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Mikey Wier is a lifelong angler, filmmaker, and conservationist based in California. Raised in the Sierra Nevada foothills, Mikey has spent decades exploring and documenting the wild waters of the American West. A passionate fly fisher and former professional snowboarder, he's best known for his award-winning fly fishing films, including Soulfish and Fish Eye Films, which helped shape the modern fly-fishing film scene. Mikey currently works with California Trout, where he combines his storytelling skills and on-the-water knowledge to promote coldwater conservation across the state. In this episode of Anchored, we go all the way to the very beginning to hear how he got his start. This episode of Anchored is brought to you by Bear Mattress. Go to bearmattress.com and use promo code ANCHORED at checkout to get 40% off sitewide. Learn more about your ad choices. Visit megaphone.fm/adchoices
The Klamath River was once a legendary steelhead and salmon fishery, and now, after the removal of four dams, has been reborn. Mikey Wier works for California Trout, which works to improve the habitats of several fish species throughout California. He was also a professional guide and fished the Klamath River before and after the removal of dams. Join us to learn how the river is doing and the best places and ways to fish it.
This week on the EcoNews Report our host Alicia Hamann from Friends of the Eel River talks about the flurry of recent developments on Eel River dam removal. On January 31 PG&E released their final draft license surrender application, a document that outlines some of the logistics of how they plan to remove the two Eel River dams. PG&E is accepting comments on this document until March 3, you can find more information at eelriver.org.On a separate but parallel track is the publication just last week of a deal for wet-season diversions from the Eel to the Russian post-dam removal in exchange for a number of benefits for the Eel. This includes agreement from all parties to support timely dam removal, $1-million-dollar annual payments to Round Valley Indian Tribes for lease of the water right they will take ownership of, and between $750,000 - $1 million dollar annual payments into an Eel restoration fund. Our guests include Hank Seeman, Humboldt County Public Works Deputy Director; Darren Mireau North Coast Director for California Trout; Charlie Schneider, Senior Project Manager for California Trout, and Scott Greacen, Conservation Director for Friends of the Eel River.Learn more:Eelriver.orgFreetheeel.orgEel River restoration and conservation plan: https://caltrout.org/eel-river-watershed-program/reportEel River Expo: https://caltrout.org/eel-river-watershed-program/eel-river-expoSupport the show
Host Dave Schlom is joined by Curtis Knight, Executive Director of California Trout, for an in-depth look at one of California's crown jewels, the McCloud River near Mt. Shasta.
Curtis Knight has worked for CalTrout since 2000, he is currently their Executive Director. He has been working on removal of obsolete dams along the Klamath River which will open up fish passage to over 400 miles of potential spawning and rearing habitat. In this episode you will learn about the Klamath dams and their history and why the dams need to be removed. You will hear about Mcloud river fishing and why the trout there do not eat dries. Curtis talks about water rights for major California cities, the native tribes around Mt. Shasta, and the different strains of fish that enter the river throughout the year. From CalTrout:Project DescriptionKlamath Dam removal stands out as one of the most promising salmon recovery opportunities in the history of California Trout. Since 1917, the four Klamath Dams have blocked access to hundreds of miles of salmon and steelhead productive habitat. It has diminished the productivity of the Klamath River and its tributaries, blocked spawning grounds, and blocked off cold source water. Beyond loss of habitat, Iron Gate Dam now serves as a giant heat sink that creates water quality problems, including toxic algae blooms. The decommissioning and removal of the Klamath Dams not only makes economic sense, but would greatly benefit the Klamath-origin salmon fisheries and all other Klamath Basin public resources that have been adversely affected by these dams over the past century. CalTrout is working with more than 20 conservation partners and tribes to facilitate a FERC license transfer to KRRC followed by the removal of the four dams and restoration of the river. Support this podcast Produced by Jason Reif Learn more about your ad choices. Visit megaphone.fm/adchoices
Host Dave Schlom is joined by the Executive Director of California Trout, Curtis Knight, to talk about the conservation organization and its regional restoration projects across the state.
A new agreement signed by California Trout, the Farmers Ditch Company, and the Yurok Tribe with Mike Belchik of the Yurok Tribe, Gareth Plank from FDC, and Damon Goodman from CalTrout.
Host Dave Schlom visits with an array of guests that are involved in major watershed restoration projects being conducted by the conservation organization California Trout.
California has declared that species diversity is a major environmental goal. After 150 years of intensive agriculture, achieving that goal is a challenge. But there is a great example underway on the Sacramento River where endangered salmon are being saved by proactive rice farmers. The Nigiri Project reveals an approach that has implications for crop and livestock operations across the state and the nation.
If we reimagine how water flows across our landscape, we can help both fish and our farms. At Eco Farm in Pacific Grove, California that was the message to farmers from all over the world from a popular keynote presentation by Jacob Katz, the Lead Scientist with California Trout. Mas Masomoto, legendary Organic pioneer sets the stage for the stimulating ideas that always surface at ECO Farms when surprise and promise float to the surface, even from our rivers. www.caltrout. org www.eco-farm.org
December 29, 2022 — The license for the Potter Valley Project is undergoing a variety of considerations. As PG&E prepares its plan for decommissioning the inter-basin hydropower project that diverts water from the Eel River into the Russian River, the Federal Energy Regulatory Commission, or FERC, announced that it is considering reopening the license. That means that, although it granted PG&E an annual license in April, it's thinking about adding requirements for a number of wildlife protection and habitat monitoring measures that were proposed in March by the National Marine Fisheries Service, another federal regulatory agency. PG&E argues that the decommissioning process will provide plenty of opportunity to review protective measures, and that there's no evidence of harm to embattled salmon. But FERC appears to have taken notice of legal threats by environmental groups claiming the project violates the Endangered Species Act. FERC has accepted comments for and against the proposed reopening of the license, and PG&E has pledged to submit its decommissioning documents by January of 2025. By that time, the project may technically be under new ownership. This month, PG&E asked FERC to allow it to transfer a list of hydropower projects to a new Delaware-based LLC called Pacific Generation, writing that the transfers “are part of a broader corporate reorganization being undertaken to facilitate raising equity for PG&E's utility needs.” PG&E spokesman Paul Moreno noted in an email that, “Nothing will change for Potter Valley or the decommission process. Pacific Generation LLC will be a majority-owned subsidiary of PG&E, which will own other PG&E hydropower facilities as well as natural gas power plants and some solar arrays and battery storage. It was not created just for (the) Potter Valley Project.” PG&E assured FERC that it plans to “remain the majority and controlling owner of Pacific Generation;” and that its employees “will continue to operate and maintain the assets…just as they do today.” The restructuring would have to be approved by the California Public Utilities Commission (CPUC) , which in 2023 will also set the rates for the next four years. In September, PG&E requested that CPUC expedite the process, completing testimony, hearings, and filing of briefs by May first. Mark Toney, the Executive Director of The Utility Reform Network, or TURN, a ratepayer advocacy group, said TURN is “opposing the deal strenuously.” One of TURN's many worries is that if PG&E goes bankrupt again, its assets could be out of reach of settlements. TURN filed an objection to PG&E's proposal and the request for expediting the proceeding, declaring that, “this application benefits shareholders, and an expedited schedule would only serve to benefit shareholders…not avoid ratepayer harm.” TURN also asked if it was reasonable for PG&E to indemnify Pacific Generation for wildfire damages caused by PG&E's equipment, writing that “The Commission should examine whether this would result in an unreasonable transfer of risks.” Environmentalists are concerned, too. Redgie Collins is legal counsel for California Trout, one of the groups that filed a notice of intent to sue PG&E for harming endangered species. Collins is also a steering committee member of the Hydropower Reform Coalition, a statewide consortium of environmental groups dedicated to “restoring environmental and recreational values at hydropower projects presently being relicensed,” according to its website. The licenses for three of the 21 hydropower plants PG&E wants to transfer to Pacific Generation are being surrendered, while seven are up for renewal. Collins suspects that PG&E is “trying to sneak bad assets into its portfolio,” in part by overstating how viable they are. In its transfer application to FERC, PG&E wrote that Potter Valley is a 9.4-megawatt project, though it hasn't generated any power since a transformer broke down over the summer. Earlier this year, Moreno said the utility expected to recoup the unspecified costs of replacing the failed equipment within five years. But by mid-December, PG&E filed a brief update with FERC, stating that, “PG&E is currently in the process of considering long-term planning associated with Power Generation's portfolio. As a result, numerous projects are being reassessed to ensure resources are utilized prudently, including the Potter Valley transformer replacement project.” Collins also speculates that if the transfer is approved, the company could raise debt on some of its projects. The utility insists that the transfer should enable Pacific Generation to issue debt at lower rates than PG&E, but TURN worries that “the total amount of debt could very well increase as a result of this transaction.” One thing is certain: ratepayers will cover the costs of decommissioning. Mark Pocta, a program manager at the Public Advocate's Office at the California Public Utilities Commission (CPUC), doesn't believe the transfer would make much of a difference from a regulatory perspective. PG&E would still be regulated on a cost of service basis, and he does not believe that the rates would be set any differently if the assets are held by a subsidiary. The Public Advocate's Office is an independent group within the CPUC that is charged with representing the interests of ratepayers. Its members participate in proceedings, but they do not set rates or make decisions. Pocta noted that the cost of decommissioning hydropower plants is “typically funded through rates;” but that no money has been set aside for the purpose, because when hydro projects were built, there was an assumption that they had economic value. Before the Potter Valley license expired in April of 2020, PG&E tried hard to sell it. And a regional coalition tried unsuccessfully to drum up enough money to pay for the studies that were required to take over the license. Even without the costs that could accrue if FERC orders additional environmental monitoring and mitigation measures, PG&E estimates that decommissioning the project could cost $93 million in 2020 dollars. CalTrout estimated that it could cost between $133-$155 million. Pocta said a stipulation to set aside $48 million per year for the next four years to decommission Potter Valley and Battle Creek, a hydropower project in Shasta county, will come before the CPUC at its general rate case hearings in 2023. Decommissioning hydropower projects isn't something that happens frequently, so there are no set procedures in place. But Pocta remembers when plans to decommission another set of dams first got underway: Klamath, he remembers thinking, will take longer than ten years.
On this week's edition of the EcoNews Report, host Alicia Hamann of Friends of the Eel River is joined by three fisheries experts to talk about how we count fish in the Eel River. Tune in to hear from Wyatt Smith from the Round Valley Indian Tribes, Dave Kajtaniak from the Department of Fish and Wildlife, and Charlie Schneider from California Trout as they discuss DIDSON cameras installed throughout the watershed and what data collected from these monitoring stations tells us about salmon and steelhead populations in the entire Eel River. This data can help influence conservation decisions as we work to meet recovery target population numbers for species listed under the Endangered Species Act. The data we discuss in this episode is specific to the mainstem Eel River, so it is not reflective of entire populations in the watershed, but rather a helpful indicator of just how many fish are out there.LINKS:Redwood Empire Trout UnlimitedFriends of the EelSupport the show
Mikey Wier has been with CalTrout since 2012. Michael is the roving media guru who traverses the state to visit Cal Trouts projects and helps tell compelling stories through video, photos and print. He's also the resident fishing specialist and comes from a background in the Fly-Fishing industry as well as conservation. Growing up in the Sierra Foothills, Mikey was always close to nature. Drawn to spend a lot of time exploring lakes and rivers, he learned to fish and tie flies at a young age. When he moved to Lake Tahoe, Mikey split his time between snowboarding in the winter and fly fishing in the summer. His expertise led him to spend 15 seasons fishing and guiding the waters of the Truckee, Carson and Walker Rivers. In 2001, he also started BURL Productions, a company specializing in adventure and outdoor films. Notable titles to his credit include FISH EYE Fly Fishing Video Magazine, Trout Bum Dairies 1, SOULFISH, SOULFISH 2 and CALI RUSH. Mikey now works for California Trout helping to protect California's trout, salmon and steelhead and the state's blue-ribbon waters. He is also an ambassador for Dragon Eyewear, Loon Outdoors, Galvan Reels and Outcast Boats. Career Highlights Founding BURL Productions Guiding at Tahoe Fly Fishing Outfitters Working as California Trout fishing ambassador and outreach coordinator Learn more about your ad choices. Visit megaphone.fm/adchoices
Mikey Wier has been with CalTrout since 2012. Michael is the roving media guru who traverses the state to visit Cal Trouts projects and helps tell compelling stories through video, photos and print. He's also the resident fishing specialist and comes from a background in the Fly-Fishing industry as well as conservation. Growing up in the Sierra Foothills, Mikey was always close to nature. Drawn to spend a lot of time exploring lakes and rivers, he learned to fish and tie flies at a young age. When he moved to Lake Tahoe, Mikey split his time between snowboarding in the winter and fly fishing in the summer. His expertise led him to spend 15 seasons fishing and guiding the waters of the Truckee, Carson and Walker Rivers. In 2001, he also started BURL Productions, a company specializing in adventure and outdoor films. Notable titles to his credit include FISH EYE Fly Fishing Video Magazine, Trout Bum Dairies 1, SOULFISH, SOULFISH 2 and CALI RUSH. Mikey now works for California Trout helping to protect California's trout, salmon and steelhead and the state's blue-ribbon waters. He is also an ambassador for Dragon Eyewear, Loon Outdoors, Galvan Reels and Outcast Boats. Career Highlights Founding BURL Productions Guiding at Tahoe Fly Fishing Outfitters Working as California Trout fishing ambassador and outreach coordinator Learn more about your ad choices. Visit megaphone.fm/adchoices
Mikey Wier has been with CalTrout since 2012. Michael is the roving media guru who traverses the state to visit Cal Trouts projects and helps tell compelling stories through video, photos and print. He's also the resident fishing specialist and comes from a background in the Fly-Fishing industry as well as conservation. Growing up in the Sierra Foothills, Mikey was always close to nature. Drawn to spend a lot of time exploring lakes and rivers, he learned to fish and tie flies at a young age. When he moved to Lake Tahoe, Mikey split his time between snowboarding in the winter and fly fishing in the summer. His expertise led him to spend 15 seasons fishing and guiding the waters of the Truckee, Carson and Walker Rivers. In 2001, he also started BURL Productions, a company specializing in adventure and outdoor films. Notable titles to his credit include FISH EYE Fly Fishing Video Magazine, Trout Bum Dairies 1, SOULFISH, SOULFISH 2 and CALI RUSH. Mikey now works for California Trout helping to protect California's trout, salmon and steelhead and the state's blue-ribbon waters. He is also an ambassador for Dragon Eyewear, Loon Outdoors, Galvan Reels and Outcast Boats. Career Highlights Founding BURL Productions Guiding at Tahoe Fly Fishing Outfitters Working as California Trout fishing ambassador and outreach coordinator --- Support this podcast: https://anchor.fm/guy-jeans/support
Mikey Wier has been with CalTrout since 2012. Michael is the roving media guru who traverses the state to visit Cal Trouts projects and helps tell compelling stories through video, photos and print. He's also the resident fishing specialist and comes from a background in the Fly-Fishing industry as well as conservation. Growing up in the Sierra Foothills, Mikey was always close to nature. Drawn to spend a lot of time exploring lakes and rivers, he learned to fish and tie flies at a young age. When he moved to Lake Tahoe, Mikey split his time between snowboarding in the winter and fly fishing in the summer. His expertise led him to spend 15 seasons fishing and guiding the waters of the Truckee, Carson and Walker Rivers. In 2001, he also started BURL Productions, a company specializing in adventure and outdoor films. Notable titles to his credit include FISH EYE Fly Fishing Video Magazine, Trout Bum Dairies 1, SOULFISH, SOULFISH 2 and CALI RUSH. Mikey now works for California Trout helping to protect California's trout, salmon and steelhead and the state's blue-ribbon waters. He is also an ambassador for Dragon Eyewear, Loon Outdoors, Galvan Reels and Outcast Boats. Career Highlights Founding BURL Productions Guiding at Tahoe Fly Fishing Outfitters Working as California Trout fishing ambassador and outreach coordinator --- Support this podcast: https://anchor.fm/guy-jeans/support
August 23, 2022--Anna Halligan interviews two guests: Dana Stolzman, Executive Director of Salmonid Restoration Federation, and Gabriel Rossi, ecologist and researcher at UC Berkeley and the non-profit California Trout, about the 24th Annual Coho Confab happening September 9th-11th.
