塞瓦斯托波尔地区葡萄生长的水分状况预测

E. Vyshkvarkova, E. Rybalko, O. Marchukova, N. Baranova
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引用次数: 0

摘要

塞瓦斯托波尔地区的气候和地形特征是葡萄种植、酿酒和获得各种高品质葡萄酒的基础。葡萄种植是塞瓦斯托波尔地区的一种专业化农业。观测和预测的气候变化导致葡萄生长的有利地区的变化。降水量和气温是获得高品质葡萄和后期葡萄酒的关键参数。葡萄的水分需要量随季节和植株发育阶段的不同而变化。本文评估了塞瓦斯托波尔地区葡萄生长的水分条件可能发生的变化。这项工作使用了CMIP6项目在温室气体浓度SSP5-8.5不利情景下全球气候模式的数值计算数据。在21世纪中后期,利用Selyaninov热液系数和干燥指数这两个农业气候指数进行了评估。根据农业气候指数的预测值,到本世纪中叶和世纪末,塞瓦斯托波尔地区将保持在无需灌溉即可种植葡萄的地区。获得的结果表明,在未来的一段时间内,特别是在本世纪末,该地区的干旱可能会增加,这将给葡萄带来额外的压力。将需要采取适应措施,如选择耐旱葡萄品种、改变耕作制度和在北坡种植葡萄园,以尽量减少不利条件。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Projections of moisture conditions in the Sevastopol region for grapes growing
The climatic and orographic features of the Sevastopol region are the basis for the development of viticulture, winemaking and obtaining a wide range of high-quality wines. Viticulture is a specialization of agriculture in the Sevastopol region. Observed and predicted climate changes lead to a shift in favorable zones for growing grapes. The amount of precipitation is a key parameter, along with air temperature, for obtaining high quality grapes, and later wine. The water requirements of grapes vary with the season and phase of plant development. The article assesses the possible changes in the conditions of moisture conditions in the Sevastopol region for the grapes growing. The work uses data from numerical calculations of global climate models of the CMIP6 project under an unfavorable scenario of greenhouse gas concentrations SSP5-8.5. The assessment was carried out using two agroclimatic indices - the Selyaninov hydrothermal coefficient and the dryness index, by the middle and end of the 21st century. According to the predicted values of agroclimatic indices, by the middle and the end of the century, the Sevastopol region will remain in the zone where the cultivation of grapes will be possible without irrigation. The results obtained showed the likelihood of an increase in the aridity of the region in future periods, especially towards the end of the century, which will entail additional stress for the grapes. Adaptation measures such as selection of drought-tolerant grape varieties, changes in tillage systems, and placement of vineyards on northern slopes will be required to minimize unfavorable conditions.
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