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Develop Climate-Controlled Vineyard Systems for Weather Protection

Extreme weather events increasingly threaten wine production through frost, hail, heat waves, and severe storms that can destroy entire harvests within hours. The challenge is developing cost-effective climate control systems that can protect vineyards from weather extremes while maintaining natural growing conditions and economic viability. This requires innovations in protective structures, climate modification technologies, and automated response systems. Current protection methods are often ineffective, expensive, or limited to small areas, while climate change is increasing the frequency and severity of damaging weather events. Technical barriers include developing large-scale climate control systems, balancing protection with natural conditions, and ensuring economic viability of protection investments. Success would protect wine production from increasing climate volatility, enable viticulture in previously unsuitable areas, improve crop security and quality consistency, and provide weather protection technologies applicable to other vulnerable agricultural systems facing increasing climate risks.

Applied Sciences, Specialized Agriculture, Viticulture & Enology