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more general categories information about this item Biological Sciences Biological Sciences biogeography (2263) taxonomy (2644) new taxa (936) new species (712) Calendar Year Calendar Year Year (337475) 2012 (47541) Economics, Business and Industry Economics, Business and Industry administrative management (9912) risk analysis (5082) risk assessment (3952) Natural Resources, Earth and Environmental Sciences Natural Resources, Earth and Environmental Sciences ecology (54081) community ecology (22291) habitats (9806) geography (5253) biogeography (2263) natural resource management (11559) wildlife management (1533) endangered species (718) natural resources (75944) biological resources (55960) endangered species (718) Physical and Chemical Sciences Physical and Chemical Sciences physics (54990) thermodynamics (5162) entropy (219) Reference Types Reference Types Journal (337546) Research, Technology and Engineering Research, Technology and Engineering geospatial science and technology (2769) spatial data (611) mathematics and statistics (33406) statistics (23850) probability (9317) uncertainty (1752) research (30526) research methods (29174) surveys (5011) support systems and models (27487) models (27236) Taxa - Plantae Taxa - Plantae Magnoliophyta (59301) Magnoliopsida (45501) Ericales (642) Empetraceae (30) Empetrum (30) Empetrum nigrum (18) Abstract of Article: Will be presented in next release Date Last Accessed: Accessed January 20, 2015 Title of Article: Modeling the potential area of occupancy at fine resolution may reduce uncertainty in species range estimates Author(s) of Article: Will be identified in next release Citation: Biological conservation 2012 v.147 no.1 pp. 190-196 Click to View: (Click to View) Date of Publication: 2012 Location of Article: http://pubag.nal.usda.gov/pubag/article.xhtml?id=565245 Name of Publication: Biological conservation Publishing Company: Will be identified in next release Accession Number: 168050