July 29, 2022 — This week, the Federal Energy Regulatory Commission (FERC) issued two decisions that water interests in the Eel and Russian River watersheds have been waiting on for months. On Wednesday, the Commission approved a drastic reduction in the flow of water through the Potter Valley hydropower project into the East Branch of the Russian River. As of 2:00 yesterday afternoon, the water coming out of Lake Pillsbury started to be reduced from 75 cubic feet per second to five cfs. The Potter Valley Irrigation District will continue to receive up to 50 cfs on demand. PG&E still owns the project, though it recently submitted a 30-month schedule for decommissioning, which FERC approved. PG&E argued that it needed to reduce the flow in order to preserve the infrastructure at Lake Pillsbury, as well as cold water pools at the bottom of the reservoir for fish habitat. The National Marine Fisheries Service (NMFS), declared that if the water levels in the lake went down below 30,000 acre feet, the water would get too hot for juvenile salmonids. Though there is no fish ladder at Scott Dam, which impounds Lake Pillsbury, there is a needle valve at the bottom of the dam. The valve releases water into the 12-mile section of the Eel River between Lake Pillsbury and the van Arsdale Reservoir, near the diversion tunnel that directs the water into the Russian River. Charlie Schneider is the coordinator with the Salmon and Steelhead Coalition, a partnership among Trout Unlimited, California Trout, and the Nature Conservancy. He said early models indicated that, in order to preserve the cold water pools, the variance should have been implemented by July 15. “We're glad the variance was finally approved, but I think we need to better understand and look at those models to really see what's going to happen later this summer,” he said; “to see if it is in fact too late.” He added that conservationists are interested in preserving the 30,000 acre-feet of storage in Lake Pillsbury because in “big, deep reservoirs, the water stratifies, and the water in bottom part of the dam is cooler than the water at the top…the more water you're able to retain in there, the more cold water there is in the bottom of the lake. And that's the water that gets released from the low-level outlet. So it's really about preserving water temperature in that 12-mile reach between Scott and Cape Horn dams, making sure that water's a cool enough temperature to be habitable for salmonids.” Elizabeth Salomone, General Manager of the Mendocino County Russian River Flood Control and Water Conservation Improvement District, expects drastic changes for human water users on the other side of the diversion tunnel. “It's unusual for curtailments to cut into what we call the pre-1914 grouping,” she noted. “We do expect the curtailments to cut back into that pre-1914 category. But we won't know for sure until the State Water Board issues their findings and curtailment notices.” Salomone expects the state will allow Upper Russian River water users enough water to meet human health and safety needs, which is 55 gallons per person per day. Some urban water suppliers have other sources, including groundwater or recycled water. And some farmers as well as urban centers have contracts to divert stored water from Lake Mendocino. “So not everyone will go completely without water,” she concluded. The Commission also delivered an ambiguous opinion refuting the claims of environmental groups that the Commission has the authority to amend the Potter Valley Project's new annual license to include more protection measures for wildlife. The license for the Project expired on April 14. Within days, a group of conservationists and fishermen filed a 60-day notice of intent to sue PG&E under the Endangered Species Act. At the time, Redgie Collins, the Legal and Policy Director for California Trout, one of the coalition threatening the lawsuit, said that with the expiration of the license, PG&E “can no longer harm, harass, directly kill or injure salmon or steelhead at their project site.” The group wanted a new round of improved mitigation measures, arguing that the Commission had discretion over whether or not it granted the annual license. The Commission rejected that argument, saying that it was required to issue an annual license after the old one expired. And, while it also denied the coalition's call for an Endangered Species Act consultation, it did consult with NMFS to require PG&E to monitor water in parts of the Eel River and Lake Pillsbury. The utility must pay for two state programs to monitor salmon on the mainstem and middle fork of the Eel River for a period of time. It's also required to continue collecting data on water quality in Lake Pillsbury and provide that data to NMFS, the California Department of Fish and Wildlife, U.S. Fish and Wildlife, and the Round Valley Indian Tribes. These are the four entities that PG&E consulted before making its request for the reduction. The Commission also disagreed with a slew of comments by Russian River water users complaining that PG&E was required to consult a drought working group composed of a wide array of stakeholders before requesting such a drastic change in the flows. The Commission wrote that “Establishment of and consultation with the Drought Working Group is not a license requirement; however the Commission encourages licensees to consult with stakeholders and to consider their interests when developing plans for Commission approval.” However, the Commission is now requiring PG&E to consult with the drought working group as it implements the reduction. Theoretically, the flows could be increased to 25 cfs. But the final decision will be left up to the four entities that supported the reduction to 5 cfs. Commissioner James Danly concurred with the Commission's decisions, but asked if it was fair to require ratepayers to finance the studies. Schneider thinks the solution is simple.“You know, he's sort of complaining about new operational measures while PG&E is no longer seeking to operate the project,” he reflected. “But the way to solve that is to get your facilities out of the river. Right? To get your dams out of the river, and then there won't be operational measures for you to need to comply with. He's sort of arguing like, oh, you guys should just let PG&E kill fish while they're decommissioning this project. You shouldn't worry about it. But we actually care about fish every year. Over the next couple of years while they're decommissioning this project, we want to make sure these fish are in good shape.” Danly wrote that he thinks “the Commission should ask the following: is it “reasonable” to require Pacific Gas and Electric (PG&E) — that is, California ratepayers — to pay to comply with new operational measures that are not required by law for a project that PG&E no longer seeks to operate? One must also bear in mind that compliance typically does not immediately follow an order's issuance. Orders requiring compliance frequently entail compliance plans which can take years to develop, review, and approve.” But Schneider called out the commissioner by name. “You're the people that can tell them to do it faster, FERC. Danly,” he exclaimed. “They take years. It's like, yeah, because you let them take years!” Cooperation in the allocation of water rights, often referred to as the California water wars, is rare. But on July 1, the state approved a first-of-its kind voluntary program in the upper Russian River, where senior water rights holders agreed to share their water with juniors. That program is contingent on project water that won't be available under the reduced flows, but Salomone remains optimistic. “About half of the water that's represented in water rights in the Upper Russian River signed up for the program,” she reported. “That's significant. That is a fantastic result for a pilot project. So what will happen now is that the program will essentially go on pause. It won't be canceled, it will just be on pause. It continues to be a participation tool. All of the participants will receive information on their water allocation, for which most of them, it will now go to zero. But as soon as conditions change, let's say we get a nice big rainstorm in October, or maybe even September, then the participants will be notified and their water allocation will go up as appropriate. So I am really proud of our Upper Russian River folks. This was a grassroots stakeholder-built program that took about two years to put together. And we are sticking with it, even if we have to hit the pause button. We're going to use it as a permanent tool in our toolbox, I hope.”
July 13, 2022 — There have been two developments in the ongoing saga of the Potter Valley hydropower project this week. The 20-year license has expired, but PG&E still owns and operates the project on an annual license. On Monday, PG&E submitted a rough schedule to surrender that license to the Federal Energy Regulatory Commission (FERC). In a separate filing, PG&E argued that it should be allowed to continue operating the project under the biological protections that were attached to the license when it was issued in 2002. The 100-year-old project consists of two dams and two reservoirs that impound water on the Eel River; and a diversion tunnel that sends Eel River water into the East Fork of the Russian River, eventually making up the majority of Lake Mendocino. At its height, the project was capable of generating 9.4 megawatts of power, but it's not currently producing power due to a broken transformer. The project provides water that's key to agriculture in the Russian River and has long been a hot-button issue for environmental organizations that argue it harms endangered fish in the Eel. On Monday, PG&E submitted a four-page proposal for a two-and-a-half-year timeline to surrender the license and decommission the project. The bulk of that time will be devoted to interacting with agencies and stakeholders as PG&E drafts more detailed documents. Environmentalists are pushing for a speedy removal of both dams. But PG&E spokeswoman Deanna Contreras said in an email, “We expect it will take many years following PG&E's submittal to FERC for a Decommissioning Order to be issued.” She added that PG&E still plans to replace the broken transformer, expecting it to amortize over a period of five years. Replacing the part could take up to two years. Water-using stakeholders include the Potter Valley Irrigation District, which has contractual rights to some of the water; and the City of Ukiah, which has pre-1914 rights to water further down the East Fork, before it flows into Lake Mendocino. The Sonoma County Water Agency claims the bulk of the water in the lake. The Russian River Flood Control and Water Conservation Improvement District also has water rights to the lake, and sells wholesale water in Mendocino County. All these interests are currently in suspense about whether or not PG&E will be allowed to drastically reduce the water flowing through the diversion tunnel. PG&E has stated that one of its reasons for asking FERC to allow it to cut down on the flows is to preserve a cold-water pool for young salmonids in the Eel River. But it's not just environmental advocacy organizations that are concerned about the project's impact on wildlife and the environment. Back in 2002, the National Marine Fisheries Service, or NMFS, wrote a Biological Opinion, laying out the measures that PG&E needed to take in order to comply with the Endangered Species Act. That opinion was incorporated into the license that was issued at that time, and which expired three months ago. In March of this year, NMFS wrote a letter to FERC, saying that the project was causing take, or killing and harming fish that are listed under the Endangered Species Act, “in a manner not anticipated in the Opinion and from activities not described in the Opinion.” The letter goes on to say that the fish passage facility at Cape Horn Dam has not undergone the proper consultations regarding endangered species, and that none of the operations at the facility are covered in the 20-year-old opinion. NMFS wants to re-open consultations about the license in order to update and strengthen the environmental protection measures. This means that the license for the project would be undergoing amendments at the same time that it is being surrendered. Within a few weeks of the NMFS letter, environmental advocates filed a notice of intent to sue PG&E under the Endangered Species Act, citing among other things that the fishway at Cape Horn Dam made the fish easy prey for river otters. In a 16-page letter to FERC, PG&E wrote that NMFS doesn't have evidence to back up its claims. PG&E also protested that NMFS failed to mention “any of the voluminous monitoring record covered by over 20 years of monitoring Project operations.” Redgie Collins is the legal and policy director for California Trout, one of the organizations arguing that PG&E is in violation of the Endangered Species Act. He believes the biological opinion expired along with the license, and that it needs to be updated. CalTrout is threatening litigation as part of a pressure campaign to speed up dam removal and install other structures that will enable a winter diversion from the Eel to the Russian. “We have plenty of information that shows that these 100-year-old plus Eel River dams kill fish,” he declared. “And becasue they kill fish, and because we believe that the Biological Opinion has ended, that PG&E is required to either re-consult, or open themselves up to litigation that we are preparing, as we speak.” Collins is inspired by plans to remove four hydropower dams from the Klamath River, which is scheduled to start next year. “It took them about 18 years to get to the point of the surrender process,” he said. “And once it kick-started there, the writing was on the wall for the eventual solution, which was worked on by a host of stakeholders, including tribal nations. Here we have a very similar path, and so we're hoping that they use the existing information that we've put forth, and the removal plan, and try to beat that 30-month window. That's our goal. It will never be quick enough for us.” The Round Valley Indian Tribes have weighed in on the NMFS request to amend the license, saying the tribes support all the protective measures proposed by the service. The tribes are one of the few entities PG&E notified of its intent to reduce flows coming through the project, much to the chagrin of the Russian River water users, who argued that PG&E should have assembled a full drought working group before asking FERC to sign off on the reduction, or variance. Collins says PG&E could have cut down the flows any time, without waiting around on FERC. “If they truly wanted to save listed species, they would have implemented the variance,” he said. “That cold pool will be functionally gone in a short period of time. We think just in a matter of weeks that cold pool will be drained based on the variance not being implemented.” With ag users writing angry letters pleading for more water and environmentalists threatening lawsuits, one thing is clear: the initial outreach to stakeholders is not going well. And the decommissioning process hasn't gotten started yet.
April 25, 2022 — PG&E is now operating the Potter Valley Project under an annual license, after a mystery applicant was turned down cold. And forest health enthusiasts gathered at a Buddhist monastery in Leggett over the weekend to strategize how to build fire resilience using grant funding and local labor. On Thursday, the Federal Energy Regulatory Commission granted PG&E a license to operate the project until next April, writing that the Federal Power Act does require the Commission to issue an annual license to the current licensee, “under the terms and conditions of the prior license until a new license is issued, or the project is otherwise disposed of…” The brief notice concluded that “PG&E is authorized to continue operation of the Potter Valley Project, until such time as the Commission orders disposition of the project.” On Friday, the Commission informed Antonio Manfredini, who had applied for the license on behalf of a business called PVP 77, that it was rejecting his application because it was late; he had not done any of the initial consultations or studies that were required; and the “application patently fails to conform to the requirements of the Commission's regulations.” The applicant has 30 days to request a rehearing. UPDATE: Manfredini filed an appeal on Monday morning, arguing that “The License Application submitted continues the process initiated by PG&E (P-77-285) on 4/62017 and continues the process initiated by The NOI Parties (P-77-298) on 6/28/2019.” The appeal refers to PG&E and the NOI parties as “Proxy.” A coalition that included The Mendocino County Inland Water and Power Commission, Sonoma County Water Agency, California Trout, and the County of Humboldt, notified FERC in June of 2018 that it was calling itself the Notice of Intent (NOI) Party, and that it intended to file for the license to the Potter Valley Project. Environmental groups are expecting a further order from FERC to surrender and decommission the project, though very little information is available about what that means exactly or how long it will take. Clifford Paulin, who is legal counsel for the Potter Valley Irrigation District, was not surprised that FERC granted PG&E the annual license. For him, the remaining uncertainty lies in the big-picture conditions of the drought, as well as details about the pikeminnow reduction program and how additional conditions to the license, if any, will be implemented. Paulin said that, while the irrigation district's contract with PG&E entitles it to 50 cubic feet per second, the district's directors acceded to PG&E's request to stay on a demand-based system, only asking for the amount the district can sell to its customers. This is calculated in part to protect the infrastructure at Lake Pillsbury and Scott Dam in Lake County. It also means that the only additional water going into the Russian River and Lake Mendocino from the Eel River will be the minimum instream flows required by the National Marine Fisheries Service to protect salmonids in the Russian River. Paulin thinks the wild card application may have been part of what caused the delay in FERC's announcement about the annual license, but said he didn't “see Manfredini being much of a factor' otherwise. Curtis Knight, the Executive Director of the environmental organization California Trout, described the granting of the annual license as “a big step,” which “everyone knew was coming…the only weird note was Manfredini.” CalTrout is one of the parties that was working with Russian River water users to apply for the license, but was unable to raise enough money to pay for the studies. Now it's signed on to a notice to sue PG&E under the Endangered Species Act, claiming that the fish ladder at Cape Horn Dam causes unauthorized take. Still, Knight expects that the Manfredini “distraction won't amount to much;” and is looking forward to a timeline for the surrender of the project. He hasn't given up on working with Russian River water users, but said “It may have to get a little messy first,” before FERC defines the process of decommissioning the project. In the north county, two environmental organizations gathered at the Rangjung Yeshe Gomde Tibetan Buddhist Monastery in Leggett to brainstorm plans to resist the ravages of climate change and further the vitality of the Eel River through forest management. The Northern Mendocino Ecosystem Recovery Alliance has joined with the Eel River Recovery Project to push for a major shift in preparing for fire and bringing it back to the landscape. Eli Rider, of the Leggett Valley Volunteer Fire Department, and Will Emerson, of the Bell Springs Fire Department in Laytonville, are inspired by a $4.9 million grant from CalFire to carve a fuel break into Bureau of Land Management (BLM) lands in the Red Mountain wilderness, off of Bell Springs road. The grant is being administered by the Mendocino County Resource Conservation District. In addition to a proviso that would keep the use of heavy equipment to a minimum, Rider says one of the requirements for keeping carbon down is hiring local people. “There's a large grant in the Red Mountain area and the Usal forest to create shaded fuel breaks,” he said during a pause in Saturday's activities. “They have written into the grant a triple bottom line, which is trying to lower the carbon footprint of the project. Having a local workforce will accomplish that by not having to truck a bunch of equipment in from far away…we are in the process of a workforce development program to train and hire local workers.” Emerson hopes the project will expand from what Rider explained was the most obvious place to start. Work on phase one of the project is expected to be performed over the next three years, with planning for phase two scheduled to start next year. “We're hoping that fuel break will continue over to Bell Springs Road, and then hook in with other projects up and down Bell Springs Road, so we establish some really good fire breaks around our communities and through them, so that we could stop a larger fire that might come through,” Emerson said. Rider added that Red Mountain was a logical place to start because BLM biologists and staff from the Redwood Forest Foundation Inc. had already conducted the biological assessments and archaeological reviews that were needed before work could begin. “It was ready to be implemented,” he concluded. Pat Higgins, the Executive Director of the Eel River Recovery Project, is a fish guy who's been pushing for forest health as key to revitalizing the river for years. He sees enormous potential for the new approach — if it's done right. “It'll be a huge undertaking, to restore forest health in the traditional Indian sense of harmony on the landscape,” he predicted. “And once that happens, you have to use control burns, and you have to stay on it. We're looking, actually, not just for economic opportunity, but a change in perspective, a commitment to stewardship. And this could happen in a way that is economically viable — depending on how we organize.”
