2011 Salmon Recovery Workplan Update
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This document summarizes the Nisqually River Chinook salmon recovery plan, including long term goals of sustaining natural populations and harvest. It outlines priority habitat restoration projects, and strategies to reduce impacts of hatchery fish on natural populations through a seasonal weir and integrated hatchery program. The schedule for the upcoming Salmon Recovery Funding Board grant round is also provided. The Council is asked to approve the updated workplan, a public comment period, and the funding schedule.
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Okehampton April 2019: Community Information Session
Tassal is Australia's largest producer of salmon and operates salmon farms in Tasmania. It grows 32,000 tons of salmon annually, which accounts for 1.6% of the world's salmon supply and 50% of Tasmania's supply. It has over 1,500 employees and contributes significantly to Tasmania's economy. Tassal is pursuing expansion into prawn farming through its recent acquisition of prawn farms and facilities. It is committed to sustainability and environmental stewardship through programs such as its remote feeding system, well boat, eco-aquaculture trials, and extensive environmental monitoring of its farms.
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This document summarizes a study that tracked the origins of juvenile Chinook salmon in the Nisqually River estuary using coded wire tags. The study found that most fish caught came from local Nisqually River hatcheries, but fish also originated from hatcheries in the Green, Puyallup, and Skykomish Rivers. The tagging data provides insights into the fish's migration patterns and survival rates, helping managers evaluate hatchery programs and protect wild salmon populations.
The Althelia Sustainable Ocean Fund
Presentation at the Global Landscapes Forum on 6 June 2016, in London, UK during the Dragon's Den session. For more information go to: www.landscapes.org.
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The document summarizes fisheries management of Kaptai Lake in Bangladesh. Kaptai Lake is one of the largest man-made freshwater bodies in Bangladesh, covering an area of 68,800 hectares. It contributes significantly to fish production and provides livelihoods to local fishermen. Over the years, fish catch from the lake has steadily increased, reaching 9,589 metric tons in 2015-2016. However, the lake faces several management issues like pollution, reduced water levels, and use of illegal fishing gears that threaten fish biodiversity. Recommendations include banning harmful fishing methods, strengthening enforcement of fisheries laws, and improving coordination between agencies involved in stocking and conservation efforts in the lake.
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Yil-Me-Hu is the Nisqually Indian Tribe's Salmon Recovery Newsletter. This publication was produced in the Winter of 2014.
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This document provides a summary of a fishery project report presented by 6 students. It discusses the introduction to fisheries and its importance in India. It then covers various aspects of the proposed project such as pisciculture, types of fish production including spawning, seed and fish farming. It also discusses culture and capture fisheries. The document further provides details on the proposed project including location, land, buildings, layout, machinery, production process, utilities, raw materials, manpower, products, market, costs, profitability, capital requirements and break even analysis.
World fisheries day celebrated 21st November
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Channel March 2019: Community Information Session
Tassal is Australia's largest producer of salmon and sources 1.6% of the world's supply. They operate in Tasmania's Channel region with 4 leases and employ 78 local staff. Tassal is implementing new technologies like remote feeding and a well boat to improve sustainability, fish welfare, and safety. They conduct extensive environmental monitoring of water quality, sediments, and reefs to ensure responsible farming. Tassal also invests over $1 million annually in the local community through grants, partnerships and initiatives.
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This document discusses several issues around managing New Zealand's fisheries sustainably. It acknowledges that many fish stocks have been overfished and supports rebuilding them to sustainable levels. It also wants to reduce waste from commercial fishing and establish fair size limits for both recreational and commercial fishers. While recognizing the economic importance of commercial fishing, it argues that the value of recreational fishing should also be considered in management decisions.
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- A study analyzed land use and habitat changes in the lower Nisqually River valley over the past 60 years using aerial imagery from 1957, 1980, and 2015.
- Between 1957 and 1980, riparian forest decreased by 7.7% due to conversion to agriculture. From 1980 to 2015, riparian forest increased 2.3% within a restoration area.
