Variety

Winemakers are adopting new strategies to cope with climate change, as rising temperatures and unpredictable weather alter growing conditions in traditional wine regions. Reported approaches include experimenting with heat- and drought-resistant grape varieties, moving plantings to cooler altitudes and latitudes, adjusting harvest timing, and changing vineyard management techniques. The story highlights how an industry closely tied to specific climates is being forced to adapt its practices to survive.

Researchers at the New York Botanical Garden have published a series of papers in the journal Plants, People, Planet arguing that growing threats to plant diversity are narrowing the options for building healthier, more resilient food systems. The papers explain why food plant diversity matters and set out a vision for collaboration between scientists, growers and communities to protect it. The warning highlights how the loss of crop varieties and wild relatives could undermine global food security.

Researchers are developing soybean varieties with deeper root systems, aiming to help crops endure droughts and extreme weather while locking away more carbon in the soil. The work reflects broader efforts to make staple crops more resilient as climate change disrupts growing seasons and threatens yields for farmers worldwide.

Filmmaker Martin McDonagh says his upcoming film 'Wild Horse Nine' will be his most politically charged work to date. The claim, reported by Variety, has drawn attention from fans of the writer-director known for 'Three Billboards Outside Ebbing, Missouri' and 'The Banshees of Inisherin', both of which blended dark comedy with social themes. Details about the film's plot and cast remain limited, but the political framing is fueling anticipation.

Researchers have identified a genetic module that can induce male sterility in watermelon, a trait breeders need to produce hybrid varieties without laborious manual emasculation of flowers. The finding could make hybrid watermelon seed production cheaper and more efficient. Agricultural scientists and seed industry watchers are discussing the discovery and its implications for large-scale watermelon breeding programmes.