeake Forest Restoration Strategy, now out in draft form, outlines the importance of forests and forest buffers and the actions needed to restore them.


Keywords: rivers and streams, restoration, forest buffers, forests, agriculture, best management practices

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Oct
02
2012

Farmers, foresters and citizens celebrated for conserving Chesapeake Bay forests

Farmers, foresters and an active coalition of landowners and citizens have been honored for their efforts to conserve, restore and celebrate Chesapeake forests. 

From planting native trees and shrubs to engaging students in forest conservation, the actions of the winners from across the watershed crowned them Chesapeake Forest Champions in an annual contest sponsored by the U.S. Forest Service and the Alliance for the Chesapeake Bay.

Image courtesy Piestrack Forestlands LLC

Three farmers were named Exemplary Forest Stewards: Ed Piestrack of Nanticoke, Pa., and Nelson Hoy and Elizabeth Biggs of Williamsville, Va. Ed Piestrack and his wife, Wanda, manage 885 acres of forestland and certified Tree Farm in Steuben County, N.Y. The Piestracks have controlled invasive plants and rebuilt vital habitat on their property, installing nest boxes, restoring vernal pools and planting hundreds of trees on land that will remain intact and managed when it is transferred to their children.

Image courtesy Berriedale Farms

Close to 400 miles south in the Cowpasture River Valley sits Berriedale Farms, where Nelson Hoy and Elizabeth Biggs manage land that forms a critical corridor between a wildlife refuge and a national forest. Hoy and Biggs have integrated their 50-acre Appalachian hardwood forest into their farm operation, protecting the landscape while finding a sustainable source of income in their low-impact horse-powered forest products business. 

Image courtesy Zack Roeder

Forest Resource Planner Zack Roeder was named Most Effective at Engaging the Public for his work as a forester in Pennsylvania’s largely agricultural Franklin and Cumberland counties. There, Roeder helped farmers manage and implement conservation practices on their land and helped watershed groups plant streamside forest buffers. Roeder also guided a high school in starting a “grow out” tree nursery and coordinated Growing Native events in local communities, using volunteers to collect native hardwood and shrub seeds for propagation.

Image courtesy Savage River Watershed Association

The Savage River Watershed Association in Frostburg, Md., was commended for the Greatest On-the-Ground Impact. In a watershed whose streamside trees have shaded waterways and provided critical habitat to Maryland’s rare reproducing brook trout fisheries, the organization has worked to conserve area forests, removing invasive plants and putting more than 4,000 red spruce seedlings into the ground.

The Chesapeake Forest Champions were celebrated at the Chesapeake Watershed Forum in Shepherdstown, W.Va. Learn more about the winners.


Keywords: Pennsylvania, Maryland, Virginia, restoration, forest buffers, U.S. Forest Service, forests, New York, Alliance for the Chesapeake Bay

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Oct
02
2012

Tributary Tuesday: Pine Creek (Tioga County, Pa.)

It’s easy to see why the Iroquois once called Pine Creek Tiadaghton, or “the river of pines.” A mix of hardwoods, including the eastern white pine and the eastern hemlock, now line its banks more than a century after the region was clear cut by Pennsylvania’s once-booming lumber industry.

Image courtesy fishhawk/Flickr

At close to 90 miles long, Pine Creek is the longest tributary to the West Branch of the Susquehanna River. But Pine Creek once flowed in the opposite direction—until a surge of glacial meltwater reversed the creek to its current southerly flow, creating the driving force behind Pine Creek Gorge. Named by the National Park Service a National Natural Landmark in 1968, the gorge is better known as the Grand Canyon of Pennsylvania.

At its deepest point, Pine Creek Gorge is 1,450 feet deep and almost one mile wide. Visitors can view the gorge (along with dramatic rock outcrops and waterfalls) from the east rim of the canyon in Leonard Harrison State Park. On the west rim of the canyon is Colton Point State Park, which features five stone and timber pavilions built in the 1930s by the Civilian Conservation Corps. And in the Tioga State Forest, approximately 165,000 acres of trees, streams and awe-inspiring views await hikers, bikers, hunters and more. Pine Creek is paralleled by the 65-mile Pine Creek Rail Trail, which a 2001 article in USA Today named one of the top ten places in the world to take a bike tour.

