PPT-Modeling aquatic vegetation for Comal and San Marcos river systems

Todd M Swannack PhD US Army Engineer Research and Development Center Environmental Laboratory Vicksburg MS Vegetation in the River systems Comal and San Marcos vegetation is incredibly dynamic influenced by physical environment existing distributions and humandriven factors. Benefits for Pumping Forbearance East and West of Cibolo Creek. . Edwards Aquifer Habitat . Conservation Plan . Prepared for:. Stakeholder Committees: . ASR . and VISPO Work Groups . Prepared by:. Larry Land, P.E. Dylan Castle. Earth and Physical Science Department. Western Oregon University. Monmouth, Oregon. Email: dcastle11@wou.edu. Outline. Introduction. Terminology. Salmon as Restoration Indicators. Constitution of Healthy Habitat. 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). Riparian Degradation and Restoration. Ian McBride. Earth and Physical Science Department. Western Oregon University. Monmouth, Oregon. Email: imcbride11@wou.edu. Outline. Part 1: . I. ntroduction to Riparian Zones. Thomas Hardy. Background. little was known regarding modeling approaches that might be applicable to address key HCP issues . including:. 1. ) fountain darter (. Etheostoma. . fonticola. ) food source (aquatic . Chelsea Vick, Patrina Bly, Michael Jefferson Mentors: Elizabeth Brinker & Dr. Benjamin Branch. Undergraduate Research Experience GIS Team . 2009-2010 Elizabeth . City State . University, 1704 . Product of approval. Approve regional triggers- provide a comprehensive list of conditions, flow levels, and visual cues to be used for triggering outreach responses.. Assign key elements for press releases- compile a number of main points to correlate with each trigger mentioned inside the press packet.. Andrew Pendergast. Dynamical Systems modeling. Dynamical Systems: Mathematical object to describe behavior that changes over time. Modeling a functional relationship such that time is a primary variable wherein a value or vector function is produced . Miller and . Spoolman. (2010). Core Why Should We Care about Coral Reefs?. Coral reefs. form in clear, warm coastal waters of the tropics and subtropics.. Among the oldest, most diverse, and most productive ecosystems.. Aquatic ecosystems are primarily determined by the ecosystem’s . salinity. . Salinity refers to the dissolved salt content of the water.. Aquatic ecosystems are divided into freshwater and marine ecosystems.. 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). Homeostasis. 2. Homeostasis. is the way an organism maintains a stable internal environment within itself. Body systems coordinate their activities to maintain homeostasis.. This is done through the use of positive and negative feedback loops . Authors: Emily . Burrage. , . Samantha . DeQuarto. , Robert Peterson, Amanda . Ress-Liere. Mentor: Lucinda Hemmick. Longwood High School. Abstract.  . Longwood High School students have been involved for many years in a number of projects involving the natural history and biodiversity of the . Actions. Warmup. Take notes in Note Taking Guide provided. Participate in discussions as they arise . Learning Outcomes. B: I can identify and describe the location and characteristics of various African vegetation zones.