Since fundamental changes were made to the way rice straw is managed following harvest in the early 1990s, Sacramento Valley rice country has steadily grown as a vital rest and refuel stop for millions of birds. Local rice fields not only provide habitat for nearly 230 wildlife species, the value of rice fields for the environment is proving to be even greater during drought years, because there is less water on the landscape and fewer habitat options. What's next for the environmental crop? If promising research by the Rice Commission and UC Davis pays off, Sacramento Valley rice fields may one day help dwindling salmon runs. The third year of field work for the salmon project has just completed, and the last of the baby salmon raised on Steve Neader's Sutter County rice farm have been released and are heading out to the ocean. Through sophisticated tagging, their journey will be studied. The ultimate hope is that rice fields specifically managed for this purpose will provide an even greater role in preserving and enhancing the California environment. “I'm extremely optimistic about it,” remarked Andrew Rypel, one of the study leaders and professors in the Department of Wildlife, Fish & Conservation Biology at UC Davis. “All of the data we have collected points to the fact these fields are going to be helpful for, not just salmon, but lots of native fishes.” There were new elements in the latest year of the project that will ultimately help researchers adapt the habitat management strategy and understand prospects for future success. “This is the first time we've ever done the project on full size rice fields, with about 125 acres devoted to testing the practice at scale, “ said Paul Buttner, Environmental Affairs Manager of the California Rice Commission. “One of the things we needed to make sure is that we could allow the fish to move freely through all of the checks in the field and out of the field when they want to, which is called volitional passage. We put in specialized boards with holes and notches to allow the fish to move through the system entirely.” Buttner stressed the importance of partnerships to make this multi-million dollar project successful, including the scientific research from UC Davis and other technical partners. “It would not be possible without funding, that comes first and foremost from USDA's Natural Resources Conservation Service,” he said. “They provided over half of the funding for the project. All of the funding they provide has to be matched with private sector contributions, both financial and in-kind. Syngenta and State Water Contractors have really stepped up with major contributions, and we have a long list of other sustaining contributors as well. The full sponsorship list can be seen at http://salmon.calrice.org/#Sponsors.” As the salmon left the rice fields to start their journey to the ocean, it was a somewhat emotional time for researcher Alexandra Wampler of UC Davis. “I'm very excited,” Wampler said. “I can't wait to track their migration to the ocean. We have a very dense receiver array, so we should be able to track each step they take, and it's going to be very exciting.” It will take a while longer to determine the viability of the project, but those involved remain optimistic that, perhaps one day, Sacramento Valley rice fields will add a significant new area to their environmental benefits. “I think that rice fields have the same opportunities for the salmon as they did for waterfowl,” said Carson Jeffres, research ecologist at UC Davis. “It's a little bit different. It takes different opportunities because fish can't fly, so you have to make it available for them, as opposed to having it just available for them to fly to. There's those same possibilities that we have, and I think that we've really turned a big corner in doing that, and we're starting to see those benefits being realized on the landscape right now.” Episode Transcript Jim Morris: The environment holds special importance in California, and salmon represent one of the most beleaguered species in what now is year three of a major drought. There is a ray of hope in the form of a partnership being lived out in the rice fields of the Sacramento Valley. Jim Morris: Welcome to Ingrained, the California Rice podcast. I'm your host, Jim Morris, proud to have worked with the state's farmers and ranchers for more than three decades to help tell their stories. Environmental stewardship among the rice industry is unparalleled. Not only do Sacramento Valley rice fields serve as a vital part of the Pacific flyway migration of millions of ducks, geese, shorebirds, and other species, those same fields offer great promise to help salmon. Jim Morris: I'm at the UC Davis Center for Watershed Sciences, where researchers play a pivotal role in exploring how local rice fields might help salmon. I'm speaking with research ecologist, Carson Jeffres. First of all, Carson, salmon in California have been struggling. What are some of the factors that have led to that decline in their population? Carson Jeffres: They face multiple threats, both in the freshwater environment where we've experienced drought for multiple years. We're on our second major drought in the last 10 years, which is probably much more of a long term drought. Water and fresh water environments is limited, but also there's other factors from thymine deficiency coming back from the ocean. It's just one thing after another that they've experienced over the last, probably, a hundred years. Now, we're starting to see the culmination of climate change and management really affect the populations. Jim Morris: Rice fields may help in two different areas. Can you comment on those? Also, your degree of optimism that these two areas may significantly help. Carson Jeffres: There's two ways that those, what we think of as historic floodplains, which are not rice fields, can benefit the salmon. One of them is that, unlike birds, fish can't get to the dry side of the levee, but we can take the food that grows on the dry side of the levee and the rice fields and pump it into the river for the fish that are out migrating to the ocean. The other way that rice fields are used for salmon during their out migration, is that in the flood bypasses. In particular, is that when we have flood events, many of those habitats are rice fields now, and fish can use them during their out migration. If we manage those habitats well, we can benefit salmon during their out migration on those habitats, and the food that we grow that they consume, and they get big, and then they head out to the ocean. Jim Morris: In a larger picture, reactivating the floodplains of the Sacramento Valley, do you see multiple benefits from that, not only just for salmon? Carson Jeffres: Many species rely on these habitats, from waterbirds, the waterfowl, there's the waiting birds, there's fish, there's groundwater recharge. There's lots of benefits from having floodplains activated in the Central Valley. For human uses, for wildlife, it's really a win-win to see those habitats inundated. Jim Morris: Fish food, and rice fields, how nutrient rich is that, and how optimistic are you that can make a difference? Carson Jeffres: Fish food is really interesting in that what happens is as the rice double breaks down, when it's flooded, is it's basically carbon that's being released in the water. Carbon is the currency of energy in the floodplain. When carbon is released, microbes eat it, and zooplankton can eat it, and that's creating food for the salmon. It's really that ability to create that carbon out and make it usable for the animals in the system. That's what happens when you flood during the non-growing season. Jim Morris: How important is it to consider the long term in this process? I imagine the salmon population probably won't rebound immediately, but steps need to be taken to help this important part of our environment. Carson Jeffres: This is a problem that's been constructed over the last 150 years, since the Gold Rush. We shouldn't expect that we're going to fix it in one, or two, or five years. This is a long term idea that we need to change. The decisions that we're making now are something that will affect the future. Understanding that we have climate changing, being able to be plastic with our decision making, and our management, is really important. Jim Morris: Rice fields have helped a lot with the Pacific Flyway and are essentially surrogate wetlands in California. Do you feel that they might be able to play a similar role down the road for salmon? Carson Jeffres: I think that rice fields have the same opportunities for the salmon as they did for the waterfowll. It's a little bit different. It takes different opportunities, because fish can't fly. You have to make it available for them, as opposed to having it just available for them to fly to. There's those same possibilities that we have. I think that we've really turned a big corner in doing that. We're starting to see those benefits being realized on the landscape now. Jim Morris: Andrew Rypel is a professor and the Peter Moyle and California Trout chair in cold water fish ecology at UC Davis. Andrew, this is year three of field work of the pilot salmon project between UC Davis and the Rice Commission. At first glance, it may sound like a wild concept, but good things are happening. Can you provide an overview on the project? Andrew Rypel: What we're trying to do this year is to really scale out some of the lessons we've learned from previous years, such that we're working on production scale rice fields, working with growers, using the infrastructure that they already have in place, and trying to do things to help fish, to help salmon, using that infrastructure. Jim Morris: Let's talk about that infrastructure. How suitable is a rice field to raise salmon? Andrew Rypel: Well, we think it's very productive habitat. When you look at the river habitat that salmon have been using in recent years, it's functionally equivalent of a food desert. What this is really about is activating the floodplain, activating the food factory that already grows food for people, but now might grow food for fish, and grow salmon to be big and healthy. Jim Morris: To have this work, you really do need quantifiable data, and of course, good results. How are those achieved? Andrew Rypel: Using sound science. What we're really trying to do here is get down in the weeds, get down in detail with the kinds of questions that managers and agencies are really interested in here. Trying to understand how well salmon move through the infrastructure, through the modified rice ports that we have, how well they survive in the fields, how well they egress out to the river, out to the bypass, out to the ocean, these sorts of really nitty gritty science questions that are hard to do, but we need to really advance the practice. Jim Morris: What level of optimism do you have that this will ultimately work and help the salmon population? Andrew Rypel: I'm extremely optimistic about it. Everything we've collected so far, all the data we've collected, points to the fact that these fields are going to be helpful for not just salmon, but lots of native fishes, but the key is to really do the hard work, do the science, to work with the agencies that manage these fisheries, and these stocks, to address their questions, to do things in a partnership-oriented method, and to move the practice forward. Jim Morris: When you talk about native fish, I have seen some of your writings on that. That's an area of passion for you. It sounds exciting that maybe salmon are just the first part and there could be other species that could be helped by rice fields. Is that one of your hopes? Andrew Rypel: Absolutely. Many of the native fishes in the Central Valley are adapted evolutionarily for floodplains. Though we only have 5 percent of the natural floodplains left, we have 500,000 acres of these rice fields. We think they can be used smarter to help lots of native fishes, including salmon, but including a lot of other are kinds of native species, things like Sacramento black fish, and Sacramento perch, and maybe even smelt, who knows, but a lot of these species evolved to exploit the food rich areas of these floodplain areas, which rice fields can still provide. Jim Morris: Oftentimes, when you have fish and farming, particularly in California, can be rather adversarial. What's different about this arrangement as far as you see? Andrew Rypel: Fish and farms have been pitted against each other for a really long time in California. But to me, that's becoming somewhat of an old trope, and something that we need to get past. This is a great example of an interesting project where fish conservationists, growers, can work in collaboration to really help the resource, while still helping make food for people. That's the kind of thinking that we need in California. That's the kind of thinking we need in the world. This is just one example of how a project like that can come together. Jim Morris: Paul Buttner is environmental affairs manager with the California Rice Commission. Paul, it hasn't been easy at all times, but after three years of field work, what are your thoughts about the potential viability of this project? Paul Buttner: Well, Jim, I'm very encouraged about the possibilities for this project. As you know, what we're really trying to accomplish is to do for fish, what we've done for birds, for many, many years, that is develop habitats that's ideal for them. Of course, there's a lot more challenges with the fish side than the bird side. Of course, the birds fly over the habitat. They see it, they come down, they use it. With fish, it's all about the plumbing. It's how do we get the fish there? How do we get them off of the fields? These are the types of questions that we're really trying to answer. Jim Morris: What were some of the new areas that you were working in this year? Paul Buttner: Well, first of all, this is the first time we've ever done the project on full size rice fields, 125 acres or so, with five or six checks. One of the things we needed to make sure is that we could allow the fish to move freely through all of those checks, and out the field when they want to. It's called volitional passage. We put in specialized boards with holes and notches, allowing the fish to move through the system entirely. Jim Morris: Carrying this out takes a lot of coordination, creativity, and partnerships. Let's talk about the latter. How vital are partnerships to make this effort a success? Paul Buttner: Yeah, this is a very significant project. We're in phase two. Both phases are pretty expensive. They cost about $1.2 million apiece. Tremendous amount of science being done by UC Davis, and our other technical partners. It's a really significant endeavor and it would not be possible without funding that comes first and foremost from USDA's Natural Resources Conservation Services, which has provided over half of the funding for this project. Of course, all of the funding they provide has to be matched with private sector contributions, both financial and in kind, and Syngenta and State Water Contractors have really stepped up with major contributions, and then we have a long list of other sustaining contributors as well. Jim Morris: We've come to the final day of the third year of field work for the salmon project. Alex Wampler of UC Davis, you've been here through the start. What are your thoughts as the fish are going to head from the rice fields out to the ocean? Alex Wampler: I'm very excited. I can't wait to track their migration to the ocean. I suspect the fish will make it out in about 14 days. We have a very dense receiver array, so we should be able to track each step they take. It's going to be very exciting. Jim Morris: Is it at all emotional? You're kind of in a different area. You're working with living things. We sure hope that the salmon will ultimately be helped by all of this. Alex Wampler: Oh, yes. It's very emotional. I care about these fish deeply. I've hand raised them since they were eggs, in November. I suspect that they will do very well out at sea. It feels great to know that our efforts, and our research, are going immediately to species survival and helping these endemic and endangered species have a great chance while working within human boundaries. Jim Morris: Hopefully, those same rice fields that provide major benefits for wildlife, especially during drought years, will also play a valuable role in restoring salmon, an icon of the California environment. Jim Morris: That will wrap up this episode. Thank you to Andrew Rypel, Carson Jeffres, Paul Buttner, and Alex Wampler for their comments about this promising project. You can find out more at podcast.calrice.org. Please subscribe and leave us a review. Thanks for listening.
February 16, 2022 — Experts on the Potter Valley Project gave Farm Bureau committee members an update Tuesday night, providing details about flows, preparations for a ballot measure to levy a special tax, and the as-yet scarce information that's available about what's next. Devon Jones, the Executive Director of the Mendocino County Farm Bureau, laid the groundwork with some background and up-to-the moment specifics about how much water is coming through the East Fork of the Russian River into Lake Mendocino. Operations at the powerhouse have been significantly reduced due to a transformer failure, which means that since July, water can only come through the project using a bypass channel. That has been around 45 cubic feet per second (cfs), with five cfs contractually obligated for Potter Valley, a 35 cfs requirement for the East Branch leading into Lake Mendocino, and a five cs buffer. Jones reported that when she checked the Calpella stream gauge right before the meeting, she observed that 60 cfs is flowing into Lake Mendocino, probably due to some natural accretion from area creeks. “But this is a substantial reduction from what we would normally see during winter months being diverted for power production coming into the East Fork of the Russian River,” she reminded Farm Bureau members. PG&E still owns and operates the hydropower plant and system of dams and reservoirs that divert water from the Eel into the Russian River. But the license expires in mid-April, and PG&E wants to get out from under the unprofitable endeavor. A regional group that was trying to raise money to study the feasibility of taking over the license announced last month that it will also not be filing an application. (The coalition consists of the Mendocino County Inland Water and Power Commission, which is a five-member joint powers authority consisting of local government and water districts; the Round Valley Indian Tribes, the County of Humboldt, Sonoma County Water Agency, and the environmental non-profit California Trout.) The Federal Energy Regulatory Commission (FERC) is expected to lay out the parameters of what's likely to be a surrender and decommissioning process once the current license expires. But as Janet Pauli, Chair of the Inland Water and Power Commission explained, that process could take years, during which time PG&E plans to operate on a year-to-year license. The utility has stated that it expects the design and replacement of the transformer to take two years, and that it can recoup the costs after another five years. Possible supply chain disruptions add another element of uncertainty to the process. “They have to continue to run the power plant with the license that's currently in place on a year-to-year basis,” she said, clarifying that the project is likely to keep operating even if it is in the process of being surrendered. “If it's going to be surrendered, it has to be absolutely surrendered before they can give up that responsibility,” she emphasized. In another scenario entirely, there is also the possibility that PG&E could salvage the equipment or sell it to another entity that's interested in taking over the project. However, no one other than the regional consortium of local governments and CalTrout expressed an interest when PG&E announced it wanted to offload the infrastructure. While it is physically possible to increase the amount of water flowing through the project by way of a bypass channel, Pauli said the company is being scrupulous about adhering to the terms of its license. “PG&E has not agreed to increase the bypass flows,” she said. “Fisheries agencies wanted to increase the minimum flows on the Eel River to 300 cfs. In other words, no increase in diversion through the project unless they had 300 cfs coming out of Lake Pillsbury. We dropped below 300 over two weeks ago now, and it continues to diminish. PG&E is not willing to do something that's not currently allowed in their license.” Pauli added that there was public pressure, too. About thirty letters came in, half of them urging PG&E to increase the flows and the other half arguing against it. Humboldt County and CalTrout, both members of the regional consortium that was trying to take over the license, did not weigh in either way. While many parties regard the removal of Scott Dam in Lake County as a given, the Lake Pillsbury Alliance is prepared to fight for the continuing existence of the lake behind the dam, arguing that it is key to putting out fires in the region. The California Department of Fish and Wildlife funded a study of several different scenarios and methods for continuing the diversion without the dams, but those would not include diversions during the summer. Meanwhile, Pauli said efforts are underway to gauge the public's knowledge about the water they use, and how much they're willing to pay for it. A consulting company is sending out polls to property owners within the bounds of the Water and Power Commission's five member agencies, to determine the viability of putting a special tax on the ballot in November. In the meantime, each of the agencies in the Commission are asking their boards for $50,000 to secure the water supply. The County of Mendocino was first to approve its share unanimously, and at last week's Commission meeting, Pauli said the money is in the Potter Valley Irrigation District's budget. The Russian River Flood Control District approved half on a split vote. A staff report for the Ukiah City Council meeting on February 16 recommends that the Council request a written scope of work for the funds before agreeing to contribute. The Redwood Valley County Water District will discuss the matter at its meeting on Thursday February 17. District representative Bree Klotter asked Pauli to talk to her board about what the money will be used for, reminding the Commission that Redwood Valley is a cash-poor district. Pauli sympathized, saying, “That's why we're hoping this ballot measure is successful, because carrying this burden on the shoulders of these agencies is a burden, and it has been. And we've been doing this for a long time, and I think we've done an excellent job. But we do need some help from others in the community who are dependent on this water.”
