Javascript must be enabled to continue!
Grapevine Diversity and New Challenges in Grape Production
View through CrossRef
Grape production is one of the main agricultural activities worldwide, being an activity distributed across all geographies. This production results from the cultivation of a plant, the vine, belonging to the genus , which includes a group of several different species. This fact results in the existence of a high diversity of grapes in terms of shape, color, and chemical composition. However, in all grape-producing countries, there is an enormous and complex set of challenges, particularly due to climate change that affects grape production. Thus, all viticultural activity is constantly changing to optimize and make production profitable. In this context, new technologies are being used, making viticulture an activity where innovation is essential to face new production challenges. Thus, this chapter initially aims to provide an overview of the genetic diversity related to the different grape varieties cultivated and an updated overview of the main geographies associated with grape production. Next, it will address the issues related to grape production, considering the various climate variables that are constantly changing. Finally, some of the most recent technologies used in precision viticulture are also discussed, namely the use of non-invasive technologies such as spectroscopy, multispectral and hyperspectral imaging, thermography, among others. Thus, this chapter aims to provide a general perspective of the dynamics associated with the production of grapes for their various purposes, namely as table grapes, dried fruit, or in their use to produce grape juice or wine.
Title: Grapevine Diversity and New Challenges in Grape Production
Description:
Grape production is one of the main agricultural activities worldwide, being an activity distributed across all geographies.
This production results from the cultivation of a plant, the vine, belonging to the genus , which includes a group of several different species.
This fact results in the existence of a high diversity of grapes in terms of shape, color, and chemical composition.
However, in all grape-producing countries, there is an enormous and complex set of challenges, particularly due to climate change that affects grape production.
Thus, all viticultural activity is constantly changing to optimize and make production profitable.
In this context, new technologies are being used, making viticulture an activity where innovation is essential to face new production challenges.
Thus, this chapter initially aims to provide an overview of the genetic diversity related to the different grape varieties cultivated and an updated overview of the main geographies associated with grape production.
Next, it will address the issues related to grape production, considering the various climate variables that are constantly changing.
Finally, some of the most recent technologies used in precision viticulture are also discussed, namely the use of non-invasive technologies such as spectroscopy, multispectral and hyperspectral imaging, thermography, among others.
Thus, this chapter aims to provide a general perspective of the dynamics associated with the production of grapes for their various purposes, namely as table grapes, dried fruit, or in their use to produce grape juice or wine.
Related Results
A Shine Muscat Grape Berry Detection and Grape Cluster Compactness Estimation for Assessment of Grape Quality Based on Instance Segmentation Methods
A Shine Muscat Grape Berry Detection and Grape Cluster Compactness Estimation for Assessment of Grape Quality Based on Instance Segmentation Methods
Highlights
Mask R-CNN ResNet-101 was analyzed to have the highest detection accuracy for grape berries.
Grape cluster com...
Phytosanitary status of grapevine in Montenegro
Phytosanitary status of grapevine in Montenegro
During 2006 and 2007, a survey on the incidence and distribution of fourteen grapevine viruses was carried out in the Skadar Lake basin, one of the two main grapevine‐growing areas...
Advancements in Deep Learning for Accurate Classification of Grape Leaves and Diagnosis of Grape Diseases
Advancements in Deep Learning for Accurate Classification of Grape Leaves and Diagnosis of Grape Diseases
Abstract
Plant diseases are a major factor contributing to agricultural production losses, necessitating effective disease detection and classification methods. Traditional...
GRAPE-6A: A Single-Card GRAPE-6 for Parallel PC-GRAPE Cluster Systems
GRAPE-6A: A Single-Card GRAPE-6 for Parallel PC-GRAPE Cluster Systems
Abstract
In this paper, we describe the design and performance of GRAPE-6A, a special-purpose computer for gravitational many-body simulations. It was designed to be...
COMPARATIVE EVALUATION AND STUDING OF SOME INDIGENOUS AND INTRODUCED RED GRAPE VARIETIES
COMPARATIVE EVALUATION AND STUDING OF SOME INDIGENOUS AND INTRODUCED RED GRAPE VARIETIES
Azerbaijan is one of the ancient wine-growing country, and it is famous by its rich assortment of local grapes. Historically, in our country well-known brand wines have been prepar...
Physiological regulation of bud burst in grapevine
Physiological regulation of bud burst in grapevine
Abstract
The physiological constraints on bud burst in woody perennials, including the prerequisite for vascular development remain unresolved. B...
Grapevine mono- and sesquiterpenes: Genetics, metabolism, and ecophysiology
Grapevine mono- and sesquiterpenes: Genetics, metabolism, and ecophysiology
Mono- and sesquiterpenes are volatile organic compounds which play crucial roles in human perception of table grape and wine flavour and aroma, and as such their biosynthesis has r...
Grape detection in natural environment based on improved YOLOv8 network
Grape detection in natural environment based on improved YOLOv8 network
In the pursuit of intelligent and efficient grape picking, rapid and precise detection of grape locations serves as the fundamental cornerstone. However, amidst the natural environ...

