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Remote Sensing of Potential and Actual Daily Transpiration of Plant Canopies Based on Spectral Reflectance and Infrared Thermal Measurements. Concept with Preliminary Test.

机译：基于光谱反射率和红外热测量的植物檐篷潜力和实际日蒸腾的遥感。概念与初步测试。

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Yoshio INOUE; M. Susan MORAN; Paul J. PINTER JR.;
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年度 1994
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1. Spectral reflectance and emissivity features of broad leaf plants: Prospects for remote sensing in the thermal infrared (8.0-14.0 μm) [J] . Beatriz Ribeiro da Luz, James K. Crowley Remote Sensing of Environment: An Interdisciplinary Journal . 2007,第4期

机译：阔叶植物的光谱反射率和发射率特征：热红外（8.0-14.0μm）中遥感的前景
2. Remote-Monitoring of the Physiological-ecological Status of Crops : III. Estimating remotely the transpiration in corn canopy by means of multi-sensing of infrared canopy temperature and micrometeorological data [J] . Yoshio INOUE 日本作物學會紀事 . 1987,第3期

机译：远程监测作物的生理生态状态：III。通过多感应红外冠层温度和微观测量数据来估算玉米遮篷中蒸腾的远程估算
3. Remote-Monitoring of the Physiological-ecological Status of Crops : III. Estimating remotely the transpiration in corn canopy by means of multi-sensing of infrared canopy temperature and micrometeorological data [J] . Yoshio INOUE 日本作物學會紀事 . 1987,第3期

机译：远程监测作物的生理生态状态：III。通过多感应红外冠层温度和微观测量数据来估算玉米遮篷中蒸腾的远程估算
4. Monitoring Drought Stress in Raspberry Plants (Rubus idaeus L.) Using Hyperspectral Thermal Infrared Remote Sensing [C] . K. Abbott, B. Leblon, J.P. Prive, Remote Sensing in the Third Millennium: from Global to Local . 2001

机译：使用高光谱和热红外遥感监测覆盆子植物（Rubus idaeus L.）的干旱胁迫
5. PARAMETERIZATION OF SURFACE MOISTURE AVAILABILITY FOR EVAPOTRANSPIRATION USING COMBINED REMOTELY SENSED SPECTRAL REFLECTANCE AND THERMAL OBSERVATIONS (CANOPY RESISTANCE, ENERGY BALANCE, LATENT HEAT). [D] . HOPE, ALLEN SEYMOUR. 1986

机译：结合使用遥感反射光谱和热学观测（冠层电阻，能量平衡，滞后热），对蒸发的表面水分可用性进行参数化。
6. EcoSpec: Highly Equipped Tower-Based Hyperspectral and Thermal Infrared Automatic Remote Sensing System for Investigating Plant Responses to Environmental Changes [O] . Yuki Hamada, David Cook, Donald Bales 2020

机译：ECOSPEC：高度配备的基于塔的高光谱和热红外自动遥感系统用于调查植物对环境变化的反应
7. Relationships between the Surface Fluxes at Grassland, Paddy Field, and at Copse, and Spectral Reflectances in Visible and in Near-infrared Wavelength or Vegetation Indices Derived from Satellite Remote Sensing. II. Relationship between Spectral Reflectances in Visible and in Near-infrared Wavelength Derived from Satellite and the Surface Fluxes. [O] . Atsushi HIGUCHI, Akihiko KONDOH 2000

机译：草地，稻田和COPSE的表面通量与近红外波长或近红外波长或卫星遥感植被指数之间的关系。 II。可见光和近红外波长源自卫星和表面磁通的频谱反射之间的关系。
8. Diurnal Patterns of Wheat Spectral Reflectances and Their Importance in the Assessment of Canopy Parameters from Remotely Sensed Observations [R] . Pinter, P. J., Jackson, R. D., Idso, S. B., 1982

机译：小麦光谱反射率的日变化规律及其在遥感观测冠层参数评估中的重要性

Remote Sensing of Potential and Actual Daily Transpiration of Plant Canopies Based on Spectral Reflectance and Infrared Thermal Measurements. Concept with Preliminary Test.

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