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Canopy Temperature Differences between Liana-Infested and Non-Liana Infested Areas in a Neotropical Dry Forest
lianas temperature difference thermal infrared remote sensing unmanned?aerial?vehicle?system tropical dry?forest
2024/1/23
Lianas (woody vines) are important non-structural elements of all tropical forests. Current field observations across the Neotropics suggest that liana abundance is rising as a result of?forest?distur...
UAV-BORNE THERMAL IMAGING FOR FOREST HEALTH MONITORING:DETECTION OF DISEASE-INDUCED CANOPY TEMPERATURE INCREASE
Stress detection unmanned aerial vehicle unmanned aerial system UAV UAS camera calibration
2015/9/21
Climate change has a major influence on forest health and growth, by indirectly affecting the distribution and abundance of forest pathogens, as well as the severity of tree diseases. Temperature rise...
Stomatal Conductance, Canopy Temperature, and Leaf Area Index Estimation Using Remote Sensing and OBIA techniques
ET NDVI SAVI OBIA-segmentation loblolly pine blueberry
2015/8/14
Remotely sensed images including LANDSAT, SPOT, NAIP orthoimagery, and LiDAR and relevant processing tools can be used to predict plant stomatal conductance (gs), leaf area index (LAI), and canopy tem...
Stomatal Conductance, Canopy Temperature, and Leaf Area Index Estimation Using Remote Sensing and OBIA techniques
OBIA-segmentation loblolly pine blueberry
2015/1/12
Remotely sensed images including LANDSAT, SPOT, NAIP orthoimagery, and LiDAR and relevant processing tools can be used to predict plant stomatal conductance (gs), leaf area index (LAI), and canopy tem...
华北地区冬季温室植物冠层温度建模（Modeling Greenhouse Plant Canopy Temperature in North China during Winter）
温室 冠层温度 机理模型
2009/8/11
基于温室内植物冠层能量平衡关系，建立了与温室内、外气象条件和温室结构相关的冠层温度模拟机理模型，并在华北地区文洛型温室内对该模型进行了试验验证。结果表明：模型能较好地模拟冬季温室内植物冠层温度，模拟值和实测值之间的相关系数为0.7975，均方根误差为1.3℃。建立了冠层温度的BP神经网络模型，模型相关系数为0.7835，均方根误差为0.6℃。在所建神经网络模型基础上，运用敏感性分析法对影响冠层温度...
Difference between Canopy Temperature and Air Temperature as a Criterion for Drought Avoidance in Crop Genotypes under Field Conditions in Japan
Thermography Lowland rice Infrared thermometry Sugar beet Potato
2009/7/9
The difference between canopy temperature and air temperature (ΔT) is reported to be a convenient criterion for the non-destructive evaluation of drought avoidance of crop varieties under field condi...
Difference between Canopy Temperature and Air Temperature as a Criterion for Drought Avoidance in Upland Rice Varieties under Field Conditions in Japan
Canopy surface temperature Deep-rooted Drought avoidance Drought resistance Infrared thermometry Thermal image Thermography
2009/7/8
The difference (ΔT) between canopy temperature (Tc) and air temperature (Ta) was examined for its validity as a criterion for drought avoidance in upland rice under field conditions in Japan, where va...
Relationship Between Canopy Temperature at Flowering Stage and Soil Water Content, Yield Components in Rice
rice canopy temperature soil water content yield componentsRice Science
2008/12/11
The canopy temperature of rice at the flowering stage and the soil water content were investigated under different soil water treatments (the soil water contents were 24%, 55%, 90% and 175% at the flo...