This study aims to provide a risk assessment of climate change-induced drought and heatwave trends and their influence over French-vineyards. Given their historical importance as a vital economic and cultural asset, identification of high-risk regions could help guide adaptation strategies for future vineyard management. The study will focus on climate trends as the main influence on grape production and disregard local static (e.g: soil-composition) and punctual factors (e.g: pest-invasions). The objectives of the study are to determine the extent of the vineyard surface area in France, analyse the shift in climatic trends during the reproductive period of the grapevine from years 2000 to 2020, and with help from grapevine-specific bioclimatic indicators, determine which region’s grape production are most concerned by these risks. The methodology will involve creating a dataset of temperature and precipitation readings from key French weather-stations through the governmental-archives, conducting statistical analysis, and creating climate maps for visualization.

This study aims to provide a risk assessment of climate change-induced drought and heatwave trends and their influence over French-vineyards. Given their historical importance as a vital economic and cultural asset, identification of high-risk regions could help guide adaptation strategies for future vineyard management. The study will focus on climate trends as the main influence on grape production and disregard local static (e.g: soil-composition) and punctual factors (e.g: pest-invasions). The objectives of the study are to determine the extent of the vineyard surface area in France, analyse the shift in climatic trends during the reproductive period of the grapevine from years 2000 to 2020, and with help from grapevine-specific bioclimatic indicators, determine which region’s grape production are most concerned by these risks. The methodology will involve creating a dataset of temperature and precipitation readings from key French weather-stations through the governmental-archives, conducting statistical analysis, and creating climate maps for visualization.

Risk assessment of climate change-induced droughts and heatwaves on French vineyards

LAFOREST, AUDE
2022/2023

Abstract

This study aims to provide a risk assessment of climate change-induced drought and heatwave trends and their influence over French-vineyards. Given their historical importance as a vital economic and cultural asset, identification of high-risk regions could help guide adaptation strategies for future vineyard management. The study will focus on climate trends as the main influence on grape production and disregard local static (e.g: soil-composition) and punctual factors (e.g: pest-invasions). The objectives of the study are to determine the extent of the vineyard surface area in France, analyse the shift in climatic trends during the reproductive period of the grapevine from years 2000 to 2020, and with help from grapevine-specific bioclimatic indicators, determine which region’s grape production are most concerned by these risks. The methodology will involve creating a dataset of temperature and precipitation readings from key French weather-stations through the governmental-archives, conducting statistical analysis, and creating climate maps for visualization.
2022
Risk assessment of climate change-induced droughts and heatwaves on French vineyards
This study aims to provide a risk assessment of climate change-induced drought and heatwave trends and their influence over French-vineyards. Given their historical importance as a vital economic and cultural asset, identification of high-risk regions could help guide adaptation strategies for future vineyard management. The study will focus on climate trends as the main influence on grape production and disregard local static (e.g: soil-composition) and punctual factors (e.g: pest-invasions). The objectives of the study are to determine the extent of the vineyard surface area in France, analyse the shift in climatic trends during the reproductive period of the grapevine from years 2000 to 2020, and with help from grapevine-specific bioclimatic indicators, determine which region’s grape production are most concerned by these risks. The methodology will involve creating a dataset of temperature and precipitation readings from key French weather-stations through the governmental-archives, conducting statistical analysis, and creating climate maps for visualization.
French Viticulture
Climate change
Temperature
Precipitation
Long duration
File in questo prodotto:
File Dimensione Formato  
LAFOREST_AUDE.pdf

accesso aperto

Dimensione 35.1 MB
Formato Adobe PDF
35.1 MB Adobe PDF Visualizza/Apri

The text of this website © Università degli studi di Padova. Full Text are published under a non-exclusive license. Metadata are under a CC0 License

Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.12608/51754