February 4, 2022 — The fate of the Potter Valley Project took a few more turns this week, with a regional coalition declaring it will not file for the license application and PG&E taking steps to operate the project under an annual license until the next development. PG&E, which owns and operates the project, announced in 2019 that it would not renew the license or continue to try to sell it. A regional coalition that includes Mendocino and Humboldt counties, California Trout, Sonoma Water Agency and the Round Valley Indian Tribes was the only entity willing to take on the license, which involves multi-million dollar studies and ongoing maintenance and operation costs. In July, a transformer bank went down in the powerhouse, which severely curtailed the amount of water the project is able to divert from the Eel River into the Russian River. PG&E estimates it would cost five to ten million dollars to custom-engineer a replacement and take two years to replace. On Monday, the coalition sent a letter to the Federal Energy Regulatory Commission, admitting that it was unable to raise enough money for the required studies and that it will not file an application by the time the current license expires in mid-April. Two days later, PG&E informed the coalition leaders that it had decided to “return the powerhouse to full operational status.” PG&E spokesman Paul Moreno said that, although the exact costs are unknown, the company expects to recoup the costs of the repair within five years. Alicia Hamann, Executive Director of Friends of the Eel River, is advocating for a speedy decommissioning process. She has some idea of who will pay for the repairs. “The main transformer bank actually failed in July,” she said. “And there weren't many folks who were made aware of that right away. So when we found out, Friends of the Eel immediately sent a letter to the California Public Utilities Commission, notifying them that this was happening and giving them a heads up that PG&E may try to replace this infrastructure, and then may seek their approval to get recovery of those costs on the backs of ratepayers, which we think is just totally inappropriate.” Congressman Jared Huffman, who convened an ad hoc committee dedicated to making recommendations about the Potter Valley Project, doesn't think the repairs will have an effect on the timeline of what he views as the inevitable decommissioning of the project. While he said in the short term, “it's a sigh of relief for Russian River water users,” he suspects the company made “a cold-blooded business calculation” and decided to make some money generating power “during X number of years it takes to decommission.” With the coalition out of the running for taking over the license, PG&E is responsible for the facility, and Huffman doesn't think FERC will let them out of their obligations “quickly or cheaply.” Janet Pauli, chair of the Mendocino County Inland Water and Power Commission, said “even if everything had gone perfectly,” it's doubtful the license would have been completed in time. During the last application process, which lasted from 1972-2006, PG&E operated on annual licenses for eleven years. For now, though, Pauli says, “protecting the diversion has to be our main concern.” The Commission is itself a coalition consisting of the county of Mendocino, the city of Ukiah, the Potter Valley Irrigation District, the Redwood Valley County Water District, and the Russian River Flood Control and Water Conservation District. It's asked each of its five members for $50,000 to pay for the legal expenses it's incurred in its efforts to satisfy the requirements to apply for the license. Now it's pursuing the water rights associated with the project. Just this week, a consultant, Brian Godbey and Associates, sent out a survey to people who are dependent on project water to find out if they'd be willing to pay for it. All of the expenses to secure the water since 2019 have been paid by the public entities in the Commission. Darren Mireau, the North Coast Director for California Trout, thinks there may be a way to continue the diversion without the project. Last year, the California Department of Fish and Wildlife funded a study of three alternatives for diverting water. Mireau favors a scenario that involves removing both dams and pumping water. Operation and maintenance costs are estimated at about $200,000 a year. “Any water management, any water diversion at that location is going to have some operations and maintenance costs, that's unavoidable,” he said, shortly after the study was released. “The advantage of the full removal of Cape Horn Dam with that pumped diversion approach is you get all of the obstruction out of the river that might impair fish passage…it does shift the cost, I think, to the water users, instead of the fish side, where it appropriately needs to be. In other words, we're committed to that water supply reliability, but I think the water users have the obligation to pay for it. And if pumping is the best way to do that for fish passage and fishery recovery in the Eel River, I think that's the best approach.” Back in November, Pauli predicted the uncertainty that would set in if the coalition gave up on the application. “If we go into the surrender process, the partners that are currently working together in this licensing would no longer be negotiating with FERC. We would become interveners in the FERC process that would mainly be between PG&E and FERC to decide the future of the diversion and all of the infrastructure,” she said. As part of its license requirements, PG&E biologists have rigorously documented the Eel River basin, from the condition of the fisheries to how often a beloved pair of bald eagles uses which of its nests. Mireau thinks that scientific explorations will continue, even after PG&E departs. “CalTrout has looked at this licensing, or now termination of the license for the Potter Valley Project as a real opportunity to bring attention to the Eel River so we can justify bringing in additional funding to support scientific research and monitoring,” he noted. “Those are all ongoing, but this is a moment in time for this watershed to get some extra attention. And that's why we have, in part, put so much energy into the relicensing process.”
A generation ago, it may have seemed far-fetched that Sacramento Valley rice fields could play a vital role for millions of birds. However, changes in rice growing methods in the early 1990s – a shift from burning fields after harvest to adding a few inches of water to break down leftover rice straw - led to just such an occurrence. Area rice fields are now home to nearly 230 wildlife species, including 7 to 10 million ducks and geese every fall and winter. The ‘surrogate wetlands' are now crucial to the massive Pacific Flyway wildlife migration. California's struggling salmon may be next to benefit from those same rice fields. This is year three of pilot salmon research by the California Rice Commission, UC Davis, California Trout and other partners. This project will test and refine rice farming practices designed to provide habitat and food for fish. If successful, baby salmon will rear in flood bypass rice fields in the winter, when no rice is grown, then head off to the ocean. Every step of the process is being monitored to understand the best practices moving forward. If all goes well, this project will move from pilot to voluntary adoption on suitable Sacramento Valley rice farms. This work is supported by a grant from the Natural Resources Conservation Service, major sponsors including Syngenta, State Water Contractors and a long list of contributors. Additionally, there are major modifications to existing water infrastructure planned that will allow juvenile salmon on their way to sea better access to food-rich floodplain habitats. This nutrient-rich food web develops naturally in winter flooded rice fields, due to organic matter and sunlight. Finally, the Fish Food program is working with rice farmers and wetland managers on the protected or “dry side' of levees. While these fields and wetlands are not directly connected to the river and can not host salmon they can still support salmon populations by creating fish food. A dense invertebrate food web rapidly grows in nutrient rich, sun-soaked shallow waters of flooded rice fields. Several weeks after being inundated this veritable bug buffet can be strategically drained into the river to provide much-needed nutrition for small juvenile salmon migrating downstream to the ocean. Jacob Katz, Senior Scientist with CalTrout, is a passionate advocate for salmon. He said he is very hopeful that the collaborative work being done in the Sacramento Valley will ultimately help fish, as well as birds, people and farms. “There are two big reasons for my optimism,” Katz remarked. “The first is the science. It's really clear that, if we meet every link in the chain, every type of habitat that these critters need, including salmon, we can expect a really dramatic response – an increase in abundance. The second is collaboration. Everywhere I turn, I see farmers dedicated to more ducks, more geese, more salmon – and opening their farms to a rewilding; a way of thinking about welcoming the wild back onto the farm. We're not talking about going back. We are still going to be one of the most productive farming areas on Earth. But, in the non-growing season, floodplain farms can be managed as fantastic habitat for multiple species.” The first baby salmon will soon be added to rice fields participating this year. The ultimate goal for the project is to benefit natural-origin fish – salmon that would swim onto the fields naturally when flooding occurs. However, in the event that the bypass doesn't flood, eggs from hatchery fish raised at UC Davis will be utilized to test the practice. We will keep you posted on key developments and findings as they become available. Episode Transcript Jim Morris: Following one of the driest years in decades, we're off to a great start for rain and snow in California. Sierra snowfall in December shattered a 51 year old record and the California water year, which started October 1st, has already been more productive than the entire year prior. But water is hardly ever an easy subject in our state. Finding enough for the environment, cities and farms is frequently contentious. One creative plan involves what at first may seem like an unlikely pairing, rice fields and salmon. Jim Morris: Welcome to Ingrained: The California Rice Podcast. I'm your host Jim Morris, proud to have worked with California farmers and ranchers for the past 32 years to help tell their stories. I'm at Montna Farms, a rice farm near Yuba City, here they grow premium sushi rice. It's also a haven for wildlife and they participate in a pilot program that may help the state's salmon population, which has been struggling. Jim Morris: The salmon project involves many partners - the Rice Commission, UC Davis, landowners, water districts, and California Trout. Jacob Katz has a PhD in ecology and is senior scientist with CalTrout. Jacob, there's several things that are going on to help salmon. Can you tell us about what's happening to try to improve that population? Jacob Katz: All three of the efforts underway involve floodplains or the marshlands that run adjacent to our rivers and tributaries here in the Sacramento Valley. The first we call fish food and that's understanding that bugs, that fish eat, that make fish populations really aren't grown in the rivers themselves, but in the adjacent marshlands. And most of those marshlands are no longer attached to the river. So maybe 95 percent of the marshes that were once flooded by the Sacramento River and its tribs are now behind levies. Jacob Katz: And the fish food program works with farmers that now for the most part farm those lands to mimic those flood patterns out on their fields to spread and slow water mid-winter when they're not farming to allow bugs to grow in those fields. And then to actively drain that flood plain rich water, that natural wealth back to the river where the fish are. Jacob Katz: The second thing is actively managing fields within our bypasses, within the floodways that are the parts of the former floodplain, which are still hydrologically connected to the river. And then the third is actually changing, upgrading often obsolete infrastructure so that it allows the river and fish to connect to those flood plain bypasses more frequently and for a longer duration. Jim Morris: Let's start with the fish food. It's amazing at first glance that there's not enough food in the river, but that's certainly true. Correct? How much of a difference can the food that's being raised in rice fields be for the salmon? Jacob Katz: Well, over the last 10 years or so, we've been running around the Sacramento Valley, throwing our plankton nets, looking for bugs in every kind of aquatic habitat. And what we found is that the rivers themselves are essentially food deserts. There's very little food for small fish to eat there. Jacob Katz: Whereas the adjacent marshlands, whether that's a flooded field or a marsh habitat managed for waterfowl or a natural marsh, all of those are teaming with invertebrate life. With what I call floating filet, the exact right kind of food if you're a young salmon, trying to get strong and fit on your journey to sea. Jim Morris: When we look at the pilot program of raising salmon in rice fields, works out perfectly because there's nothing grown in the fields during the winter. How optimistic are you with what you've seen so far with that project? Jacob Katz: Well, what we see is that when fish are exposed to the kind of conditions, the physical, or I call them biophysical conditions, because the depth and duration of flooding that you would've seen before, which is to say, when you allow a fish to recognize the river system that it evolved in, that it's adapted to. When you put a salmon into a puddle, what you find is that there is ample food there and these little guys are swimming around with their eyes closed and their mouth open, getting big, getting fat. And that's really critical because it increases their chances, not just of making it out of the river system, but critically it increases their survival in the ocean so that they have a much better chance of returning as an adult. And that is one of the most important things we can do to bring back these salmon populations in the Central Valley. Jim Morris: So the fish that are grown in the rice fields, how is their survivability relating to the wild population? Jacob Katz: It looks like fish that find something to eat, and that's what the rice fields really provide is access to the kind of habitats that fish would've been rearing or feeding in previously. And when they do that, when they get food, they get strong and they have a better chance making it out of the river system. Jacob Katz: The Rice Commission and UC Davis have done some great studies showing that their survival improves on the way out to the Golden Gate, but what's even more important is that ocean survival. Is that leaving fresh water well, their survival's increased, but it's coming back that you get the really big payoff. That's what we're all after is making sure that more of those juvenile fish return as adults and a bigger fish that hits the Marine environment, that hits the salt, that's a fish that's more likely to return as an adult. Jim Morris: Looking at another big aspect of this is making sure the infrastructure is correct, not only to help cities and farms, but also make sure that fish are healthy and what can be done there? Jacob Katz: Several things can be done. One thing is to increase the habitat benefit to the fish that actually get onto our floodplain bypasses. These are the flood protection areas in the Sacramento Valley, in the Sutter and Yolo Bypasses. And the Rice Commission is piloting a study now that helps manage rice fields in those bypasses so that they better serve the salmon when the salmon get out in there. Jacob Katz: The other is increasing the frequency in which fish can actually get out of that food desert of a river and on to that food buffet that is the bypass, or is the floodplain. And that's done by putting gates or lower areas within these levees and weirs that allow the river to spill out of its heavily channelized leveed bank more often to access, to hydrologically connect from the river onto the floodplain, and allow those small fish to get out to where the food is. Jim Morris: So this new type of thinking, actually I guess it's a nod toward the old way things happened in historic California. How optimistic are you that this is going to work? Jacob Katz: I'm incredibly optimistic. When you allow a salmon to recognize the river system that it's adapted to, that it evolved in, that when we manage our rivers and our farmlands in such a way that we mimic those natural patterns. The slowing and spreading of flood water out over the shallow marshlands, that once really dominated and characterized the Sacramento and San Joaquin Valleys. What we get is an explosion, a natural explosion of biomass, of abundance. Jacob Katz: We've seen that this works with the fantastic efforts from the rice industry and regulators and others that revolve around making farm fields better for waterfowl and for shorebirds. And now in Butte Creek, we see that when we do the same thing, when we focus on creating the kind of habitat that salmon need at each part of their life history, making sure that the small fish on their way to the ocean have something to eat, making sure that the big fish on their way back have unfettered access to their spawning streams and have adequate cold water for holding in before they spawn. Jacob Katz: If you hit every link in that chain, we see that the fish populations respond and respond dramatically. That we can get very rapid increases in population. Similar to what we've seen with ducks and geese in the Sacramento Valley. I believe that we can have the same thing for salmon, and it really takes this landscape-scale approach where we're not doing this on hundreds of acres or even thousands of acres, but tens of thousands and hundreds of thousands of acres. And it takes the collaboration of farmers, and regulators, and environmentalists all working together to create an ecologically functioning valley. Jacob Katz: And when we do that, we can create a valley that once again can create salmon abundance, and in so doing can create a system where water can much more easily be moved from where it's more abundant to where it's utilized by both agriculture and our cities. Jim Morris: I'm reminded of what grower Fritz Durst has said many times focusing on the fix, not the fight, which is a great way to go if you can do it. It seems to be happening in the Sacramento Valley. So when we look ahead, Jacob, in our lifetimes do you foresee a water situation that has improved to a point that is best serving the cities, the environment and farms? Jacob Katz: Well, absolutely and that's because we need to get the most pop per drop, right? And there's two real big reasons for my optimism. The first is the science. It's really clear that if we meet every link in the chain, every type of habitat that these critters need, including salmon, we can expect a real dramatic response, an increase in abundance. Jacob Katz: And the second is collaboration. I see wherever I turn farmers dedicated to more ducks, to more geese, to more salmon and really opening their farms to a rewilding, a way of thinking about welcoming the wild back onto the farm. We're not talking about going back. We are still going to be one of the most productive agricultural regions on earth, but in the non-growing season, floodplain farms can be managed as just fantastic habitat for multiple species and can be done in such a way where they spread in slow waters so that that water sinks back into our aquifers. To the bank of our most precious resource, water. Jacob Katz: So when we have functioning river ecosystems, when we have a functioning Sacramento Valley, what we really have is a system that works for fins, for feathers, for farms and for people, and is better able to meet the challenges of a changing climate with resilience and ultimately with this recovery of natural abundance. Jim Morris: As the salmon work ramps up, we will have much more in the coming weeks. For now, I appreciate spending time with Jacob Katz on this important subject. You can find out much more at podcast.calrice.org. Please subscribe and tell your friends. Thanks for listening.
