shortnose sturgeon

Archived Posts from this Category

“Clean, renewable” labels don’t apply

Posted by on 01 Oct 2018 | Tagged as: Ashuelot River, Bellows Falls, blueback herring, canal shad, Connecticut River, Connecticut River ecosystem, Connecticut River migratory fisheries restoration, Connecticut River shortnose sturgeon, crippled ecosystem, Dead Reach, ecosystem, endangerd shortnose sturgeon, Endangered Species Act, Federal Energy Regulatory Commission, federal trust fish, federally-endangered shortnose sturgeon, FERC, FERC Commissioner Neil Chatterjee, FERC license, FirstLight, Fish and Aquatics Study Team, fish counts, fish kill, fish kill on the Connecticut, fish passage, fishway windows, Holyoke Fish Lift, MA Division of Fish and Wildlife, MA Natural Heritage and Endangered Species Program, National Marine Fisheries Service, National Marine Fisheries Service, New Hampshire, NMFS, Northfield Mountain, Northfield Mountain Pumped Storage Project, Northfield Mountain Pumped Storage Reservoir, Northfield Mountain Pumped Storage Station, nuclear power, PSP Investments, Public Law 98-138, pumped storage, Relicensing, resident river fish, Saxtons River, Scott Pruitt, shad, shortnose sturgeon, Society of Environmental Journalists, Turners Falls, Turners Falls dam, Turners Falls power canal, US Fish & Wildlife Service, USFWS, Vermont, Vermont Digger, Vermont Yankee

Copyright © 2018 by Karl Meyer All Rights Reserved.

NOTE: the following piece appeared in VTDigger, www.vtdigger.org in September under the heading “Clean, renewable” labels don’t apply when crippling an ecosystem.”

TERMS OF ENTRAINMENT: a Connecticut River History


NOTE:in this photo are over 170 juvenile shad, among the many thousands killed in the recent de-watering of the Turners Falls Power Canal. The power canal is where the bulk of the Connecticut River is diverted into for most months of the year. So, when they drain it, they are killing the river. However, if you look at this photo and multiply that death toll by 10,000 you begin to get some idea of the mortality counts for young-of-the-year shad entrained annually–and un-tallied across nearly five decades, at the Northfield Mountain Pumped Storage Station. (CLICK, then CLICK twice more to enlarge photos.)

At 2:41 p.m. on May 20, 2018, a lone blueback herring appeared in the windows at Turners Falls Dam among a school of larger American shad. It was a small miracle. Barely a foot long, it was the first blueback here since 2005, and there would not be another this spring. Like those shad, its life had already spanned four springs, swimming thousands of ocean miles in shimmering schools. It re-crossed bays and estuaries of seven states and two provinces before reaching this Connecticut River juncture. In doing so it had survived sprawling drift nets and repeated attacks from sharks, bluefish, spiny dogfish, cormorants, seals and striped bass.

All these fish were seeking to spawn and give their young a head start as far upriver as currents, time and temperature would allow. Unfortunately, five miles upstream sat the Northfield Mountain Pumped Storage Station, a river vacuuming machine capable of out-killing all their natural predators. For the next 20 miles they’d be vulnerable to its impacts.

NMPS has inhaled river fish of all species and sizes daily for nearly half a century. Results from a river sampling study Juvenile Shad Assessment in the Connecticut River, were released in June by the US Fish & Wildlife Service and MA Division of Fisheries & Wildlife. They estimated NMPS’s 2017 operations resulted in losses of some 15 million shad eggs and larvae, plus the deaths of between 1 and 2-1/2 million juvenile shad. That’s for just one species.

On April 20, 1967, years before Northfield was built, federal agencies and four states signed the Statement of Intent for a Cooperative Fishery Restoration Program for the Connecticut River, agreeing to restore runs of American shad, salmon and blueback herring upstream to Bellows Falls, Vermont and beyond. The migratory shortnose sturgeon had already been listed as endangered. Continuing today under Public Law 98-138, its mandate requires utilization of “the full potential of the fishery resources of the Connecticut River including both anadromous and resident species,” providing “high quality sport fishing,” and meeting “the long term needs of the population for seafood.”

American shad are still commercially fished today just 60 miles downriver. They’ve provided seafood to this valley for ages, yet most people in Vermont, New Hampshire and Massachusetts don’t know they were promised a “just share of the fishery harvest” back in 1967. All remain without, while shad continue to grace dinner and restaurant tables in Connecticut every spring.

Running on imported power via the buy-low/sell-high model, Northfield can suck the river into reverse for up to a mile downstream. It devours everything captured in that vortex at 15,000 cubic feet per second. Think 15,000 milk crates, for hours, to fill a 5 billion gallon mountain reservoir. The result is 100% mortality for all fish entrained. During peak-use and/or peak-price times—or both, it sends the deadened water back through its turbines as twice-produced electricity.

NOTE: more of the TF Canal kill here in another location–including mostly juvenile shad, but also a bluegill, several mud-puppies, and a young sea lamprey. Again, this is just a whisper of the year round fish kill occurring upstream at Northfield Mountain.

Northfield was built to run off Vermont Yankee’s excess nuclear megawatts. But even after VY closed in 2014, its carnage continued, unchallenged, rather than being relegated to emergency use. Having never produced a watt of its own power, its 46 years of accumulating carnage are yet to be tallied. That herring might have been heading for New Hampshire’s Ashuelot or Vermont’s Saxtons River, and those shad were perhaps steering for the Great Eddy at Bellows Falls. Regardless, any progeny would later face Northfield’s net-loss-power impacts heading downriver come fall.

Currently it pumps mostly at night when Canadian owners PSP Investments can purchase cheap electricity to suction the river uphill. Later it’s released as second-hand juice at peak-of-the-day profits. Promoters claim the benefits of dispersed solar and wind power can’t be realized without first relaying their renewable energy across the region to this lethal storage machine for later resale in markets far beyond the Connecticut Valley. “Clean, renewable” labels don’t apply when crippling an ecosystem.

NMPS boosters include (now-former) EPA Director Scott Pruitt, who made a sweetheart visit there last Valentine’s Day along with Federal Energy Regulatory Commissioner Neil Chatterjee. That occurred as PSP was requesting to suction yet more water from the Connecticut and applying for a new long-term FERC license. The next day FERC announced a major policy shift, potentially increasing both Northfield’s daytime use and its profits.

Since an 1872 landmark Supreme Court ruling indemnifying Holyoke Dam, all hydro facilities have been required to safely pass the public’s fish, upstream and down. But that 1967 agreement had this warning: “Based on the present fragmentary data available on the Northfield Mountain Pumped Storage Project, it appears that this project poses definite limitations to an anadromous fish restoration program. These limitations involve the physical loss of eggs, larvae and young fish of both resident and anadromous species, and an orientation problem for both upstream and downstream migrants attributed to pumping large volumes of water.” Today the 20 mile reach hosting Northfield remains a migration minefield—while some 30 miles of open Vermont/New Hampshire spawning habitat above Vernon Dam sits essentially empty.

