Evaporation of the miombo woodland of southern Africa: A phenophase-based comparison of field observations to satellite-based evaporation estimates

INIS

• satellites 100%
• africa 100%
• comparative evaluations 100%
• evaporation 100%
• seasons 58%
• canopies 30%
• water 27%
• soils 25%
• moisture 25%
• phenology 25%
• vegetation 25%
• energy 22%
• heat flux 19%
• data 16%
• climates 16%
• ecosystems 13%
• interactions 11%
• net radiation 11%
• transpiration 8%
• dynamics 8%
• surfaces 8%
• ground water 8%
• modeling 8%
• closures 5%
• management 5%
• crops 5%
• variations 5%
• interception 5%
• storage 5%
• zambia 5%
• solar radiation 5%
• precipitation 5%
• balances 5%
• water resources 5%
• availability 5%
• increasing 2%
• equipment 2%
• nutrients 2%
• levels 2%
• air 2%
• color 2%
• power 2%
• retention 2%
• capacity 2%
• energy balance 2%
• humidity 2%
• accounting 2%
• range 2%
• optimization 2%
• vapor pressure 2%
• partition 2%
• information 2%
• monitoring 2%
• surface energy 2%
• life cycle 2%
• personnel 2%
• correlations 2%
• water content 2%
• stimuli 2%
• bulbs 2%
• periodicity 2%
• rain 2%
• depth 2%
• energy consumption 2%
• species diversity 2%

Keyphrases

• Phenological 28%
• Brachystegia 19%
• Deep Rooting 14%
• Evaporation Dynamics 14%
• African Ecosystems 9%
• Miombo 9%
• Plant Phenology 9%
• Natural Woodland 9%
• Buffering Mechanisms 9%
• Green-up 9%
• Leaf Flushing 9%
• Woodland Ecosystem 9%
• Rooting Capacity 4%
• Woodland Species 4%
• Photosynthetic Activity 4%
• Uapaca Kirkiana 4%
• Vapor Pressure Difference 4%
• Uncertainity 4%
• Phenological Season 4%
• Leaf Color Change 4%
• Environmental Regime 4%
• Stress Buffering 4%
• Brachystegia Boehmii 4%
• Leaf Shedding 4%
• Life Cycle Events 4%
• Uapaca 4%
• Rain Days 4%
• Centers of Endemism 4%
• Evaporation Trend 4%
• Key Environmental Variables 4%
• Behaviour Trends 4%
• Bauhinia 4%

Agricultural and Biological Sciences

• Bauhinia 2%