December 17, 2021 — The Potter Valley Project is in a phase of uncertainty, but a recent feasibility study could be a blueprint for a future that includes a diversion without dams. The deadline for the license application is coming up in mid-April, and PG&E, which owns the project, has made it clear that it does not intend to renew. The coalition seeking to take over the license hasn't come up with the money it needs to fund the necessary studies. And PG&E is not paying for a costly repair at the powerhouse that drastically reduces the amount of water the project is able to divert from the Eel River into the Russian River and on into Lake Mendocino. The new study, a technical memorandum funded by the California Department of Fish and Wildlife with cannabis taxes, posits a few strategies for decommissioning the dams and building structures to continue seasonal diversions. Darren Mireau, the North Coast Director of California Trout, signaled that he favors the rapid removal option with pumping. (CalTrout is a member of the Two-Basin Partnership, the coalition of entities that has filed a notice of intent to take over the license, but Mireau is not speaking on behalf of the entire Partnership here.) He says sediment, both of the sandy and the rocky varieties, will play a large role in how any of the alternatives is carried out. Sediment buildup that reduced the capacity of the van Arsdale reservoir behind Cape Horn Dam was a large part of the reason Scott Dam and Lake Pillsbury were built in 1922, 14 years after Cape Horn. “You're goint to have an impact with sediment release, and you could do that once, or you could do that four times,” he said of the rapid removal option, as opposed to the phased approach, which would take place over four years. “And each time has about the same caliber of impact. So it seems reasonable to do it all at once and get past the impact, and get the dam out.” Since the point of dam removal is to protect fish, Mireau added, “We would time it in a way that most of the fish are coming up the Eel River and heading into tributaries, so they'll be distributed out of the effect zone…like I said, this is a feasibility level study right now, so a lot more detailed study will unfold.” Some options include a partial removal of Cape Horn Dam, but Mireau was unambivalent about CalTrout's position on Scott Dam. “We will certainly want to remove — or have PG&E remove, to be honest, the entirety of Scott Dam,” he emphasized. “It needs to go. With regard to Cape Horn Dam, it's a little trickier, because it's the diversion point for water going into the Russian River, and we're committed to maintain that reliable water supply…this study is actually groundbreaking for us, because we now have three reliable infrastructures that we think would safely and reliably provide that water supply to the Russian River.” Of the three alternatives, the pumping option would be the cheapest to build, at an estimated cost of $20 million, as compared to $35-$48 million for channel-building options. But the annual projected operations and management costs for the pumping scenario range from $309,000-$359,000, including water delivery costs to Potter Valley of about $284,000 per year. Annual O&M costs for the other two options range from $50,000-$200,000. But Mireau doesn't have a problem with water users paying the price for the commodity. “Any water diversion at that location is going to have some annual operation and maintenance costs,” he said. “That's unavoidable. The advantage of the full removal of Cape Horn Dam with that pumped diversion approach is that you get all of the obstruction out of the river that might impair fish passage.That alternative for Cape Horn Dam does that the best. And it does shift the cost, I think, to the water users, instead of the fish side, where it appropriately needs to be.” Reached by phone, Congressman Jared Huffman acknowledged that PG&E ratepayers are likely to get stuck paying for any alternative that ends up being implemented at the project. But he said ratepayers are already paying for hydropower costs, and PG&E is currently operating the Potter Valley Project at a loss of about $9 million a year. What happens next depends on the federal regulators. If surrender and decommissioning is the way forward, it will depend on an order from the Federal Energy and Regulatory Commission. The Two-Basin Partnership is likely to withdraw its notice of intent to apply for the license, according to Mireau. “We're reasonably certain that will happen in ‘22, at least by the expiration date of the license itself, which is April 14, 2022,” he said. “And then FERC will turn and order PG&E into that surrender and decommission process…and then it's PG&E, the license holder's obligation to respond, start developing a plan for that decommissioning, and go forward from there.” Huffman said that, although surrender and decommissioning scenarios do differ, a dam that blocks anadromous fish passage, as Scott Dam does, would have to meet a set of regulatory standards so significant that, “When you add it all up, you see where agencies have weighed in, (and) the only way to meet standards is to remove the dams.” The last relicensing of the Potter Valley Project took 34 years. Mireau thinks time is of the essence for the fish, which are drawing nearer to extinction. Huffman hopes the condition of Lake Mendocino and the crippled transformer in the powerhouse “should create a great sense of urgency.” He also noted “a reticence to give up on the license application.” But if the partnership doesn't withdraw its notice of intent to apply, FERC is likely to wait until it misses the application deadline in April, just as the dry season is getting underway, before making the pivotal order. “One or the other will happen,” Mireau predicted. You can find more documents about the Two-Basin Partnership at twobasinsolution.org
This week my guest is Charlie Robinton [52:00], one of the experts from the Orvis Outfitter team (the people who answer your technical questions when you call, chat, or e-mail). Charlie is an expert in California fishing, and he gives us a grand tour of northern California rivers and what to expect when you plan a fishing trip there. Lots of solid information form a lifelong fly fisher and California native. In the Fly Box this week, we have some great tips and questions from listeners (as well as a complaint), including: Is there a way to determine what size fly line is best on an unmarked rod at home? What is your advice on fishing stocked-only streams? Can I practice my double haul with the Practi-Caster? A listener takes me to task for saying on a previous podcast that if I were back in the 1880s and had the choice of whether or not to stock brown trout, would I do it? As well as avoiding reds during the spawning season, shouldn't we take care not to step on them throughout the winter? Any advice for fishing for carp in moving water? I forgot my leader and had to fish with just a couple pieces of tippet material, 3X and 5X. What would you have done? How does the time of day and the moon phase affect trout fishing? I am fishing large bass flies and have little back cast room. Any advice? I can't catch fish on beetle imitations. Any advice? What advice do you have for someone who is used to small streams and wants to fish big water? Why don't saltwater guides use nets?
November 4, 2021 — Time is running out for a regional entity to take over the license for the Potter Valley Project. The Two-Basin Partnership, a coalition of local government and conservation groups seeking to take over the license from PG&E, is unlikely to meet the deadline to submit its application. And funding sources for a costly study plan have not materialized. FERC (the Federal Energy Regulatory Commission) recently refused the Partnership's request for a little more time. On top of all that, a five or ten million dollar transformer at the powerhouse in Potter Valley is now defunct, causing further uncertainty. The inoperable transformer means that the powerhouse can no longer produce electricity, though a diversion of about 135 cubic feet per second is still possible, using a bypass structure. In a recent letter to the Farm Bureau, Congressman Jared Huffman wrote that “With FERC denying the extension and with no near-term prospects for funding the $18 million study plan, the prospects for securing a FERC license are not good.” Huffman wrote that without money for the studies, “FERC would terminate the license application process and the Potter Valley Project will default to surrender and decommissioning.” He added that in that scenario, “PG&E, rather than the Partnership, would have to pay for the necessary studies and infrastructure changes, including removing Scott Dam.” But Janet Pauli, the chair of the Inland Water and Power Commission and a director on the board of the Potter Valley Irrigation District, says the surrender process is a black box. The IWPC is itself a coalition that is part of the Two-Basin Partnership. “The licensing process is pretty cut and dried,” she said. “But with surrender, you assume that the power production part of the project would no longer exist. But as far as what remains of that existing infrastructure, at this point in time, we really don't know.” Redgie Collins is the legal and policy director for California Trout, a conservation group which is also a member of the Partnership. CalTrout has advocated for the removal of Scott Dam for years. Collins suspects that PG&E will choose not to repair the transformer. Opinions differ on whether the project would continue to come under the purview of FERC if it can't generate electricity. But Collins thinks the water diversion from the Eel to the Russian River could continue without the power.``The reality is that in all likelihood we're moving to a surrender proceeding, which means that the powerhouse is coming out anyway,” he said. “We think that the water rights that PG&E holds right now are sufficient to continue the diversion regardless of power production...and those water rights, we think, will be adequate to move that water over without power generation.” Pauli emphasized that there are still a lot of unknowns. “We don't understand how any of the diversion structures that exist or are potentially going to be changed would function if Scott Dam is removed, and then the sediments behind Scott Dam would be released into the Eel River. It's a tremendous amount of sediment that would have to make its way down the Eel River over time and certainly would impact our ability to divert water from the Eel into the Russian. And we have to look at which option is the best for fish passage, too. And I don't think that that is clear yet. But the issue of diverting water through the project is not just the amount of water. Partly it's when the water is diverted and when it's available and how much we would be allowed to divert under certain hydrologic conditions and also with regards to the life cycles of migrating fish.” Collins says that CalTrout has worked with the California Department of Fish and Wildlife to engineer three possibilities for a diversion without the powerhouse, which he expects will be publicly available next month. Any plan will take successful negotiations at multiple levels. Rough estimates for the costs of the potential diversion structure range from $35-66 million, he said, depending at least in part on the outcome of settlement negotiations he hopes will take place between the Partnership and PG&E. Collins is optimistic that federal funding from federal infrastructure negotiations will be available to help ensure the Partnership's two goals of water supply for the Russian River end of the diversion, and fish passage and habitat restoration for the Eel. “We're hoping to tap into that growing zeitgeist, and actually fund this project through that work,” he said. But using public money does not quite fulfill Huffman's assurance that PG&E would pay for infrastructure changes. And there's no guarantee that the company wouldn't pass the costs along to ratepayers. “PG&E deserves to pay for every cent of this solution,” Collins agreed.``They've been obstinate...so they're going to have to pay for the $15-18 million that ratepayers could have avoided through an earlier payment to the Partnership. And frankly, their bad operation of this dam as well as other dams across the state has led them to a position where they're going to rely on both their rate base and public and federal funding. I'll be the first to say that PG&E is not a well-run company in this regard, and we're extremely disappointed in their lack of leadership in this.”
It took longer than normal, but fortunately it is happening. A shallow amount of water is showing up in rice fields throughout the Sacramento Valley – essentially a welcome mat for the 10 million ducks, geese and other wildlife migrating through our area for their annual Pacific Flyway journey. This year was the driest in a century in California. The water shortage led to about 100,000 fewer acres of rice planted in the Sacramento Valley. It also threatened to leave many rice fields without a shallow amount of water after harvest, which helps decompose leftover straw and provides vital wildlife habitat. Fortunately, through an innovative new program and a large recent rainstorm, the outlook for migrating wildlife has improved. “We went from historic drought to record-setting rain, and it has helped,” said Luke Matthews, Wildlife Programs Manager with the California Rice Commission. “It has saturated the soils and added a bit of water to creeks, streams and reservoirs. It's definitely going to benefit migratory birds, but one storm doesn't change a couple of years of drought. We're not out of the woods yet, but definitely hope here.” Matthews said a new program funded by the California Department of Water Resources will be a huge help. It provides for about 42,000 acres of rice fields to be shallow-flooded for birds, along with about 12,000 acres of private wetlands. Sutter County rice grower Jeff Gallagher has participated in many conservation programs, including this effort to provide more water for wildlife. He said wildlife viewing is good and getting better by the day. “It's nice to be able to come to work every day and see thousands of geese and ducks, as well as tons of shorebirds,” Gallagher remarked. “It's a good thing for everybody!” Among those closely monitoring the Pacific Flyway migration is Jeff McCreary, Manager of the Western Region for Ducks Unlimited, a key conservation partner with the Rice Commission and other stakeholders. McCreary said the Sacramento Valley is perhaps even more valuable for migrating wildlife this year, due to water shortages elsewhere on their journey. “What we're seeing with the dry conditions in the Klamath Basin and the Great Salt Lake is that birds are not staying in those locations, they're moving on quickly and coming to the Sacramento Valley earlier than they normally would,” McCreary said. “We're seeing lots of ducks and geese really early. This recent rain actually provided more habitat in the Sacramento Valley, because it's shallowly-flooding up the dry rice fields unexpectedly. We thought there would be a lot more dry ground out there all the way into the middle of winter, when the rains have typically come. Now, we're seeing rain on the landscape, which is right in the nick of time, because this is when the birds are starting to come. We're cautiously optimistic about how things are going to progress this winter.” He said those in the Sacramento area have a great opportunity to see the amazing sights from the millions of visiting birds, through local wildlife refuges. Ducks Unlimited just completed a major project at the Gray Lodge Wildlife Area in Butte County, making the auto tour loop safer and providing better access to viewing these stunning birds. Episode Transcript Jim Morris: It's an amazing annual spectacle. The Pacific Flyway wildlife migration through the Sacramento Valley is one of the largest waterfowl migrations you'll find anywhere. It has been a difficult year in the Sacramento Valley, but seeing why rice is the environmental crop, seeing all of the birds in the fields provides a chance to exhale and appreciate something beautiful. Welcome to Ingrained, the California Rice Podcast. I'm your host, Jim Morris, proud to have worked with California farmers and ranchers for more than 30 years to help tell their stories. The water outlook in California has improved as we get deeper into fall, but we have a long way to go, according to meteorologist Alexander Mellerski of Western Weather Group in Chico. Alexander Mellerski: We saw a pretty significant atmospheric river event slam into California. We saw multiple inches of rainfall across the state ranging anywhere from right about three inches up north of the valley near Redding, a little bit farther south in Chico and then near Oroville about four to five inches kind of in that range. And then even down further south in the Sacramento area, we got about five to six inches of rain, maybe even a little bit more kind of closer to the foothills. So pretty significant rainfall. And, to put that into perspective, for all of last water year, so in 2020 to 2021, the water year, Sacramento for example, got anywhere from about six to seven inches of rain the entire water year. So this one storm gave us about 75 percent roughly of what we got all of last year. Jim Morris: It's pretty amazing, but we're not out of the woods in terms of the drought? Alexander Mellerski: In terms of the drought. No, unfortunately I would say, one event, that's by no means is indicative of getting us out of a drought. Jim Morris: Conditions are better, but the drought continues. And while we hope for several more storms at the right time, that's far from guaranteed, I'm near the Sutter-Yuba county line at Gallagher Ranch near Rio Oso. Jeff Gallagher, it was a stressful year for water. How did it treat your operation? Jeff Gallagher: It's definitely been one of the most challenging years we faced. Starting out the season we were cut way short on our water. We get all of our water out of the Camp Far West, which our allocation got cut about 80 percent back. So, we ended up planning about 65 percent of our ground this year had to leave out a little over a third. So, it was definitely tough here. And then we're getting through harvest, got kind of an early storm here recently, and we have a few fields still left to cut. It has definitely been a tough year. Jim Morris: Too little the front, too much on the back end, boy that is tough. So you have participated in wildlife conservation programs. It's great to see the wildlife in the rice fields and those tremendous benefits. How do these programs help you carry out what you can to help the birds? Jeff Gallagher: We've been working with the Rice Commission and Luke the last three, four years now, and the programs have just been really great. Anything we can do to kind of co-exist with the environment, help that area out and ourselves production wise, it just kind of fits really good. We're doing kind of our straw decomposition anyway in the fall. It creates this great habitat for all the waterfowl. And plus, it's just nice to be able to come out to work every day and see thousands of geese and ducks and tons of shorebirds in the spring. And so it's just a good thing for everybody. Jim Morris: And when you do look out at the fall and we're going to have a lot more wildlife coming into our region, favorite wildlife that