Holyoke Dam has annually lifted hundreds of thousands of shad and herring upstream since the 1970s. In 2017 it recorded its second highest shad numbers ever, 537,000 fish. Each spring, half or more of those shad attempt to pass Turners Falls. Less than 10-in-100 will succeed. Of those, some 50% drop from tallies and are never re-counted at Vernon Dam after entering the 20 miles impacted by Northfield. The blueback herring record at Turners Falls was 9,600 in 1986, out of the 517,000 counted 36 miles downstream at Holyoke that year. Of those 9,600 Turners herrings, just 94 reached Vernon Dam. Turners Falls saw another 7,500 blueback herring in 1991; just 383 reappeared upstream at Vernon.

Any new long-term FERC license must comply with federal and state law protecting endangered and public-trust fish. In seeking a new license, PSP’s main proposal for limiting Northfield’s massive carnage has been the test-anchoring of a few yards of Kevlar netting in the riverbed in front of the plant’s suction-and-surge tunnel. Those flag-sized yards of mesh, after a few months deployment, are supposed to effectively model how a 1,000 foot-long “exclusion net”–deployed seasonally in the river over the next decades, might halt the entrainment deaths of out-migrating adult–and millions of juvenile young-of-the year fish, heading back to the sea. Presumably, Northfield’s mouth would remain wide open to the ecosystem’s fish throughout the rest of the year.

In light of longstanding research the US Fish & Wildlife Service, Atlantic States Marine Fisheries Commission and Connecticut River Atlantic Salmon Commission have set shad passage goals requiring that a minimum of 397,000 pass Turners Falls; and a minimum of 226,000 pass Vernon Dam. It’s a certainty that a new fish lift will be required at Turners Falls under any new license, modeled on the long-term success of Holyoke’s lifts. But the ultimate question is this: can Northfield comply with federal and state law protecting the four-state ecosystem’s fish in order to be granted a new FERC license?

END

Karl Meyer has been a stakeholder and member of the Fish and Aquatics Study Team in the current FERC relicensing process for the Northfield Mountain and Turners Falls projects since 2012. He is a member of the Society of Environmental Journalists.

VALID LICENSE REQUIRED

Posted by on 14 Jun 2018 | Tagged as: 5-year FERC licensing process, American shad, Connecticut River, Connecticut River migratory fisheries restoration, federally-endangered Connecticut River shortnose sturgeion, FERC, Fish and Aquatics Study Team, National Marine Fisheries Service, National Marine Fisheries Service, New Hampshire, Northfield Mountain Pumped Storage Station, shortnose sturgeon, Society of Environmental Journalists, US Fish & Wildlife Service, USFWS, Vermont

Copyright © 2018 by Karl Meyer

(Note: the following piece appeared under “News Analysis” on the front page of The Montague Reporter‘s May 24, 2018 issue. www.montaguereporter.org)

VALID LICENSE REQUIRED

Is FirstLight Power Resources attempting an end run around the Federal Energy Regulatory Commission relicensing process for its Northfield Mountain Pumped Storage station on the Connecticut River? FirstLight’s parent owner, Canada’s Public Sector Pension Investments, is now offering up use of the giant power re-generation and transfer machine in a bidding process that won’t begin delivering electricity until 2023. The actual bidder is Deepwater Wind, in a partnership with British energy giant National Grid. One option included in their proposal is to relay clean, renewable wind power generated off Martha’s Vineyard, 125 miles across New England to be stored for peak-price regeneration back into the grid at Northfield. This offer is being floated despite the fact that NMPS won’t have a new FERC license requiring long-overdue river protections under federal and state environmental law until at least mid-2019.


Above: surface boom on the Connecticut at the intake of the Northfield Mountain Pumped Storage Station which inhales the river at 15,000 cubic feet per second for hours on end. Results are the “functional extirpation” of all aquatic life pulled in–ultimately shot twice through the turbines on a Northfield Mountain sleighride. It’s sucking vortex reaches over halfway across the Connecticut. (Click, click again, and AGAIN to enlarge).

For 46 years Northfield Mountain has lived off the Connecticut River, its operations subsidized at public expense by the host of deadened aquatic life it chokes from a four-state ecosystem. Just days from now Massachusetts officials are expected to choose among a handful of proposals for the future delivery of up to 1600 future megawatts of “clean, renewable” wind power. But would an agreement including NMPS be legal and binding without a full vetting and understanding of those future license requirements for coming decades? Wouldn’t it be subject litigation by the state and federal agencies now working on studies and agreements for that license? Is there any connection to this proposal with the all-but-secret Valentine’s Day visit by embattled EPA chief Scott Pruitt and FERC Commissioner Neil Chatterjee with NMPS officials?

There’s great irony in this proposed “clean energy” marriage-of-convenience, given that NMPS virtually kills all life it encounters by sucking the Connecticut backward, aside and uphill at the ponderous rate of 15,000 cubic feet per second. Think 15,000 milk crates each second for hours at a time. Everything from tiny fish eggs to adult resident and migratory fish get sent on a two mile-long Northfield Mountain sleigh ride, twice through the turbines. The accepted term for everything drawn into that suction cone is “functionally extirpated.” Dead.

In 2010, Northfield sat stilled and broken for over half a year–sanctioned by the EPA for gross violation of the Clean Water Act and its FERC operating license. The region’s electric grid held together just fine, while American shad passage success skyrocketed at Turners Falls dam toward Vermont and New Hampshire. That migration run, profoundly impacted by NMPS operations, soared to 700 percent above the decade’s yearly averages.

Northfield’s extreme environmental downsides should render it an ineligible option for long-term, wind power storage at this time. A half decade from now, new distributed electricity generation and state-of-the-art micro-grid storage options will be standard configurations for combating the security risks of bulk grid power storage and climate disruption in energy delivery. Unlike pumped storage, these options will feature the instantaneous, millisecond reaction and response times necessary to balance computer-age power glitches.

Northfield, a one-trick pony, is a bulk system designed long ago to profit from a buy-low/sell-high scheme by running off the cheap, overproduced megawatts cranked out by the now-closed Vermont Yankee nuclear plant. In 2016, in the midst of relicensing, Canada’s PSP Investments became NMPS’s third venture capital purchaser in just over a decade. Today it runs on fossil fuel-produced electricity as it sucks massive gulps of the Connecticut into its 5 billion gallon reservoir. A hike to that reservoir will illustrate what the stilled-water sound of a silent spring is.

