IVES 9 IVES Conference Series 9 GiESCO 9 GiESCO 2017 9 Category: GiESCO 2017 - Session 2: Sustainability + zoning

GiESCO 2017 – Session 2: Sustainability + zoning

GiESCO 2017 - Session 2: Sustainability + zoning

A comparison of nonchemical weed management practices on vine growth, productivity, undervine vegetation and microbial ecosystems

Herbicides are commonly applied under vines to minimize the competition by weeds. As concerns about using fewer chemical inputs have developed, alternative methods to herbicides for undervine weed control are increasingly being adopted. These trials were carried out in New Zealand on Sauvignon blanc, Pinot noir, and Merlot from 2012/13-2015/16.

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GiESCO 2017 - Session 2: Sustainability + zoning

Bioclimatic zoning of Argentinean Malbec grape production

Winegrape production is largely controlled by climate conditions. Identifying how climate conditions impact on vine allows for identifying the suitability of a specific variety for a given region. Given the relevance of the Malbec wine production in Argentina, this study is devoted to derive a Unique Combined Index (UCI) for assessing the suitability of Malbec grape production (MGP) in Argentina.

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GiESCO 2017 - Session 2: Sustainability + zoning

Composition and extractability of grape anthocyanin glucosides under different environmental conditions: terroir and vintage effects

Two terroirs of the Eger Wine District (a steep-sloped and a flat vineyard) were examined in two years in order to describe the changes in the concentration and composition of berry skin/wine anthocyanins of the Kékfrankos variety at different harvest dates and to examine a possible relationship between the extractability of anthocyanin glucosides and terroir/vintage characteristics.

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GiESCO 2017 - Session 2: Sustainability + zoning

Integrating climate and satellite remote sensing to assess the reaction of Vitis vinifera L. to a changing environment in the Western Cape, South Africa

In the context of climate change and the complex terrain of the Western Cape, increased resolution of climate data is crucial for effective adaptive strategies. Reliable climate data can be costly, and currently requires intensive data validation; hence the study aimed to find an alternative resource to quantify the climate over the spatial extent of the Western Cape, for possible semi-real time applications.

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