you see? Jeff Gallagher: I would have to say the ducks and geese. I think we get here, we'll get some geese, snow geese, and specklebelly geese packed in pretty thick down here. And just to drive across the field and see thousands and thousands of birds sitting out there. And then they all get up at once. I mean, it's definitely a sight to see and something that we look forward to every year. Jim Morris: Luke Matthews is Wildlife Programs Manager with the California Rice Commission. When we look at the weather this year and getting water on the rice fields, the conditions have improved a little bit for wildlife. Can you comment? Luke Matthews: We went from historic drought to record-setting rain and it's definitely helped. It's saturated the soils. It's added a little bit of water to creeks, streams, reservoirs, stuff like that. It's definitely going to benefit migratory birds, but one storm doesn't change a couple years of drought. So we're still not out of the woods, but definitely some hope here. Jim Morris: So we really do need the wildlife programs and there is one that's unfolding right now. Can you comment on how that will help the Pacific Flyway? Luke Matthews: So we have a program that's funded by the Department of Water Resources and it is to help get more flooded acres out this winter, given the drought conditions on both rice and on private wetlands. So, really just an effort to increase the amount of flooded landscape this year, because we knew there wasn't going to be much with surface water without any sort of program. Jim Morris: This is shallow flooding of rice ground. And how many acres should be involved with this? Luke Matthews: That's correct. We're looking at very, very strategic use of this water. It'll be shallow. For the rice we have about 42,000 acres enrolled. And then on the private wetland side, we've got about 12,000 acres. Jim Morris: Rice is amazing in terms of its environmental value. The Central Valley Joint Venture, in 2020 I believe, has some new numbers. It's very impressive. Can you relay those numbers? Luke Matthews: The Central Valley Joint Venture puts out a plan every couple years and the most recent one cited the food resource use from agriculture of waterfowl and that's that ducks in the Sacramento Valley rely on rice for 74 percent of their nutritional needs. And then for geese, it's even higher, that rice provides 95 percent of all their nutritional needs for geese in the Sac valley. Jim Morris: That's a lot of food when you consider seven to 10 million ducks and geese are spending their fall in winter in Sacramento Valley rice country in adjacent wetlands. There is already stress as these birds arrive because of dry conditions elsewhere. So how important is the Sacramento Valley to keep these migrating birds comfortable, fed and rested before they continue their journey? Luke Matthews: Well, in a normal year, the Sac valley is very important because it's sort of the final resting ground for a lot of these birds that migrate south along the Pacific Flyway. So they spend a lot more time here than most of the other areas. This year, I'd say it's even probably more important, because their key staging areas in the Great Salt Lake, up on Klamath, in Oregon - those are all historically dry right now. So as they come down on their migration, they're experiencing low food availability, low resting and loafing habitats. So when they get here, they're in worse body condition we assume. And so that just means that this year, the habitat we can provide is going to be utilized more aggressively, more heavily and be even more important. Jim Morris: Innovative conservation programs are only possible through collaboration with outstanding partners, Jeff McCreary is director of operation for the Western Region of Ducks Unlimited. Jeff, how is the Sacramento Valley leg of the Pacific Flyway proceeding for ducks? Jeff McCreary: Well Jim, we're in the heart of the Pacific Flyway and the Central Valley, and particularly the Sacramento Valley, is key for the wintering habitat for the Pacific Flyaway migrating birds, ducks, geese, swans, all those great charismatic megafauna that you see out there in the rice field this time of year, but we're in a Pacific Flyway drought. And, although we've just had record rain in the Sacramento area, we're still incredibly dry, exceptionally dry all across the Western United States. So, while things are definitely better here in the Sacramento Valley, it's still challenging in two of the other main migration habitats within the Western US, that's the Klamath Basin and the Great Salt Lake, both of which have seen record dry years along with the Central Valley. Jim Morris: So the drought continues and how important are the rice fields of the Sacramento Valley? Obviously very important, but even more important this year because these birds really need to rest and refuel now in our area more than ever. Jeff McCreary: Absolutely. In the Sacramento Valley, winter flooded rice provides up to 70 percent of the energetics for these wintering birds and what we're seeing with the dry conditions in Klamath Basin and the Great Salt Lake is that birds are not staying in those locations. They're moving on quickly and they're coming to the Central Valley, the Sacramento Valley, earlier than they normally would. As we drive around the northern part of the valley here, we're seeing lots of ducks. We're seeing lots of geese and this is October. This is really early. The peak of the migration is in mid-December. What we're seeing here is that this recent rain has actually provided more habitat in the Sacramento Valley because it's shallowly flooding up these dry rice fields unexpectedly. We thought there was going to be lot more dry ground out there all the way into the middle of the winter when the rains have typically come. But now we're seeing rain on the landscape and it's right in the nick of time because this is when the birds are starting to come. And I think we're cautiously optimistic about how things are going to progress this winter. Jim Morris: I mentioned at the start of our conversation, the importance of partnerships, probably more important this year than ever, because of the limited water supply. Your view, Jeff, on the importance of partnerships to best protect wildlife and our region as a whole. Jeff McCreary: Partnerships are essential for effective conservation without a good suite of partners, nothing's going to happen on the landscape and that's private landowners, that's nonprofit groups, that's federal and state agencies, local governments, water districts, when they can all come together. What we can do collectively is greater than we would've been able to do individually. I think one great example is a recent memorandum of understanding that was signed between Ducks Unlimited, California Rice Commission, Northern California Water Association and California Trout. And we're working to re-envision the Sacramento Valley's floodplain ecosystems so that the valley can support sure, ducks, but also rice agriculture and fish. It's a complicated system that we have with the floodplains and the rivers, but we think that there's space and there's an opportunity for us all to work together so that we can see a landscape that's vibrant with winter flooded rice, millions of ducks and geese in the winter and vibrant fisheries in our rivers and streams. Jim Morris: You mentioned the millions of ducks and geese. We see this all the time. I was in Yuba County this morning and enjoyed seeing thousands and thousands of birds. How best can someone who hasn't yet experienced this, take it all in, in the weeks ahead? Jeff McCreary: Well, we are blessed to be right in the middle of a spectacle of nature, which is the Pacific Flyway migration and ducks, geese and swans are starting to arrive here in the valley and Sacramento, one of its great assets is that it's central to most everything. And, in fact, in a short drive from Sacramento area, we can see lots of wildlife right outside the vehicle and right outside of walking trails. Some great places to go, I think are the Cosumnes River Preserve , which is south of Sacramento, great rice fields and wetland habitats, all with walking trails and there's a great sandhill crane viewing area if you go there in the evening Also the Yolo Bypass Wildlife Area , which is just to the west of Sacramento, great auto-tour loop. And two other places that I think have some of the more spectacular wildlife waterfowl viewing, especially during mid-winter is the Gray Lodge Wildlife Area and the Sacramento National Wildlife Refuge. Spectacular auto-tour routes, in fact DU just did a major project at the Gray Lodge Wildlife Area where we reconstructed the auto-tour loop to make safer and better access for viewing these spectacular congregations of waterfowl. Jim Morris: I have gone through Gray Lodge recently and it is a major upgrade. So thank you to you DU for doing that. And I would also say Colusa National Wildlife Refuge has an excellent auto loop too. Hopefully we'll have abundant rain and snow moving forward, filling the reservoirs and helping cities, farms and the environment. Until then, there are many in our region doing what they can to make the most out of a tight water situation. Thank you to our interviewees, Jeff Gallagher, Alexander Mellerski, Luke Matthews and Jeff McCreary. We will keep you updated on fall and winter along the flyway. Until then, you can go to podcast.calrice.org to learn more and listen to past episodes. Thanks for listening.
September 16, 2021 — The coalition of entities that wants to take over the license for the Potter Valley Project is asking the Federal Energy Regulatory Commission to give it until May of next year to refine its plans. The project consists of Scott Dam and Lake Pillsbury in Lake County and Cape Horn Dam and van Arsdale Reservoir in Potter Valley. That's where a diversion sends water from the Eel River into the Russian River and Lake Mendocino. The project is owned by PG&E, which decided not to renew its license in January of 2019. That led the Mendocino County Inland Water and Power Commission, itself a multi-jurisdictional entity, to team up with the Sonoma County Water Agency, Round Valley Indian Tribes, and environmental advocacy group California Trout to form the two-basin partnership to take over the project. The expectation has been that Scott Dam will be removed and Lake Pillsbury drained, but that the diversion would continue, in an effort to find a compromise between providing water to fish and the people who have grown to rely on the diversion. Redgie Collins is the legal and policy director for CalTrout. He spoke on behalf of his organization a few days ago.
California Trout, is a conservation non-profit that works to protect the state's wild rivers and fish.
Tractors are working ground in the Sacramento Valley, as the 2021 rice season is underway. Whether it’s farmers, those in cities or for the environment, this year will pose challenges due to less than ideal rain and snowfall during the fall and winter. At Montna Farms near Yuba City, Vice President of Operations Jon Munger said they expect to plant about one-third less rice this year, based on water cutbacks. As water is always a precious resource in this state, rice growers work hard to be as efficient as they can. Fields are precisely leveled and will be flooded with just five-inches of water during the growing season. Rice is grown in heavy clay soils, which act like a bathtub to hold water in place. High-tech planting and harvest equipment also help California rice farms and mills operate at peak efficiency. Expectations of less rice acreage will impact other parts of the valley – rural communities, allied businesses and the environment – birds and fish. “The Central Valley is arguably one of the most important waterfowl areas on the planet,” remarked Jeff McCreary, Director of Operations for Ducks Unlimited’s Western Region. “It’s because of all of these birds coming down the Pacific Flyway… and when we think about the drought, it’s going to affect that wintering habitat. Is there rice on the landscape? Is there water for wetlands? How do we make sure that those populations are in as good enough condition that when they go back to the breeding ground, they can have a successful year.” McCreary said rice fields are critically important for wintering waterfowl, supporting 60 percent of the food energetics these birds need. He said of all of the duck species, the Mallard is perhaps the most impacted by dry weather in California. Another environmental concern during dry weather is the wild salmon population, which faces significant challenges. However, farmers, water districts, conservationists and others are working hard to find solutions. “The salmon rice work is among the most exciting work I’ve ever been a part of, “said Andrew Rypel, an associate professor and the Peter B. Moyle and California Trout Chair in Coldwater Fish Ecology at UC Davis in the Department of Wildlife, Fish & Conservation Biology. Rypel is one of the key participants in pilot salmon research, including raising juvenile salmon in winter rice fields, then releasing the fish into the ocean. So far, results with the project have been very positive. Another key project to help salmon is putting a shallow amount of water on rice fields in the Sacramento Valley after harvest, which creates “fish food”- zooplankton – which is then released into the river to help feed wild salmon runs. Water managers always have a balancing act to meet the needs of their customers, and dry years provide even more careful consideration. Lewis Bair, General Manager of Reclamation District 108 in the Sacramento Valley, is one of those navigating through this dry year, which includes creative approaches with water, including the likelihood of transfers. “In a dry year, our folks would still love to farm, just like they always love to farm,” he said. “But in these types of years, we end up kind of sharing the pain by doing water transfers. Sometimes, it’s better to move water around for the whole system. You end up being able to achieve other benefits. It really is a short-term solution. We need to have a more reliable water supply for California, and I’m hoping that the long-term vision and long-term investments will help reduce the need for those sorts of transfers.” Bair said building Sites Reservoir would be a major help to the state’s water future, providing new storage and flexibility to re-operate the system for water use efficiency. “I think it’s the most promising thing we can do from an infrastructure perspective,” he added. Munger, McCreary, Rypel and Bair all have different responsibilities, but they share a common goal- to help our region withstand dry years, including a healthy ecosystem and sufficient water for cities and farms. They all agree that the level of cooperation is great in the Sacramento Valley, as evidenced by the scores of voluntary, collaborative projects that have been done to help maintain the Pacific Flyway and enhance the wild salmon runs. Episode Transcript Jim Morris: Tractors are in the field and work is underway to prepare ground throughout the Sacramento Valley for rice planting. An old challenge has returned, one we faced in the past, that will impact virtually all Californians. The question before us, how to navigate through a dry year with subpar rain and snowfall? Jim Morris: Welcome to Ingrained, the California Rice Podcast. I'm your host, Jim Morris, proud to have worked with California farmers and ranchers for more than 30 years to help tell their stories. Over that time, there have been years of abundant water and dry years, which provide challenges, and this is one of those years. I'm in the Yuba City area, one of many areas of our valley where fields are being prepped for rice planting. Jon Munger is with Montna Farms. John, what's happening out here today? Jon Munger: Today we're starting our field prep with chiseling. It is opening the ground up. It's the first piece of equipment that we use since the rice fields have been flooded for the wintertime. Jim Morris: Jon, looking at it from a longer-term perspective, what are your thoughts as you are going to enter your very busiest time of the year? Jon Munger: Over the years, we've had many dry years. We've dealt with a COVID pandemic and, like we did last year, we quickly implemented the policies to keep all of our workers safe in the field and our workers that we have here, they're spread out quite well. They're driving their own tractors and we implemented policies last year that worked very well to keep everybody safe and we're planning to do the same this year. So, it's no different now rolling into the drought that we're currently facing. We've had dry years in the past. We always will get through them. It does affect our local rural communities. A lot of folks depend on the farming activities that we have out here. For our farm, we're looking at potentially growing a third less of our acres this year and that's definitely an impact. Jim Morris: One thing people may not know about rice is of course we have this season coming up, the harvest will be in the fall, but rice is stored and milled according to order essentially year round. So Jon, tell me a little bit about how rice is milled and marketed right now and what it means for the consumer. Jon Munger: Each and every year during harvest rice is delivered to many different dryers throughout the valley. It is then dried and stored until millers and marketers make orders, and then rice is shipped onto mills and milled and shipped out there to whatever buyer or whatever location it's going to. Last harvest crop 2020 is being stored and will be used all the way through this year. Then come this fall, the 2021 crop will go back into storage and will be used in during the year of 2022. Jim Morris: That really helps in a year like this because there is rice, it's already in storage, it's already going to be shipped to consumers at home and abroad. So that helps us during dry years like this. Jim Morris: It's important when looking at a dry year to talk with someone who manages water on a daily basis. Lewis Bair is general manager of Reclamation District 108 on the West side of the Sacramento River, about 30 miles north of Sacramento, and they represent about 75 square miles of agricultural land and rural communities. Lewis, how does your job change during a dry year? Lewis Bair: Most of it stays the same. I mean, watershed management is a long-term vision, a long-term exercise in how you manage water. But, during a dry year, a lot of people are interested in that and the impacts are more severe because we don't have enough water to go around. So, I do a lot of education during these years to explain the reasons why we're making the trade-offs that we're making with water management. There are things that we do to help spread the water around a little bit more during these dry years. Jim Morris: The decisions made in a dry year aren't always easy. You obviously want to make sure that the needs of your district are as whole as they can be, but will you also try to reach out and help some of your neighbors, if that's possible? Lewis Bair: In a dry year, our folks would still love to farm just like they always love to farm, but, in these types of years, we ended up kind of sharing the pain by doing water transfers. Sometimes it's better to move water around with those transfers for the whole system. You end up being able to achieve other benefits. It really