Little was known about Northfield’s deadly future when its construction began in 1967, in tandem with Vermont’s only nuclear plant. Despite that black hole, this plant that can literally suck the Connecticut into reverse for a mile downstream under low flow conditions began operating just 10 miles from the Vermont/New Hampshire border in 1972. The Federal Power Commission granted it what became a license to kill at public expense—without a basic knowledge of its crippling impacts on shad and blueback herring under the 1965 Anadromous Fish Conservation Act, or its role in imperiling the spawning success of the federally-endangered Connecticut River shortnose sturgeon under the Endangered Species Act.

When demand and prices are high, NMPS sends its deadened river water back downhill through the turbines again, cranking out a few hours of peak-priced, secondhand electricity in a final juicing of all it’s inhaled. That net-energy-loss process is wholly subsidized by mining the life from critical reaches of a four-state ecosystem. Once its reservoir is emptied, NMPS itself is literally dead in the water, and must import new, virgin electricity to begin the process again. Northfield is an energy consumer and will never produce a single watt of its own power. The more often it runs the more river life it will kill into the future.

FirstLight/PSP Investments would do well to understand their giant electric appliance cannot be relicensed without stakeholders–from federal and state fisheries agencies to the Federal Energy Regulatory Commission, ensuring a new license adheres to all federal and state environmental laws of the United States. Without a signed license, Bay State officials should leave this proposal on the table. There are other fish in the sea.

Karl Meyer has been a stakeholder and member of the Fish and Aquatics Study Team in the current FERC relicensing process for the Northfield Mountain and Turners Falls projects since 2012. He is a member of the Society of Environmental Journalists.

Connecticut River shortnose sturgeon: Mother’s Day miseries at Rock Dam

Posted by on 13 May 2018 | Tagged as: Connecticut River ecosystem, Connecticut River shortnose sturgeon, ecosystem, endangerd shortnose sturgeon, FirstLight, Rock Dam, Rock Dam Pool, shortnose sturgeon, Turners Falls, Turners Falls dam

Copyright © 2018 by Karl Meyer. All rights reserved.

MOTHER’S DAY MISERIES AT ROCK DAM

The federally-endangered Connecticut River shortnose sturgeon has just a single, documented natural spawning site in the four-state river ecosystem: the Rock Dam in Turners Falls, MA.

Given the unique structure, depth, and flow characteristics of this ancient rock formation and spawning pool, shortnose have likely returned here for millenia, using it as a fail-safe nursery where they can choose depth, flow, and areas above sand, pebble-and-cobble substrate for spawning that will ultimately come to protect and nurture their young.


(Click, then Click again, THEN AGAIN, to enlarge)
MOTHER’S DAY MISERY AT ROCK DAM: listless flows and exposed cobble shoals where young would develop in safety.

However, this Rock Dam site is assailed annually during sturgeon spawning periods with ramping, see-sawing, and de-pauperizing flows that cause spawning failure for these embattled fish. This year was no different. On Mother’s Day, May 13, 2018, in what is virtually their peak spawning time, flow manipulations just upstream at FirstLight’s Turners Falls dam left the river roaring at Rock Dam one day, and bereft of nourishing flows and watered nursery habitat the next. No mercy on Mother’s Day here…

Fish Futures on a Broken River

Posted by on 04 Nov 2017 | Tagged as: 5-year FERC licensing process, American shad, Connecticut River ecosystem, Connecticut River shortnose sturgeon, Connecticut River Watershed Council, Daily Hampshire Gazette, Dr. Boyd Kynard, Endangere Species Act, Federal Energy Regulatory Commission, federally-endangered shortnose sturgeon, fish passage, Holyoke Fish Lift, National Marine Fisheries Service, National Marine Fisheries Service, Northfield Mountain, Northfield Mountain Pumped Storage Station, PSP Investments, Rock Dam Pool, Rutland Herald, shad, Shortnose Stout, shortnose sturgeon, US Fish & Wildlife Service, US Geological Survey's Conte Fish Lab, USFWS, Vermont, Vermont Digger

Copyright © 2017 by Karl Meyer, All RIGHTS RESERVED

FISH FUTURES ON A BROKEN RIVER

(NOTE: the following appeared in The Rutland Herald, wwww.rutlandherald.com, and on the pages of Vermont Digger, www.vtdigger.org in October)

It’s been decades since migratory fish on New England’s Great River got a break–bleak since deregulation came to federally-licensed electricity plants on the Connecticut beginning in 1998.

Deregulation turned a regional market into a venture capital free-for-all, opening the door to speculators and foreign interests controlling public resources. In less than 20 years the Vernon hydro station changed hands three times. The Vermont Yankee nuclear plant next door is currently courting a third owner. Downstream the Northfield Mountain Pumped Storage Station and Turners Falls hydro complex flipped four times between investors. Further south, the Holyoke hydro station sold only once in 2002.

None of this proved healthy for an ecosystem.

The post-deregulation decade saw a steep slide in American shad passing Holyoke Dam. After two decades of averages well above 300,000 fish, yearly numbers plunged to near half that—a far cry from the 720,000 passed in 1992. Things were even more desperate at Turners Falls Dam. There, impacted by the massive water appetite and violent, peaking flows sent downstream by the Northfield Mountain Pumped Storage Station, passage dropped below 1% some years. For a decade, just 3 or 4 migrating shad in 100 were tallied emerging alive upstream. Today’s numbers languish near 1980s levels.

The federal license signed by Holyoke Gas & Electric in 2002 required they complete lift improvements at Holyoke by 2008 to pass endangered shortnose sturgeon upriver. Sturgeon were literally unable to spawn–blocked at that dam from reaching their only documented natural spawning site, a fail-safe refuge known as the Rock Dam Pool at Turners Falls. Year-in, year-out, that mandate went unenforced. It was finally met last year.

(Note: below, the flow-starved CT in Turners Falls looking downstream toward Rock Dam.CLICK, THEN CLICK AGAIN TO ENLARGE)

In 2004 federal fish biologist Dr. Boyd Kynard handed results of 15 years of Connecticut River shortnose sturgeon research to the National Marine Fisheries Service. He and colleagues had documented that that Rock Dam spawning site for the only federally-endangered migratory fish on the river was being decimated by industrial practices. Yearly gatherings failed for the few dozen spawning-ready sturgeon surviving upstream of Holyoke—as they attempted to continue a tenuous 200 million year-old genetic line. But NMFS didn’t come to their aid; no watchdog intervened.

Ultimately, decades of research by Kynard and company was compiled into Life History and Behaviour of Connecticut River Shortnose and other Sturgeons, published by the World Sturgeon Conservation Society. After experts at the Europe-based WSCS published the book in early 2012, the US Geological Service (where Kynard retired as a federal fish scientist) began making belated objections, halting all publication for a time. Their objections caused a de facto embargo of its sale in the U.S through that spring.

