Natural hazards present a ubiquitous challenge to the successful practice of viticulture. This article reports on the results of a research study conducted to ascertain the effects of natural hazards on viticulture in Texas. It examines the locational differences in the types of natural hazards that affect viticulture, as well as differences in mitigation techniques used by growers in different parts of the state. Results from an online survey indicate that most crop losses in Texas occurred as a result of multiple hazards having a cumulative effect over time. Analyses of survey data also show that viticultural crop loss as a result of one or a combination of natural hazards appears to affect Texas growers almost equally, regardless of prior professional experience (agricultural or non-agricultural) or whether a grower retains crop insurance. A thorough understanding of the types of hazards that may impact viticulture in Texas, along with the types of mitigation measures that are employed to combat those hazards, may prove invaluable those new to the field before the decision is made to invest in a new vineyard.

Viticulture, the agriculture of grape growing, is a unique geographical expression of agriculture as it is often practiced in areas deemed unsuitable for most other types of agriculture. A thorough understanding of the physical landscape is essential to the development and maintenance of a vineyard as soils, geology, and geomorphology are variables that play a significant role in the successful cultivation of grapes. Geographers have a long history of exploring the importance of the physical geographic attributes of particular growing regions in viticulture, however few have endeavored to explore the relationship between geomorphology and viticulture. The broad purpose of this paper is to explore viticulture both as an anthropogeomorphic agent and the reverse impact of the geomorphic landscape on viticulture.

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