PPT-Ecoclimatic Species Distribution Models

of Tamarisk Beetles Diorhabda elongata Species Group and Invasive Tamarisks Tamarix spp with a Novel Stacked Environmental Envelope Model SEEM James Tracy 1 Mauro DiLuzio 2. G. g. Distributions. What is . G. g. ?. How are . G. g. ’s. measured?. What does the standard model predict?. Simulating . G. g. distributions.. Constraining the . Oslo method. .. Testing the Porter-Thomas distribution. parthenium. . weed in Kenya and potential impact on critical ecosystems. Emily . Wabuyele. National Museums of Kenya. Some facts on Kenya. Located in the east-central part of the African Continent, astride the equator. Using Remote Sensing. David S Wethey, Sarah A Woodin, Thomas J . Hilbish. , . Venkat. Lakshmi . University of South Carolina. Brian . Helmuth. , Northeastern University. wethey@biol.sc.edu. Biogeographic Modeling. LiDAR-derived Topography. Citation: . Hannam, M.,L.M. Moskal and S. Wyllie-Echeverria, 2009. Predicting an Invasive Species’ Distribution with LiDAR-derived Topography. Factsheet # 8. Remote Sensing and Geospatial Application Laboratory, University of Washington, Seattle, WA. Digital version of the fact sheet can be downloaded at: . by Integrating . Intuition . and Machine . Learning via Gamification. Ben Saylor. 1. , . Anagha. Kulkarni. 1. , Neo Martinez. 2. , . Ilmi. Yoon. 1. bsaylor@mail.sfsu.edu, ak@sfsu.edu, neomartinez@email.arizona.edu, ilmi@sfsu.edu. Species distribution. Density . and size are useful measures for characterizing populations. Scientists gain additional insight into a species' biology and ecology from studying how individuals are spatially distributed. Dispersion or distribution patterns show the spatial relationship between members of a population within a habitat. Patterns are often characteristic of a particular species; they depend on local environmental conditions and the species' growth characteristics (as for plants) or behavior (as for animals).. We have a reliable method for determining the age of rocks and fossils. .. As a result we know:. The Earth and the solar system are 4.6 billion years old.. The oldest fossil organisms on Earth (bacteria) are 3.5 billion years old.. Daniel Chapman. 1. , Oliver Pescott. 1. , Helen Roy. 1. , Robert Tanner. 2. 1. Centre for Ecology & Hydrology, UK. 2. European and Mediterranean Plant Protection Organization, France. In an EU LIFE Project*, . parthenium. . weed in Kenya and potential impact on critical ecosystems. Emily . Wabuyele. National Museums of Kenya. Some facts on Kenya. Located in the east-central part of the African Continent, astride the equator. Yang Gao (GA), Tianfeng . Lu (PI), UCONN. Suo Yang (GA), Wenting Sun (Co-PI), . Georgia Tech. Stephen . Zeppieri (Co-PI), . UTRC. NASA . TTT . Project . Combustion Modeling NRA Year 1 . Review. NASA NRA: . Background. P. rotection . of natural areas from development is . a growing concern for many reasons. One of them is that threatened . and endangered . (T&E) species are . commonly regarded as being . Using Remote Sensing. David S Wethey, Sarah A Woodin, Thomas J . Hilbish. , . Venkat. Lakshmi . University of South Carolina. Brian . Helmuth. , Northeastern University. wethey@biol.sc.edu. Biogeographic Modeling. We have a reliable method for determining the age of rocks and fossils. .. As a result we know:. The Earth and the solar system are 4.6 billion years old.. The oldest fossil organisms on Earth (bacteria) are 3.5 billion years old.. Climate envelope models (CEMs) are a subset of species distribution models (SDM) which attempt to define a species’ climate “niche.” CEMs correlate species presence locations to a set of