USGS cited editorial and style concerns in “recalling” three chapters on sturgeon biology and spawning—including the data and text showing industrial flows caused spawning failure at Turners Falls. Nearly a dozen state, federal, and university contributors to the book cried foul, citing censorship and the public’s right to government information. In June, concurrent with press inquiries and a letter from Congressman John Olver questioning the withholding of public science, USGS suddenly withdrew all its objections—days before an article highlighting the issues appeared in The Daily Hampshire Gazette. Federal agencies now had the facts. Yet despite the Endangered Species Act, none took action.

In spring of 2014 a popular beer, Shortnose Stout, debuted in the region. Its label displayed Kynard’s website and highlighted spawning conditions at Turners Falls. The Connecticut River Watershed Council soon stepped up to collect donated profits from its sale, yet those sturgeon were left hanging once more. Today conditions at Rock Dam remain as ruinous as when the first 2004 findings were released.

In 2015 the controversial chapters from Kynard’s book got entered into the public record in the current Federal Energy Regulatory Commission’s relicensing process for Northfield Mountain and Turners Falls. With that science on the record, things changed at federal proceedings. Sturgeon spawning became a key factor in flow discussions for future FERC licenses there mandating river conditions. This June, new restoration targets to meet failed 50 year-old federal Anadramous Fish Conservation Act requirements were released by the US Fish & Wildlife Service. With passage failed for half a century at Turners Falls, new shad targets mandate 397,000 fish passing annually. New owner, Canada Public Pension Investments, will be on the hook to build lifts and safeguard sturgeon spawning.

In August a fisherman near Vernon landed an endangered shortnose sturgeon–a fish thought not to exist above Turners Falls. He took a photo and released the fish, sending the picture to officials who confirmed it; then forwarded it to the National Marine Fisheries Service. There is reason to believe that landing may not be an isolated occurrence. NMFS is taking the confirmed capture seriously. Is a remnant shortnose population clinging to life in Vermont and New Hampshire waters? Did someone release them there? Either way, federal law requires owners at Vernon Dam, VT Yankee and Northfield Mountain to protect the migratory fish of the United States as a public trust. After decades of speculation, it’s high time our fish had their day.

NOTE: author Karl Meyer was the idea-creator and author of the beer brand Shortnose Stout. He neither requested or received any compensation or recognition for his work, which was solely aimed at getting important information to the public.

Shortnose Sturgeon Revival Celebration

Posted by on 20 Apr 2017 | Tagged as: Connecticut River ecosystem, Connecticut River shortnose sturgeon, Dr. Boyd Kynard, endangerd shortnose sturgeon, Endangered Species Act, Rock Dam, Rock Dam Pool, Shortnose Stout, shortnose sturgeon, Turners Falls, Turners Falls power canal

Shortnose Sturgeon Revival Celebration, Sunday, April 23, 10:30 am – 12:30 pm
(Click, then click again to enlarge.)

Spring 2017 marks this species’ first free-swimming access from below the 1849 Holyoke Dam to its ancient, upstream Rock Dam spawning site in Turners Falls in 168 years! Join Amherst sturgeon expert and author Dr. Boyd Kynard and environmental journalist Karl Meyer for a visit to the Rock Dam in Turners Falls. The Rock Dam is the only documented natural spawning site for the federally-endangered shortnose in the Connecticut River ecosystem. Kynard covers this ancient creature’s life history and biology. Meyer covers the human and natural history of the spectacular Rock Dam site. Involves a short walk; steep dirt paths. Wear sturdy shoes.

Sunday, April 23rd, 10:30 a.m.–12:30 p.m. Rain or shine; no pre-registration required.
Directions: Cross the 11th St. Bridge in Turners Falls; at first stop sign turn left down G Street. Meet at public lot at end of G Street, just before the entrance sign for the US Conte Fish Lab.

CAN NEW ENGLAND’S GREAT RIVER SURVIVE MORE DECADES OF PUMPED STORAGE GENERATION?

Posted by on 12 Mar 2017 | Tagged as: 5-year FERC licensing process, American shad, Connecticut River, Connecticut River ecosystem, Connecticut River migratory fisheries restoration, Dr. Boyd Kynard, ecosystem, endangerd shortnose sturgeon, EPA, Federal Energy Regulatory Commission, federal trust fish, federally-endangered shortnose sturgeon, FERC, FERC licensing process, FirstLight, Montague Reporter, National Marine Fisheries Service, Northfield Mountain, Northfield Mountain Pumped Storage Project, Northfield Mountain Pumped Storage Reservoir, shad, shortnose sturgeon, Society of Environmental Journalists, Turners Falls, Turners Falls dam, Vermont Digger, vtdigger.org, WBUR

NOTE: The following piece first appeared on the website of vtdigger.org in late February. It also appeared in print in the Montague Reporter, montaguereporter.org in early March.

Copyright © 2017 by Karl Meyer

Can New England’s Great River survive more decades of pumped storage generation? Long-term FERC licensing could lock out new river-sparing energy storage choices.

Dr. Boyd Kynard, retired federal expert on the Connecticut River’s migratory fish and endangered shortnose sturgeon, tells a story about bass fishing in Massachusetts around 1990. He was drifting near the French King Bridge, a mile downstream of the Northfield Mountain Pumped Storage Station’s subsurface tunnels when he glanced up and realized his boat had switched directions. It was being pulled upstream, “And at a pretty good clip.” Turbines at that Northfield MA plant had sucked New England’s river into reverse for at least a mile. This was nothing new, save that in this instance there was a daytime witness.

October 2, 2010, EPA ordered dredging at the site of Northfield Mountain Pumped Storage Station’s underground suction tunnels on the Connecticut.(CLICK TO ENLARGE, THEN CLICK AGAIN.)

In December a radio feature from Boson’s WBUR entitled “New England’s Largest Battery is Hidden Inside a Mass. Mountain” was rebroadcast widely in the Northeast. Referencing Ben Franklin, James Bond, even the Bat Cave, it painted a rosy future for the 1200 quick-start megawatts stored in a reservoir at the Northfield Mountain Pumped Storage Station. Roaring turbines were noted as company spokespeople staked claim to the plant’s “green” future as they bid to lock-in a new 50 year Federal Energy Regulatory Commission license. The occasional ring of an old phone connected directly to ISO New England–the grid’s “independent system operator,” was described as “the sound of money.”

Altogether missing in that story was NMPS’s violent mining of the Connecticut River. That ecosystem artery was never identified as the sole water source enabling it to regenerate electricity. Prior to Northfield construction the Connecticut had forever run seaward from the Canadian border to the tidal zone near today’s Hartford, CT. But 12,000 years of New England natural history changed in 1972, on the day NMPS came on line.

On January 22, 1974, two years after it began operation using overproduced nuclear megawatts then available on the grid at night to fill a 5 billion gallon reservoir, the Federal Power Commission (today’s FERC) notified Western Massachusetts Electric Company it required their “earliest response” on Northfield’s impacts for a Draft Environmental Impact Statement: “Since the Northfield Mountain Project became operational, which of the conditions described have been observed to produce reverse flows?” WMECO’s lawyers belatedly replied on October 16, 1974, they didn’t have the information. Questions about environmental impacts and reversing rivers went unanswered.