Image courtesy Travis Prebble/Flickr

More from Pine Creek:

  • Take a virtual trip to see the beautiful views that Pine Creek Gorge has to offer with these images from photographer Curt Weinhold.
  • Learn from an insider how to hike "the other Grand Canyon."
  • Pine Creek Gorge is beautiful in the fall, but is worth a visit in winter, too! Miles of well-groomed trails await the adventurous snowmobiler.
author
About Caitlin Finnerty - Caitlin Finnerty is the Communications Staffer at the Chesapeake Research Consortium and Chesapeake Bay Program. Caitlin grew up digging for dinosaur bones and making mud pies in Harrisburg, Pa. Her fine arts degree landed her environmental field work jobs everywhere from Oregon to Maryland. Now settled in Baltimore, she is eagerly expecting her first child while creating an urban garden oasis on her cement patio.


Keywords: Pennsylvania, forests, Tributary Tuesday

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Sep
26
2012

Watershed Wednesday: Irvine Nature Center (Baltimore County, Md.)

Tree stumps to step over and drum circles to join. Slate easels to draw on and animals to meet. Hollow logs to climb through and dirt to dig in.

What kid wouldn’t love it here?

Image courtesy Irvine Nature Center/Facebook

The Irvine Nature Center in Owings Mills, Md., has joined a growing list of nature-inspired organizations that encourage kids to explore, respect and protect the environment. Thanks to a growing body of research that supports the benefits of unstructured play and child-nature interaction, places like the Irvine Center—with its trails, garden and outdoor classroom—are popping up all over, getting kids to play in fields and forests instead of on plastic and asphalt.

The idea? When given the chance to roam and run in natural places, kids will learn about and come to love the outdoors, becoming curious environmentalists and new stewards of our watershed.

Image courtesy Irvine Nature Center/Facebook

The Irvine Center’s exhibit hall, green building and 116 acres of woods and meadows are open to the public; the Irvine Center’s outdoor classroom is open to members and to those who participate in the organization’s programs.

More from Irvine:

  • Use this leaf hunt or PumpkinFest as your first excuse to visit Irvine! And check out the center’s calendar of events for more family-friendly programs.
  • Schedule an overnight campout at Irvine. Your friends and family will love the chance to take in the great outdoors in Baltimore County’s beautiful Caves Valley.
  • Know a teacher itching to bring nature into the classroom? Irvine staff—and their animals!—lead student programs in area schools and offer instruction to teachers on how to integrate environmental education into their lesson plans.
  • Adults love nature, too! Look into Irvine’s continuing education courses, which offer adults the chance to learn about ecology and environmental education.
author
About Caitlin Finnerty - Caitlin Finnerty is the Communications Staffer at the Chesapeake Research Consortium and Chesapeake Bay Program. Caitlin grew up digging for dinosaur bones and making mud pies in Harrisburg, Pa. Her fine arts degree landed her environmental field work jobs everywhere from Oregon to Maryland. Now settled in Baltimore, she is eagerly expecting her first child while creating an urban garden oasis on her cement patio.


Keywords: Watershed Wednesday, environmental education, outdoor classroom

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Sep
26
2012

Three Delaware towns will improve water quality in state's tributaries to Chesapeake Bay

Three Delaware towns have received grant funding and technical assistance to create habitat and improve water quality in Delaware's tributaries to the Chesapeake Bay. 

The towns of Greenwood, Laurel and Bethel, located along the Route 13 corridor in Sussex County, have set their sights on curbing stormwater runoff to reduce the flow of nutrients and sediment into the Nanticoke River and Broad Creek. 

When rainfall runs across paved roads, parking lots, lawns and golf courses, it can pick up pollutants before washing down storm drains and into local waterways. By using best management practices—think rain barrels, green roofs or forested buffers along the shores of streams and rivers—to target the fastest growing source of pollution into the Bay, these Delaware towns can help position the state to meet its pollution reduction goals.

The Town of Greenwood, for instance, will restore a buffer of native vegetation along a tax ditch that drains into the Nanticoke River, establishing habitat and reducing stormwater runoff from two industrial buildings in the heart of the community. 

