PPT-FireBGCv2: A research simulation platform for exploring fire, vegetation, and climate

Robert Keane Missoula Fire Sciences Laboratory Rocky Mountain Research Station USDA Forest Service Natural Resources Canada Moritz M A etal 2005 PNAS1021791217917 Multiscale controls on fire. Climate Change Effects. in the Pacific Northwest . Acknowledgments. Beverly Law and students, Oregon State . University. Ron Neilson and MAPSS team, Pacific Northwest Research Station. Climate Impacts Group, University of Washington . Consequences of climate and disturbance changes for the Carbon feedback in Interior Alaska. Patrick . Endres. , AK . photographics. Genet H., Zhang Y., McGuire A.D., He Y., Johnson K., . D’Amore. D., Zhou X., Bennett A., . Poulter. Modeling Vegetation Dynamics with LPJ-GUESS. Stand to Global Scale Modeling Approaches. Stand-scale models. Gap (i.e., ZELIG ). Growth-Yield (i.e. FVS). Landscape models. Mechanistic - (FireBGCv2). A research simulation platform for exploring fire, vegetation, and climate dynamics. Robert . Keane. Missoula Fire Sciences Laboratory. Rocky . Mountain Research . Station. USDA Forest Service. Natural Resources Canada. . Large-Scale Atomic/Molecular Massively Parallel Simulator. LAAMPS – A simulator / interpreter for molecular dynamics simulation. . Molecular dynamics – a simulation of a many body problem. Dynamics calculated based on Newton’s equations. Forces are calculated based on a given potential – classical or quantum mechanical.. st. Century: Implications for Climate Policy and Carbon Management. To . better understand how carbon responses . to changes in climate and other drivers in . Alaska might influence national climate and carbon management policies, the U.S. Geological Survey, in collaboration with the . Chapter 19. Chapter 19 main details. Q1. Name of the climate type. Q2. Location of this climate. Q3. Name three countries with this climate type around the Mediterranean.. Q4. Temperature details of this climate.. Patrick Jantz, Tina. Cormier, Scott Zolkos, . Scott Goetz and the LCCVP Group. NASCB July 10, 2014. Missoula, MT. Photo credit: . Andri. . Kyrychok. Appalachian LCC. Appalachian LCC. Summarize existing species distribution model results for the eastern U.S. (Iverson et al. 2008, . Lesson Objectives. Identify the factors that affect climate and vegetation. . . Describe the climate regions of the United States. . Vocabulary. Elevation. Natural vegetation. Arid. Tundra. Climate. Poulter. Modeling Vegetation Dynamics with LPJ-GUESS. Stand to Global Scale Modeling Approaches. Stand-scale models. Gap (i.e., ZELIG ). Growth-Yield (i.e. FVS). Landscape models. Mechanistic - (FireBGCv2). Lesson Objectives. Identify the factors that affect climate and vegetation. . . Describe the climate regions of the United States. . Vocabulary. Elevation. Natural vegetation. Arid. Tundra. Climate. Global climates and natural vegetation Climate is average of weather conditions for 30+ years Climatologists employ many different tools to organize the wealth of information about da during the last two MillenniaJulius B Lejju Doreen YekoDepartment of Biology Mbarara University of Science and Technology Corresponding authorjlejjumustacugAbstractA sediment core 75m long obtaine Many regions close to the equator experience an equatorial climate. These . regions 0° - 10° N and S of the equator . include, the Amazon Basin (South America), the Congo Basin (Africa), Malaysia, Indonesia and some areas in northern .