The species-area relationship is a fundamental but poorly understood pattern and building block within biogeography and ecology. It is covered within ecology, biogeography and conservation courses at undergraduate and postgraduate level. This book combines reviews of key concepts and theory with novel cutting-edge theoretical and applied research.
The species-area relationship is a fundamental but poorly understood pattern and building block within biogeography and ecology. It is covered within ecology, biogeography and conservation courses at undergraduate and postgraduate level. This book combines reviews of key concepts and theory with novel cutting-edge theoretical and applied research.
Foreword Mark V. Lomolino; 1. The species area relationship: both general and protean? Thomas J. Matthews, Kostas A. Triantis and Robert J. Whittaker; 2. The History of the Species Area Relationship Even Tjørve, Thomas J. Matthews and Robert J. Whittaker; 3. The multiple forms and functions of species area relationship Thomas Matthews, François Rigal, Konstantinos Proios, Kostas Triantis and Robert J. Whittaker; 4. The factors that underpin the shape of the SAR curve Even Tjørve, Kathleen Tjørve , Eva izlingová and Arnost izling; 5. Functional and phylogenetic diversity area relationships: a review Florent Mazel and Wilfried Thuiller; 6. Species area relationships in alien species: pattern and process Tim Blackburn, Phil Cassey and Petr Pysek; 7. Mathematical expressions for the species-area relationship (SAR) and (the hidden) assumptions behind the models Even Tjørve and Kathleen Tjørve; 8. Biodiversity scaling on a continuous plane: geometrical underpinnings of the nested species area relationship David Storch and Arnost izling; 9. Upscaling SARs and the connection with species abundances Luis Borda-de-Agua, Saeid Alirezazadeh, Manuela Neves, Stephen P. Hubbell, Paulo Borges, Pedro Cardoso, Francisco Dionísio and Henrique M. Pereira; 10. The SAR: Is It Produced by Laws Acting around Us ? John Harte; 11. The species area relationships of ecological neutral theory James Rosindell and Ryan Chisholm; 12. The integration of the species area relationship with mechanistic community ecological theory Robert Holt, Dominique Gravel, Adrian Stier and James Rosindell; 13. The identification biodiversity hotspots using the species area relationship Simone Fattorini; 14. Using the species-area relationship to predict extinctions resulting from habitat loss Simone Fattorini, Werner Ulrich and Thomas J. Matthews; 15. Using network analysis and diversity partitioning to examine the temporal dynamics of the species area relationship Joseph Veech and Giovanni Strona; 16. Does Geometry dominate extinction due to habitat loss? Athanasios Kallimanis and John Halley; 17. External modulators of species-area relationships Isabel Jones, Carlos Peres, Maíra Benchimol, Anderson S. Bueno, Danielle Storck-Tonon and Ana Filipa Palmeirim; 18. Applied SARs in marine systems and fisheries Karl Ugland and Alexandra Kraberg; 19. Conclusions and future Directions in SAR Research Kostas A. Triantis.
Foreword Mark V. Lomolino; 1. The species area relationship: both general and protean? Thomas J. Matthews, Kostas A. Triantis and Robert J. Whittaker; 2. The History of the Species Area Relationship Even Tjørve, Thomas J. Matthews and Robert J. Whittaker; 3. The multiple forms and functions of species area relationship Thomas Matthews, François Rigal, Konstantinos Proios, Kostas Triantis and Robert J. Whittaker; 4. The factors that underpin the shape of the SAR curve Even Tjørve, Kathleen Tjørve , Eva izlingová and Arnost izling; 5. Functional and phylogenetic diversity area relationships: a review Florent Mazel and Wilfried Thuiller; 6. Species area relationships in alien species: pattern and process Tim Blackburn, Phil Cassey and Petr Pysek; 7. Mathematical expressions for the species-area relationship (SAR) and (the hidden) assumptions behind the models Even Tjørve and Kathleen Tjørve; 8. Biodiversity scaling on a continuous plane: geometrical underpinnings of the nested species area relationship David Storch and Arnost izling; 9. Upscaling SARs and the connection with species abundances Luis Borda-de-Agua, Saeid Alirezazadeh, Manuela Neves, Stephen P. Hubbell, Paulo Borges, Pedro Cardoso, Francisco Dionísio and Henrique M. Pereira; 10. The SAR: Is It Produced by Laws Acting around Us ? John Harte; 11. The species area relationships of ecological neutral theory James Rosindell and Ryan Chisholm; 12. The integration of the species area relationship with mechanistic community ecological theory Robert Holt, Dominique Gravel, Adrian Stier and James Rosindell; 13. The identification biodiversity hotspots using the species area relationship Simone Fattorini; 14. Using the species-area relationship to predict extinctions resulting from habitat loss Simone Fattorini, Werner Ulrich and Thomas J. Matthews; 15. Using network analysis and diversity partitioning to examine the temporal dynamics of the species area relationship Joseph Veech and Giovanni Strona; 16. Does Geometry dominate extinction due to habitat loss? Athanasios Kallimanis and John Halley; 17. External modulators of species-area relationships Isabel Jones, Carlos Peres, Maíra Benchimol, Anderson S. Bueno, Danielle Storck-Tonon and Ana Filipa Palmeirim; 18. Applied SARs in marine systems and fisheries Karl Ugland and Alexandra Kraberg; 19. Conclusions and future Directions in SAR Research Kostas A. Triantis.
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