PPT-Vegetation Density and Snow Accumulation

Evan Esfahani Winter Ecology 2014 Mountain Research Station Introduction The relationship between vegetation density and canopy cover influences snowpack and how it accumulatesdepreciates Accumulation of snow under forest canopies will decline with increased canopy cover because of sublimation and interception in canopy Pomeroy 2002 . doesnt dont doesnt doesnt brPage 5br Test Estimated Hardness brPage 6br z To improve clearing of snow in the cul de VDFVVRUHVLGHQWVFDQ move freely brPage 3br Description Description z To mark area on cul de sac with signage z Address impact to residents parking z No parking in area marked during snow emergency brPage 4b How do we explain . why. vegetation is found where it is in TVC?. S . oil. C . limate. A . ltitude. R . elief. E . ruptions. (history). S . tage. of succession (or climax). Boulder/Gravel Fields. Can be covered in snow and ice. Fire . region, Oregon Cascades. Tyler Roses. Why are snow studies important?. Snow is an important part of the hydrological cycle. In regions like the Pacific Northwest more than 50% of annual precipitation in mountainous regions comes in the form of snow. Jon D. Pelletier, . University of Arizona. Hillslope-fluvia. l geomorphologists. have . often . taken climate change. . to be . synonymous . with changes . in runoff/discharge/precipitation (i.e., driving shear stresses). . A Systematic Framework to . Plan for Biological Resources. In the BLM’s Land Use Planning Process. Management Strategies . By the end of this session, participants will be able to:. Develop potential management strategies (goals, objectives, uses, and management actions) that are consistent with BLM planning and resource program guidance. 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. CRISTIAN MARTINEZ-VILLALOBOS. 1. and J. DAVID NEELIN. 1. 2017 AGU FALL MEETING, NEW ORLEANS. DeCEMBER. 14, 2017. 1. Department of Atmospheric and Oceanic Sciences, UCLA. LARGE ACCUMULATIONS ARE CONTROLLED BY CUTOFF SCALE . and large wood . in . braided rivers dynamics. Walter . Bertoldi. Department of Civil, Environmental and Mechanical Engineering. University of . Trento. Séminaire. . Gestrans. , Grenoble, 21 . Novembre. Macroscopic Fundamental Diagram for Urban Freeways. Victor . L. Knoop, Serge P. Hoogendoorn. Goal. Describe. traffic . states. . and. . future. traffic . states. An easy . description. of traffic . Scott . Clingan. Winter Ecology Spring 2014. Terrestrial Carbon Cycle. Soil respiration estimated to account for 20-38% of annual biogenic CO. 2. emissions . (Scott 2002). Increased Respiration from global warming = lower carbon sequestration (positive feedback?). Stuart Jennings, RRG, Jan . Christner. , URS. Mike Holmes, EPA and John . DeAngelis. , PWT. Operable Unit 11 of the California Gulch Superfund Site near Leadville, CO. Pre-Treatment (~2008). Post Treatment (~2010). To appear at TCC . ia.cr/2020/499. Benedikt. . Bünz. 1. Stanford. Alessandro Chiesa, . Pratyush. Mishra, Nick Spooner. UC Berkeley. Motivation. Delegating a . -step (nondeterministic) computation:.