Southwestern white pine (Pinus strobiformis) species distribution models project a large range shift and contraction due to regional climatic changes

Keyphrases

• Arizona 33%
• Biodiversity 33%
• Climatic Change 100%
• Conifer Species 33%
• Conservation Planning 33%
• Data Monitoring 33%
• Dispersal Dynamics 33%
• Dynamic Resistance 33%
• Emission Scenarios 33%
• Environmental Variables 33%
• Field Data Collection 33%
• Four Species 33%
• Fungal Pathogens 33%
• Future Climate 33%
• General Circulation Models 33%
• Genetic Adaptation 33%
• Guide Field 33%
• Habitat Fragmentation 33%
• High Elevation 33%
• High Emission 33%
• Keystone Species 33%
• Local Climate 33%
• Mixed-conifer Forest 33%
• Modeling Method 33%
• Monitoring Effort 33%
• Multiscale Optimization 33%
• New Mexico 33%
• Non-native 33%
• Northern Mexico 33%
• Optimization Approach 33%
• Pinus Strobiformis 100%
• Present Climate 33%
• Projection-based 33%
• Range Contraction 100%
• Range Edge 33%
• Range Maps 33%
• Range Shift 100%
• Southwestern White pine 100%
• Spatial Projection 33%
• Species Adaptation 33%
• Species Distribution Models 100%
• Suitable Habitat 33%
• Uncertain Future 33%
• White pine Blister Rust 100%
• Wildlife 33%

Earth and Planetary Sciences

• Arizona 50%
• Climate Change 100%
• Conservation Planning 50%
• Emissions 100%
• Environmental Niche Modeling 100%
• General Circulation Model 50%
• Habitat Fragmentation 50%
• Keystone Species 50%
• Leading Edge 50%
• Mexico 50%
• New Mexico 50%

Agricultural and Biological Sciences

• Blister Rust 100%
• Evolutionary Adaptation 33%
• Forest Fragmentation 33%
• General Circulation Model 33%
• Keystone Species 33%
• Pinus 100%
• Pinus strobus 100%