The authors present the results of an experimentation realized on Chiraz grapes with the aims to study the thermal regime supported by berries and clusters during their maturation and to determine the main factors responsible for the observed modifications. The results show that two important factors explain these modifications, firstly, the albedo of the berries which is strongly decreasing as a consequence of the light absorption and subsequent coloration of the berries during the veraison phase and secondly, the increase of the cluster compactness. Two thermic parameters allowing the characterization of the thermal regime of the Chiraz grapes have been defined: - the thermal sensibility of the clusters towards the wind velocity directly ...
Studies on the effect of light exposure on specific phenolic compounds of berries from Shiraz vines ...
During the growing season, both temperature and light intensity have major impact on plant growth an...
Growing standardized plant material in controlled environment can facilitate the disentangling of th...
Ambient radiation and temperature are global drivers of grapevine growth, grape yield and compositio...
Air temperature as well as internal and surface temperatures (by infrared radiothermometry) of grape...
The berrie's components (weigth, sugars, acids, polyphenols) are influenced by the canopy microclima...
The aim of the work was to evaluate the effect of different canopy structures, deriving from two tre...
Different sensor types are available to assess grape bunch/berry temperature, but to study its varia...
The temperature during the bloom period leading up to fruit set is a key determinant of reproductive...
IPCC's predicted rise in mean temperatures, increase in the frequency of summer heat waves and decre...
Temperature and light are key climatic factors which affect grapevine physiology in the growing seas...
Warming and drought associated with climate change are major concerns in grape production worldwide....
Background and Aims: The impact of high temperature on grapevine function is predicted to be a serio...
Not AvailableThe present investigation was carried out to understand the temperature induced dynamic...
Studies on the effect of light exposure on specific phenolic compounds of berries from Shiraz vines ...
Studies on the effect of light exposure on specific phenolic compounds of berries from Shiraz vines ...
During the growing season, both temperature and light intensity have major impact on plant growth an...
Growing standardized plant material in controlled environment can facilitate the disentangling of th...
Ambient radiation and temperature are global drivers of grapevine growth, grape yield and compositio...
Air temperature as well as internal and surface temperatures (by infrared radiothermometry) of grape...
The berrie's components (weigth, sugars, acids, polyphenols) are influenced by the canopy microclima...
The aim of the work was to evaluate the effect of different canopy structures, deriving from two tre...
Different sensor types are available to assess grape bunch/berry temperature, but to study its varia...
The temperature during the bloom period leading up to fruit set is a key determinant of reproductive...
IPCC's predicted rise in mean temperatures, increase in the frequency of summer heat waves and decre...
Temperature and light are key climatic factors which affect grapevine physiology in the growing seas...
Warming and drought associated with climate change are major concerns in grape production worldwide....
Background and Aims: The impact of high temperature on grapevine function is predicted to be a serio...
Not AvailableThe present investigation was carried out to understand the temperature induced dynamic...
Studies on the effect of light exposure on specific phenolic compounds of berries from Shiraz vines ...
Studies on the effect of light exposure on specific phenolic compounds of berries from Shiraz vines ...
During the growing season, both temperature and light intensity have major impact on plant growth an...
Growing standardized plant material in controlled environment can facilitate the disentangling of th...