The neighboring towns of Laurel and Bethel will develop plans to bring green infrastructure to Broad Creek, stabilizing stream banks, reducing stormwater discharge and eliminating local flooding. Bethel might even implement innovative practices in the oldest part of town, bringing permeable pavement and living shorelines to the town's historic district. 

"The projects in Greenwood, Laurel and Bethel will improve the water quality of our local streams and rivers, reduce flooding and enhance the quality of life for local communities," said Delaware Department of Natural Resources and Environmental Control (DNREC) Secretary Collin O'Mara. "By ... working together, we are securing resources necessary to ensure that our waterways are safe, swimmable and fishable for current and future generations."

Funding for the Greenwood project, totaling $35,000, was awarded through the National Fish and Wildlife Foundation's (NFWF) Chesapeake Bay Stewardship Fund.Technical assistance for the initiatives in Laurel and Bethel, valued at $100,000, was awarded through NFWF's Local Government Capacity Building Initiative. To learn more about the projects, visit the DNREC website.


Keywords: National Fish and Wildlife Foundation (NFWF), stormwater runoff, stormwater, Nanticoke River, Chesapeake Bay Stewardship Fund, best management practices

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Sep
25
2012

University of Maryland receives federal grant to curb stormwater runoff into Chesapeake Bay

The University of Maryland has received close to $700,000 in federal funding to help communities reduce stormwater runoff.

Using a software program to pinpoint pollution hot spots and an innovative brand of social marketing to boost citizen engagement, the university will embark on a multi-year project to increase the adoption of conservation practices in two watershed communities: the Wilde Lake watershed in Howard County, Md., and the Watts Branch watershed in Washington, D.C., whose waters flow into the Patuxent and Anacostia rivers, respectively. 

Stormwater runoff, or rainfall that picks up pollutants as it flows across paved roads, parking lots, lawns and golf courses, is the fastest growing source of pollution into the Chesapeake Bay. Best management practices can reduce the flow of stormwater into creeks, streams and rivers, from the green roofs that trap and filter stormwater to the permeable pavement that allows stormwater to trickle underground rather than rush into storm drains.

But best management practices cannot work without the citizens who put them into action. 

"We need to work with communities, rather than take a top-down approach [to stormwater management]," said project lead and assistant professor Paul Leisnham. "For the long-term successful implementation of these practices ... we need communities to be involved."

The university has partnered with local schools, religious organizations and grassroots associations (among them the Maryland Sea Grant, the Anacostia Watershed Society and Groundwork Anacostia) in hopes of breaking down barriers to the adoption of best management practices and increasing community involvement—and thus, investment—in local, long-term environmental conservation. 

From left, U.S. Senator Ben Cardin, University of Maryland assistant professor Paul Leisnham and U.S. EPA Region 3 Administrator Shawn M. Garvin

U.S. Senator Ben Cardin commended the project at a Bladensburg Waterfront Park event as a creative and results-driven way to reduce stormwater runoff. 

"It's going to allow us to make a difference in our [local] watershed, which will make a difference in the Chesapeake Bay," Cardin said.

The funding, which totaled $691,674, was awarded through the Sustainable Chesapeake Grant program administered by the U.S. Environmental Protection Agency.


Keywords: Anacostia River, U.S. Environmental Protection Agency (EPA), stormwater runoff, stormwater, University of Maryland, Patuxent River, best management practices

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Sep
24
2012

Eight reasons the Chesapeake Bay is an exceptional estuary

In the Chesapeake Bay, the river meets the sea. Freshwater and saltwater mix. Countless fish, birds and mammals find a home, a rest stop or a place to raise their young. All in one of the most productive ecosystems on earth—and the largest estuary in the United States!

Celebrate National Estuaries Day, held this year on Saturday, September 29, with this list of eight reasons the Chesapeake Bay is exceptional.

Image courtesy U.S. Geological Survey Landsat/Flickr 

8. Its size. The Bay is the largest estuary in the United States and the third largest in the world. It is about 200 miles long and holds more than 18 trillion gallons of water, some from the Atlantic Ocean and some from the 150 streams, creeks and rivers that drain into its watershed. This fresh and saltwater mix supports more than 2,700 species of plants and animals.

