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Environment and climate
Prepare your vineyard for a changing climate and manage the impacts of heat, drought, frost, fire and other extreme conditions.
Australia’s climate is variable, and changing conditions are creating additional challenges for vineyard management. Heatwaves, drought, frost, fire, changing rainfall patterns and salinity can affect vine health, yields, grape quality and vineyard productivity.
Build a more climate-resilient vineyard
Climate adaptation is increasingly part of everyday vineyard management. The right response will vary according to region, variety, vineyard design, water availability and the risks facing an individual site.
Options growers can consider include:
- improving irrigation and water-use efficiency
- adjusting irrigation in response to heat and frost
- managing vineyard floors to improve soil health and retain moisture
- adapting canopy management to changing conditions
- selecting varieties, clones and rootstocks suited to future conditions
- adjusting pruning and other practices to influence vine development and harvest timing
- considering climate risk when establishing or redeveloping vineyards.
These approaches can help growers manage seasonal variability while building vineyard resilience to longer-term change.
Prepare for heatwaves and extreme heat
Periods of extreme heat can place vines under significant stress and affect fruit development and quality.
Planning ahead can help growers manage these risks. Vineyard layout, canopy management, irrigation strategies, soil moisture and other management decisions can all form part of the response to hot conditions.
Detailed resources within this section can help growers prepare for and respond to heatwaves and heat stress.
Manage drought and water availability
Water availability is a critical consideration for many Australian vineyards, particularly during prolonged dry conditions.
Improving irrigation efficiency, understanding vine water requirements, retaining soil moisture and planning for periods of reduced water availability can help growers make better use of available resources and maintain vineyard productivity.
Detailed information on irrigation, drought, soil moisture and water management can support these decisions.
Prepare for frost and cold events
Frost can damage vulnerable vine tissue and affect vineyard productivity, particularly when it occurs during sensitive stages of vine growth.
Understanding vineyard frost risk and the management options available can help growers prepare for frost events and reduce their potential impact.
Manage fire, smoke and extreme events
Bushfires can have direct impacts on vineyards as well as create smoke exposure risks for grapes and wine.
Preparation can help vineyard businesses respond more effectively to fire and smoke events. Resources within this section provide information to support vineyard fire preparedness, smoke exposure management and decisions following an event.
Manage salinity risks
Salinity can affect soil, water and vine performance and presents a long-term management challenge in some Australian vineyards.
Understanding water quality and soil conditions, together with appropriate irrigation, drainage and vineyard management, can help growers manage salinity risk and protect vineyard productivity.
Plan for longer-term climate change
Adaptation is not only about responding to individual weather events. Vineyard redevelopment and other long-term decisions provide opportunities to consider how a vineyard may need to perform under changing conditions.
Variety and rootstock selection, vineyard location and design, irrigation infrastructure, soil management, canopy systems and pruning practices can all be considered as part of longer-term planning.
Wine Australia-supported research continues to build knowledge that can help the sector understand changing conditions and make informed vineyard management decisions.
Forewarned is Forearmed: wine sector case study

This video case study interviews Nicki Robins from Barossa Australia and James Rosenzweig from Rosenvale Vineyards on how they have been using the tools.
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End-of-life solutions for vineyard posts
Moving from landfill to viable recycling and re-use for CCA and creosote vineyard posts
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Fire and smoke resources
How to reduce risk and increase recovery in the vineyard and winery
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Australia’s Wine Future: A Climate Atlas
A three-year project with the University of Tasmania brought together an extensive, multi-disciplinary research team to consider the impact of seasonal climate variability and longer-term climate trends on the wine sector in Australia.
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Smoke taintRapid and portable smoke-taint sensor for vineyards under development
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Grant funding and investmentFederal grant to accelerate rollout of smoke sensor innovation for the wine sector
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Risk management and resilienceIncentivising and financing the uptake of climate resilient and sustainable practices
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Smoke taintBrandy made from smoke-tainted grapes provides potential income stream for fire-affected businesses
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Winemaking & productionRecovering value from smoke-affected wine
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Smoke taintHarnessing the power of a ‘wizard’ to assess smoke taint risk a step closer
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Smoke taintResearch answers the question of how smoky is too smoky?
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Vineyard profitabilityAgtech a critical water – and time – saver
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