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Spatial variability of temperatures and climate change over the Marlborough wine-producing region of New Zealand The objective of this research is to establish a methodology based on measurement (meteorological and agronomic) and spatial climate modeling suited to fine scale analysis, in order to define the current spatial climate variability and its evolution over vineyard regions within the context of climate change. The Marlborough region, the leading wine-producing region of New Zealand, is being investigated because of major local, regional and national concerns about the sustainability of wine production in this region. A first assessment of the temperature over a recent period, conducted using data from the national and two local meteorological networks, highlights strong spatial temperature variability at the regional scale, but mostly locally. Attention is paid to the occurrence of frosts, as well as the values of different bioclimatic indices used in viticulture. In addition, climate change projections were analyzed at fine scales for the medium term (2030-2049) and the end of the century (2080-2099), to provide the first indications about future local climate change across the Marlborough region.

Variabilité spatiale des températures dans le contexte du changement climatique a l’échelle du vignoble de Marlborough (Nouvelle-Zélande)