is, though, a short term solution, right? We need to have a more reliable water supply for California and I'm hoping that the long-term vision and long-term investments will help reduce the need for those sorts of transfers. Jim Morris: How helpful would Sites Reservoir be if it can be constructed and available down the road? Lewis Bair: Well, Sites Reservoir does something that climate change is kind of unwinding right now, right? So climate change means water, more precipitation as opposed to snowfall. What happens with that is we lose our storage over winter. Sites Reservoir is kind of perfectly situated in the middle of the system to provide both some new storage and some flexibility to re-operate the system. So, you can kind of think about it as a storage and a water use efficiency project rolled into one. I think it's the most promising thing we can do from a infrastructure perspective. Jim Morris: The Sacramento Valley is a unique place and one of the ways it is, is the Pacific Flyway and the amazing wildlife we have. There's also really an emphasis on helping salmon, too. How important is it from a water management perspective but also for someone who lives here to try to help the ecosystem as much as possible? Lewis Bair: I think it's super exciting right now because we have a long-term vision for the Sacramento Valley that I think supports a reliable water supply, a healthy environment, and an economy for the State of California. It's really dependent on that reliable water supply. So, in the Sacramento Valley, what that means is taking a look at what impacts some of the flood control system and water supply system development created. It impacted species and those species impacts are affecting water supply. What's exciting is that we found out we can unwind some of those flood control impacts. We can restore those floodplains that are really the energy that kind of fueled our amazing environment in the Sacramento Valley. So if we can do that, I think we have a very positive outlook for the future. Jim Morris: This isn't something that happened yesterday. I mean, these things have been in works for many years with millions of dollars behind them. So how long has this been an area of dedication and how important is it to you personally as well, to try to have the best environment we can here? Lewis Bair: Well, I think everybody loves the Sacramento Valley up here. Everybody is super excited. Two decades ago, we started with the bird programs and that's really what I think woke folks up here in the Sacramento Valley, that these wetlands are so important to kind of fueling our environment. We've seen now that that applies to fish too, and that's really the door that's been opened, that's changing things for water supply reliability. The floodplains that were separated from the river when we constructed our flood control system, we now believe they're extremely critical to restoring the fisheries. If we can restore the fisheries, that sure takes a lot of pressure off of the water supply system. Jim Morris: Throughout the Sacramento Valley over the last 20 years, there have been about 155 different projects that have voluntarily been done cooperatively to aid salmon. One of the interesting ones here in Reclamation District 108 that may be happening again later this year, hopefully, is getting some water on the floodplain to provide fish food. Can you comment a little bit about that? It's a really interesting concept, but perhaps even more valuable this year than normal because of the dry year. Lewis Bair: Yeah, so historically we built a flood control system and drainage systems that essentially kept water from staying on the land long enough to produce food, phytoplankton, that we all hear that fish eat. But what we've learned is that the rice fields that we farm in work perfect during those winter months to hold water. So, we have a program where we will flood and hold water, produce phytoplankton and drain that back to the river to help support the fishery. This can also be done on the floodplains in the bypasses. So it's really an exciting program. We think fundamentally it's one of the biggest things affecting juvenile salmon out migration. Jim Morris: One thing that is clear in the Sacramento Valley is the collaboration that's happening between agriculture and the environment, communities, water districts. How important is that approach in a year like this? Lewis Bair: Well, it's super exciting. We have so many talented partners that are coming together to push forward on these floodplain efforts, at the fishery efforts. It's really wetlands with birds and the fisheries. So we have NGOs, state and federal partners, local water agencies, and landowners all on the same page and driving this forward. I think it's the kind of partnership that's going to make change in the Sacramento Valley. Jim Morris: The environment is an important part of the Sacramento Valley, and there are some challenges heading into this dry year. Jeff McCreary heads up the Western Region for Ducks Unlimited and Jeff, before we get into that, a milestone for Ducks Unlimited with 15 million acres conserved throughout North America. That's awesome news. Can you comment a little bit about that? Jeff McCreary: Yeah, Jim, it's fantastic. The 15 million acre mark is a remarkable achievement for the Ducks Unlimited family of organizations, that includes Ducks Unlimited Incorporated here in the United States, Ducks Unlimited Canada and DU de Mexico, which covers Mexico. So we've got from Los Mochas, Mexico to Yellowknife, Canada and everything in between has been conserved, whether it's protected, restored, improved up to the 15 million acre mark. We're just really proud to be able to celebrate that with our partners and our members and our volunteer leadership. Jim Morris: That is awesome. We are heading into a dry year. We're going to need all of those skills. You're a wildlife biologist. What are some of your thoughts heading into this dry year? Your concerns about waterfowl health in the Sacramento Valley. Jeff McCreary: Well, Ducks Unlimited takes a continental approach to waterfowl conservation, and, when we look at the Pacific Flyway, we think about where are the birds coming from, where are they going to, and then where are they going back to? So, they're coming from Canada and the breeding grounds, and they're coming to California for the winter. The Central Valley is arguably one of the most important waterfowl areas in the planet, and it's because of all these birds coming down to the Pacific Flyway here in the Central Valley, in this narrow band of habitat that is comprised of wetlands and agricultural working grounds. When we think about the drought, it's going to affect that wintering habitat. Is there rice on the landscape? Is there water for wetlands. How do we make sure that those populations are in as good enough condition that, when they go back to the breeding ground, they can have a successful year? Jeff McCreary: The remarkable thing about waterfowl is that they have a large clutch sizes, like up to 12 eggs, so they can be responsive to the good times and the bad times. Our job this year is to make sure that they're in good enough condition in these bad times so that when the good times come around, they'll be able to respond and grow at their population. Jim Morris: So as we head into this year, how important are rice fields in this equation when you talk about ducks along the Pacific Flyway? Jeff McCreary: Rice fields are critically important for the wintering population of waterfowl. They support 60 percent of the food energetics that waterfowl need during the winter. Now, rice and wetlands have this interplay. So the birds move back and forth between both types of habitats, but with rice, what we are doing now with our planting, we're getting ready to get out in the fields and get the rice planted, so that's really going to drive how much energetics is out there in eight months from now. Jim Morris: Are rice fields more important than a drought time? About the same? Do you have a thought on that? How much do we need rice to keep the population healthy? Jeff McCreary: Well, we certainly need rice to keep the population healthy and ducks are just one of the waterfall guilds that we have. Of course, geese and white-fronted geese are growing in numbers and so rice certainly play an important role for those birds as well. When we look at the Sacramento Valley, wetlands and rice agriculture use the exact same water infrastructure and water delivery system the rest of the valley uses. So, it's important to look at both wetlands and rice as a whole unit, because the water comes from the same place. Jim Morris: Is there one duck species in particular that is especially dependent on the Sacramento Valley habitat? Jeff McCreary: Yeah, I'd say the iconic California bird is the Mallard, and over the last 10 years and the last 10 year drought, we saw significant declines in the California Mallard population, nearly by half from what it was. We went from 400,000 to somewhere around 200,000 birds. If you drew a graph of that and you paralleled that graph with the graph of the water years, you would see this decline over time. In the last several years where we had some better water years, we've actually seen an increase in the Mallard population. So that's a concern going forward. Jim Morris: How important are the partnerships between rice growers and conservation groups like Ducks Unlimited? Jeff McCreary: The partnerships are everything. Ducks Unlimited never does anything by ourselves. It's always with somebody else, whether it's a grower or whether it's with an association or whether it's with a federal or state or local agency. Everything that we do is by partnership. In times like these, when drought and stress is going to be out there, it's all that much more important for stakeholders to come together and find those innovative entrepreneurial solutions to deal with some of these challenges that we're facing. Jim Morris: What are your thoughts when you see that big flock of birds that's taking off from a rice field? I mean, to me, I just have a big smile on my face when I see that. Jeff McCreary: It's a spectacle of nature, and if no one's been to the Gray Lodge Wildlife Area or the Sacramento National Wildlife Refuge to see the waterfowl fly offs in the evening, I really strongly encourage you to do that. We are blessed to be in this part of the world, with this amazing waterfowl population that comes here and they're here for a reason and the things that we do on the landscape with our wetland management, with our working agriculture and riceland management, that's what keeps those birds here, that's what keeps them coming back, that's what sends them back to the breeding grounds to be successful and do it all over again. Jim Morris: What does this dry year mean for fish in California? Probably a lot of unanswered questions, certainly a big subject, not just for environment, but it also impacts water to cities and farms. Andrew Rypel is an associate professor and the Peter B. Moyle and California Trout chair in cold water fish ecology at UC Davis in the Department of Wildlife, Fish and Conservation Biology, and that's probably the longest title I've ever seen, but that's all important. Andrew, what are your comments as we head into this dry year, concern for the wild salmon population, and maybe what we can do here in the Sacramento Valley? Andrew Rypel: Droughts are difficult times for fishes in general. However, our native fish fauna in California are well adapted to cyclic climate patterns where they are adapted for dealing with drought cycles and wet cycles, and that's part of the business of living in the Mediterranean climate for these species. Jim Morris: You're participating with many others in some pretty interesting research that I think could help in the long run. Can you comment a little bit about some of the work that you're doing with rice farmers and how it may help in the longer term? Andrew Rypel: The salmon rice work is some of the most exciting work I've ever been a part of. It's based on the idea that the Central Valley was once a giant floodplain wetland ecosystem complex, and the water originated in the mountains much like it does today, and would spread out over the valley floor and the native fish and wildlife really evolved to capitalize on those resources. It's abundant food for fish, abundant for birds, for Tule Elk, things like that. Of course, much of that is gone. However, there's an increasing awareness that we've got a lot of acreage, roughly 500,000 acres of rice, which is not a perfectly natural wetland, but it can approximate some of the important wetland processes that can facilitate the life cycle of native species, particularly fishes in my case. Andrew Rypel: So, there have been a lot of really interesting work done with migratory waterfowl and highly successful NRCS programs that were developed that, in my opinion, it looks like it has arrested the decline of migratory birds on the Pacific coast. So a lot of people have been looking at that and saying, "If we can do that for birds, why can't we do that for fish?" So we've been working with the California Rice Commission, with other science partners to really kind of pilot how this could work for fish in the Central Valley. So we've been growing salmon on bypass rice fields, looking at how well they grow, how well they survive in these fields when they're flooded in the winter time, and also how well they survive out in the Pacific Ocean. Andrew Rypel: To sum it up in a really short way, the results are very positive. Salmon grow really well in these habitats. They put on weight very fast. Just within a month they can go from 30-40 millimeters in length all the way up to 70-80 millimeters in length. So they get big, fast, and that's important because it tends to time these fish up with the natural flow regime that these rivers experience. So baby salmon tend to have better survivorship when there is more water in the rivers and more food in the rivers. If we can grow them bigger, faster so that they get out on the high tide of the rivers earlier in the year rather than later in the year when the river is low and doesn't have much food and it's full of predators like striped bass, that's just a good thing. So, we think that rice fields could play a role in fish conservation in California, much like they have for bird conservation before. Jim Morris: Not only raising salmon in rice fields, but also fish food. How positive are you on that approach and how important would it be in a year like this to have more food in the river for the wild salmon? Andrew Rypel: Both concepts are extremely important. There are certain fields, rice fields, that flood naturally, so fish can come on those fields and off those fields in a volitional way. They want to be there and they want to spend time in these fields. But that footprint is finite and so there's a lot of other rice field that could be useful in other ways. One of those ideas is to grow fish food in those fields. So I'm extremely positive about this idea because what we know is that these are productive habitats to just grow a ton of zooplankton, which is basically the fish food that we're talking about. Andrew Rypel: Most of those 500,000 acres are on the dry side of the levee. They're not exposed to regular flooding. If we could learn how to grow fish food, and then drain those fields strategically so that fish that are actually moving through the river system and the river network will have food resources when they need them, when they're migrating, when they're vulnerable, we think we can also leverage the fitness and the health of populations that way as well. So it's a bit of a jigsaw puzzle, but these things fit together and we think they fit together fairly nicely. There are probably other ways to use these habitats that we haven't thought about yet. So we spent some time thinking about that as well. So it's exciting. Something like this only happens when you have a lot of partners at the table that are willing to work together and help the situation. Andrew Rypel: Obviously I'm a scientist, I'm at UC Davis. There's a whole team of scientists at UC Davis that are interested in this. California Trout is an NGO that we work with quite regularly that's been at the forefront of this project as well. The California Rice Commission, obviously, a crucial partner for linking in with the actual growers, with the landowners. USDA-NRCS program has been funding a good chunk of our pilot research, trying to figure this out with the goal that we could eventually have a practice standard that growers could enroll in, to participate in these practices to really actuate these conservation practices at scale. Then we work with so many of the agency scientists, managers, partners, whether that's NOAA Fisheries, CDFW. We spend a lot of time communicating with CDFW, DWR, water managers throughout the Central Valley. Everybody's kind of involved at some level and we communicate with all those folks quite regularly, and need them. Jim Morris: The Sacramento Valley is a one of a kind place with great natural resources and another strength, a lot of people, including those you've heard today, dedicated to keeping it that way. Dry years are challenging to be sure, but there are many people devoting a lot of time to doing the most with the water that is available. Jim Morris: We'll, of course, keep you updated on planting, the growing season, harvest and much more on future episodes of Ingrained. For now, that wraps up this episode. Thank you to Jon Munger, Jeff McCreary, Lewis Baer, and Andrew Rypel. You can find out much more and listen to past episodes at podcast.calrice.org. Thanks for listening.
Northern California has world-class fly fishing for trout. In an episode of The...
Episode Summary In this episode of the Fly Fishing Journey Podcast we sit with Mikey Wier & Megan Nguyen of California Trout. It was an amazing chat as they spoke with passion about preserving salmonids, particularly California's 36 native species. Anyone that loves learning about trout will love this episode. https://caltrout.org It's timely as Mikey and I are heading up in the Golden Trout Wilderness to catch and document, Kern River Rainbows and Golden Trout. We are traveling deep into the Kern River Valley by way of Horse Pack Train. It looks to be amazing! Follow along in our journey on Instagram: @flyfishingjourneys Golden Trout Pack Trains: https://goldentroutpacktrains.com The 21 Day Epic Father Son Roadtrip is being brought to you by Douglas Outdoors: We also want to thank our key sponsors: https://www.nor-vise.com http://www.bissellinsuranceagency.com https://flyfishingshow.com
In this episode, Nick talks with Mike Wier and Patrick Samuel from California Trout as well as Sam Sedillo from Trout Unlimited about the recent changes to fishing regulations due to COVID-19. Support the show. CalTrout is hosting its annual Gala & Auction on May 1st at 7 pm and this year, you're all invited! Given the current shelter-in-place, they've shifted to a live-stream event where they'll be creating the same excitement, sense of community, and celebration with an online auction, raffle, and updates on their work across the state to ensure healthy fish thrive in healthy waters for future generations. Visit caltrout.org/troutcamp2020 to register today and for more details. Support the show: https://gear.barbless.co See omnystudio.com/listener for privacy information.
