Monitor and Evaluate

Community-based monitoring is critical to understanding how much and how quickly climate change is affecting the local environment.

Researchers and citizen scientists can work together to improve understanding of complex climate and ecosystem dynamics by:

  • collaborating on coastal erosion or water temperature monitoring projects
  • collecting and sharing Indigenous knowledge, local community observations, and new research
  • integrating existing networks of information into a hub

Resources for monitoring

TitleSummary
Alaska Arctic Observatory & Knowledge Hub

Shares information from community-based observations on sea ice change, and provides tools and observational data relevant to changes in the arctic seasonal cycle.

Alaska Climate Resilience

Alaskans have been working in diverse arenas to reach common goals of ensuring economic opportunity, health, and safety for everyone in Alaska—now, and in the years to come—as our environment continues to change. Learn how the State of Alaska is working to increase resilience.

Alaska Coastal Hazards Program

The Alaska Division of Geological & Geophysical Surveys Coastal Hazards Program is engaged in mapping, monitoring, and modeling activities that assist communities in understanding vulnerability to coastal flood and erosion hazards. This program is dedicated to fostering scientific partnerships that will improve the quality and quantity of the critical baseline data that are necessary to fuel informed decision-making throughout the …

Alaska Coastal Hazards Program Monitors Flooding and Erosion

The Alaska Division of Geological & Geophysical Surveys helps build local capacity to monitor flooding and erosion in Alaska communities. This site has the most recent updates to monitoring activities in low bandwidth community-specific pages. Photo Courtesy of Jacquelyn Overbeck …

Alaska Forestry Sciences Laboratory

Works with partners to collect forest survey data from remote sensing systems, including satellites and high-altitude aerial photography.

Alaska Online Aquatic Temperature Site

A comprehensive statewide inventory of current and historic continuous monitoring locations for stream and lake temperature.

Alaska Water Level Watch

The Alaska Water Level Watch (AWLW) is a collaborative group working to improve the quality, coverage, and accessibility to water level observations in Alaska’s coastal zone. Water level data has many applications that contribute to safe navigation, storm modeling and mapping, tsunami warnings, watches, and advisories, incident response, search and rescue operations, tidal datums, sea-level trends, storm trends, and much more. Photo Courtesy of Jacquelyn …

Community Based Methods for Monitoring Coastal Erosion

Guide for designing and installing erosion monitoring systems, with tips for selecting monitoring sites, instructions for site installation and data collection, and lists of necessary materials.

Community Based Monitoring Web Portal

Describes community-based monitoring and citizen science programs around Alaska.

Indigenous Sentinels Network

The BeringWatch Indigenous Sentinel Network (ISN) is an online database tool for non-scientists in remote communities to record and communicate environmental and ecological information. ISN fills a distinct niche; the focus is on effective real-time ecological monitoring by community members with local and traditional knowledge.

Local Environmental Observer (LEO) Network

Provides access to first-hand accounts of climate and environmental change, made by expert observers based on local and traditional knowledge in the area.

Rural Alaska Monitoring Program

RAMP is a tribally-designed, village-based, resident-operated program to monitor existing and emerging climate-mediated threats to village food and water security, and to provide data for adaptation strategies.

Sea Ice for Walrus Outlook

A resource for sea ice and conditions relevant to walrus.

Sea Level Rise Viewer

Visualize community-level impacts from coastal flooding or sea level rise (up to 10 feet above average high tides).