Web Tools

USGS paleoclimate scientists use biological, chemical, and physical materials preserved in the geologic record, called geologic proxies, to investigate past climates.

Explore accomplishments from the CASC Network in Fiscal Year 2023!

Scientists from across USGS have created the first CONUS-wide collection of key tidal wetland metrics. These metrics provide data on habitat quality, geomorphic vulnerability, and carbon stock that are necessary to understand the current and future ecosystem services provided by coastal wetlands. 

The goal of this tool is that users of the tool can use the information provided here to inform their decisions (or their advice to those with decision-making authority) about whether to Resist, Accept, or Direct in walleye fisheries in Wisconsin. 

CreelCat is a database and tool for inland fisheries management and research. State natural resource agencies endeavor to provide high-quality and sustainable fishing opportunities for anglers. Managers often use creel and other angler survey data to inform management efforts. CreelCat aims to provide managers and decision-makers with tools to aid the management of recreational fisheries

By Land, Air, and Water – USGS Science Supporting Fish and Wildlife Migrations Throughout North America! 

In Fiscal Year 2022 (October 2021-September 2022), the National and Regional CASCs worked closely with partners to accomplish a multitude of science-based achievements!

The U.S. Geological Survey Alaska Climate Adaptation Science Center collaborated with the Alaska Science Center and Northern Rocky Mountain Science Center to compile available datasets on glacier outlines, ice thickness, ice velocity, and glacier surface elevation change to assess the vulnerability of Alaskan glaciers. This data viewer reflects that effort.

Climate change has and is projected to continue to alter historic regimes of temperature, precipitation, and hydrology.

Lakes in Wisconsin are getting warmer, and fish communities are changing as a result. Understanding recent trends and anticipating future changes can help decision-makers protect resilient populations, adapt to new conditions, and effectively communicate realistic expectations.

A geonarrative highlighting the Climate Adaptation Science Center's science, partnerships, and capacity building activities from Fiscal Year 2021.

Inland fisheries represent 12% of total global fishery production, provide accessible and affordable high-quality protein to some of the world's most vulnerable populations, and lack the traditional assessment processes necessary for estimating harvest potential. This project aimed to develop a scalable framework to assess the current and future status of inland fisheries worldwide.