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From Problem to Plan: Restoring Migratory Fish in the Merrimack River

August 11, 2021 — The following was released by NOAA Fisheries:

The Merrimack River watershed is the fourth largest in New England, and historically supported great runs of migratory fish. Over the past 200 years, their numbers have dramatically declined, negatively impacting the ecology of the watershed and coastal waters. Along with our partners, NOAA Fisheries has developed a comprehensive management plan for the watershed aimed at restoring these important fish, and the habitats on which they rely.

Dams, Fish, and Why They Don’t Mix

Diadromous fish spend part of their life in freshwater, and part in saltwater. Prior to pervasive dam construction in the late 18th and early 19th century, they were abundant in the Merrimack River watershed. Species that were seasonally present in great numbers included:

  • American shad, river herring (alewife and blueback herring)
  • Sturgeon (Atlantic and shortnose)
  • American eel
  • Striped bass
  • Atlantic salmon
  • Sea lamprey

The annual migrations of these fish were anticipated by local people and wildlife alike. Eagles, osprey, otters, and many other native species would rely on this seasonal abundance of fish for food. They often adapted their breeding season to coincide with the arrival of the vast schools of fish. In fact, diadromous fish are one of the few food sources that can travel inland from the ocean, against the flow of rivers and streams. When the young fish and surviving adults swim back to the ocean, they also play a crucial role in the marine food web as both predators and prey.

Dam construction began throughout the watershed shortly after the arrival of European settlers as a way to harness the power of the river. They reduced habitat connectivity and the abundance of diadromous fish. Widespread industry in the watershed, including many paper and textile mills, resulted in degraded water quality. This further exacerbated the effects of decreased habitat connectivity and lack of access for fish to their natal waters. These combined factors resulted in a severe reduction in fish abundance. It effectively removed diadromous fish from the habitats upstream of Essex Dam, the first dam on the Merrimack River. For Atlantic salmon, the habitat alteration and associated impacts proved too much, with 10 individuals or less returning to the river in each of the last five years. Atlantic salmon are now listed as endangered and are one of NOAA Fisheries’ Species in the Spotlight. Modern restoration efforts have resulted in some improvements; however, the abundance of diadromous species remains a small percentage of historical levels.

Read the full release here

From Problem to Plan: Restoring Migratory Fish in the Merrimack

August 11, 2021 — The following was released by NOAA Fisheries:

NOAA Fisheries has developed a comprehensive management plan for the Merrimack River watershed aimed at restoring these important fish, and the habitats on which they rely.

The Merrimack River watershed is the fourth largest in New England, and historically supported great runs of migratory fish. Over the past 200 years, their numbers have dramatically declined, negatively impacting the ecology of the watershed and coastal waters. Along with our partners, NOAA Fisheries has developed a comprehensive management plan for the watershed aimed at restoring these important fish, and the habitats on which they rely.

Dams, Fish, and Why They Don’t Mix

Diadromous fish spend part of their life in freshwater, and part in saltwater. Prior to pervasive dam construction in the late 18th and early 19th century, they were abundant in the Merrimack River watershed.

Read the whole story on our website.

Read the full release here

Merrimack River Watershed Comprehensive Plan for Diadromous Fishes Now Available

July 20, 2021 — The following was released by NOAA Fisheries:

On June 17, 2021, NOAA Fisheries along with partners, the United States Fish and Wildlife Service, the Massachusetts Division of Fish and Wildlife, the Massachusetts Division of Marine Fisheries, and the New Hampshire Fish and Game Department, released the Merrimack River Watershed Comprehensive Plan for Diadromous Fishes.

Prior to pervasive dam construction in the late 18th and early 19th century, diadromous fish were abundant in the Merrimack River watershed including American shad, river herring (alewife and blueback herring), sturgeon (Atlantic and shortnose), American eel, striped bass, Atlantic salmon, and sea lamprey. The present day abundance of diadromous species remains a small percentage of historical levels. Restoration efforts during the past 40 years have improved the habitat and connectivity conditions resulting in a modest increase in diadromous fish abundance.

The purpose of the Merrimack River Watershed Comprehensive Plan for Diadromous Fishes is to create a framework to balance diadromous fish restoration efforts with other water resource uses and ecosystem services in the Merrimack River watershed.

To read the complete plan visit the website and search for Merrimack River Watershed Comprehensive Plan for Diadromous Fishes.

Questions?

Ben German, NOAA Fisheries, 978-281-9353

Ben Gahagan, MA Division of Marine Fisheries, 978-282-03038 ext 140

Marion Larson, MA Division of Fish and Game, 857-303-0239

Matt Carpenter, NH Fish and Game Department, 603-271-2612

Laurie Munroe, US Fish and Wildlife Service, 413-588-1005

Climate report warns of impact on coastal communities

November 29, 2018 — Rising temperatures and sea levels caused by climate change threaten a way of life along the New England coast, and the region’s tourism, agriculture and fishing industries are at risk from damaging storms and flooding, according to a new federal report.

The report, produced by 13 federal agencies and more than 300 climate scientists, concludes the planet is getting warmer, human activity is contributing to it, and we are approaching a point of no return in terms of the damage to the climate. The government report details how that will hurt regions of the country.

In the Northeast, the report projects temperatures to rise faster than the global average, or about 3.6 degrees Fahrenheit above pre-Industrial Age levels, by 2035.

“This would be the largest increase in the contiguous United States and would occur as much as two decades before global average temperatures reach a similar milestone,” it said.

Rising seas and storms will inundate seaside communities, eroding sections of coast at rates of 3.3 feet a year in the next century, according to the report.

“These changes to the coastal landscape would threaten the sustainability of communities and their livelihoods,” the report stated. “Many fishing communities rely on small docks and other shoreside infrastructure for their fishing operations, increasing the risk of substantial disruption if they are lost to sea level rise and increasing storm frequency.”

Read the full story at the Gloucester Daily Times

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