Prescribed fire increases plant–pollinator network robustness to losses of rare native forbs

Keyphrases

• Control Scenarios 25%
• Exotic Forbs 25%
• Exotic Species 25%
• Extinction Events 50%
• Floral Resources 50%
• Forbs 50%
• Functional Interaction 25%
• History of Restoration 25%
• Implicit Assumptions 25%
• Interaction Network 25%
• Interconnection Networks 25%
• Long History 25%
• Loss Scenarios 25%
• Modularity 25%
• Native Forbs 100%
• Native Plant Diversity 25%
• Network Nestedness 25%
• Network Robustness 100%
• Network Structure 50%
• Noxious Species 25%
• Noxious Weeds 25%
• Pacific Northwest Prairies 25%
• Plant Community 25%
• Plant Loss 25%
• Plant Species 50%
• Pollinator Diversity 50%
• Pollinator Visitation 50%
• Pollinators 50%
• Prairie 25%
• Prescribed Fire 100%
• Pyrodiversity 50%
• Resilience 25%
• Resilient 25%
• Restoration Actions 25%
• Restoration Chronosequence 25%
• Restoration Process 75%
• Restored Prairie 25%
• Secondary Extinction 50%
• Species Loss 50%
• Structure Robustness 25%
• Trophic Level 25%
• Typical Problems 25%

Agricultural and Biological Sciences

• Chronosequence 16%
• Forb 100%
• Interaction Network 16%
• Nestedness 16%
• Noxious Weed 16%
• Plant Community 16%
• Pollinator 83%
• Prairies 50%
• Trophic Level 16%