Fire management, managed relocation, and land conservation options for long-lived obligate seeding plants under global changes in climate, urbanization, and fire regime

Earth & Environmental Sciences

• land conservation 86%
• fire management 79%
• seeding 70%
• relocation 70%
• global change 62%
• urbanization 52%
• climate 34%
• climate change 31%
• population decline 24%
• seedling 21%
• land use change 19%
• seed 18%
• habitat conservation 14%
• plant population 13%
• ecosystem type 13%
• conservation of species 13%
• habitat 13%
• translocation 11%
• viability 9%
• plant species 9%
• biodiversity 7%
• spatial distribution 7%
• ecosystem 6%
• land 5%
• effect 2%

Agriculture & Biology

• fire science and management 100%
• fire regime 92%
• land management 80%
• urbanization 72%
• climate change 53%
• sowing 52%
• fire frequency 38%
• land use change 30%
• ecosystems 19%
• population viability 17%
• relative risk 16%
• seedlings 15%
• habitat conservation 15%
• habitats 14%
• seeds 13%
• spatial distribution 10%
• biodiversity 10%

Medicine & Life Sciences

• Climate Change 88%
• Urbanization 81%
• Ecosystem 58%
• Seedlings 33%
• Seeds 21%
• Population 20%
• Biodiversity 14%
• Demography 6%