7. Its shorelines. The Bay and its tidal tributaries have 11,684 miles of shoreline—more than the entire U.S. west coast! Shorelines support a number of unique critters, like the diamondback terrapins that dig shallow nests in the sand, the horseshoe crabs that spawn on Bay beaches or the shorebirds that have long legs and an appetite for fish, clams and other aquatic snacks. Shorelines also allow people to reach the water to swim, fish and walk on the sand. There are close to 800 existing access sites along the shorelines of the Bay and its tributaries, and groups like the National Park Service are working to add more.

Image courtesy U.S. Fish and Wildlife Service Northeast Region/Flickr

6. Its geology. While the Bay itself lies within the Atlantic Coastal Plain, the watershed spans two more geologic regions: the Piedmont Plateau and the Appalachian Province. This means watershed residents don’t have to travel far to spot plants, insects and animals that inhabit different landscapes, whether it is the Delmarva fox squirrel that favors the flat lowlands of the Delmarva Peninsula or the black bear that prefers the mountains and valleys of the Appalachian foothills.

5. Its wetlands. About 284,000 acres of tidal wetlands grow in the Bay region. These wetlands provide critical habitat for fish and shellfish, who use the protected areas as nurseries or spawning grounds, and for birds, who use wetlands to find food, cover and, in the case of migrating waterfowl, a winter home. Wetlands also slow the flow of pollutants into the Bay and its tributaries, stabilize shorelines and protect properties from flooding.

4. Its forests. Forests cover 55 percent of the Bay watershed and provide critters on land and in the water with food and shelter. Bald eagles, for instance, build two-ton treetop nests near the water, while brook trout depend on the shade of streamside trees to cool their underwater habitat. Forests also support the economies of watershed states. Forestry is the second largest industry in the Pennsylvania and Virginia and the fifth largest in Maryland.

Image courtesy Becky Gregory/Flickr

3. Its waterfowl. Close to one million ducks, geese and swans spend their winters on the Bay. The birds, which make up about one-third of the Atlantic coast’s migratory population, stop here to feed and rest during their annual migration along the Atlantic Flyway.

2. Its seafood. The Bay produces about 500 million pounds of seafood each year. The watershed’s well-known catches include the blue crab, which is popular steamed or picked and turned into a crab-cake, and the eastern oyster, which is harvested in colder months and eaten raw, fried or even baked with spinach and bacon. Striped bass and Atlantic menhaden are also important catches for commercial markets.

1. Its people. The Bay watershed is home to more than 17 million people, with 150,000 moving into the watershed each year. There are watermen, fishermen and farmers. There are hikers, bikers and boaters. There are teachers, beach-goers and seafood-eaters. And many of them work to restore the natural resources in the watershed. Whether you take a tip from us to make Bay-friendly changes at home or attend an event to clean up your local waterway, you, too, can help restore the Bay—and celebrate National Estuaries Day! Learn more here.

author
About Catherine Krikstan - Catherine Krikstan is a web writer and social media specialist at the Chesapeake Bay Program. She began writing about the watershed as a reporter in Annapolis, Md., where she covered algae blooms and climate change and interviewed hog farmers and watermen. She lives in Washington, D.C.


Keywords: estuary

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Sep
18
2012

Tributary Tuesday: Pierceville Run (York County, Pa.)

Imagine walking or paddling along your favorite stretch of marshland and coming across something hiding in the grass. It's three feet tall and its wings, which open when it sees you, span an impressive four feet across.

The creature is an American bittern, a rare heron with distinguishing moustache-like cheek markings and a talent for blending in with marsh grass.

Such a sighting is unusual; the American bittern is listed as endangered in Maryland and Pennsylvania. So we were surprised to hear that these birds were seen along Pierceville Run, a Susquehanna River tributary that was added in 2002 to Pennsylvania's list of impaired waters and removed just earlier this year.

An American bittern on the shores of Pierceville Run.

An American bittern on the banks of Pierceville Run. Image courtesy Pennsylvania Department of the Environment

The American bittern's wetland habitats have declined by as much as 50 percent over the last two centuries, due to sediment pollution, development and an excess of man-made pollutants being pushed into the water.

