Terroir 2016 banner
IVES 9 IVES Conference Series 9 International Terroir Conferences 9 Terroir 2016 9 Climates of Wine Regions Worldwide 9 Changing New Zealand climate equals a changing New Zealand terroir?

Changing New Zealand climate equals a changing New Zealand terroir?

DOI:

Publication date: June 23, 2020

Issue: Terroir 2016

Type: Article

Authors

Mike Trought (1), Amber Parker (2), Andrew Sturman (3), Rob Agnew (1)

(1) The New Zealand Institute for Plant & Food Research Limited, Marlborough Wine Research Centre, Blenheim, New Zealand
(2) Department of Wine, Food and Molecular Biosciences, Lincoln University, Lincoln, New Zealand
(3) Centre for Atmospheric Research, University of Canterbury, Christchurch, New Zealand

Contact the author

Tags

IVES Conference Series | Terroir 2016

Citation

Related articles…

Phenolic, antioxidant, and sensory heterogeneity of oenological tannins: what are their possible winemaking applications?

AIM: The aim of this work was to characterize 18 oenological tannins by the polyphenolic, antioxidant, and sensory point of view.

Synergistic effect of fumaric acid and chitosan on the inhibition of malolactic fermentation

During wine storage and aging, microorganisms capable of degrading malic acid in an undesirable manner can proliferate.

Characterization of a Sémillon clonal population: exploring genetic diversity, metabolomic profiles, and phenotypic variations

Sémillon is a cultivated grape variety known for contributing to dry and sweet white wine production. However, only seven approved clones have been officially recognized in France[1]. In this study, we aimed to characterize the genetic diversity and metabolomic profiles of a Sémillon clonal population, shedding light on the potential variations within this important grape variety.

SO2 consumption in white wine oxidation: approaches to low-input vinifications based on rapid electrochemical analyses and predictive enology

Oxidative stability is a critical factor in wine shelf-life. SO₂ is commonly added to wine due to its strong antioxidant activity, although there is a general push to reduce SO₂ use in vinification.

Using the fraction of transpirable soil water to estimate grapevine leaf water potential: comparing the classical statistical regression approach to machine learning algorithms

Weather uncertainty is forcing Mediterranean winegrowers to adopt new irrigation strategies to cope with water scarcity while ensuring a sustainable yield and improved berry and wine quality standards. Therefore, more accurate and high-resolution monitoring of soil water content and vine water status is a major concern. Leaf water potential measured at pre-dawn (PD) is considered to be in equilibrium with soil water potential and is highly correlated with soil water content at the soil depth where roots extract water.