Mutispectral imaging systems are widely used in remote sensing for Precision Viticulture. In this work, this technique was applied in the proximal sensing context to characterize vine foliage. A mobile terrestrial experimental system is presented, composed of a GPS receiver, a multi-spectral camera acquiring visible and near infrared images, and a Greenseeker RT-100 which measures the Normalized Difference Vegetative Index (NDVI). This optical system observes vine foliage in the trellis plan, in natural sunlight. The experimental field is planted with Chardonnay, Pinot Noir and Meunier cultivars in a latin squared pattern. In 2013, six datasets were acquired at various phenological stages.Spectral properties of the vegetation are accessible...
This paper presents a study of precision agriculture in the wine industry. While precision viticultu...
Remote-Sensing (RS) is the most widely used technique for crop monitoring in precision viticulture s...
Implementation of precision viticulture techniques requires the use of emerging sensing technologies...
Mutispectral imaging systems are widely used in remote sensing for Precision Viticulture. In this wo...
Type de communication, présentation oraleInternational audienceMultispectral imaging systems are wid...
EA EcolDur Agrosup CT1National audienceMultispectral imaging systems are widely used in remote sensi...
En Viticulture de Précision, l’imagerie multi-spectrale est principalement utilisée pour des disposi...
EA GESTAD Agrosup CT1International audienceOver the last years, the literature presents new technolo...
EA GESTAD Agrosup CT1International audienceThe accurate assessment of the vigor and disease impact i...
International audienceThis paper presents a new multispectral imaging system and a new approach to m...
The increasing demand for higher quality and yield of wine production has led to a growing interest ...
International audienceIn Precision Viticulture, multispectral imaging systems are currently used in ...
[EN] An innovative methodology to generate vegetative vigor maps in vineyards (Vitis vinifera L.) ha...
Implementation of precision viticulture techniques requires the use of emerging sensing technologies...
This paper presents a study of precision agriculture in the wine industry. While precision viticultu...
This paper presents a study of precision agriculture in the wine industry. While precision viticultu...
Remote-Sensing (RS) is the most widely used technique for crop monitoring in precision viticulture s...
Implementation of precision viticulture techniques requires the use of emerging sensing technologies...
Mutispectral imaging systems are widely used in remote sensing for Precision Viticulture. In this wo...
Type de communication, présentation oraleInternational audienceMultispectral imaging systems are wid...
EA EcolDur Agrosup CT1National audienceMultispectral imaging systems are widely used in remote sensi...
En Viticulture de Précision, l’imagerie multi-spectrale est principalement utilisée pour des disposi...
EA GESTAD Agrosup CT1International audienceOver the last years, the literature presents new technolo...
EA GESTAD Agrosup CT1International audienceThe accurate assessment of the vigor and disease impact i...
International audienceThis paper presents a new multispectral imaging system and a new approach to m...
The increasing demand for higher quality and yield of wine production has led to a growing interest ...
International audienceIn Precision Viticulture, multispectral imaging systems are currently used in ...
[EN] An innovative methodology to generate vegetative vigor maps in vineyards (Vitis vinifera L.) ha...
Implementation of precision viticulture techniques requires the use of emerging sensing technologies...
This paper presents a study of precision agriculture in the wine industry. While precision viticultu...
This paper presents a study of precision agriculture in the wine industry. While precision viticultu...
Remote-Sensing (RS) is the most widely used technique for crop monitoring in precision viticulture s...
Implementation of precision viticulture techniques requires the use of emerging sensing technologies...