Mat-Su Basin Salmon Habitat Partnership

  • Partnership
    • Who We Are
    • Why We Exist
    • Our Strategy
    • Current Focus
  • Mat-Su
    • The Basin
    • Our Community
    • Fisheries
  • What We Do
    • Project Funding
      • Project Stories
      • Waters to Watch
        • 2022 Deshka River
        • 2021 Eklutna River
        • 2019 Alexander Creek Watershed
        • 2015 Alexander Creek Watershed
        • 2014 Montana Creek
        • 2013 Big Lake
        • 2011 Cottonwood Creek
        • 2010 Wasilla Creek
    • Salmon Symposium
      • 2024 Symposium
      • 2023 Symposium
      • 2022 Symposium
      • 2021 Symposium
      • 2020 Symposium
      • 2019 Symposium
      • 2018 Symposium
      • 2017 Symposium
      • 2016 Symposium
      • 2015 Symposium
      • 2014 Symposium
      • 2013 Symposium
      • 2012 Symposium
      • 2011 Symposium
      • 2010 Symposium
      • 2009 Symposium
    • Summer Site Tours
      • 2023 Site Tour
      • 2022 Site Tour
      • 2021 Site Tour
      • 2019 Site Tour
      • 2018 Site Tour
      • 2017 Site Tour
      • 2016 Site Tour
      • 2015 Site Tour
  • Your Help
  • Resources
    • Project Mapper
    • Funding
    • Studies and Reports
    • Strategic Planning Documents
    • Steering Committee Meeting Notes
    • Partnership Operations
  • Contact
  • Blog

April 8, 2014 by admin

Alaska Online Aquatic Temperature Site (AKOATS)

AKOATS  statewide stream and lake temperature monitoring inventory is underway! Got data? Need data?

Through a grant from the US Fish and Wildlife Service’s Western Alaska Landscape Conservation Cooperative (LCC), University of Alaska Anchorage’s Alaska Natural Heritage Program is developing a comprehensive statewide inventory of current and historic continuous monitoring locations for stream and lake temperature. This project is one component of the LCC’s strategy to understand potential climate impacts to freshwater systems across Alaska.

Project Details

WHAT: This project is compiling a statewide catalog of monitoring locations using a common set of attributes. Future Landscape Conservation Cooperative LCC projects will entail gathering the aquatic temperature measurement data.

Please view our DRAFT version  web map  to see the current inventory which we are updating as data become available.

WHERE: All waters of Alaska.

WHO: AKOATS hopes to gather data from federal, state, local, tribal, academic, and non-governmental agencies monitoring aquatic temperatures.

HOW:  Through a grant from the US Fish and Wildlife Service on behalf of the Western Alaska Landscape Conservation Cooperative (WALCC), we are developing a comprehensive statewide inventory of current and historic continuous monitoring locations for stream and lake temperature. This project is one component of the LCC’s strategy to understand potential climate impacts to freshwater systems across Alaska.

DATA CONTACT: If you: have collected (past), are collecting (present), or plan to collect (future) stream or lake temperature data and would like to have your sensors incorporated into AKOATS, please contact Marcus Geist at mageist@uaa.alaska.edu or 907-786-6325.  We have developed domain driven (“picklists”) standards and templates to facilitate data compilation making your participation as easy as possible.

 

 

Filed Under: News, Uncategorized

Susitna River Coalition, the Mat-Su Basin Salmon Habitat Partnership, Knik Tribal Council, Trout Unlimited, Mat-Su Borough, Alaska Department of Fish and Game, and U.S. Fish and Wildlife Service are hosting the 3rd Annual Plants for Salmon community planting event on Montana Creek, Talkeetna. On Saturday, June 14th, these partners will join with community members to […]

June 14th:Plants for Salmon Community Planting Day on Montana Creek!

Connecting Across Tikahtnu: Kenai & Mat-Su Joint Fish Habitat Partnerships Meeting

Angler Conservation Funding Opportunity

Subscribe for Monthly Partnership Updates!

* indicates required

Connect with us

Copyright © 2025 · Executive Pro Theme on Genesis Framework · WordPress · Log in