Reining in global mean sea level rise from land-ice wastage and ocean thermal expansion requires reducing global mean surface temperatures to near-preindustrial values.
Earth’s Future
Posted inResearch Spotlights
Food Deficits in Africa Will Grow in a Warmer World
Under the combined stress of growing populations and current warming trends, many African nations will face increasing shortfalls in food production in the coming decades.
Posted inResearch Spotlights
How We’re Reshaping Global Water Storage
Researchers modeled and mapped how eight key aspects of human societies affect hydrological cycles.
Posted inEditors' Vox
Can We Better Predict Coastal Change?
A new special collection invites studies on a new era of models and knowledge that provide predictions or insights into predictability in coastal geomorphology.
Posted inResearch Spotlights
Assessing Water Infrastructure Investments in California
Exploratory modeling in California’s Central Valley indicates that evaluating the costs, benefits, and risks to individual providers is necessary to ensure the viability of future water projects.
Posted inENGAGE, Research Spotlights
La Captura de Carbono No Puede Resolver el Problema Climático Sin Acciones Individuales
Las elecciones individuales, como la adopción de vehículos eléctricos, serán un factor importante en el cumplimiento de los objetivos climáticos del Acuerdo de París.
Posted inResearch Spotlights
Is Your Home at Risk of Experiencing a Natural Disaster?
In the contiguous United States, 57% of structures are at risk of experiencing at least one natural hazard—and risk is driven by greater development in hazardous areas against a backdrop of climate change.
Posted inResearch Spotlights
Half of U.S. Tidal Marsh Areas Vulnerable to Rising Seas
Adaptation appears possible in some areas, with northerly marshes having a greater capacity to form new soil and gain elevation, whereas some southerly marshes can migrate inland.
Posted inResearch Spotlights
Extreme Rainfall Statistics May Shift as U.S. Climate Warms
Precipitation data and high-resolution modeling suggest that extreme rainfall events under a changing climate will be shorter, more intense, and more widely spread out.