What's Up, Anglers?! Here's what I know and what I feel! Hang in there! Thanks for watching! ---------------------------------------------------- California Commission Fish & Game Information https://fgc.ca.gov/Meetings/2020 Video Credit: Fox 5 San Diego https://www.youtube.com/user/fox5sd/videos ---Gear & Apparel--- --- Apparel --- Trout Made Angler Co. www.troutmade.com Use Code GETMADE 25% OFF Toroe Eyewear Range Black Lenses https://www.toroeeyewear.com/ Angler Clothing Co. @anglerclothingco https://angler-clothing-company.myshopify.com/ ---Music--- Theme Music – Nice & Easy ---Recommended Channel--- @fishingwithuncledandan619 https://www.youtube.com/channel/UCDYc0IYk2sFoT0kztRkk0Ug ---Follow on IG--- @troutmade https://www.instagram.com/troutmade/?hl=en @salt_made https://www.instagram.com/salt_made/?hl=en All of your support from troutmade.com and Amazon Affiliates goes towards creating more content and Trout Fishing Action. Thank you, Anglers! --- Send in a voice message: https://anchor.fm/getmadeshow/message Support this podcast: https://anchor.fm/getmadeshow/support
Rice fields in the Sacramento Valley are remarkably productive and versatile. From spring into fall, they produce virtually all of America’s sushi rice. In the fall and winter, those same fields are home to millions of birds. What’s next? A promising pilot project could help inform us as to how rice fields can help restore dwindling salmon populations. Throughout the Sacramento Valley, researchers are studying the prospect of reconnecting the historic flood plain, through getting the ‘bug buffet’ found in shallow-flooded rice fields returned to the river to supplement the food supply for migrating salmon. Additionally, this is year two of an exciting project to raise salmon in rice fields. Through the Rice Commission, UC Davis and California Trout, thousands of juvenile salmon are being raised in rice fields at River Garden Farms in Knights Landing. When they’re ready, these fish will be microchipped and studied as they leave the farm en route to the ocean. Hopefully, this research will pave the way to have rice fields provide the type of boost to salmon that they have for the Pacific Flyway. “What’s incredible is the way the rice industry has decided to mesh with the environment, in such ways that include tracking salmon from Knights Landing all the way to the Golden Gate Bridge. How does that factor in to growing rice, but it does,” remarked Jack Armstrong of the Armstrong & Getty Radio Show, after visiting the pilot project and speaking with participants. With the vast majority of California’s historic wetlands gone, there’s increased reliance of rice fields as ‘surrogate wetlands,’ not only for birds but perhaps to help salmon, too. “I think they are the difference maker,” said Andrew Rypel, Associate Professor and Peter Moyle Chair of Cold Water Fish Ecology at UC Davis.” If we don’t figure out this problem with rice fields, we’re going to be in a lot worse situation if we lose those rice fields. We really need to figure this out. All of the evidence supports the idea that these are incredible habitats for fish.” The Rice Commission’s Pilot Salmon Project is made possible through sponsors, including the US Department of Agriculture's Natural Resources Conservation Service, Syngenta, The Bechtel Foundation and many others. Here’s a complete list of our valued sponsors. Episode Transcript Jack Armstrong: What's incredible is the way the rice industry has decided to mesh with the environment in such ways that include tracking salmon from night's land in California all the way to the golden gate bridge. How does that factor in with growing rice, but it does. Jim Morris: Jack Armstrong of the Armstrong and Getty Radio Program. Innovation is a hallmark characteristic of California rice and a new chapter is underway, raising salmon and rice fields in an effort to help supplement the state's dwindling fish population. Jim Morris: Welcome to Ingrain, the California rice podcast. I'm your host, Jim Morris. I've been working with farmers and ranchers for 30 years helping tell their stories. Rice is known as the environmental crop and for good reason, millions of birds spend their fall and winter and rice fields. Nearly 230 wildlife species in all live in rice fields. In fact, you might be able to hear the blackbirds in the background here at River Garden Farms in Yolo County where a new chapter is underway. It's a pilot effort to raise salmon in rice fields. It's a windy day here on the farm, but that's actually helpful for researchers in their efforts. I'm with Rachelle Tallman from UC Davis grad student and you're playing a significant role here at the pilot salmon project, and how are things going? Rachelle Tallman: So far, so good. The fish are growing really well out here on the rice fields, warm temperatures and for the most part, good oxygen. So they're doing pretty good. Soon, we might have to start moving things around just because we're starting to enter an early spring. So that's something that we're keeping on the radar. Jim Morris: We've had two years of this. Last year's weather was completely different than this year. So what was the challenge last year and what's the challenge this year? Rachelle Tallman: Yeah, I think last year with all the water we had, the challenge is actually getting to our cages and checking the fish. So it made it really difficult for data collection. This year has been a lot easier data collection wise because again, the bypass is inactive and we're on the dry side of it. The challenging part this year though is because we're not getting the kind of rain or precipitation, we're dealing with warmer temperatures and that's something to be concerned about when we have fish that need to be of a certain size for us to work with them. Jim Morris: So years back, a few years back, did you imagine you would be working in rice fields raising salmon? Rachelle Tallman: No, I definitely knew I was going to be doing salmon, but not in rice fields. That was probably the most unexpected part. Jim Morris: What do you think after you've had a couple of years under your belt with this? Rachelle Tallman: I have so much respect for rice farmers and what they can do because I feel like I've had to take a crash course in how to maintain flow levels and I give huge thanks to River Garden and Conway from last year helping me figure this out because it's a lot more difficult than you think. On paper, it comes off as one way and then when you actually have to implement it, it's really hard. Jim Morris: Obviously, you need to get more information before there is a conclusion, but what are your thoughts about down the road and the role rice fields could play for salmon? Rachelle Tallman: Yeah, I think it's really interesting. This year, we had a new component that we didn't have last year, which was adding habitat complexity to the plots and I'm really interested to see how that impacts survival. There's some data that suggests that once we're putting fish in these fields, they have really high mortality. So it'd be actually very interesting to see what the survival is while we're just growing them and then ultimately, seeing how many can we get to the golden gate. Jim Morris: You talk about some different avenues this year, i.e. Christmas trees in the field, et cetera. What are some of the things that you're doing that you're testing? Rachelle Tallman: Yeah. So with the plots, there's eight of them and there's four treatments. So we have the Christmas trees, canals, Christmas trees and canals, and then we have control groups. We're kind of looking at the growth between the different plots, like the fish growth, as well as a survival to see if there is a difference in doing these treatments or not. Jim Morris: There is a lot of hard work going on here and no one has much downtime. So tell me about some of the activities and all of the hard work here. Rachelle Tallman: Yeah, this project really wouldn't have been possible without the hardworking staff of the Thingy and Rypel Lab, as well as the BioTelemetry group. Each week, we're going out and walking these eight half acre plots, as well as seining them, PIT tagging them and then eventually, we'll be acoustic tagging them. So it really takes an army of people to get this project off the ground. Jim Morris: Seining in particular, looked at especially excruciating. So tell me what seining is for those who don't know. Rachelle Tallman: Yeah, so seining involves a pretty large net and then you have two netters that basically are controlling the ends, and they spread the net out really far and start marching forward. What happens is it kind of corrals the fish into what we call a purse, which is the back of the net. So they kind of work together to try and keep the fish there and then pulling the ends together and sealing it so that we don't lose fish as we're trying to pull the net out of the water. It's physically super intensive. Jim Morris: You also had you called, PIT tagging. So tell me about PIT tagging and what this accomplishes. Rachelle Tallman: Yeah, so PIT tagging, I tell people, it's kind of like when you go to the grocery store and they scan the barcode. It's the same concept except instead of being a barcode printed on a cereal box, we're injecting a tag into the fish and it gives them a unique ID, which is helpful for us because when we are going to figure out survival, we can actually figure out which individuals made it. Jim Morris: This is different than the telemetry tag, if I'm saying the right term, and what is that and when does that come in the process? Rachelle Tallman: So the telemetry tag is really great for us to assess survival to Golden Gate Bridge. The reason we don't do PIT tagging with them is the read range is a little different and as you get closer to a saltier water, it's more difficult to use PIT tag technology. Jim Morris: Amazing with that telemetry information, you literally can know where they end up down the road? Rachelle Tallman: Yeah, we can figure out using statistics like how many actually made it to Golden Gate. Jim Morris: And like anybody, the better your diet, the healthier you're going to be. They are a little healthier right here than compared in a natural river setting? Rachelle Tallman: Yeah, at least compared to the Sac River. The warm temperatures in the rice fields and the high food abundance allows them to grow faster, so they're definitely bigger upon release than a hatchery fish. Jim Morris: To carry out this work, you need cooperative farmers and there are a lot who are interested and excited about this new way to help our environment, that includes Dominic Bruno of River Garden Farms. Dominic Bruno: But we're very optimistic that the efforts that we're helping or that we're putting forward are going to provide good science to really help move these practices and expand these projects and practices across the Valley. Jim Morris: Another key partner is Cal Trout, program manager, Jacob Montgomery logs a lot of miles in Sacramento Valley rice country, including with this project. Jacob Montgomery: Rice fields in the Sutter and in the Yolo Bypass are ideal for this project. All the other rice fields that are outside of the bypasses don't actually have fish that can access them, right? All those rice fields are separated by levies, but in the Yolo and in the Sutter Bypass, as soon as the river gets high enough to inundate and flood those bypasses, it also brings on fish. So those rice fields will hold water for an extended period of time and provide great ponded flood plain fish habitat. Jim Morris: And that is the ultimate goal is to reconnect the flood plain. Can you explain what that will entail hopefully, down the road? Jacob Montgomery: Yeah. So reconnecting the flood plain has two phases really. We want to do this phase that we're calling on the wet side, which is inside the Yolo and in the Sutter Bypasses that this Cal Rice Commission and UC Davis project is testing treatments for. So that part is looking at extending the duration of flooding events that naturally occur in the Yolo Bypass and in the Sutter Bypass, and that's a really important piece. In order to recover the fish populations, we really want to provide them an extended period of flooding time where they can access that habitat and get all of the growth and survival benefits from that habitat. So that's one piece of reconnecting the floodplain. The other piece is integrating those dry side or all of the rice fields outside of the bypass, reconnecting the floodplain resources, which would be primarily fish food. Jacob Montgomery: Since we can't actually get fish out there, what we want to do is flood all those fields, grow a bunch of fish food out there, basically, small water bugs and then drain that water back to the river at the exact time when juvenile salmon are in the system and migrating downstream and naturally doing their sort of growth and survival in rearing thing in the Sacramento River system and provide them an extra subsidy of food resources while they're in the river. Jim Morris: The subsidy of food resources, rice fields are promising on that, correct? Because they are loaded with fish food. Can you explain? Jacob Montgomery: So what happens is when you flood a rice field after harvest, the rice farmers are really doing this for a couple of reasons. The primary one being rice double decomposition, so the water is another way to break down all the leftover rice straw after harvest. They don't have to burn it or bail it or get rid of it in some other way. The other kind of secondary purpose for it is it provides waterfowl habitat, water bird habitat, shorebird habitat. There's the practical aspect for the farming, and the habitat aspect for the birds mostly. And we're adding in this fish benefit because when you flood those rice fields and all that rice straw breaks down, what it breaks down into is basically it turns into a whole bunch of bugs. There's a aquatic food web that emerges to decompose that rice straw and the outcome of that is a hugely abundant and rich biomass of small aquatic bugs that are just the perfect item of food for a fish when it's rearing. Jim Morris: How does the level of those zooplankton, et cetera, in a rice field compare to that of the river and how do you get it from the rice field back to the river? Jacob Montgomery: Yeah, it's a great question. So relatively speaking, the river is a food scarce environment. The way we measure it in the lab is we translate everything to a dry mass and we're talking about micrograms of carbon, that's bugs basically, per cubic meter of water. The river has somewhere between like a hundred and on a good day, maybe 2000 micro grams of carbon per cubic meter of water. The rice fields frequently are over a hundred thousand and I've seen measurements up to four hundred thousand, five hundred thousand micrograms of carbon per cubic meter. So we're talking about anywhere from 200 to 500 times the biomass of food on rice fields as compared to the river. Jacob Montgomery: Second part of that is how do you get that food on the rice fields back to the river? That's relatively simple. So all these rice fields are designed for both irrigation and for drainage. They're all already set up to move water on and move water off and when they move water off, they got to get that water back to the river so they can drain it out completely. It doesn't just form a big flood somewhere. We use all that same infrastructure that the rice farms are using in the summer to irrigate. In the wintertime, we use it to flood and to drain that floodwater, all that floodplain resource generated fish food, back to the river in the exact same way that a rice farmer drains their fields normally. Jim Morris: Is it safe to say that the salmon protection measures of the past haven't worked out too well and we do need to try new avenues or am I overstating that? Jacob Montgomery: Well, I think there are some really good success stories to remember. So one is that of the Butte Creek spring run salmon, that's a classic recovery action where the local group of water managers and farmers and everyone who uses the resource out there got together to coordinate some actions to basically stop diverting water when fish were in the system or screen their diversion so that when they did divert the water, they weren't sucking a bunch of fish out of the system at the same time and upgrade some infrastructures so that there were no barriers to fish access in some of those places. We saw a fantastic response from that fish population after all those actions were completed. There are some stories like that and that's probably one of the better ones, but they're few and far between. So yes, most of the conservation actions I'd say have not been so successful. And I think it's mostly because they're not focusing on the habitat and the population benefit that emerges from having the right habitat at the right time of year for these fish. Jim Morris: Thanks for mentioning Butte Creek. That is a big success story in the Sacramento Valley. So in your professional lifetime, do you feel we will see a market difference in the Valley where these rice fields are actively being utilized for salmon, not only the fish food, but also raising the fish in the winter? Jacob Montgomery: I really hope so. I think it's entirely possible. It's doable right now. I think the hurdles to that are more financial and political than they are logistical as far as physically getting all that floodplain habitat and making it accessible to fish. We need to develop a way to let a farmer keep their land in production and get them credit for the conservation efforts that they make in the winter time when they're not growing rice. If we can figure out a way to do that, then yes, we will absolutely have the Central Valley within 10 years grown tons of fish food and having a big response from our fish populations. Jim Morris: All of this optimism does not erase the fact that there is a long way to go towards a healthy salmon population. Central to this project is Andrew Rypel, associate professor, and Peter Moyle Chair of Coldwater Fish Ecology at UC Davis. He explains the current fish situation in California. Andrew Rypel: So the estimates are somewhere in the neighborhood of 83% of native fishes in California are in some form of decline. Some are extra pay it or completely extinct already. Many are declining and are on their way. So that's the backdrop and challenges we face. Jim Morris: Where do we go from here? What are some of the potential solutions? Andrew Rypel: There's 40 million people in California and there's a lot of activity and those people aren't going anywhere anytime soon. So what we need to do is figure out a smart way to use the habitats that we do have to help fish get better into the future. Jim Morris: We're talking, in this case, about rice fields and we're at river garden farms. Tell me what's happening here and what a level of optimism, perhaps you have that some way, someday down the road that this can make a difference. Andrew Rypel: We are in a rice field and why that's important is that the Central Valley, which is really the hub of fish diversity in California, Central Valley is where a lot of that diversity was historically. All those wetlands are mostly gone. There's only about 5% of those wetlands left, so we really shouldn't be that surprised there's only 5% of the fish left. But what we do have are a lot of these rice fields, anywhere in the neighborhood of 500,000 acres. What we want to do is figure out a smart way to use those habitats for fish. They've been wonderful examples of using these habitats for migratory waterfowl and we're looking at making parallel programs and partnerships to help fish conservation in the future. Jim Morris: There's a long way to go, but how encouraged are you? Before this, we had the New Geary project, so this has been studied for a few years at least and what are some of your initial thoughts about how things are going and if rice fields might be a difference maker? Andrew Rypel: I think they are the difference maker and if we don't figure out this problem with rice fields, we're going to be in a lot worse situation if we lose those rice fields. So we really need to figure this out. All the evidence supports the idea that these are incredible habitats for fish. Whenever we put fish on these habitats, they grow really well, they do really well, but we still need to answer a few more questions that are out there. One of the questions we're interested in is we know they grow fast, but do they actually survive better out to the ocean? Can we wild these fish to be stronger salmon than they were before? If we lose rice fields or they get turned into some other type of crop, we're going to be a lot worse off because then we won't have these wetland aquatic, agricultural floodplains to work with. Jim Morris: There are a lot of positives with this project between the teamwork, expertise and the natural benefits from rice fields, including abundant fish food. This is important work and we will keep you updated on how this pilot project is going. That'll wrap up this episode. Thank you to our interview subjects and those supporting the pilot salmon project, including Syngenta, the US Department of Agriculture's Natural Resources Conservation Service, the Bechtle Foundation, as well as many other valued supporters. We would love to hear from you, your comments, your questions. You can go to calrice.org and click on, "podcast," to subscribe and to reach out to us. Thanks for listening.
Jacob Montgomery is California Trout's Central Valley Project Manager specializing in plankton population dynamics and food web production. He currently manages CalTrout's Fish Food program using Sacramento Valley rice farms as a surrogate...
The Speaking of Travel + Climate Listening Project continues with Dayna Reggero and special guests to talk about the wild places we love to explore. For almost 40 years, Patagonia has supported grassroots activists working to find solutions to the environmental crisis. But in this time of unprecedented threats, it’s often hard to know the best way to get involved. That’s why through Patagonia Action Works, they are connecting individuals with their grantees, to take action on the most pressing issues facing the world today. Three of these grantees are California Trout, Save the Boundary Waters and Accelerating Appalachia. Find out how you can make a difference by becoming a sustainable traveler and taking action, one person at a time! Guest Alex Falconer is from Save the Boundary Waters in Minnesota. This organization is creating a national movement to protect the clean water, clean air and forest landscape of the Boundary Waters Canoe Area Wilderness and its watershed from toxic pollution. Guest Megan Nguyen is from California Trout and helping solve complex resource issues while balancing the needs of wild fish and people to ensure resilient wild fish thriving in healthy waters for a better California.Accelerating Appalachia is supporting innovative businesses building a regenerative economy aligned with people, place and prosperity to preserve farmland, sequester carbon, and protect our environment.
On this special episode of The Barbless Fly Fishing Podcast we come to you from Fall River Mills, Ca. on the eve of the 2019 hosted by the and . Curtis Knight, Executive Director of California Trout joins us to discuss CalTrout's charter,...
Do you know where your water comes from? The iconic spring-fed trout waters of Mt. Shasta and High Sierra meadows are the key to California’s water future. They are a major Source of the state’s water supply, vital to its economy, its people and its fish. Yet, despite its significance, many Californians are unaware of where their water comes from and the need to protect and restore these important sources. They face a myriad of threats. From water bottling plants to hydroelectric and geothermal energy facilities in the springs to degraded meadows in the Sierra. And now – climate change. Learn more about these vital Source waters, and, how we can ensure they are productive and healthy for generations to come. Series: "Sustainable California" [Science] [Show ID: 33882]
Do you know where your water comes from? The iconic spring-fed trout waters of Mt. Shasta and High Sierra meadows are the key to California’s water future. They are a major Source of the state’s water supply, vital to its economy, its people and its fish. Yet, despite its significance, many Californians are unaware of where their water comes from and the need to protect and restore these important sources. They face a myriad of threats. From water bottling plants to hydroelectric and geothermal energy facilities in the springs to degraded meadows in the Sierra. And now – climate change. Learn more about these vital Source waters, and, how we can ensure they are productive and healthy for generations to come. Series: "Sustainable California" [Science] [Show ID: 33882]
We had the pleasure of interviewing Mike Wier recently who has been influential in the fly fishing world. His videos have changed the way we look at the sport and now he is helping CalTrout share their vision through different media...
In this episode of The Venturing Angler Podcast, Mikey Wier of California Trout...