How did Pierceville Run go from an "impaired" waterway to the home of an endangered bird? 

Pierceville Run was listed as impaired because it contained an excessive amount of sediment pollution. In other words, there was too much dirt in the water. 

Sediment pollution can cloud water and prevent sunlight from reaching aquatic plants and animals. It can even block the flow of creeks, streams and other waterways. 

In agricultural areas, like the Pennsylvania county where Pierceville Run is located, livestock can often cause sediment pollution. When cattle are allowed to run through a stream, they can take portions of the stream bank with them. This can lead to the erosion of stream banks and to excessive sediment in the water.

Another source of sediment is the clearing of land for development. When soil is no longer home to trees and plants whose roots can hold it in place, it loosens and can end up in nearby waterways, especially after a severe storm. 

To curb Pierceville Run's sediment problems, partners restricted livestock from entering streamside areas and installed trees along the banks to hold the soil in place.
 

A restored Pierceville Run

Image courtesy Pennsylvania Department of the Environment

More from Pierceville Run:

  • Pierceville: More than just farms! A proposed Historic Agricultural District in the Pierceville Run vicinity is being nominated to the National Register of Historic Places by the Pennsylvania Agricultural History Project. Read the stories of some of the family farms involved in the project.
  • Visit a nearby farm. You can pick up organic produce, dress up as a fairy and even star-gaze at the Spoutwood Educational Farm and Observatory in Glen Rock, Pa.
  • Learn more about the Pierceville Run project from the U.S. Environmental Protection Agency.
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About Caitlin Finnerty - Caitlin Finnerty is the Communications Staffer at the Chesapeake Research Consortium and Chesapeake Bay Program. Caitlin grew up digging for dinosaur bones and making mud pies in Harrisburg, Pa. Her fine arts degree landed her environmental field work jobs everywhere from Oregon to Maryland. Now settled in Baltimore, she is eagerly expecting her first child while creating an urban garden oasis on her cement patio.


Keywords: rivers and streams, restoration, Tributary Tuesday

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Sep
17
2012

Eight great excursions for fall foliage fun

Fall brings with it cooler weather and a rainbow of red, orange and yellow foliage, making it the perfect time to get outside for a hike. 

From the coastal marshes of the Chesapeake Bay to the rocky hills of the Appalachian Mountains, scenic vistas and mountaintops await. 

Tip: To plan your outing, find out when "peak fall foliage" occurs in your region with this map from the Weather Channel.

Here are some of our favorite sites to take in the changing colors of fall:

1. Old Rag Mountain Hike, Shenandoah National Park, Va. (7 miles)

A view atop of Old Rag in Shenandoah National Park.

Image courtesy David Fulmer/Flickr

Be prepared for a challenging rock scramble and a crowd of tourists, but know that it will all be worth it in the end. Some consider this hike to have the best panoramic vistas in Northern Virginia, and it remains one of the most popular hikes in the mid-Atlantic.

2. Loudoun Heights Trails, Harpers Ferry National Historic Park,  W.Va. (7.5 miles)

Harpers Ferry National Historic Park is located along the C&O Canal—a hot spot for those looking to find fall foliage. But if you're tired of the canal's flat views as it runs along the Potomac River, check out the trails in Loudon Heights. It may be an uphill battle, but you'll find yourself overlooking the Shenandoah and Potomac rivers from what seems to be the highest point around. This is certainly a good hike for a cool fall day (this blogger took to the trails in the heat of summer and was drained!). Be sure to grab ice cream in town afterwards! 

3. Flat Top Hike, Peaks of Otter Trails, Bedford, Va. (3.5 miles)

A view of Flat Top Mountain in Bedford,Virginia

Image courtesy Jim Liestman/Flickr

The Peaks of Otter are three mountain peaks that overlook the foothills of Virginia's Blue Ridge Mountains. While a hike to Sharp Top is an intriguing one with stunning views, a hike to Flat Top promises to be less crowded. Keep in mind, there are many other trails and lakes near the Peaks of Otter worth exploring!

4. Wolf Rock and Chimney Rock Loop, Catoctin Mountain Park, Thurmont, Md. (5 miles)

A family crosses a shallow creek in Catoctin Mountain National Park.

