Viticulture and Vinification

Table of Contents
  1. Viticulture
  2. A Year in the Vineyard
  3. Climate, Terroir, and the Grapevine
  4. Vine Training and Pruning
  5. Vine Diseases and Insect Threats
  6. Sustainable Models of Viticulture
  7. Vinification
  8. Red Wine Production
  9. White Wine Production
  10. Rosé Wine Production
  11. Oak
  12. The Future of Winemaking
  13. Review Quizzes

Viticulture

Man first domesticated Vitis vinifera, the species of climbing vine responsible for fine wine production, nearly 5,000 years before the Common Era.

Viticulture, the study of grape growing, slowly developed in conjunction with the cultivation of the vine, as growers over time learned from instinct and observation. The grower or viticulturist confronts decisions on vine training and pruning methods, canopy management, fertilization and irrigation, harvest dates, and disease control; and monitors the development of the vineyard in general. From Charlemagne’s directive to plant the vineyards of Corton where the snows melt first, to the widespread adoption of rootstock grafting to combat phylloxera, to the modern embrace of drip irrigation and mechanization, advances in viticulture aim to reduce the vagaries of weather and disease, and promote either the quantity or quality of wine. Rarely are these goals of quantity and quality aligned for the viticulturist. Today, viticulture is a highly evolved science, and the development of the vine (and its transformation in the winery) is highly calculated to provide a desired character of fruit. While cold science governed many of the viticultural advancements of the last century, newer movements of sustainability have sprouted in reaction, and several distinct paths of viticulture exist for conscientious growers.

                                                        

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A Year in the Vineyard

The annual life cycle of the vine begins in the spring, with budbreak. The vine, which started “weeping” or “bleeding” watery sap from pruned canes sometime in February (in the Northern Hemisphere), will finally emerge from dormancy

Comments
  • Taehyun, I hope you found the answer to this question earlier than two years on, but here is the reason:

    Vines in high fertile areas are more vigorous. Their canes are longer and thicker, and as a rule of thumb they shoot more leaves and vegetation in general. If you plant vines close to each other (high density) where the soil is fertile, the canes will shoot into the neighboring vines, clog up the berry zone, and create a nightmare with trying to ripen or harvest the grapes.

    Low fertility soils, on the other hand, create less vegetative growth and shorter canes. You can plant the vines closer together and trellis them for easier management and even mechanization.

    Competition among vines is not significant enough to reduce the fertility of a soil, so while planting in high densities seems like a rational approach to reducing the problem of fertility, the vines are just not absorbing enough nutrients to make it feasible.

    This is a good read about the effect of planting Burgundy-esque densities in the Santa Ynez valley which should clarify the issue. Scroll down to part three: winemakermag.com/.../559-plan-your-first-vineyard

  • I’m not sure if it’s down I took previously but it seems like you can only take it c amount of times.  I’m not entirely sure of it comes back up let me know. 

  • Beginner quiz seems to be down for V and V.