Can Alternative Yeasts Lower Wine’s Alcohol Content?
Rising alcohol levels in wine due, in part, to a warming climate are prompting winemakers to look for alternative yeast strains beyond Saccharomyces cerevisiae
Rising alcohol levels in wine due, in part, to a warming climate are prompting winemakers to look for alternative yeast strains beyond Saccharomyces cerevisiae
Understanding the divisive aroma compounds best known for creating green notes like bell pepper and grass in Bordeaux grapes
Botrytis cinerea can ruin a grape harvest—or lead to some of the world’s most coveted wines. Researchers investigate why this happens and how it affects both the grapes and the finished wine
When large bodies of water, like the Pacific Ocean, create temperature inversions in the atmosphere, it upends growing norms for coastal and mountain vineyards
Cooler temperatures and higher humidity in barrel-aging rooms can create fresher, cleaner wines, but the impact of a warming climate poses challenges to these ideal conditions
As climate change drives up temperatures and grape acidity drops, malolactic fermentations have mostly died out for rosés. But for a few key regions, grapes, and producers, rosés with malo still have a place
Some vineyard managers are turning to this affordable, natural farming method to combat a growing suite of climate change-related problems, such as drought and soil health
The aroma compounds often associated with Sauvignon Blanc’s tropical and citrus notes are impacted by techniques like leaf plucking and selecting specific yeast strains
Researchers and winemakers weigh in on how the centuries-old practice of fermenting white and red grapes together affects a wine’s color, flavor, and texture
Using gene-editing technologies like CRISPR, researchers are fighting back against one of the wine industry’s biggest problems—powdery mildew disease
In Italy, Brazil, and beyond, winemakers are leaving Charmat-method bubbly on the lees for longer periods of time in the effort to make more complex and robust wines
As climate change continues to alter viticulture, some farmers are harnessing the power of an ancient fungus to strengthen their vines