In 1967 a federal Connecticut River migratory fisheries program to restore American shad to historic upstream reaches in Vermont and New Hampshire got underway. That same year the embattled Connecticut River shortnose sturgeon was listed under the Endangered Species Act. Exactly fifty years later recovery goals for hundreds of thousands of spawning shad and thousands of shortnose sturgeon remain utterly unfulfilled. Spawning habitat access for both are impacted by Northfield’s suck and surge flows, which also create daily bank-eroding 4-foot “tides” along this reach, sometimes reaching to 10 feet.

Pictured in a less glowing light, NMPS is a 45 year-old dinosaur–a formerly nuclear-powered, net-loss energy transfer machine hacked out of the bowels of a mountain. With the region’s nukes now shuttered, it runs daily on imported electricity and has never produced a watt of virgin power. Today it’s a quick-start, high-profit operation relying on boatloads of fossil-fueled megawatts purchased in bulk on the wholesale market. Suctioning the river uphill, it later releases those waters down through its turbines in dense pulses—pumping out 25 percent less juice than the virgin power it consumes.

NMPS is not renewable energy, nor anything resembling the public’s idea of hydropower. It reproduces just a fraction of New England’s power at peak times, and peak prices, but can only generate for eight hours maximum. After that it is literally dead, its reserves spent. The Canadian-owned plant must then start consuming juice by reversing its turbines anew, yanking the river backward, sideways, and a mile uphill for hours into its reservoir.

That pumping occurs nightly at rates of up to 15,000 cubic feet per second. Picture 15,000 milk crates filled with a living river–every second for hours at a time. For more than two-thirds of the year the Connecticut’s “natural routed flow”—the water moving into and through this reach, is less than 15,000 cfs. Thus this plant is consuming more water than is entering the river. That’s how to turn an ecosystem on its head. The result is the evisceration of all manner of aquatic life, juiced twice through those turbines—tens of thousands of resident and migrating fish, millions of developing eggs, and their young. There’s nothing more violent you can do to a river.

Now the Canada Public Pension Investment Fund—latest in the decade’s revolving door of four different venture-capital owners of the FirstLight Power Resources-branded plant, is angling to lock those ecosystem assaults in place for another half century through the Federal Energy Regulatory Commission’s 5-year hydro relicensing process.

In its planning stages one model would’ve required Northfield to shut down during fish migration season due to impacts. That didn’t happen. Still, a chance experiment in 2010 gave a belated glimpse of those potential benefits. For half a year, from mid-spring through a hot summer into early November, NMPS sat broken, sanctioned and off-line. But seven miles downstream the migrating shad normally impacted by its violent suck-and-flush flows made great and unexpected gains in tandem with that spring break. Having languished for decades, the federal program to move American shad upstream into Vermont and New Hampshire saw a stunning boost at Turners Falls Dam. Shad passage jumped over 700 percent above the previous ten year average–16,440 shad swam past the dam in 2010, compared to the 2,260 annually over the previous ten years. Though meager, it was by far the best result since MA energy deregulation came to the NMPS reach of river in 1999.

The 5 billion gallon Northfield Mountain Pumped Storage Reservoir, as it sat emptied and idle from May 1st through early November 2010.
(CLICK TO ENLARGE, THEN CLICK AGAIN.)

On that May 1, 2010, NMPS had choked on the tons of silt and eroded riverbanks it constantly sucks into its reservoir. In attempting to clear that mucked-in lake a mile of mud-slumped tunnels resulted. Desperate, they began dumping it directly into the Connecticut at a rate equaling 30-40 dump truck loads a day. FirstLight’s sludge turned a mile of river brown for weeks. A contractor died when a suction hose broke loose.

One of thousands of dump truck loads of sludge the EPA ordered FirstLight to dredge back out of the Connecticut River. (CLICK TO ENLARGE, THEN CLICK AGAIN.)

Severe thunderstorms on May 27, 2010 resulted in tens of thousands of western New England power outages, many lasting for days. Yet as a back-up energy plant, Northfield’s sole output that week was more of the 45,000 cubic square yards of muck they’d eventually dump directly into the river. They succeeded for over 90 days, until they got caught. On August 10, 2010, the EPA issued a cease-and-desist order citing FirstLight for “polluting the navigable waters of the United States” under the Clean Water Act.

Major dredging operations continued for months at Northfield where FirstLight had dumped their sludge in the Connecticut for 90 straight days.(CLICK TO ENLARGE, THEN CLICK AGAIN.)

Throughout NMPS’s half-year off-line–and record-breaking summer heat in the Northeast, the purportedly ever-hungry, ever-fragile grid ISO New England claims makes Northfield’s dense, quick-start functions so indispensible, never faltered or failed—not even when the nearby( now closed) Vermont Yankee nuclear plant went down in June to refuel.

NMPS’s main claim to its indispensability came 14 years ago during the 2003 August Blackout. Its quick start power was employed by ISO New England to smooth out Massachusetts’ reconnection to the New York sector of the Northeast’s mega-grid—which had failed due to a computer glitch in Ohio. That sprawling network would have been reenergized regardless, but Northfield’s dense energy provided a convenient assist and made ISO’s job easier. But are rare-hour emergencies enough to justify more decades of NMPS daily destructive use? In truth–what would amount to virtual energy storage monopoly, need not be locked-in, de facto, by FERC as this region’s energy future for decades to come. There are other options.

“Pumped hydro is the most cost-effective way to store electricity,” that story stated flatly. But in September of 2016 the MA Department of Energy Resources and the MA Clean Energy Center released a study: “Massachusetts Energy Storage Initiative: State of Charge.” It noted the Bay State lags behind in innovation and deployed energy storage, ranking 23rd nationally. However, comparing new storage technologies now available to the costs of pumped storage, it noted three that will all readily out-compete pumped storage costs by 2018: Lithium Ion, Flow Battery and Compressed Air Storage.

These local/regional storage solutions are already coming into use in New England. They create distributed generation and safer, more reliable micro-grids—less vulnerable to mass outages and mega-grid cyber attack and failure. They also create jobs. Certainly they are more attractive to consumers than sending local solar and wind across New England to recharge a river-crippling machine—and repurchase that juice later at inflated consumer prices.

That story mentioned Northfield’s 18,000 panel solar array–enough for a few hundred homes. But that tax-deductable FirstLight solar field actually covers the huge scar leftover from acres of EPA-mandated settling ponds—sludge pools required in 2010 when they had to dredge their mountain of muck back out of the river. Also not mentioned were handsome payments NMPS collects when it chooses not to generate any power. They accrue through a FERC mechanism known as “capacity fees.” If “spot market” prices aren’t sweet enough, FirstLight can simply sit their plant idle, collecting ratepayer cash just for their “capacity” to potentially generate. With NMPS as its chief hydro asset, former owner GDF-Suez once told investors 40% of its annual profits had been realized through capacity fees.

