Predicting the impact of fire on a vulnerable multi-species community using a dynamic vegetation model

Agriculture & Biology

• Polioptila californica 87%
• vegetation 64%
• Dipodomys 47%
• Troglodytidae 45%
• shrublands 35%
• fire science and management 34%
• chaparral 32%
• mice 25%
• habitats 18%
• life history 17%
• fire history 17%
• fire frequency 16%
• grasses 16%
• fire regime 15%
• landscape management 15%
• population viability 14%
• animals 13%
• vegetation types 12%
• simulation models 11%
• woodlands 10%
• wildlife 10%
• herbs 9%
• sowing 9%
• prediction 7%

Earth & Environmental Sciences

• vegetation dynamics 100%
• cactus 38%
• scrub 31%
• resprouting 26%
• chaparral 25%
• fire management 21%
• animal species 20%
• habitat 16%
• vegetation 15%
• grass 14%
• disturbance 12%
• fire history 11%
• landscape management 11%
• transition 10%
• life history trait 10%
• conservation management 9%
• seeding 9%
• need 9%
• vegetation type 8%
• life history 8%
• woodland 8%
• ranking 8%
• viability 8%
• wildlife 7%
• animal 5%
• prediction 4%
• simulation 3%
• effect 2%