Anyone working with wildlife must be concerned with its habitat—its identification, measurement, and analysis. Wildlife-Habitat Relationships goes beyond introductory wildlife biology texts and specialized studies of single species to provide a broad but advanced understanding of habitat relationships applicable to all terrestrial species. It also includes coverage of spatial analysis, landscape ecology, animal populations and their quantification, behavioral studies, and resources available to the wildlife professional. Completely updated with the latest research results and literature, this Second Edition provides new sections on: • vegetation ecology and its role in animal distribution and habitat use; • factors driving animal population dynamics; • approaches to study design and experimental methodologies; • ecosystem management and other new initiatives in habitat management; • reviews research and concepts of habitat corridors, fragmentation, and connectivity, for maintaining metapopulations and population viability; • the advancement of wildlife education. This edition also offers greatly expanded coverage of the growing field of landscape ecology, including new chapters on habitat heterogeneity and responses of wildlife and on habitat isolation, dynamics, and monitoring. Behavioral ecology and habitat measurement are covered in greater depth, as well.
Wildlife Habitat Relationships in Forested Ecosystems
Presents the most recently developed theory of environment and how this theory relates to the wildlife in forested ecosystems. Patton proposes a systems analysis approach to management of habitat relationships,...
The biggest challenge facing natural resource conservation efforts today is to maintain biological diversity and viable ecosystems. This requires the best available scientific information on the relationships between individual species...
Wildlife 2000: Modeling Habitat Relationships of Terrestrial Vertebrates : Based on an International Symposium Held at Stanford Sierra Camp, Fallen...
4.1 a An often used sampling technique for determining avian–habitat relationships is to randomly select n points ... the species is detected with areas where it is not detected (i.e., determining habitat preference). Hartman et al.
McComb, W.C., M. McGrath, T.A. Spies, and D. Vesely. 2002. ... Nesser, J., L. Freehouf, W. Robbie, T.M. Collins, C.B. Goudey, R. Meurisse, W.H. McNab, J.E. Keys, Jr., W.E. Russell, T. Brock, and G. Nowacki. 1994.
Forest Wildlife-habitat Relationships: Population and Community Responses to Forest Management
Alternative futures for Monroe County, Pennsylvania: A case study in applying ecological principles. Pages 165–193 in V. H. Dale and R. Haeuber, editors. Applying ecological principles to land management. Springer-Verlag, New York, ...
This practical guide is an invaluable reference for students, land managers, and landowners who are developing and implementing management plans for habitat modification and improvement on both private and public lands.
This guide is an invaluable reference for students, land managers, and landowners who are developing and implementing management plans for habitat modification and improvement on both private and public lands.