JOURNAL OF THE DRYLANDS 3(2): , 2010 Plant Species Composition, Spatial Distribution and Diversity along a Grazing Gradient from Livestock Watering Point in Allaidege Rangeland of North-Eastern Ethiopia Rangeland

Source URL: www.mu.edu.et

Species assessment: Regional (BCR) 2 Measures of Vulnerability: – Population Size (PS) – Distribution (BD, ND) Global

Source URL: www.bsc-eoc.org

Species assessment: Regional (BCR) 2 Measures of Vulnerability: – Population Size (PS) – Distribution (BD, ND) Global

Source URL: www.bsc-eoc.org

Distribution of Base Composition around the Splice Sites in Dierent Species Masahiko Mizuno Minoru Kanehisa

Source URL: www.jsbi.org

• Genetics
• Biology
• Spliceosome
• Gene expression
• RNA splicing
• DNA
• Intron
• Exon
• Polypyrimidine tract
• Splice site mutation

Global Change Biology, 3633–3643, doi: j02515.x REVIEW Predicting phenology by integrating ecology, evolution and climate science

Source URL: wwwpaztcn.wr.usgs.gov

• Ecology
• Habitat
• Population genetics
• Evolutionary biology
• Stress
• Phenology
• Species distribution
• Vegetation
• Biotic stress
• Abiotic stress
• Evidence of common descent
• Climate change

159 Abstract— The link between ocean temperature and spatial and temporal distribution patterns of 8 species of small cetaceans off Southern California was examined during the period 1979–2009. Averages and anomalie

Source URL: fishbull.noaa.gov

tanneke ouboter stochastic epidemic models for populations with social structures stochastic epidemic models for

Source URL: www.math.ru.nl

• Academia
• Epidemiology
• Public health
• Medical statistics
• Network theory
• Epidemic model
• Demography
• Compartmental models in epidemiology
• Social network
• Economic model
• Mathematical model
• Species distribution

[Wild Earth Forum] is at least partially because the species is trapped in a current distribution that is too far south and too warm, and that the species is now unable to disperse further

Source URL: www.torreyaguardians.org

Modeling the Spatial Distribution and Fruiting Pattern of a Key Tree Species in a Neotropical Forest: Methodology and Potential Applications Damien Caillaud1,2*., Margaret C. Crofoot3,4,5., Samuel V. Scarpino1, Patrick A

Source URL: crofoot.ucdavis.edu

Modeling Experts and Novices in Citizen Science Data for Species Distribution Modeling Jun Yu School of EECS Oregon State University Corvallis, OR 97331

Source URL: web.engr.oregonstate.edu