Image courtesy TrailVoice/Flickr

Give yourself plenty of time to take in the unique rock formations and two outstanding viewpoints found along this hardwood forest trail. If you're not up for a long hike, visit the park's more accessible viewpoints and make a stop at the nearby Cunningham Falls State Park to see a scenic waterfall just below the mountains. 

5. Chesapeake & Ohio Canal Trail, Washington, D.C., to Cumberland, Md. (184 miles)

A view of the Chesapeake and Ohio Canal from the trail.

Image courtesy sandcastlematt/Flickr

This trail follows the Potomac River from Washington, D.C., to Cumberland, Md. While bikers and hikers often tackle the entire trail, the canal path can also be enjoyed as a leisurely day hike. 

From Great Falls to Harpers Ferry to Green Ridge State Forest—the second largest in Maryland—a walk along this rustic trail traces our nation's transportation history with sightings of brick tunnels, lock houses and the beautiful scenery that surrounds it all.

If you plan on making a multi-day journey, watch the color of the leaves change as you move north along with peak foliage.

6. Pokomoke River State Forest (Snow Hill, Md.) (1 mile)

 Pocomoke River State Park from the water.

Image courtesy D.C. Glovier/Flickr

Whether you explore the 15,500 acres of this forest from land or from water, you are sure to find breath-taking scenes of fall—in stands of loblolly pine, in bald-cypress forests and swamps and even in a five-acre remnant of old growth forest. Take a one-mile self guided trail or opt for an afternoon fall colors paddle in the nearby Pocomoke River State Park, sponsored by the Maryland Department of Natural Resources.

7.  Waggoner's Gap Hawk Watch Hike, Cumberland County, Pa.

Bird watchers look for migrating birds of prey atop of Hawk Mountain

Image courtesy Audubon Pennsylvania

This rocky site is located along an autumn raptor migration flyway, making it popular among bird-watchers. During the fall, however, it is a must-visit for birders and non-birders alike. From the top of Kittatinny Ridge, also known as Blue Mountain, you can see South Mountain and Cumberland, Perry, York and Franklin counties. The land is cared for by Audubon Pennsylvania. 

8. Pole Steeple Trail, Pine Grove Furnace State Park, Cumberland County, Pa.  (.75 mile)

A view from atop the mountain after Pole Steeple hike.

Image courtesy Shawnee17241/Flickr

This trail offers a great view for a short climb. While the trail is less than one mile long, it is steep! From the top, you can see Laurel Lake in Pine Grove Furnace State Park and all 2,000 feet of South Mountain. Plan this hike around sunset to see fall colors in a different light.

author
About Caitlin Finnerty - Caitlin Finnerty is the Communications Staffer at the Chesapeake Research Consortium and Chesapeake Bay Program. Caitlin grew up digging for dinosaur bones and making mud pies in Harrisburg, Pa. Her fine arts degree landed her environmental field work jobs everywhere from Oregon to Maryland. Now settled in Baltimore, she is eagerly expecting her first child while creating an urban garden oasis on her cement patio.


Keywords: forests, recreation, tourism, mountains

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Sep
12
2012

Watershed Wednesday: Wilderness Leadership and Learning (WILL), Washington, D.C.

This school year, teens from the District of Columbia's Wards 1, 6, 7 and 8 will give up their Saturdays for the Chesapeake Bay.

Instead of watching television or playing sports, they will install wetland plants along the Anacostia River and even hike the Appalachian Trail. The ninth, tenth and eleventh graders hailing from Washington's underserved neighborhoods will develop confidence and leadership skills during the 12-month experiential learning program known as WILL (Wilderness Leadership and Learning.)

WILL participants kayak, do ropes courses, and plant trees.

Image courtesy WILL

WILL takes learning out of the classroom, introducing participants to outdoor scenarios where teamwork and leadership skills are applicable and visible. It also allows participants to learn about the Bay without using a textbook; when participants spent three days at the Chesapeake Bay Foundation's Karen Noonan Study Center this year, they dredged an oyster bar, set crab pots and learned about Harriet Tubman, who was born just down the road.

