A spatial patch dynamic modeling approach to pattern and process in an annual grassland

Keyphrases

• Gopher 100%
• Spatial Patches 100%
• Annual Grassland 100%
• Patch Dynamics 100%
• Dynamic Modeling Approach 100%
• Patch-based 66%
• Mounds 66%
• Landscape Scale 66%
• Approaches to Studying 33%
• Local Population 33%
• Bromus Inermis 33%
• Density-dependent Fecundity 33%
• Serpentine Grassland 33%
• Patch Level 33%
• Dynamic Perspective 33%
• Habitat Complexity 33%
• Competitive Exclusion 33%
• Plant Population 33%
• Process Dynamics 33%
• Demographic Model 33%
• Landscape Processes 33%
• Landscape Level 33%
• Population Dynamics Model 33%
• Metapopulation 33%
• Global Extinction 33%
• Plant Population Dynamics 33%
• Patch-dynamic Model 33%
• Process Interaction 33%
• Plant Competition 33%
• Patch Mosaic 33%
• Species Abundance 33%
• Ecological Relationship 33%
• Functional Representation 33%
• Plant Individuals 33%
• Lasthenia Californica 33%
• Pattern-process 33%
• Patch Scale 33%
• Age Composition 33%
• Major Components 33%
• Jaspers 33%
• Landscape Pattern Dynamics 33%
• Local Patch 33%

Biochemistry, Genetics and Molecular Biology

• Gopher 100%
• Patch Dynamics 100%
• Bromus 33%
• Vegetation Dynamics 33%
• Fertility 33%
• Population Abundance 33%

Earth and Planetary Sciences

• Patch Dynamics 100%
• Plant Population 66%