- Upland forest saw minimal loss between 1957-1980 but declined 8.2% between 1980-2015 due to land development.
- Overall forest cover in the study area decreased 8.6% from 1957-1980 and another 5.9% from 1980-2015 through land development, agriculture, and river channel movement.
-
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This document summarizes the New Zealand government's decision to increase the total allowable catch of snapper in the Snapper 1 fishery from 7550 tonnes to 8050 tonnes. It aims to increase the recreational and customary allowance while keeping the commercial catch the same. The decision was made after extensive consultation and in response to population growth reducing the recreational catch allowance. A multi-sector group will develop a long-term strategy to further increase the recreational and customary share over time to achieve a fairer allocation between sectors.
Similar to 2011 Salmon Recovery Workplan Update (20)
Nisqually Fall Chinook Stock Management Plan Overview, David Troutt
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The document discusses a pilot project to test a new mobile biofiltration system for managing stormwater runoff from Highway 7 into Ohop Creek in Washington. The system was installed in January 2022 to capture and filter runoff, collecting water quality samples during rain events to test the effectiveness of removing contaminants harmful to salmon. If successful, the relatively inexpensive and scalable system could help address a major threat to salmon recovery from increasing stormwater pollution due to growing traffic volumes. The results will inform whether wider use of the technology could help prevent harmful chemicals from polluting salmon streams.
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The document summarizes a study of potential improvements to Interstate 5 between Tumwater and Mounts Road in Washington. $550,000 in state and local funds were provided to identify mid- and long-term strategies to address increasing congestion in the area. The study analyzed various scenarios like operations improvements, land use changes, transit expansion, and additional lanes. Performance measures related to travel time, accessibility, and the environment were used to evaluate scenarios. Draft recommendations include prioritizing strategies like land use changes, transit expansion, and travel demand management in the short- and mid-term.
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Kayak Nisqually provides sea kayaking tours in the Nisqually Reach and Puget Sound areas. The owner grew up canoeing in Kentucky and has a background in conservation biology. He has years of experience as a sea kayaking guide and working for the USGS on biological research. Currently he partners with local nature centers and wildlife refuges to provide educational kayaking tours that highlight the natural and human history of the area while supporting conservation efforts. He is looking to expand his business by acquiring space and equipment to accommodate larger groups and hire more local guides.
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This document summarizes the objectives and approach of Melanie Davis' research on developing dynamic habitat models for estuary-dependent species. The objectives are to: 1) Model changes in restoring habitat mosaics over time, 2) Determine prey availability in each habitat type, 3) Identify prey consumed by juvenile Chinook salmon, and 4) Use a bioenergetics model to estimate habitat quality as the mosaic shifts. The research involves modeling different restoration and climate change scenarios to understand their impacts on salt marsh habitats and prey availability/consumption. Field studies are being conducted to understand prey use by salmon in different habitat types to parameterize the bioenergetics model. The goal is to provide tools to help restoration planning under
Tacoma Metro Parks Public Engagement
Karen Povey is the Conservation Engagement Manager at an aquarium partnership. She lists several South Sound area restaurants that are ocean-friendly. The document then provides statistics from volunteer species monitoring programs from 2014-2018, including the number of participants and species found each year. Tables show purple martin nesting rates from 2014-2018 and frog and salamander observations by life stage. Pika detections from volunteer monitoring efforts increased from 2015 to 2017. The final section provides total bat counts from June and July 2018.
Nisqually Watershed Management Plan 2019 Addendum - Appendices
This document contains appendices to the "Nisqually Watershed Response to the 2018 Streamflow Restoration Act". Appendix B contains WAC 173-511, the Nisqually Instream Flow Rule, which establishes instream flows and surface and groundwater limitations in the Nisqually River basin to protect instream resources pursuant to state law. The rule applies waters within the Nisqually River basin and was promulgated to retain perennial rivers, streams and lakes with minimum instream flows and levels.
