Wildlife and Plants
Wildlife and Plants
Wildlife and plants face many threats from climate change, including increased competition from invasive species, loss of access to freshwater, and shifting air and water temperatures. The CASCs study how fish, wildlife, and plants are responding to climate change and how resource managers can promote species' adaptation and resilience in the face of shifting conditions. Browse our projects.
Filter Total Items: 528
Climate-Driven Changes to Forested Wetland Inundation Dynamics: Implications for Frogs and Toads
Project Overview Wetlands in forested areas of the Upper Midwest provide vital habitat for amphibians, but changing patterns of drying under climate change can disrupt species reproduction and growth. Researchers supported by this Midwest CASC project will use water depth sensor data, machine learning models, and long-term amphibian surveys to predict wet and dry periods for wetlands...
Climate-Informed Disease Threat Assessment for Montana’s Species of Greatest Conservation Need
Project Overview Infectious disease poses a growing threat to wildlife and human health, and managing disease threats is complicated by climatic changes that can change levels of disease risk. Researchers supported by this North Central CASC project will co-develop a method to rank wildlife disease threats under climate change, providing critical useable information to Montana’s wildlife
Co-producing Robust Estimates of Feral Horses on Tribal Lands
Feral horse populations in the southwestern United States, including on tribal lands, are far above sustainable levels. This overpopulation poses threats to rangeland ecosystems as the feral horses compete with native species and livestock for limited resources – which likely will become even more limited with climate change. Researchers supported by this Southwest CASC project will...
Developing Methods to Manage an Invasive Ant at Midway Atoll
Project Overview A new Trichomyrmex ant was first observed at Midway Atoll in 2019 and has caused management concerns due to its impacts on wildlife, endangered plants, and infrastructure since its arrival. Researchers supported by this Pacific Islands CASC project will map the range of the ant and test the effectiveness of using pesticidal baits to eradicate this destructive and...
Does Less Ice Cover Lead to More Turbulent Overwinter Conditions on Great Lakes Fish Spawning Reefs?
Project Overview Declining winter ice cover in the Great Lakes can affect how winds and waves influence coldwater fish reproduction on reefs, as ice cover may shield fish from these forces. Researchers supported by this Midwest CASC project will measure water movement and ice cover in Lake Erie to model future scenarios, helping fishery managers in the region make habitat restoration and...
Evaluating Climate-related Threats and Conservation Strategies for the Cascade Red Fox in Washington
The endangered Cascade red fox, native to Washington’s southern Cascades, faces threats from climate change, habitat loss, and coyotes, which are both competitors and predators. Researchers supported by this Northwest CASC project will track Cascade red fox population sizes, movement, habitat use, and survival using GPS collars. They will use the collected data in collaboration with...
Evaluating Corridor Conservation as a Drought Resiliency Strategy for Mule Deer Across a Gradient in Human Development
Project Overview Migratory big game species, like mule deer, are at risk due to human development and more frequent drought events that can limit access to food resources during migration. To address this, researchers supported by this North Central CASC project will collaborate with State, Tribal, and Federal agencies to examine the effectiveness of corridor conservation as a strategy...
Evaluating Insect Pollinator Vulnerability to Climate Change in the Southeast and US Caribbean
Project Overview Many insect pollinator species in the southeastern US and the US Caribbean, including bees and butterflies, face increasing threats from climate change, but few have been assessed for their vulnerability to these threats. This leaves wildlife managers without crucial information for conservation planning. Researchers supported by this Southeast CASC project will work...
Forecasting Changes in Avian Biodiversity Under Changing Climate
Infrastructure development and climate change pose significant threats to migratory bird populations by altering their distributions and habitat. This Northeast CASC-supported research team will use citizen-science and structured monitoring data to identify current and future areas that are important for migratory bird species across the Northeastern US. Researchers will produce high...
Identifying Past and Future Climate Change Refugia for Midwestern Birds
Project Overview In the Midwest, climate change is forcing birds to shift their ranges, raising concerns about how well protected areas provide refuge for vulnerable bird species. Researchers supported by this Midwest CASC project will use two decades of bird monitoring data to evaluate how protected areas in the Upper Great Lakes region support birds now and in the future under changing...
Identifying the Environmental Limits of Aquatic Species in Prairie Streams to Build Climate Resilience
Project Overview Climate change and human activities are threatening many sensitive aquatic species in prairie streams across the Great Plains region. Researchers supported by this North Central CASC project will combine and analyze data collected independently by Great Plains states to identify thresholds of environmental change that may lead to species loss and changes in aquatic...
Impacts to Ecosystems and Fisheries in Northwest Alaska from “Rusting Rivers”
Project Overview In Northwest Alaska, “rusting rivers” are becoming increasingly apparent as climate change causes ancient spring seeps to re-emerge after permafrost melts. While they have become more common over the past few years, very little is understood about their impacts on stream food webs. Researchers supported by this Alaska CASC project will bridge the knowledge gap by...