Elevation Dependent Warming and Communicating Future Climate Change Scenarios
Location
ECC216
Start Date
3-29-2017 8:40 AM
End Date
3-29-2017 9:10 AM
Description
Abstract: Developing “actionable” climate change scenarios for robust decision making: Examples from the Intermountain West This presentation will discuss various attributes of future climate change uncertainties, particularly those relevant to the Intermountain West region, and examples of developing effective future climate scenarios to better inform the decision making process, in part by more effectively incorporating differential risks that immerge from uncertainties in modeling future climate change and its impacts on regional to local scales.
Elevation Dependent Warming and Communicating Future Climate Change Scenarios
ECC216
Abstract: Developing “actionable” climate change scenarios for robust decision making: Examples from the Intermountain West This presentation will discuss various attributes of future climate change uncertainties, particularly those relevant to the Intermountain West region, and examples of developing effective future climate scenarios to better inform the decision making process, in part by more effectively incorporating differential risks that immerge from uncertainties in modeling future climate change and its impacts on regional to local scales.
Comments
Imtiaz Rangwala - University of Colorado, Cooperative Institute for Research in Environmental Sciences
Bio: Imtiaz Rangwala is a research scientist at the Cooperative Institute for Research in Environmental Sciences (CIRES) at the University of Colorado, Boulder and NOAA’s Physical Sciences Division. He is a climate scientist with training in assessing and diagnosing regional scale climate change. He employs the use of climate observations and models for understanding and quantifying climate processes relevant to regional trends in warming and changing hydrological processes. He is specifically interested in advancing the understanding related to changing water balance and climate extremes in the western US (including the Great Plains), as well as its relevance to ecosystem response. His interests also include understanding and working with future climate change uncertainty in the context of decision-making and climate adaptation. He has extensive experience in the development and communication of useful and usable future climate change scenarios for natural resource management. Dr. Rangwala also has expertise on climate change in high elevation regions with past research focused on regions such as the Colorado Rocky Mountains and the Tibetan Plateau. He is part of a global community of scientists focused on examining the issue of elevation dependent climate change in mountain regions.