Sampling Rare or Elusive SpeciesConcepts, Designs, and Techniques for Estimating Population Parameters
Table Of ContentsTable of Contents Foreword Acknowledgments 1. Introduction Part I: Overview and Basic Concepts 2. Sampling Rare Populations 3. Separating Components of Detection Probability in Abundance Estimation: An Overview with Diverse Examples 4. Indexes as Surrogates to Abundance for Low-Abundance Species Part II: Sampling Designs for Rare Species and Populations 5. Application of Adaptive Sampling to Biological Populations 6. Two-Phase Adaptive Stratified Sampling 7. Sequential Sampling for Rare or Geographically Clustered Populations Part III: Estimating Occupancy 8. Occupancy Estimation and Modeling for Rare and Elusive Species 9. A Bayesian Approach to Estimating Presence When a Species is Undetected 10. Searching for New Populations of Rare Plant Species in Remote Locations Part IV: Estimating Abundance, Density and Other Parameters 11. Using Non-invasive Genetic Sampling to Detect and Estimate Abundance of Rare Wildlife Species 12. Photographic Sampling of Elusive Mammals in Tropical Forests 13. Using Probability Sampling of Animal Tracks in Snow to Estimate Abundance 14. Sampling Rockfish Populations: Adaptive Sampling and Hydroacoustics 15. Survival Estimation in Bats: Historical Overview, Critical Appraisal, and Suggestions for New Approaches 16. Evaluating Methods for Monitoring Populations of Mexican Spotted Owls: A Case Study Part V: The Future 17. Future Directions in Estimating Abundance of Rare or Elusive Species Contributors Reviewers About the Editor Index |
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