Improving predictions of range expansion for invasive species using joint species distribution models and surrogate co-occurring species

Keyphrases

• Range Expansion 100%
• Invasive Species 100%
• Species Distribution Models 100%
• Joint Species Distribution Model 100%
• Co-occurring Species 100%
• Surrogate Model 50%
• Minnesota 33%
• Model Building 33%
• Native Species 33%
• Invasion Risk 16%
• Plant Community 16%
• Non-equilibrium 16%
• Geographic Range 16%
• Community Members 16%
• Native Communities 16%
• Highly Effective 16%
• Modeller 16%
• Potential Distribution 16%
• Environmental Correlation 16%
• Negatively Associated 16%
• Community Data 16%
• Range Margin 16%
• Surrogate Species 16%
• Training Areas 16%
• Impatiens 16%
• Area of Occupancy 16%
• Pseudo-absences 16%
• Phytometer 16%
• Bittercress 16%
• Occurrence Environment 16%
• Oriental Bittersweet 16%
• Japanese Hop 16%
• Species Occurrence Records 16%
• Northern Invasions 16%
• Humulus Japonicus 16%
• Celastrus Orbiculatus 16%
• Cardamine 16%
• Measure Validation 16%

Agricultural and Biological Sciences

• Invasive Species 100%
• Hops 16%
• Celastrus orbiculatus 16%
• Humulus japonicus 16%
• Cardamine Impatiens 16%
• Plant Community 16%
• Rare Species 16%