Nisqually Watershed Management Plan 2019 Addendum - Figures
This document describes various mitigation strategies to increase streamflows in different sub-basins in WRIA 11. It provides details for each strategy such as the sub-basin(s) it would benefit, estimated annual water benefits in acre-feet and cubic feet per second, potential ecological benefits, and uncertainties. Some of the strategies described include connecting new developments to city water to reduce consumptive use, purchasing and retiring water rights, stream restoration projects, forest management projects, stormwater projects, and managed aquifer recharge projects. The document provides a table that summarizes the strategies and estimates their total annual water benefits could range from 2,470 to 8,623 acre-feet.
Nisqually Watershed Management Plan 2019 Addendum
This document is an addendum to the Nisqually Watershed Management Plan that provides the watershed's response to Washington's 2018 Streamflow Restoration Act. It was prepared by the Nisqually Watershed Planning Unit with assistance from various stakeholders and state agencies. The addendum describes the watershed context and characteristics that influence mitigation alternatives to offset new domestic permit-exempt groundwater withdrawals projected between 2018-2040. It then outlines a variety of habitat restoration projects, land use strategies, and policy options that could provide ecological and instream flow benefits to help the watershed achieve no-net-loss of annual average streamflows.
2018 Nisqually Water Planning Unit Working Agreement
The document is a planning unit agreement to update the Nisqually Watershed Management Plan per the mandate of ESSB 6091. It establishes the Nisqually Indian Tribe as the lead agency and identifies participating governmental and non-governmental entities. The scope is to estimate impacts of new permit-exempt domestic wells through 2040, identify appropriate mitigation, and develop an addendum to the 2003 watershed plan by February 2019. The agreement sets ground rules for consensus-based decision making and open public participation in the planning unit.
Remembering Medicine Creek
Drew Crooks presentation on the history of Medicine Creek Treaty at the Nisqually River Council, September 21, 2018.
Evaluating Biodiversity in the Salish Sea at Two Levels
This document summarizes efforts to evaluate biodiversity in the Salish Sea at the population level. It describes studying the genetic structure of populations to better understand how different populations may respond differently to environmental changes. Examples discussed include studying eelgrass and Olympia oyster populations to inform conservation efforts, and chum salmon populations to inform management. The document also describes a project using Autonomous Reef Monitoring Structures to study cryptic and understudied species diversity at different sites, finding varying numbers of species and individuals across sites. Studying population diversity is important for conservation, management and education.
2018 SRFB PSAR Project Ranked List
This document outlines 8 habitat restoration projects proposed along the Nisqually River in Washington. Project 1 requests $290,710 to protect 60 acres and 0.5% of the flood zone at river mile 33. Project 2 requests $469,844 to acquire 90 acres for future restoration and protect 12.7% more floodplain. Project 3 requests $510,000 to continue removing levees and restoring natural areas along the Wilcox Reach.
2018 SRFB PSAR Project List for
The Nisqually River Council document summarizes the 2018 Salmon Recovery Funding Board (SRFB) grant round for the Nisqually watershed. It reports that $400,000 is available in 2018 funding and $1.4 million estimated for 2019-2021. Eight pre-applications were submitted totaling $2.9 million in requests and $524,563 in matching funds. Site visits were conducted in May with the SRFB Review Panel to evaluate six acquisition and restoration projects seeking over $500,000 each. Projects involve protecting riparian habitat through land acquisition and implementing plantings, invasive species removal and design work for levee removal and floodplain reconnection.
Nisqually Indian Tribe Food Sovereignty Assessment
The Nisqually Tribe harvests salmon commercially and for ceremonial and subsistence purposes, with about 30 boats fishing regularly. Tribal members also harvest shellfish commercially, with about 80 harvesting geoducks. The Tribe manages salmon runs including Chinook, pink, coho, chum, and steelhead. Chinook fishing is particularly important culturally but the wild run is extinct, though hatchery fish return. Pink and chum runs vary greatly in size year to year. In 2016 there was no commercial chum fishery due to low returns. Most productive shellfish areas are now on private land.
Thurston County Nisqually Subarea Plan Update
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