Resources

Extreme shifts in weather patterns are altering how crops grow and endangering U.S. harvests and food security. In this piece for Yale Climate Connections, Energy Innovation's Daniel J. O'Brien and AGCI's Devan Crane explore how crop modeling and smart policies can help.

A new report from Aspen Global Change Institute and the University of Arizona Center for Climate Adaptation Science and Solutions provides a first-of-its-kind comprehensive assessment of the effectiveness of a variety of adaptation practices that leverage nature-based solutions (NbS) to help build more climate-resilient coasts and coastal communities.

Several recent studies suggest that loneliness and social disconnection may directly affect individual perceptions and actions on climate change, providing a starting point to consider how we might link concern about loneliness and isolation to climate action.

SLF snow physicists Michael Haugeneder and Dylan Reynolds report on the challenge of measuring snowmelt effects in times of climate change.

Recent studies indicate that California must prepare for both worsening drought and more intermittent, heavier rainfall in the face of climate change. In this piece for Yale Climate Connections, Energy Innovation's Sarah Spengeman and AGCI's Elise Osenga explore how extreme weather swings are likely to become the state's new normal as precipitation patterns are altered by rising temperatures.

This report summarizes the state of knowledge of Nature-based Solutions (NbS) in the context of coastal climate adaptation in the United States and identifies numerous challenges and opportunities.

Climate change-induced warmer temperatures are causing many plants in temperate climates to exhibit spring behavior. This change in the timing of plant development produces ripple effects that impact health, culture, livelihoods, and food security. New research is increasing our understanding of plant phenology and allowing for informed decision-making and adaptation strategies.

It's surprisingly hard to say exactly how much water trapped in the Rocky Mountain snowpack will actually reach the Colorado River in a given year. In this report for NPR's Morning Edition, KUNC's Alex Hager explores how Sublimation of Snow Project scientists are looking for ways to help people downstream know how much water to expect.

KUNC Colorado reporter Alex Hager followed the Sublimation of Snow Project team in the mountains above Crested Butte, Colorado, as they dug for clues to how much Rocky Mountain snow disappears into the air before it has a chance to melt and reach the Colorado River.