FirstLight’s EPA-ordered sludge settling pools and drying pile at the Rt. 63 site covered by a solar panel installation today. (CLICK TO ENLARGE, THEN CLICK AGAIN.)

Gus Bakas, FirstLight’s Massachusetts operations director, stated his goal for the 45 year-old plant is to someday see it running wholly on “green” power–solar and wind relayed to it from legions of regional rooftop panels and turbines. That would align with Massachusetts’ new “Energy Storage Initiative,” a 10-year effort purportedly aimed at saving ratepayers “hundreds of millions of dollars” while making the grid more reliable and reducing greenhouse gasses. But wind runs strongest at night and is not plentiful in western New England, while all solar is generated by day. With NMPS’s peak-demand profit model based on sucking up bulk power and the river at night, something seems missing from the equation. Unless there are now plans to again run the river backward by day, when migrating fish are most vulnerable to entrainment.

The Federal Energy Regulatory Commission is charged with supplying reliable electricity at fair costs to the public, while fostering competition and protecting against energy monopolies. All licensing decisions from FERC must also comply with federal law including conditions set under the National Environmental Policy Act, the Fish and Wildlife Coordination Act, the Endangered Species Act, and the Clean Water Act. The operation of NMPS continues to prove a stumbling block to the successful execution of these federal acts and policies.

In the near-term, for rare big-grid emergencies, a summer heat-wave or winter cold snap, NMPS remains a credible back-up tool. But Northfield otherwise continues today as an expensive, profoundly-damaging energy relay device whose net-loss operations chew apart a critical four-state artery daily. Given its violent year-round ecosystem impacts, its drag on federal trust and endangered species restoration programs–and the market’s current and emerging alternative energy storage solutions, FERC should not sanction NMPS long-term, as its dominant, de facto, New England energy storage monopoly.

End

Writer and journalist Karl Meyer lives in Greenfield, MA. He has been participating as a stakeholder and member of the Fish and Aquatics Study Team in the five-year FERC relicensing process for the Northfield Mountain and Turners Falls projects since 2013. He is a member of the Society of Environmental Journalists.

Karl Meyer: Connecticut River power storage plant is an ecological, economic and energy disaster

http://www.wbur.org/bostonomix/2016/12/02/northfield-mountain-hydroelectric-station

Rolling over on a River: the real cost of pumped storage energy

Posted by on 26 Oct 2016 | Tagged as: American shad, climate change, Connecticut River, Connecticut River ecosystem, Connecticut River Watershed Council, Daily Hampshire Gazette, ecosystem, Entrainment, Federal Energy Regulatory Commission, federally-endangered Connecticut River shortnose sturgeion, federally-endangered shortnose sturgeon, FERC, fossil fuels, Greenfield Recorder, ISO New England, MA Division of Fish and Wildlife, National Marine Fisheries Service, NMFS, NOAA, Northfield Mountain, Northfield Mountain Pumped Storage Project, Northfield Mountain Pumped Storage Reservoir, nuclear power, Public Comment period, public trust, pumped storage, Relicensing, shad, shortnose sturgeon, Society of Environmental Journalists, The Recorder, Turners Falls power canal, US Fish & Wildlife Service, USFWS, Vermont, Vermont Digger, Vermont Yankee

Copyright © 2016 by Karl Meyer

(Note: this essay appeared in September and October in these MA and VT media and newspaper outlets: Vermont Digger, www.vtdigger.org ; The Daily Hampshire Gazette; and The Recorder.)

besttfemptybed

The de-watered CT below Turners Falls Dam that few people see. (Click, then click again to enlarge.)

Rolling over on a river

Since time began rivers have been the Earth’s arteries—the foundation of its ecosystems. Here in New England it’s “last chance” time for our Great River. On April 30, 2018 the fate of the long-foundered Connecticut River migratory fisheries restoration—and the survival of a four-state river ecosystem, will be decided for what’s essentially forever. New Federal Energy Regulatory Commission hydro licenses are expected to be signed then by government agencies and the Canada Pension Plan Investment Board–latest purchaser of the Turners Falls and Northfield Mountain projects. That company’s stated investor mandate is “to maximize investment returns without undue risk of loss.”

Over two generations ago public-trust mistakes were made favoring power companies, fish hatcheries, and high-end salmon-fishing interests that rendered eight miles of the Connecticut in Massachusetts a massively-suctioned, partially-dewatered flush sink. Sanctioned by fisheries agencies and non-profits, those decisions, severed an ecosystem in two. They forced all migrating fish into a deadly power canal, leaving three emptied miles of riverbed below Turners Falls Dam, while four turbines at the Northfield Mountain Pumped Storage Station five miles upstream consumed massive amounts of nuclear energy to suck a river backward and uphill to a mountaintop reservoir.

Those turbines were built to run on the promised endless supply of overproduced juice generated nightly at the local, now-closed, Vermont Yankee nuke, 15 miles away. Today, running on giant slugs of imported fossil fuel, they continue to spin, sucking the river up in endless gulps into a 4 billion gallon pool a mile up Northfield Mountain. That daily suctioning creates riverbank eroding “tides” higher than those at Hyannisport, MA—with some rivaling the ten-foot fluctuations of Fundy Bay.

Back then, predecessors of today’s National Marine Fisheries Service, the US Fish & Wildlife Service, Massachusetts’ Fish & Wildlife and the Connecticut River Watershed Council signed off on an agreement with the Federal Power Commission and Western Massachusetts Electric that strangled the river in northern Massachusetts. It resulted in the failure of migratory fish passage and a promised renewal of the river’s ancient seafood resources upstream to Vermont, New Hampshire, and northern Mass. Few American shad emerged alive after diversion into that canal. It also failed the shortnose sturgeon—this river’s only federally endangered migratory fish, leaving it without flow or monitoring at its only documented natural spawning site.

Upstream at Northfield the destruction was yet more complete. The suck and gush appetite of that nuclear-charged contraption virtually disassembled the river. It gulped flow at a rate of 15,000 cubic feet per second, often for hours at a time—drawing on the river pool above Turners Falls Dam where, 70% of the time, the Connecticut’s natural routed flow is less than 15,000 cfs. Boaters a mile downstream could find themselves drifting upriver via Northfield’s unearthly pull. All fish and organisms drawn up through the sphere of that suction were deemed “functionally extirpated”–dead to the ecosystem by virtue of being sieved twice through the turbines. It was evolution in reverse, a river ripped away from its eternal run to the sea.

