met 112 global climate change- lecture 13a 30 april 2009 observations and predictions dr. craig...

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MET 112 Global Climate Change- Lecture 13a 30 April 2009 Observations and Predictions Dr. Craig Clements San Jose State University

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Page 1: MET 112 Global Climate Change- Lecture 13a 30 April 2009 Observations and Predictions Dr. Craig Clements San Jose State University

MET 112 Global Climate Change- Lecture 13a30 April 2009

Observations and Predictions

Dr. Craig ClementsSan Jose State University

Page 2: MET 112 Global Climate Change- Lecture 13a 30 April 2009 Observations and Predictions Dr. Craig Clements San Jose State University

Temperature Changes in California: different emissions scenarios.

(California Climate Change Center, 2006)

Page 3: MET 112 Global Climate Change- Lecture 13a 30 April 2009 Observations and Predictions Dr. Craig Clements San Jose State University

Changes in California Snowpack

(California Climate Change Center, 2006)

Page 4: MET 112 Global Climate Change- Lecture 13a 30 April 2009 Observations and Predictions Dr. Craig Clements San Jose State University

Changes in Vegetation Cover and Forest Yields

Forest Yield = amount of timber products from a growing forest

(California Climate Change Center, 2006)

Page 5: MET 112 Global Climate Change- Lecture 13a 30 April 2009 Observations and Predictions Dr. Craig Clements San Jose State University
Page 6: MET 112 Global Climate Change- Lecture 13a 30 April 2009 Observations and Predictions Dr. Craig Clements San Jose State University
Page 7: MET 112 Global Climate Change- Lecture 13a 30 April 2009 Observations and Predictions Dr. Craig Clements San Jose State University

Wildfire Frequency in California

(California Climate Change Center, 2006)

Page 8: MET 112 Global Climate Change- Lecture 13a 30 April 2009 Observations and Predictions Dr. Craig Clements San Jose State University

Alpine Plant SpeciesAlpine and subalpine ecosystems are the most fragile and threatened-have limited opportunity to move “up slope”-will decline by as much as 60-80%