MORE RESOURCES LIKE THIS
March 3, 2026
Climate Change Adaptation
How to make your vineyard more resilient to climate change We are entering an era where climate patterns no longer follow predictable cycles. Temperatures continue to rise, rainfall becomes erratic, and weather events grow more violent and frequent. Climate adaptation and climate change resilience are becoming urgent challenges for wine growers. The new normal is…
READ MORE
June 16, 2026
Cover crop-based under-row dry mulching enhances phyllosphere and rhizosphere microbial biodiversity in a non-irrigated vineyard
Canavera et al. (2026, Environmental Microbiome), Piacenza (Italy), found that cover crop–derived under-vine mulching in a non-irrigated vineyard significantly increased rhizosphere and phyllosphere microbial diversity while improving soil conditions and reducing pathogen pressure. Headline Findings: Methods: Conducted in a non-irrigated vineyard in northern Italy.Compared three inter-row management systems: In spring, cover crops were terminated and…
READ MORE
June 16, 2026
Effects of inter-row cover crop termination strategy on grapevine performance and mycorrhizal activity under contrasting seasonal conditions
In a 2026 study published in Field Crops Research based on Mediterranean rainfed vineyards, the authors found that roller-crimping cover crops improved soil cover, vine water status, yield (in wetter conditions), and mycorrhizal colonization without affecting grape quality, while seasonal climate was the dominant driver of fungal diversity. Headline Findings: Methods: Results: Read the original…
READ MORE
June 11, 2026
Supporting cavity-nesting birds in organic orchards and vineyards: Evaluating the use of artificial nest boxes
In a 2026 study led by Emanuela Granata and colleagues in organic orchards and vineyards in northern Italy, researchers found that artificial nest boxes effectively support insect-eating cavity-nesting birds and may improve natural pest control when combined with diverse landscape features. Headline Findings: Methods: Results: Read the original study here.
READ MORE
June 10, 2026
Long term cover cropping improves soil water holding capacity in semiarid vineyards (Spain)
In a 2026 study by María José Marqués and colleagues, conducted across semiarid vineyards and olive groves in central Spain, decade-long cover cropping significantly improved soil water-holding capacity and overall soil health resilience under Mediterranean dryland farming conditions. Headline Findings: Methods: Compared long-term cover-cropped fields with conventionally managed bare-soil controls in semiarid Mediterranean vineyards and…
READ MORE
Grow the Future of Regenerative Viticulture
Your support helps us equip growers, producers, and the broader wine community with the knowledge, tools, and connections needed to adopt regenerative practices that restore the land and secure the future of viticulture.