Water stress detection using radar

Earth and Planetary Sciences

• Accelerometer 5%
• Amazon 5%
• Approach 5%
• Biomass 5%
• Canopy 5%
• Carbon 5%
• Carbon Cycle 10%
• Condition 5%
• Corn 10%
• Data Set 5%
• Death 5%
• Detection 100%
• Dielectric Property 15%
• Difference 10%
• Dry Season 10%
• Ecosystem 5%
• Environment 5%
• Evaporation 10%
• Foci 5%
• Food Security 5%
• Harvest 5%
• Hypothesis 20%
• Identifying 5%
• Investigation 20%
• Land 5%
• Leaf 30%
• Loss 5%
• Model 5%
• Modeling 10%
• Moisture Content 30%
• Month 5%
• Oxygen 5%
• Permittivity 10%
• Planetary Atmosphere 10%
• Plant 55%
• Process Water 5%
• Radar Remote Sensing 10%
• Rain Forest 15%
• Rainfall 5%
• Rapid 5%
• Research 5%
• Response 5%
• Rhizosphere 5%
• Satellite Observation 5%
• Sensitivity 10%
• Signature 5%
• Thesis 30%
• Tomato 15%
• Transpiration 15%
• Tropical Forest 10%
• Variation 5%
• Vegetation 95%
• Water Availability 5%
• Water Cycle 10%
• Water Stress 100%
• Wave 5%

INIS

• acceleration 6%
• accelerometers 3%
• atmospheres 6%
• attenuation 3%
• availability 3%
• biomass 3%
• canopies 3%
• carbon 3%
• carbon cycle 6%
• crops 9%
• damage 3%
• data 16%
• death 3%
• detection 100%
• dielectric constant 6%
• dielectric properties 9%
• dynamics 3%
• ecosystems 3%
• environment 3%
• evaporation 6%
• food 3%
• forests 6%
• hypothesis 12%
• interactions 6%
• layers 3%
• losses 3%
• modeling 6%
• oxygen 3%
• photosynthesis 3%
• production 3%
• radar 100%
• remote sensing 6%
• roots 3%
• satellites 3%
• seasons 6%
• security 3%
• sensitivity 6%
• sensors 3%
• signals 3%
• stomata 3%
• tomatoes 9%
• transpiration 9%
• travel 3%
• uptake 3%
• variations 3%
• vegetation 61%
• water 100%
• water content 19%
• yields 3%
• zones 3%