Cloudy sky over ocean and flat beach environment

Tribal Community Partners with Researchers to Monitor Food and Climate

Residents of a rural Alaska village are studying their environment to understand and protect their food. Their research partnership hires and trains students and local residents to contribute to high-quality research...and builds the capacity of the local workforce.
Lessons Learned
  • Form your flock: Collaborative action is vital for fostering climate resilience. This project exemplifies the merging of distinct groups: the Tlingit indigenous community of Kake and scientists from the University of Alaska Fairbanks, joining forces towards a common goal. Together, they form a diverse yet cohesive team, capable of providing alternative yet complementary perspectives and accomplishing more together than apart.
  • Bring everyone to the table: Inclusive engagement is essential for effective climate resilience building. By facilitating input and continuous participation from community members in project planning and implementation, precise needs and priorities can be identified, and customized, versatile plans that offer multiple benefits can be created.
  • Co-produce knowledge: Local communities are experts on their environments. Indigenous communities in particular possess profound expertise given meaningful, long standing connections to their homelands. Across generations, indigenous communities have developed and safeguarded Traditional Ecological Knowledge, encompassing deep ecological wisdom. By embracing this rich resource, allowing it to guide and integrate with western science, we can cultivate fresh insights and innovative resilience strategies. Such a collaborative research approach has the potential to greatly enhance climate resilience, not only within indigenous contexts but in many contexts across the country.
  • Cultivate essential skills and knowledge: Emphasizes inclusive and participatory approaches to research, resilience planning and implementation. In doing so, you equip communities with necessary climate resilience skills and knowledge strengthening community adaptive capacity and significantly amplifying future climate resilience.
  • Implement incentive-based programs: Within various initiatives, provide monetary incentives where possible to further engage community members, respectfully compensate them for their time and effort, and develop a local climate resilience workforce to enhance continued climate resilience.
  • Set the tone: When pioneering climate action, you shape the course. Embedding equity into the fabric of initial climate action, lays the foundation for and nurtures a culture that champions equitable resilience planning, ensuring equity endures as a fundamental principle in all future endeavors. Seize the opportunity to set this precedent.
  • Sharing is caring: Ensure that final reports and materials are publicly available and accessible. This equips decision makers with necessary information to accomplish project objectives and maintain positive project outcomes, enhancing overall community capacity to make informed resilience decisions in the future.
Click to read the full case study↓

Kake (pronounced “cake”) is a rural coastal village in Southeast Alaska, rich in cultural history and tradition. The region around the village has been inhabited by the Tlingit people for thousands of years. Today, among Kake’s population of around 600 people, more than 70 percent1 are Tlingit Alaska Native, and Tlingit traditions form the foundation of the community. Residents of Kake still depend on subsistence harvesting of local animals and plants to provide food for their families.

Community concerns

Shaded areas on map indicating use areas

Map created by the Organized Village of Kake. Click the map for a larger view.

As the signs of climate change become increasingly obvious in Alaska, the tribe and community members in Kake are concerned about how climate change and pollution might impact the streams and ocean waters they depend on for food. The community is concerned with food security—ensuring that everyone has physical and economic access to sufficient food to live a healthy life—and food sovereignty—the right to healthy and culturally appropriate food produced through sustainable methods. 

The Kake Climate Partnership

In January 2020, local leadership in Kake formed a collaborative research partnership with the University of Alaska Fairbanks, called the Kake Climate Partnership. All members agreed to work together with the goal of benefitting Kake, and to uphold the values described in a shared Declaration of Principles and Expectations document, created on the recommendation of the First People’s Conservation Council. Members of the Kake Climate Partnership include the Alaska Center for Climate Assessment and Policy at the University of Alaska Fairbanks (a NOAA Regional Integrated Sciences and Assessments, or RISA, team), the Organized Village of Kake (a federally recognized tribe), Kake Tribal Corporation, and the City of Kake.

Field research and shared benefits

Stream flowing downhill to the ocean past trees and vegetation

Heathy meadows and freshwater streams are necessary for the Tlinglit community to secure their traditional foods. Photo credit: Elizabeth Figus.

To characterize the impacts of climate change and pollution on traditional foods across the area, Kake’s local leaders worked with their research partners to design and implement two local monitoring projects. In the first—ocean monitoring—members of the project team collect ocean water and shellfish tissue samples while documenting climate indicators. Over time, these data will document how climate and pollutants are affecting the quality of local ocean waters as habitat for traditional food species. The second project—freshwater monitoring—will document the knowledge of Indigenous elders in Kake about local salmon streams. Participants in this project will also gather and analyze fish tissue samples while documenting climate indicators to monitor stream health over time.

Obvious benefits of starting these projects include creating jobs and adding new capacities to the community’s workforce. Of the ten paid positions on the field sampling team, nine were held by Kake residents during 2020. The plan also supported collaboration with a local youth training program, Training Alaskan Rural Youth & Students, or TRAYLS, training five high school students to collect and document samples of ocean water.

An unexpected opportunity

During the summer of 2020, after the onset of the global pandemic, the number of cruise ships traveling through Southeast Alaska’s Inside Passage dropped to nearly zero.

