Terroir 2010 banner
IVES 9 IVES Conference Series 9 Nuove soluzioni e strumenti per l’agricoltura e la viticoltura di precisione

Nuove soluzioni e strumenti per l’agricoltura e la viticoltura di precisione

Abstract

[English version below]

GEOSPHERA s. r. l. e TERR.A.IN. CNS, forti della grande esperienza dei loro collaboratori nell’ambito delle scienze naturali, della geologia, della geofisica e dell’informatica, garantiscono risposte innovative alle problematiche della moderna agricoltura rivolgendosi direttamente ai viticoltori, ai commercianti vinicoli ed ai liberi professionisti.
La necessità impellente di migliorare la produttività delle colture trova oggi un valido strumento nei nuovi metodi di perfezionamento della gestione del suolo agricolo che includono:
• mappaggio mediante remote sensing
• analisi e gestione dei dati mediante “geographic information systems” (GIS)
• analisi geofisiche mirate sito-specifiche
• carotaggi, trivellazioni ed escavazioni per determinare un “soil survey”

GEOSPHERA Ltd and TERR.A.IN. CNS, using the experience of its collaborators on natural, geological, geophysical and computer fields, provide solutions for Agriculture and precision viticulture farmers, growers, retailers and agricultural agronomic consultants.
The need to improve the productivity of crops, find today large aid in new methods of study and soil management, including:
• soil mapping using remote sensing
• analysis and data management using geographic information systems (GIS)
• geophysical site-specific targeted sampling
• drilling and excavation for the soil survey

DOI:

Publication date: December 3, 2021

Issue: Terroir 2010

Type: Article

Authors

E. Busnardo

Studio GeoSphera s. r. l. , Via G. Matteotti 20-int. 17 – 30035 Mirano (VE) Italia

Contact the author

Keywords

Agricoltura, viticoltura di precisione, remote sensing (GIS), campioni per analisi geofisiche, carotaggi ed escavazioni, soil survey, ARP
Agriculture, precision viticulture, remote sensing, GIS, geophysical sampling, drilling and excavation, soil survey, ARP

Tags

IVES Conference Series | Terroir 2010

Citation

Related articles…

Influence of vine spacing on water status, productivity, yield and must composition in Tempranillo grapevine under Duero Valley zone conditions

L’objectif de cette étude est analyser l’influence de la densité de plantation sur l’état hydrique (potentiel hydrique), le comportement productif (matière sèche et rendement) et la expression qualitative (poids de baie, degrée Brix, pH, acidité totale, concentration polyphénolique) de la varieté Tempranillo dans la Vallée du Douro, à l’A.O. Cigales.

Terroir and sustainability: an analysis of brazilian vineyards from a territorial perspective

In the concept of sustainable viticulture proposed by the OIV, it can be noted that enhancing terroir is also one measure of sustainability. Thus, the territorial approach may offer an interesting viewpoint from which to consider this issue in a multi-perspective way.

Comportement hydrique des sols viticoles et leur influence sur le terroir

L’étude des relations Terroir – Vigne – Raisin est complexe. La recherche et le développement des facteurs qualitatifs qui influencent le caractère des vins sont multiples. Divers travaux mettent en évidence la relation entre l’alimentation en eau de la plante, son développement végétatif et les caractéristiques de ses raisins.

Méthodologie pour application et valorisation des études de terroir dans les caves cooperatives des Côtes du Rhône (France)

L’appellation d’origine contrôlée “Côtes du Rhône” se caractérise par une très forte implantation du mouvement coopératif. Afin de mieux exploiter le potentiel qualitatif de leurs terroirs, plusieurs coopératives élaborent des “cuvées terroir”, résultat des sélections de vendanges provenant de différents secteurs.

Defoliation combined with exogenous ABA application results in slower ripening and improved anthocyanin profile

Reducing sugar accumulation in grape (Vitis vinifera L.) berries may be a way to mitigate the effect of climate change. Managing canopy and crop load is an effective way to do so, however, reducing canopy size has been demonstrated to induce undesirable effects on anthocyanins. The aim of this study was to test if an application of exogenous ABA on the grape berries of defoliated vines (⅔ of the leaves removed) can result in slower sugar accumulation while maintaining grape and wine quality. An experiment with defoliation and exogenous ABA application on directly on clusters (factorial design 2×2) was performed with ‘Tempranillo’ fruit-bearing cuttings.