Today, climate-blind FERC labels Northfield as a source of “renewable clean” energy—but there’s nothing clean, renewable or sustainable about its imported, twice-produced, peak-priced electricity crippling this river. ISO New England, FERC’s Northfield-cheering, ever-energy-hungry cousin, also ignores climate and its environmental dismemberment. “Pumped storage” is not hydropower—not even by the industry’s own technical terminology. Northfield-produced power in fact represents the heavy planetary burden of fossil fuel used to push a mountain of water uphill, merely as a weight to produce high-cost, second hand electricity. It cares nothing of rivers, fish or ecosystems.

If bureaucrats again fail the public trust and don’t demand critical habitat protections, flows, and the day-to-day monitoring needed to fulfill U.S. environmental statutes, Canadian pension speculators will be left as the de facto controlling interests on our river. The new owners have asked FERC to merge two separate licenses for Northfield and Turners Falls into a single new license dubbed the “Northfield Project.” What’s represented as mere bureaucratic streamlining would actually enshrine, by precedent–next time and forever, river-killing pumped storage.

Any responsible environmental agency should deny this single-license merger, and seek to have Northfield kept in use as emergency infrastructure only—with the ultimate remedy it’s dismantling in tandem with a move to a decentralized, far less vulnerable system than today’s expanding mega-grid. Massachusetts legislators are currently signing onto backroom energy deals for a glut of future hydropower from Quebec. Some 1,200 megawatts of those penciled-in imports could easily replace the few hours of daily juice Northfield puts out–while keeping it available for rare emergencies. Though the new Canadian power imports largely ignore conservation and innovation, they could be employed to end the river carnage here and begin restoring a future for a critical New England ecosystem.

(Note: timely public comment on licensing issues is carefully considered by FERC. Go to: http://ferc.gov/docs-filing/ecomment.asp and use “E-Comment.” Check “Hydro” and address to Secretary Kimberly D. Bose, using the required identifiers “P-2485” and “P-1889” for Northfield and Turners Falls.)

Karl Meyer lives in Greenfield MA. He is participating in the FERC relicensing process and is a member of the Society of Environmental Journalists.

Citizens win: back science and re-water CT’s Dead Reach

Posted by on 25 Jul 2016 | Tagged as: 5-year FERC licensing process, Connecticut River, Connecticut River ecosystem, Connecticut River shortnose sturgeon, Dead Reach, endangerd shortnose sturgeon, Federal Energy Regulatory Commission, Federal Energy Regulatory Commission Chairman, FERC, FERC Chairman Norman C. Bay, fish passage, New Hampshire, Senator Bernie Sanders, shortnose sturgeon, Test flows, Turners Falls, Turners Falls dam, Vermont

P1000358
Flow through the DEAD REACH at Rock Dam, (click to enlarge).

**2016-07-19BERNIE SANDERS-FERC CHAIR BAY**

If you have a moment, CLICK and read the document **highlighted** immediately above and read carefully. NOTE: you’ll have to click, then click again in new window.

If you do, you will see a significant victory for the Connecticut River ecosystem. The Dead Reach of the river has been strangled by power company flows diverted out of the riverbed here for generations. Essentially, with just 400 cubic feet per second of flow mandated in the river below Turners Falls Dam for the last 44 years, the Connecticut has been left for dead when it comes to upstream migrants and endangered shortnose sturgeon each spring. Its been the great ugly secret of New England’s Great River for generations, kept quiet by fisheries agencies and watchdog groups alike.

But this year, when FERC relicensing study flows were proposed that would potentially destroy any chance of spawning success in the Dead Reach for the endangered Connecticut River shortnose sturgeon at Rock Dam, citizens stood up for published state and federal science, while fish agencies and NGOs stood on the sidelines.

The result: 40% more water was ultimately reintroduced into that desperately de-pauperized Dead Reach habitat throughout May and into early June–water that should have been demanded for fisheries protection decades ago. Instead of releasing just 1500 cfs into that reach, citizen input caused that number to be raised to 2,500 cfs as the minimum amount FirstLight would have to let flow through the ancient channel.

This was a victory for the river–and not one engineered by Senator Sanders(though his letter of inquiry was a welcome addition), who didn’t send his query to FERC until mid-June. FERC commenters were concerned folks from around the region. A close look at the files shows most were local Bay Staters simply looking out for their home river. They understood what you do when there is key information available: you don’t play politics; you stand up for good science.

This represents a victory for the implementation of long-range, public research findings taking precedence in the decision-making process on river flows. And it occurred despite any agency or NGO backing, or input.

Any increase in flows in this broken stretch of the Connecticut is a victory. However, 40% of very little, is simply not enough. That 2,500 cfs represents the ABSOLUTE bare minimum amount of water necessary just to have migratory fish move upstream upstream here, and allow sturgeon the possibility of remaining on their only documented natural spawning ground in this ecosystem to attempt reproduction. Much more flow is needed to restore this habitat, nourish passage of spring migrants to Vermont and New Hampshire, and allow shortnose sturgeon to successfully spawn and raise young, beginning their long road to recovery.

Politics and wimpy advocacy here, rather than solid science and public input, have been allowing the Connecticut to be run into the ground for generations now. This spring was a little different.

HOLYOKE HOISTS RECORD SHAD NOS; TURNERS FALLS FOUNDERING ON ALL FRONTS

Posted by on 13 May 2016 | Tagged as: American shad, Connecticut River, federally-endangered shortnose sturgeon, GDF-Suez FirstLight, Greenfield Community College, Holyoke Fish Lift, National Marine Fisheries Service, New Hampshire, NOAA, Rock Dam, salmon, shad, shad fishing, shortnose sturgeon, Test flows, Turners Falls, Turners Falls dam, Turners Falls power canal, US Fish & Wildlife Service, USFWS, Vermont

P1000397

Copyright © 2016 by Karl Meyer

According to USFWS Connecticut River Coordinator Ken Sprankle on Thursday, May 12, 2016, the Holyoke Fishway lifted more fish—specifically 54,006 American shad, than on any single day in the fish lift’s 61 years of operation. In 1955, something simple and sensible came into being on the Connecticut. It was a fish passage set-up that brought shad directly upstream in the riverbed via upstream attraction flows, and drew them into an elevator that gave them a lift directly above South Hadley Falls. Once there they could head upstream toward open spawning habitat in Vermont and New Hampshire. For three generations, Holyoke has been the single largest fish passage success site and story for American shad on the entire East Coast.

Sadly, just 36 miles upstream, those shad met with the fish passage restoration boondoggle-disaster of all-time—a three-ladder fish passage puzzle that forced all fish into a 2.7 mile long power canal at Turners Falls. Steered out of the river, and forced to negotiate a turbine lined canal in order to make it upstream beyond the Turners Falls Dam, the average annual success rate was 4 fish out of 100. To focus in a bit more on the present, what Holyoke passed yesterday was nearly the equivalent of all the shad that made it past Turners Falls Dam last year: 58,000.

The Turners Falls Power Canal remains the dead end, adjacent to the Connecticut River’s Dead Reach, where the federal/state Connecticut River migratory fisheries program has lingered in a comatose—nearly frozen state, since those ladders were built in 1980.

