Not AvailableAbiotic stresses are one of the major factors affecting crop production in many parts of the globe. The need of the hour is to reduce the yield losses due to these abiotic stresses. In this connection, early detection and corrective measures can help to reduce the impact of stresses on crop growth and yield. The recent developments in remote sensing particularly hyperspectral remote sensing hold a major key in early detection of abiotic stress over a larger area with less involvement of cost, time and labour. The works relevant to abiotic stress characterization particularly water and nutrient stress based on plant spectral reflectance are dealt in this chapter. The research work done previously elucidates that the water and nu...
In situ, non-destructive and real time mineral nutrient stress monitoring is an important aspect of ...
This study used hyperspectral data to determine nitrogen, weed, and water stresses in a corn (Zea m...
Availability of water is one of the most limiting factors in crop production. Current technologies f...
The early diagnosis of nutrient and water stress is a key issue for the proper management of orchard...
This paper outlines the ways in which thermal and spectral remote sensing can be used to monitor the...
In this study, we evaluated the effectiveness of photochemical reflectance index (PRI) and non-photo...
Not AvailableRemote sensing (RS) of biotic stress is based on the assumption that stress interferes...
At any scale, from a single microbe to the planet that nurtures us, water defines our place in the u...
Drought and water scarcity due to global warming, climate change, and social development have been t...
Agricultural production has observed many changes in technology over the last 20 years. Producers ar...
Stress causes crops to grow below their potential and this affects the vitality and physiological fu...
The use of remote sensing for crop production applications is becoming increasingly popular. Polluti...
Remote detection and monitoring of the vegetation responses to stress became relevant for sustainabl...
The present thesis deals with evaluation of crop water stress by means of remote sensing. The first ...
This review provides an overview of the use of remote sensing data, the development of spectral refl...
In situ, non-destructive and real time mineral nutrient stress monitoring is an important aspect of ...
This study used hyperspectral data to determine nitrogen, weed, and water stresses in a corn (Zea m...
Availability of water is one of the most limiting factors in crop production. Current technologies f...
The early diagnosis of nutrient and water stress is a key issue for the proper management of orchard...
This paper outlines the ways in which thermal and spectral remote sensing can be used to monitor the...
In this study, we evaluated the effectiveness of photochemical reflectance index (PRI) and non-photo...
Not AvailableRemote sensing (RS) of biotic stress is based on the assumption that stress interferes...
At any scale, from a single microbe to the planet that nurtures us, water defines our place in the u...
Drought and water scarcity due to global warming, climate change, and social development have been t...
Agricultural production has observed many changes in technology over the last 20 years. Producers ar...
Stress causes crops to grow below their potential and this affects the vitality and physiological fu...
The use of remote sensing for crop production applications is becoming increasingly popular. Polluti...
Remote detection and monitoring of the vegetation responses to stress became relevant for sustainabl...
The present thesis deals with evaluation of crop water stress by means of remote sensing. The first ...
This review provides an overview of the use of remote sensing data, the development of spectral refl...
In situ, non-destructive and real time mineral nutrient stress monitoring is an important aspect of ...
This study used hyperspectral data to determine nitrogen, weed, and water stresses in a corn (Zea m...
Availability of water is one of the most limiting factors in crop production. Current technologies f...