Highly and moderately vulnerable birds may lose more than half of their current range—the geographic area where they live—as they are forced to search for suitable habitat and climate conditions elsewhere.
Below, find out which of the birds that nest or spend the winter in your area are most vulnerable across their entire range. Some birds may lose range outside of your state, making the protection of their current habitat in your area even more important.
Rising temperatures and shifting weather patterns affect birds’ ability to find food and reproduce, which over time impacts local populations, and ultimately continent-wide populations, too. Some species may even go extinct in your state if they cannot find the resources they need to survive and raise their young.
Select a warming scenario to see how this species’ range will change under increased global temperatures.
Without immediate, urgent action to reduce carbon emissions, global temperatures could rise by 3.0°C in the coming decades, endangering birds in your area. The threat is drastically reduced if we curb greenhouse gases and we limit warming to 1.5°C, giving the same birds a chance to not only survive but thrive.
Click the three different warming scenarios to explore how increased warming puts more species in county at risk.
Crater Lake National Park hosts high-elevation birds like American Dippers and Vaux’s Swifts in its coniferous forests. More than 90 bird species, including the Greater Sage-Grouse, live in the sage steppe and grasslands of Hart Mountain National Antelope Refuge. During migration Malheur National Wildlife Refuge is home to hundreds of thousands of water birds, including Sandhill Cranes and Trumpeter Swans. At Fort Stevens State Park along the northwest coast, Surf Scoters, Common Loons, and Western Grebes swim just offshore.
Oregon temperatures have risen about 2 degrees Fahrenheit in the last century, increasing the risk of wildfires and causing seas to become more acidic; in the future, deserts could expand. Snow melts weeks earlier than it did 100 years ago, threatening drinking water, important salmon populations, and hydroelectric power supplies.