In this webinar, Phil Mote from Oregon State University, describes a project that integrates, for the first time, state-of-the-science predictive modeling of these different attributes of the future environment in the Northwest, and will provide coherence and guidance for many scientific studies seeking to work out the details of how climate change will affect vario
Webinar: Integrated Scenarios of the Future Northwest Environment
Active
By Climate Adaptation Science Centers
April 3, 2014
View this project to learn more about the potential future impacts of climate change on Northwest ecosystems.
Date Recorded
Thursday, April 3, 2014
Summary
As scientists strive to understand and predict the effects of climate change on the Northwest's fish, wildlife, hydrology, and ecosystem services, a foundational piece of knowledge they require is how the climate, the water cycle, and the vegetation will change in the future. Funded in part by the NW Climate Science Center, this project integrates, for the first time, state-of-the-science predictive modeling of these different attributes of the future environment in the Northwest, and will provide coherence and guidance for many scientific studies seeking to work out the details of how climate change will affect various plant and animal species and other aspects of ecosystem services. The project has evaluated and downscaled global climate models (from the Coupled Model Intercomparison Project phase 5, CMIP5), examined projections from these models and also from regional climate models, and improved and applied hydrologic and vegetation models. This webinar is a preview of a day-long workshop on project results that will be held April 17 in Portland, and webcast.
Resources
Transcript -- Mote 4.3.14
Learn more about this project here.
View this webinar here
Below are multimedia items associated with this project.
In this webinar, Phil Mote from Oregon State University, describes a project that integrates, for the first time, state-of-the-science predictive modeling of these different attributes of the future environment in the Northwest, and will provide coherence and guidance for many scientific studies seeking to work out the details of how climate change will affect vario
View this project to learn more about the potential future impacts of climate change on Northwest ecosystems.
Date Recorded
Thursday, April 3, 2014
Summary
As scientists strive to understand and predict the effects of climate change on the Northwest's fish, wildlife, hydrology, and ecosystem services, a foundational piece of knowledge they require is how the climate, the water cycle, and the vegetation will change in the future. Funded in part by the NW Climate Science Center, this project integrates, for the first time, state-of-the-science predictive modeling of these different attributes of the future environment in the Northwest, and will provide coherence and guidance for many scientific studies seeking to work out the details of how climate change will affect various plant and animal species and other aspects of ecosystem services. The project has evaluated and downscaled global climate models (from the Coupled Model Intercomparison Project phase 5, CMIP5), examined projections from these models and also from regional climate models, and improved and applied hydrologic and vegetation models. This webinar is a preview of a day-long workshop on project results that will be held April 17 in Portland, and webcast.
Resources
Transcript -- Mote 4.3.14
Learn more about this project here.
View this webinar here
Below are multimedia items associated with this project.
Integrated Scenarios of the Future Northwest Environment
In this webinar, Phil Mote from Oregon State University, describes a project that integrates, for the first time, state-of-the-science predictive modeling of these different attributes of the future environment in the Northwest, and will provide coherence and guidance for many scientific studies seeking to work out the details of how climate change will affect vario
In this webinar, Phil Mote from Oregon State University, describes a project that integrates, for the first time, state-of-the-science predictive modeling of these different attributes of the future environment in the Northwest, and will provide coherence and guidance for many scientific studies seeking to work out the details of how climate change will affect vario