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Systematic evaluation of sulfur use for management of grape powdery mildew

Nitrogen levels in grape must that are either too high or too low can cause sensory and economic issues in the production of fine wine. The amount of available nitrogen during fermentation is key to the healthy formation and reproduction of yeast, and completion of the process to dryness. The major yeast strain that dominates healthy alcoholic fermentation, Saccharomyces cerevisiae, typically produces one molecule of urea, glutamate, and proline from the metabolism of the amino arginine.

Continue ReadingSystematic evaluation of sulfur use for management of grape powdery mildew

Developing Pinot noir crop load metrics that are adaptable to Winery site and wine quality production goals II-grape and wine quality evaluation

Nitrogen levels in grape must that are either too high or too low can cause sensory and economic issues in the production of fine wine. The amount of available nitrogen during fermentation is key to the healthy formation and reproduction of yeast, and completion of the process to dryness. The major yeast strain that dominates healthy alcoholic fermentation, Saccharomyces cerevisiae, typically produces one molecule of urea, glutamate, and proline from the metabolism of the amino arginine.

Continue ReadingDeveloping Pinot noir crop load metrics that are adaptable to Winery site and wine quality production goals II-grape and wine quality evaluation

Developing Pinot noir crop load metrics that are adaptable to Winery site and wine quality production goals II-grape and wine quality evaluation

Developing Pinot noir crop load metrics that are adaptable to Winery site and wine quality production goals II-grape and wine quality evaluation abstract In the Pacific Northwest wine grapes are…

Continue ReadingDeveloping Pinot noir crop load metrics that are adaptable to Winery site and wine quality production goals II-grape and wine quality evaluation