Carbon and ecohydrological priorities in managing woody encroachment: UAV perspective 63 years after a control treatment

Keyphrases

• Control Method 100%
• Ecohydrology 100%
• Woody Encroachment 100%
• UAV 100%
• Woody Cover 80%
• Herbicide Treatment 60%
• Aboveground Carbon 60%
• Lasting Impact 40%
• Historical Records 40%
• Water Yield 40%
• Health Care Services 20%
• Species Density 20%
• Central Arizona 20%
• Decadal Scale 20%
• Tree Cover 20%
• Land Managers 20%
• Ecosystem Services 20%
• Woody Species 20%
• Legacy Effects 20%
• Photogrammetric 20%
• Immediate Effect 20%
• Density Increase 20%
• Long-term Trends 20%
• Carbon Accumulation 20%
• Treatment Impact 20%
• Short-term Study 20%
• Rangeland Ecosystems 20%
• Biodiversity Services 20%
• Semi-arid Rangelands 20%
• Unmanned Aerial Vehicle Images 20%
• Rangeland Health 20%
• Aboveground Woody Biomass 20%
• Mechanical Control 20%
• Chemical Control 20%
• Experimental Forest 20%
• Water Sedimentation 20%
• Rangeland Biodiversity 20%
• Species Expansion 20%
• High-resolution multispectral Image 20%
• Fixed-wing Unmanned Aerial Vehicles 20%

Earth and Planetary Sciences

• Herbicide 100%
• Pilotless Aircraft 100%
• Water Yield 66%
• Arizona 33%
• United States of America 33%
• Rangeland 33%
• Multispectral Image 33%
• Carbon Balance 33%
• Vegetation Cover 33%
• Ecosystem Service 33%
• Long-Term Trend 33%
• Mechanical Control 33%
• Chemical Control 33%

Agricultural and Biological Sciences

• Watersheds 100%
• Unmanned Aerial Vehicle 100%
• Herbicide 50%
• Annuals 16%
• Rangeland 16%
• Carbon Balance 16%
• Vegetation Cover 16%
• Experimental Forests 16%