Climate Economics

Beyond Divestment

A Yale School of Management student team is developing the first Low-Carbon Portfolio Case Competition. Top business schools from around the nation are expected to send teams to see who can develop the best analytical tools for guiding a large institutional investor that has decided to divest…

Study Shows Health Co-Benefits Justify Costs of Greenhouse Gas Reduction

A new study by Thompson et al. (2014) suggests that greenhouse gas reductions can be economically justified based on health benefits that result from associated reductions of other pollutants such as particulate matter and ozone that frequently come from the same sources.

Although this linkage has been studied for some time, the connections between policies and health and economic benefits are highly

Large-scale Electrification: The Stress Nexus With Water. Karen Hussey

Karen Hussey is Associate Professor at the Fenner School of Environment and Society at the Australian National University (ANU) where she undertakes research on policies, institutions and governance for sustainable development. She leads several projects assessing the effectiveness of Australian laws and policies for supporting adaptation to climate change.

Intergenerational Differences in Carbon Emissions

Changing people’s carbon emission patterns requires first understanding the differences in behaviors and corresponding emissions levels between different groups of people. A recent paper by Chancel in the journal Ecological Economics investigated the differences in carbon emissions between different generations in the U.S. and France. The author examined carbon emissions by American and French

Down-scaling Climate Models Without Up-scaling Costs

A recent study published in Global and Planetary Change demonstrates cost-saving opportunities in the otherwise computationally expensive process of high-resolution climate modeling.  General Circulation Models (GCMs, occasionally also referred to as ‘global climate models’) are extremely useful tools used to understand how our climate system works.  The models use mathematical equations to describe the physics of the oceans and atmosphere.  These equations quantify, for example, how hot air tends to rise (the reason hot air balloons fly) and how the wind flows from high-pressure areas to l

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