Given the brief nature of spring spawning conditions, it’s likely—at minimum, 25,000 of yesterday’s shad from Holyoke will be attempting that torturous labyrinth in Turners Falls by midday today (Friday). Most won’t make it past, and most will expend over a week of their precious spawning energies in the attempt. A high, though poorly studied or documented percentage, will ultimately be cut up in the turbines of the Turners Falls Power Canal.

Such is the legacy of non-intervention on behalf of the public’s fish, and the 45 year focus on creating a hatchery strain of salmon on a river system where the species had been extinct since 1809. So, again, Vermont, New Hampshire, and northern Massachusetts—sorry, but your fish are stuck down here in the miseries of a power canal and the Connecticut’s Dead Reach lacking suitable flows and fish passage.

On that note: it’s now six weeks since we had the first fish passage numbers reported from Holyoke Dam. Here at Turners Falls, we have nothing from GDF-Suez FirstLight and the Greenfield Community College students hired to tally them. The public’s fish, and the information as to their whereabouts, remains in private hands—most of it in the murky environs of a private power canal.

I’ll give you an on-the-ground update from my visits. At Rock Dam, just after midday on Tuesday, three anglers were working the site for shad. Curiously, there was a very clear “tide” line in the sand at the site—which is also the natural spawning ground for endangered shortnose sturgeon. The very recent high water mark was between 10 and 25 feet wide leading down to the water’s edge. It indicated a recent and significant change in flow there. One of the gentlemen said the drop came quickly, and had only happened “fifteen minutes ago.” Such “ramping” up and down of flows by the power company has huge implications for migrating and spawning fish. In fact, ramping at this site is one of the key reasons for spawning failure for endangered sturgeon. But, who’s watching?

Anyway, the three anglers reported that the shad were running here before the flow drop—there were several in two buckets, but they had disappeared once flow conditions changed.

I returned to Rock Dam on Wednesday, and there was just a lone guy and his dog present. His name was Shawn, and he’s lived nearby for the past year, but this was his first outing for shad. He looked to be in his early 20s.

There must’ve been plenty of shad trying to pass upstream at Rock Dam—with extra “test” flow water being released at the dam for federal relicensing studies. It wasn’t a minute after I clambered up the rocks to speak with him that he hooked his first fish. I obliged and took his photo with it. While there, I also took a minute to explain that shad don’t survive handling well, and they do best if handled very gently and while right in the water at the shore line.

I only tarried only for five more minutes–in which time Shawn landed two more fish, and four new anglers had scrambled down to join the shad run at the Rock Dam.

The latest Connecticut River shortnose sturgeon count at Holyoke Dam: 15 fish—ostensibly on spawning runs to that self-same Rock Dam spawning haven, have been lifted in the fish ladder this spring–and stopped abruptly once reaching the top floor. Every one of them has been slapped on the nose with a newspaper, told “NO!” and been dropped back in the drink below the dam. “Wait till next year..!” Hey, National Marine Fisheries Service: that is award-worthy endangered species protection through genetic deprivation! Kind of makes you miss David Letterman and his Stupid Pet Tricks…

No “Springtime for Sturgeon in Holyoke…”

Posted by on 06 May 2016 | Tagged as: Connecticut River, Connecticut River ecosystem, Endangered Species Act, Federal Energy Regulatory Commission, federal trust fish, federally-endangered shortnose sturgeon, FERC, Holyoke Fish Lift, Holyoke Gas & Electric, MA Division of Fish and Wildlife, National Marine Fisheries Service, NMFS, NOAA, Rock Dam, Rock Dam Pool, shortnose sturgeon, Turners Falls, US Fish & Wildlife Service, USFWS

SHadFalls2MtTom
HG&E’s Holyoke Dam with Mt. Tom in background(click to enlarge)

No “Springtime for Sturgeon in Holyoke…” Unenforced FERC License continues the woes for the Connecticut’s only federally endangered migratory fish

Copyright © 2016 by Karl Meyer

For endangered shortnose sturgeon on the Connecticut River this year has been the best thing and the worst thing to happen to them since 1849. In an infinitely promising development over a dozen sturgeon(13 thus far)have found their way into the retooled Holyoke Fish Lift this spring—and all were lifted 30 feet toward upstream spawning habitats at the facility. However, in a most ugly turn of events for a creature listed under the Endangered Species Act since 1967, every one of those sturgeon was subsequently dropped back downstream by humans working there. They literally gained ten yards… after 167 years. Sorry kids, wait ‘til next year–or maybe the one after that.

In 2002 Holyoke Gas and Electric was issued a FERC license under which they were required to complete construction of a fish lift providing up- and downstream access for endangered sturgeon by 2008. FERC, responsible for enforcing those license requirements as well as the tenets of the ESA, failed to enforce their requirements, leaving those improvements unconstructed, year after year. The National Marine Fisheries Service, US Fish & Wildlife Service, and MA Division of Fisheries & Wildlife sat on their hands respecting their responsibilities to act. Nor did any so-called “watchdog” group fulfill their role–to make the enforcers enforce.

This was just the latest failure in a foundering Connecticut River ecosystem steered by money and politics rather than legal obligations, science, and enforcement of the public trust. Just consider that one of the Connecticut River Watershed Council’s Board Members has worked for Holyoke Gas & Electric at their fish lift for a decade… Then consider the resounding silence on enforcement.

This year–a full 9 springs beyond their license obligations, HG&E finally completed that mandated construction at the Holyoke Fish Lift. That says a mouthful about FERC, their licensing process, private industry, and whether anyone is actually protecting the public’s fish and river.

Grimly this spring, when the most sturgeon embarking on upstream spawning runs since the building of the railroads made it to the top of those South Hadley Falls, all were captured and “released downstream” of Holyoke Dam. This bit of brilliance comes via the orders—or lack thereof, of NOAA’s National Marine Fisheries Service. Their failure to act again denies any new genetic input into the tiny upstream population keeping this species’ flickering spark alive across the centuries up at their sole natural spawning site, the Rock Dam in Turners Falls.

Below Holyoke, generation after generation of these long-lived fish have been relegated to simply growing to maturity, repeatedly attempting to return upstream, and ultimately expiring without ever having the chance to pass on their genes. That goes back to the time of President Zachery Taylor.

In one very cruel act of fate, any shortnose sturgeon finding themselves downstream of the newly constructed Holyoke Dam in 1849, were forever barred from reaching their sole natural spawning site in the river system—that ancient Rock Dam pool in Turners Falls. What that has meant is that hundreds upon hundreds of these fabulously evolved fish–across more than a century and a half, have been relegated to the status of “reproductive nulls,” unable to spawn in their natal river system.

Pick your favorite bad actor in this failed scenario–there are a half-dozen choices.

Next Page »