A Bayesian model of metapopulation viability, with application to an endangered amphibian

Earth and Planetary Sciences

• Aquatic Vegetation 16%
• Area 16%
• Australia 16%
• Availability 16%
• Colonisation 33%
• Connectivity 33%
• Creativity 16%
• Data Set 16%
• Datum 16%
• Decision 16%
• Estimate 16%
• Extinction 50%
• Extinction Risk 16%
• Grass 16%
• Identifying 16%
• Impact 16%
• Increasing 16%
• Logistics 16%
• Management 33%
• Marshland 66%
• Model 100%
• Parameter 50%
• Population Viability Analysis 33%
• Position (Location) 16%
• Prediction 16%
• Probability Theory 50%
• Regime 16%
• Regression 16%
• Risk 16%
• Simulation 16%
• Size 16%
• Software 16%
• Species 16%
• Subject 16%
• Urbanisation 66%
• Utilization 16%
• Vegetation Cover 16%
• Viability 33%

Social Sciences

• Analysis 50%
• Application 16%
• Approach 66%
• Australia 16%
• Change 16%
• Colonization 33%
• Extinction 50%
• Extinction Risk 16%
• Forecasting 16%
• Habitat Loss 33%
• Investment 16%
• Location 16%
• Logistics 16%
• Management 16%
• Management Decision 16%
• Parameter 50%
• Probability 50%
• Regression 16%
• Scenarios 33%
• Simulation 16%
• Size 16%
• Software 16%
• Species 16%
• Stochastics 16%
• Subject 16%
• Urbanization 66%
• Vegetation 16%