PPT-The Function of Riparian Reserves for Terrestrial Species:

What was the Intent Martin G Raphael A primary objective of the Northwest Forest Plan was to achieve maintenance andor restoration of habitat conditions to support viable populations welldistributed across their current ranges of species knownto be associated with oldgrowth forest conditions. . Peter A. Bisson. Richard E. . Bigley. Alex D. Foster. Shannon M. . Claeson. Steven M. . Wondzell. NASA. Skokomish. Queets. Humptulips. Clearwater. Hoh. Sol Duc. Hoko. Fulton. Riparian Ecosystem. Management Study – Phase 1. spinels. would also corroborate evidence for mantle or . ultramafic. material in KT boundary . ejecta. as proposed by:. . DePaolo. , . Kyte. , Marshall, O’Neil & . Smit. ; EPSL Vol. 64, Sept. 1983. . L. inkages. : . Searching . for . Patterns . in . Invertebrate . C. ommunity Structure. .. Aaron . DeVoe. , . Laura . Gaffney and . Joe . Weirich . Faculty Mentors: Eric Merten, Kelly Murray and Todd . Vegetation and More. What is “riparian vegetation”?. Plants growing on the streambank and adjoining floodplain. Plants in this area are influenced by the water from the stream. Riparian Zone. Riparian Vegetation Functions. . Peter A. Bisson. Richard E. . Bigley. Alex D. Foster. Shannon M. . Claeson. Steven M. . Wondzell. NASA. Skokomish. Queets. Humptulips. Clearwater. Hoh. Sol Duc. Hoko. Fulton. Riparian Ecosystem. Management Study – Phase 1. Katie Ross-Smith, PhD. SFS – 2016 Annual Meeting. Development of Environmental Flows for Riparian Systems. Example from a recent hydroelectric project. Response of Riparian Systems to New . Flows. Examples from two monitoring projects. Overcoming data limitations to inform large-scale climate adaptation for North America. David M. Theobald. 1,2. and Meade Krosby. 3. 1. Conservation Science Partners. 2. Department of Fish, Wildlife, and Conservation Biology, Colorado State University. Riparian Buffer Width. 10 years post-harvest . Scott Pearson. Washington Department of Fish . &. Wildlife. Jack Giovanini, Jay Jones, . &. . A.J. Kroll. Weyerhaeuser NR. Drivers?. Intense societal interest in PNW riparian systems. Region II. Agenda. Background, history, and intent. Types of riparian standards. Riparian areas by landowner. Allowed uses in riparian areas. Other riparian area BMPs. Variations from riparian standards. . Peter A. Bisson. Richard E. . Bigley. Alex D. Foster. Shannon M. . Claeson. Steven M. . Wondzell. NASA. Skokomish. Queets. Humptulips. Clearwater. Hoh. Sol Duc. Hoko. Fulton. Riparian Ecosystem. Management Study – Phase 1. Region III. Agenda. Background, history, and intent. Types of riparian standards. Riparian areas by landowner. Allowed uses in riparian areas. Other riparian area BMPs. Variations from riparian standards. ET. a. ) based on the Enhanced Vegetation Index (EVI) from the MODIS sensor on the EOS-1 Terra satellite and locally-derived measurements of reference crop ET (. ET. o. ). The algorithm was calibrated with five years of data from three eddy covariance flux towers set in riparian plant associations on the upper San Pedro River, Arizona, supplemented with . Max Smith, . Katey. Driscoll, Steve Warren, and Deborah . Finch. Collaborators. Region 4. Mark . Bethke. Georgina . Lampman. Rocky Mountain Research Station. Kate Dwire. Dave Hawksworth. National Forest staff. spinels. would also corroborate evidence for mantle or . ultramafic. material in KT boundary . ejecta. as proposed by:. . DePaolo. , . Kyte. , Marshall, O’Neil & . Smit. ; EPSL Vol. 64, Sept. 1983. .