Southern French vineyards bring back trees to shield vines from climate extremes

Vitiforestry is gaining ground in vineyards in southern France as growers look for practical ways to cope with climate change, especially repeated heat waves, wind exposure and spring frost.

The approach brings trees back into or around vine parcels, reversing a long period in which many vineyards removed them to simplify cultivation. According to Radio Lac, winegrowers in places such as Vinsobres in southeastern France are already planting oaks and olive trees to help shield vines and create a more stable microclimate.

The idea is straightforward: trees can provide shade, slow wind and help moderate temperature swings that put vines under stress. Radio Lac said growers are using the method to soften the effects of heat, wind and, at times, frost. In regions facing more frequent extremes, that kind of buffering is becoming part of a broader adaptation strategy rather than a marginal experiment.

The practice also aims to improve conditions below ground. Tree roots can help stabilize slopes, reduce erosion and improve water infiltration, while shade can help soils retain moisture during hot periods. Those effects matter in vineyard areas where drought pressure and intense summer heat are becoming more common.

Radio Lac also pointed to biodiversity gains. Hedges and trees can attract birds and beneficial insects and support soil life, helping restore natural balances in vineyards and potentially limiting some pests. That makes vitiforestry not only a climate response but also a change in vineyard management that links production with wider environmental goals.

In the Rhône Valley, the broadcaster cited grower Pierre-Jean Villa, based in Chavanay, as one producer who has incorporated the approach into his vineyard strategy to better adapt to changing conditions. The report described the method as part of a more resilient form of viticulture, one that tries to reconcile grape growing with landscape management and environmental pressures.

For the drinks sector, the shift could carry broader implications if it spreads. Vineyard adaptation methods can affect yields, farming costs and day-to-day practices in wine production. If trees help reduce climate stress on vines, they may offer producers another tool to protect grape quality and vineyard viability in areas increasingly exposed to heat spikes and erratic weather.

Radio Lac described the trend as a return of trees after roughly 150 years of removal from vineyards, but framed it less as nostalgia than as an agricultural adjustment to new climate realities. In southern French wine regions, where growers are dealing with hotter summers and recurring frost risk, vitiforestry is emerging as one of the clearest signs that adaptation is moving from theory into field practice.