An optical wetness sensor (OWS) was developed for continuous surface wetness measurements. The sensor is an all-weather instrument that does not interfere with the surface wetting and drying process and is unaffected by solar radiation. It is equipped with its own light source with which it can scan a surface and analyse its spectral reflectance. The backscattered radiation is detected around two wave bands: 1.70 ¿m (170 nm waveband) and 1.94 ¿m (80 nm waveband). The optical design is such that the ratio of the two signals is not dependent on the sampling distance, hence making it possible to study leaves under field conditions. Field and lab testing showed that the OWS was also capable of resolving small changes in surface soil water conte...
The optical properties of a partially vegetated cotton field with spatially and temporally dynamic s...
In this article we describe a novel optical sensor designed to measure surface texture, i.e., the ro...
The hydrological and mechanical behavior of soil is determined by the moisture content, soil water (...
An optical wetness sensor (OWS) was developed for continuous surface wetness measurements. The senso...
At any scale, from a single microbe to the planet that nurtures us, water defines our place in the u...
Decreased leaf moisture content, typically measured as equivalent water thickness (EWT), is an early...
Mandarin fruit sugar content can be increased when subjecting the satsuma mandarin tree (Citrus unsh...
Surface moisture is an important supply limiting factor for aeolian sand transport, which is the pri...
Surface moisture is an important supply limiting factor for aeolian sand transport, which is the pri...
Vegetation moisture content is an important early indicator of forest drought stress, disease and fi...
Water is a very valuable and stimulating force for irrigation. The Optimum usage of water is an hour...
Soils can be examined on the basis of spectral data, using such methods with which the reflected rad...
International audienceKnowledge of the water concentration of plants can be helpful in several envir...
Leaf wetness duration (LWD) is an important measurement in agricultural meteorologysince it is a det...
Spectral reflectance of beach sand (350-2500 nm) under different moisture conditions at 1 nm interva...
The optical properties of a partially vegetated cotton field with spatially and temporally dynamic s...
In this article we describe a novel optical sensor designed to measure surface texture, i.e., the ro...
The hydrological and mechanical behavior of soil is determined by the moisture content, soil water (...
An optical wetness sensor (OWS) was developed for continuous surface wetness measurements. The senso...
At any scale, from a single microbe to the planet that nurtures us, water defines our place in the u...
Decreased leaf moisture content, typically measured as equivalent water thickness (EWT), is an early...
Mandarin fruit sugar content can be increased when subjecting the satsuma mandarin tree (Citrus unsh...
Surface moisture is an important supply limiting factor for aeolian sand transport, which is the pri...
Surface moisture is an important supply limiting factor for aeolian sand transport, which is the pri...
Vegetation moisture content is an important early indicator of forest drought stress, disease and fi...
Water is a very valuable and stimulating force for irrigation. The Optimum usage of water is an hour...
Soils can be examined on the basis of spectral data, using such methods with which the reflected rad...
International audienceKnowledge of the water concentration of plants can be helpful in several envir...
Leaf wetness duration (LWD) is an important measurement in agricultural meteorologysince it is a det...
Spectral reflectance of beach sand (350-2500 nm) under different moisture conditions at 1 nm interva...
The optical properties of a partially vegetated cotton field with spatially and temporally dynamic s...
In this article we describe a novel optical sensor designed to measure surface texture, i.e., the ro...
The hydrological and mechanical behavior of soil is determined by the moisture content, soil water (...