The huge decrease in ship traffic gave the Kake Climate Partnership an opportunity to study their ocean ecosystem without the impacts of these large vessels. The measurements from ocean monitoring collected during lockdown now serve as a baseline against which future data will be compared. As ship traffic increases in the future, continued sampling and analysis will help the Kake Climte Partnership track impacts from climate change and identify any increase in pollutants.

Blue sky and calm water around a historic building

Scores of visitors are usually present at the historic Kake cannery building during the summer tourist season, but the area was quiet in 2020. The Kake Cannery, a National Historic Landmark, documents the history of the Pacific salmon canning industry. Photo credit: Elizabeth Figus.

Perfecting the protocols

The Kake Climate Partnership team developed specific protocols to ensure a consistent sampling process for ocean monitoring in 2020. Independent reviewers from the Environmental Protection Agency approved the Partnership’s Quality Assurance Protocol Plan for sampling water and mussels.

  • To measure water quality, the water samples were analyzed for temperature, salinity, pH, ammonia (as ammonia nitrogen), total kjeldahl nitrogen, nitrate+nitrite, fecal coliform, dissolved metals, and mercury.
  • To check if mussels had ingested pollutants from the water, mussel tissue samples were analyzed for saxitoxin, mercury, and total metals.

Between June and October of 2020, team members collected samples of ocean water and mussel tissue from four different locations near Kake. After sampling routines were established, a regional radio station produced a news story featuring one of the local team members involved in collecting samples for the ocean monitoring program.

Collecting, managing, and using data

Two people at the edge of a boat on calm water

Members of the ocean monitoring team collect samples of ocean water near Kake, Alaska. Photo credit: Lloyd Davis.

In 2021, the partnership hired four high school students as research assistants to tribal staff. The students also interact with a university faculty member who serves as a mentor. Stream monitoring is scheduled to begin during the summer of 2021 and the the partnership intends to expand its ocean monitoring efforts through 2021 and 2022. Both projects have been made possible by support from a Tribal Resilience grant awarded by the Bureau of Indian Affairs.

All data collected by the Kake Climate Parnership are being archived by the Organized Village of Kake. As part of her senior thesis, a local college student produced a summary report of all the monitoring data from 2020. Partners at the Organized Village of Kake tribe are using results from the field research as input on the subsistence foods and food security portion of their climate adaptation plan. Partners at the Kake Tribal Corporation are using the results for business and workforce development planning, and partners at the City of Kake are using the results for future resource management at the municipality.

Working together, partners in Kake are conducting high-quality climate and food security research, upholding the principles of data sovereignty for the tribe, and building community capacity to make decisions about their future.

How the partnership works

In the Kake Climate Partnership, the project topics and design come from the local leadership in Kake. All partners work to co-produce data and knowledge to increase local adaptive capacity to climate change. Specifically, the partnership works in the Kake Community Use Area (see map above) focusing on traditional food security and food and data sovereignty. Education and workforce development are the top priorities. This approach is based on a model of co-production of knowledge, or CPK. See Understanding the Arctic Through A Co-Production of Knowledge for additional examples, brochures, and webinars based on this approach. 

Table of words representing positive values

Southeast [Alaska] Traditional Tribal Values, excerpted from the Kake Climate Partnership's Declaration of Principles for Partnership Research. Learn more about these values »


The Kake Climate Partnership is supported through funding from the Bureau of Indian Affairs General Assistance Program; the USDA National Institute of Food and Agriculture, Hatch project 1018914; the Alaska Center for Climate Assessment and Policy (a Regional Integrated Sciences and Assessments program of the National Oceanic and Atmospheric Administration, award NA16OAR4310162); a Bureau of Indian Affairs Tribal Resilience Grant held by the Organized Village of Kake; the International Arctic Research Center; the TRAYLS/YCC program (funded through the United States Forest Service, the Sustainable Southeast Partnership, and SEALASKA); the International Arctic Research Center at the University of Alaska Fairbanks; and donations of time and supplies from Guy Archibald, Clay Good, the Global Learning and Observations to Benefit the Environment (GLOBE) program at the University of Alaska Fairbanks, and others. The Kake Climate Parnership is also supported through in-kind donations of staff time from the Organized Village of Kake, Kake Tribal Corporation, and the City of Kake. We would also like to thank the 2020/2021 ocean and stream monitoring sampling teams for the time and hard work.

Note: The University of Alaska is an AA/EO employer ane edcuation institution and prohibits illegal discrimination against any individual;

Relevant Options

This selection of resilience actions from our Options Database is specifically tailored to address the hazards and assets identified in this case study. To explore other resilience actions that may be applicable to your community, visit the complete Options Database.

Story Credit

By Dr. Elizabeth Figus, a postdoctoral researcher supervised by Dr. Sarah Trainor at the College of Fisheries and Ocean Sciences and Alaska Center for Climate Assessment and Policy, University of Alaska Fairbanks.

Banner Image Credit

Kake Tidal Flats, by Elizabeth Figus. Used with permission

Last modified
10 May 2024 - 12:01pm