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Sustainable Winegrowing with Vineyard Team

Sustainable Winegrowing with the Vineyard Team brings you the latest in science and research for the wine industry. This on-the-go, sustainable farming educational resource provides in-depth technical information on topics like integrated pest management, fruit quality, water conservation, and nutrient management from experts like Dr. Mark Fuchs of Cornell University, Dr. Michelle Moyer of Washington State University, Cooperative Extension Specialists, veteran growers, and more. Our podcasts will help you make smarter, sustainable vineyard management decisions to increase efficiency, conserve resources, and maximize fruit quality.

Sep 17, 2020

David R. Montgomery defines regenerative agriculture as leaving the land better off and more fertile as a consequence of cultivation. David studied geology at Stanford University before earning his Ph.D. in geomorphology at UC Berkeley. Today he teaches at the University of Washington where he studies the evolution...


Sep 3, 2020

Dr. Charlotte Decock, Assistant Professor Cal Poly - Earth & Soil Sciences talks about soil management with the goal of capturing greenhouse gasses from the atmosphere and sequestering them in the soil. Her teaching and research focus on sustainable fertilizer and soil management in California’s specialty crops.

This...


Aug 20, 2020

Some 25 to 30 percent of vineyards in Washington state have nematode population densities that are considered damaging. Nematodes have a slow, chronic negative impact on vine health. Plants have less foliage and visible weak spots in the field.

Inga Zasada, Research Plant Pathologist with the USDA Agricultural Research...


Aug 6, 2020

Pierce’s Disease is caused by bacteria spread by xylem sucking insects. The bacteria move quickly throughout the vine causing disease which blocks the flow of liquid through the plant. Symptoms of leaf scorching – leaves that are curled and dried up on the edges - show up mid-summer. This pathogen is successful...


Jul 16, 2020

50-million-year-old reserves of humified organic matter are a substance called lignite. It is commonly known as brown or soft coal, a substance usually equated with energy production. Researchers at the Technical University of Dresden have found that this very old, carbon rich plant material has the same building blocks...