Deep Dive: CASC Science in Action
Deep Dive: Invasive Species in a Changing American Landscape
Explore how CASC science is helping partners detect, monitor, and manage invasive species to strengthen the resilience of infrastructure, wildfire response, forests, fisheries, rangelands, and national security.
Explore how CASC science is helping partners detect, monitor, and manage invasive species to strengthen the resilience of infrastructure, wildfire response, forests, fisheries, rangelands, and national security.
Deep Dive: Enhancing Economic and National Security for Alaska and the Nation
Science from the Alaska CASC is supporting natural resource management, energy development, and national security.
Science from the Alaska CASC is supporting natural resource management, energy development, and national security.
Deep Dive: Building Resilience to Natural Hazards
Explore how CASC science improves our understanding of natural hazards and supports decisions that reduce risks to people, infrastructure, and ecosystems.
Explore how CASC science improves our understanding of natural hazards and supports decisions that reduce risks to people, infrastructure, and ecosystems.
Deep Dive: Supporting the Outdoor Recreation Economy
The CASCs support federal, state, and Tribal managers as they work to protect our natural heritage.
The CASCs support federal, state, and Tribal managers as they work to protect our natural heritage.
Dropping the Bass: USGS science helps stop the spread of invasive smallmouth bass
Webinar Series: Incorporating the Resist-Accept-Direct Framework into Management Planning
Spotlights Series
Learn about CASC success stories, actionable data products, and our talented scientists.
Learn about CASC success stories, actionable data products, and our talented scientists.
Climate Adaptation Science Centers
From wildfires to sea-level rise, climate change creates evolving challenges for ecosystems across the nation. The USGS National and Regional Climate Adaptation Science Centers (CASCs) is a partnership-driven program that teams scientists with natural resource managers and communities to help fish, wildlife, water, land, and people adapt to a changing climate.
The CASCs
The CASCs
Our network is comprised of the National CASC and nine regional CASCs, covering the continental U.S., Alaska, Hawai'i, the U.S.-Affiliated Pacific Islands, and the U.S. Caribbean.
Our Science
Our Science
The CASCs fund projects generating research, data sets, and tools to help natural resource managers protect natural places and local communities in a changing climate.
Deep Dives
Deep Dives
Explore examples of how CASC science is informing on-the-ground climate adaptation and strategic management.
News
A New Framework to Minimize Costs and Maximize the Benefits of Biodiversity in Land Restoration
A New Framework to Minimize Costs and Maximize the Benefits of Biodiversity in Land Restoration
A Decade Later, the Climate Action Tool Relaunches with Regional Focus
A Decade Later, the Climate Action Tool Relaunches with Regional Focus
As Lakes Warm and Ice Seasons Shorten, Anglers Are Catching Different Fish Across the Midwest
As Lakes Warm and Ice Seasons Shorten, Anglers Are Catching Different Fish Across the Midwest
Publications
Alternative future vegetation pathways reveal potential transformations of western US ecosystems Alternative future vegetation pathways reveal potential transformations of western US ecosystems
Managing ecosystems in an era of rapid change is inherently challenging not only because of uncertainty in future climate but also due to diverse responses of ecosystems to climate. Projections of ecological transformation alongside information about plausible vegetation trajectories can help land managers explore divergent scenarios and consider how modeled outcomes match their...
Multireservoir allocation framework considering societal and ecological needs in a time-frequency domain Multireservoir allocation framework considering societal and ecological needs in a time-frequency domain
Existing reservoir management frameworks traditionally consider historical (predam) flow conditions to deliver environmental flows. Such frameworks may not be feasible because current demand and/or climate could be different from predam conditions. Hence, we developed a multireservoir framework that explicitly considers both human water demands and environmental flow requirements to...
Future aquatic invaders of the Northeast U.S.: How climate change, human vectors, and natural history could bring southern and western species north Future aquatic invaders of the Northeast U.S.: How climate change, human vectors, and natural history could bring southern and western species north
As environmental conditions change, land managers are increasingly concerned about the potential for new aquatic invasive species to move into their jurisdictions. Because managers may have limited resources, detecting invasive species early is important as prevention is more effective and less costly than ongoing mitigation of established populations. Tools built to assist early...