Assessing Risk to National Critical Functions as a Result of Climate Change
Michelle E Miro, Susan A Resetar, Andrew Lauland, David Metz, Vanessa Wolf, Rahim Ali, Jay Balagna, Jason Thomas Barnosky, R J Briggs, Edward W Chan
Assessing Risk to National Critical Functions as a Result of Climate Change
Michelle E Miro, Susan A Resetar, Andrew Lauland, David Metz, Vanessa Wolf, Rahim Ali, Jay Balagna, Jason Thomas Barnosky, R J Briggs, Edward W Chan
Researchers assessed the risk that eight climate hazards--drought, extreme cold, extreme heat, flooding, sea-level rise, severe storm systems, tropical cyclones and hurricanes, and wildfire--will pose to National Critical Functions by 2050 and 2100 under current and higher emissions scenarios, as well as potential for cascading risk due to interdependencies between these functions.
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