Global Warming

Rising Mean Temperature vs. Changing Temperature Extremes: What’s at risk?

The average temperature of the planet is rising but increases in the frequency and severity of high and low temperature extremes are also expected. Most climate change research focuses on the possible effects of average rise in temperature, but in some cases changes in temperature extremes may be more important. A new study led by Yale professor David Vasseur explores the dynamics of temperature…

Climate Change Impacts on Coral Reefs Felt in Surrounding Ecosystems

Studies have shown that variation in species responses to changing climate will result in disruption of biotic interactions such as predation, parasitism, competition, and mutualism, ultimately leading to changes in community composition and ecosystem functioning (e.g., Both et al. 2009). Just as different species are linked by a network of interactions, ecosystems are connected by…

Chinese Annals and Traditional Proxies Reveal Volcanic Monsoon Influence

Volcanic eruptions are generally considered one of the best-understood (and most dramatic) causes of sudden climate changes, with large explosive eruptions capable of causing severe short-term cooling on hemispheric and global scales. This mainly occurs when eruptions inject large volumes of sulfur dioxide into the high atmosphere, where the gas oxidizes to form an aerosol particle haze that reflects incoming solar radiation to space, cooling the…

A Case Where Climate Change Reduces Infectious Disease Transmission

One of the most feared consequences of climate warming is the potential expansion of tropical infectious diseases. However, for diseases that require intermediate hosts a warmer climate and the particular dynamics of the disease can actually reduce transmission in some cases. A recent study by Paull and Johnson describes one such scenario.  The authors examined a system in which freshwater snails are intermediate hosts for trematode…

Climate & Energy Bookshelf: Christine Klein and Sandra Zellmer, Mississippi River Tragedies: A Century of Unnatural Disaster

Christine Klein is the Chesterfield Smith Professor of Law at the University of Florida College of Law and Sandra Zellmer is the Robert B. Daugherty Professor of Law at the University of Nebraska College of Law. Professors Klein and Zellmer will discuss their new book, Mississippi River Tragedies: A Century of Unnatural Disaster, which chronicles the engineering and legal developments that have sought to control the Mississippi River.

Dendrochronology's "Divergence Problem" Explained?

A new study by Alexander Stine and Peter Huybers offers strong evidence that reduced light availability (“global dimming”) explains the apparent lack of tree-ring evidence in many Arctic regions for the recent warming observed in instrumental records there. Dendroclimatology uses measurements of the yearly growth width and density of tree rings to reconstruct changes in past climate. The …

Using multidisciplinary complex systems methodologies to better understand the linkages between water, health and climate change in developing countries.

Jonathan Mellor uses multidisciplinary complex systems methodologies to better understand the linkages between water and health in developing world countries.  A Virginia native, he took this approach for his doctoral research working under Prof.

Wind and Topographic Irregularities Influence Antarctic Melting

Loss of mass from ice sheets contributes to rising sea level. To understand the contributions of ice-sheets to sea level rise we must understand the spatial and temporal variability of ocean-driven melting, which has accelerated over recent decades.  Dutrieux and colleagues used observations and results from numerical modeling to show the case of Pine Island Glacier in the Amundsen Sea in west…

Climate Change Impacts Antarctica's Ross Sea

The Ross Sea, Antarctica’s most pristine region, is experiencing anomalously marked increase in sea ice concentration. Future changes in atmospheric temperatures and wind speeds, however, will likely produce a noticeably different environment. Smith et al. examines the effect of projected changes in atmospheric temperatures and winds on aspects of ocean circulation and its implications for primary…

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