After service days along the Anacostia, ropes courses, a scavenger hunt on the National Mall and a trip to the Newseum, students will wrap up their year-long experience with a final test: a seven-day trip along the Appalachian Trail.

For more information about WILL, visit the Chesapeake Bay Trust's Blog or WILL's website.

author
About Caitlin Finnerty - Caitlin Finnerty is the Communications Staffer at the Chesapeake Research Consortium and Chesapeake Bay Program. Caitlin grew up digging for dinosaur bones and making mud pies in Harrisburg, Pa. Her fine arts degree landed her environmental field work jobs everywhere from Oregon to Maryland. Now settled in Baltimore, she is eagerly expecting her first child while creating an urban garden oasis on her cement patio.


Keywords: Watershed Wednesday

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Sep
11
2012

Charity paddles raise money for the Chesapeake Bay

Charity walks, charity marathons—and charity paddles? From a nine-day paddle that spotlights the Potomac River to an 11-stop float plan from northeast Maryland to southeast Virginia, more organizations are getting out on the water to fundraise for the Chesapeake Bay.

In one effort to garner grassroots support, the District of Columbia-based Potomac Riverkeeper sent two paddlers down a stretch of the Potomac and documented the nine-day, 150-mile trip online. Joe Hage and Whit Overstreet—one the caretaker of the Sycamore Island Canoe Club, the other a member of the Potomac Riverkeeper staff—used Twitter, Facebook and regular blog posts to publicize their paddle and solicit mile-by-mile donations, raising more than $3,000 for a project that will create a Potomac River water trail designed for people in self-powered crafts.

Image courtesy Potomac Riverkeeper

Hage and Overstreet made their trip along Virginia's shore in red and orange sea kayaks, which held their camping gear, provisions and a couple of good luck charms: for Joe, a stuffed dog, and for Whit, a rubber duck, both found in piles of onshore trash. The trip, started each morning before sunrise, solidified the two paddlers' connection with the Potomac. But, as Overstreet said, it also opened a window for others to experience the river "from the comfort of their PCs." 

Image courtesy Potomac Riverkeeper

As Hage and Overstreet paddled down the Potomac, travelers-in-spirit stuck at their desks could also check in with a third paddler: Lou Etgen, making an 11-day charity paddle down the entire length of the Bay. And just as the Internet helped Hage and Overstreet share their stories—a Tweet about the waves and water, a Facebook post signaling their arrival at a campsite—the Internet allowed Etgen to show his friends, colleagues and even complete strangers the sights and sounds of the watershed. 

Image courtesy Lou Etgen

The Associate Director of Programs with the Alliance for the Chesapeake Bay made the sojourn from Havre de Grace, Md., to Cedar View, Va., for a number of reasons: to celebrate his 50th birthday, to reconnect with the water and to fundraise, first for the Alliance and second for Autism Speaks. Joined by a gear boat and an ever-changing group of fellow paddlers, each day Etgen spent on the water was a memorable one, whether he was marveling at underwater grasses on the Susquehanna flats or paddling alongside blue crabs and bald eagles. Throughout the trip, Etgen remained impressed with the water's health, while his readers remained engrossed in his writing.

"I spoke with many folks on my return who told me of waking up and going to their computer to check in on the blog from the night before," Etgen wrote in an online epilogue. "The blog comments from friends and folks I did not know were tremendous and helped to spur us on."

For Etgen, this show-and-tell turned out to be an integral part—even his favorite part—of the trip.

"This wasn't my trip," Etgen said. "This was our trip. It became so much bigger than my journey."

Image courtesy Lou Etgen

Overstreet and Hage also garnered online support, amassing countless "likes" and comments on the hundreds of photos taken with a smart phone and posted to their Facebook page from the water. 

"We were able to show people that this is a feasible trip, rather than a challenging odyssey," Overstreet said. "People really seemed to enjoy it."

To read more, visit the Potomac Riverkeeper and Alliance for the Chesapeake Bay websites. To get out of cyberspace and into the water, find a public access site near you. Or, join the Waterkeeper Alliance on September 15 for the Rally for Clean Water, where a morning paddle on the Potomac will celebrate the 40th anniversary of the Clean Water Act.