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首页> 外文期刊>Journal of Geoscience and Environment Protection >Impact of Environment Conditions on Grapevine (Vitis vinifera L.): To Optimal Production and Sustainability, Achieving Food Security and Increasing the Palestinian Economy
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Impact of Environment Conditions on Grapevine (Vitis vinifera L.): To Optimal Production and Sustainability, Achieving Food Security and Increasing the Palestinian Economy

机译:环境条件对葡萄的影响:达到最佳生产和可持续性,实现粮食安全和增加巴勒斯坦经济

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摘要

Grapevine (Vitis vinifera L.) is one of important economic fruit crops found in Hebron of Palestine. Climate is one of the key controlling factors in grape and wine production. Materials & Method: We analyzed grape production in Hebron region, and studied the correlation analyses between productions and climatic, bioclimatic factors. The bioclimate, climatic factors were obtained according to Rivas-Martinez to classification of the earth. However, the independent variables were examined: the bioclimate factors as compensated thermicity index, annual ombrothermic index, water deficit and simple continentality index; and following climate factors: mean monthly temperature, precipitation and soil water reserve. The data used were from one meteorological station of the Palestinian Meteorological Department for the years 1993 to 2009 (16 years), and to the same years of grape production (rain-fed) from the Palestinian Central Bureau of Statistics (PCBS).?Result & Discussion: When we applied a Principal Component Analysis (PCA), and observed that the Hebron type plots are located at the left of axis 1 during 1999-2004 negatively affected by the bioclimate factors as compensated thermicity index, with a large proportion of the variance explained by axes 1 (76.66%), but precipitation was positive influenced on grape yield for the years (2004-2009), with a proportion of the variance explained by axes 2 (23.34%); Hebron type plots are located at the right of axis1during 1993-1999 positive affected by the bioclimate factor as a simple continentality index and annual ombrothermic index, and climate factors as water deficit, soil water reserve and mean monthly temperature, with a large proportion of the variance explained by axes 1 & 2 (100%). Conclusions: Grapes are sensitive climate and the surrounding envi>ronment factors, and in order to get a high production and high-quality grapes, mean monthly temperature must be between 15 style="font-family:Verdana, Helvetica, Arial;white-space:normal;background-color:#FFFFFF;">°C - 20 style="font-family:Verdana, Helvetica, Arial;white-space:normal;background-color:#FFFFFF;">°C, and 20 style="font-family:Verdana, Helvetica, Arial;white-space:normal;background-color:#FFFFFF;">°C - 30 style="font-family:Verdana, Helvetica, Arial;white-space:normal;background-color:#FFFFFF;">°C (27 style="font-family:Verdana, Helvetica, Arial;white-space:normal;background-color:#FFFFFF;">°C) in the last two months of the maturation process, the value of simple continentality index is 15 - 18, compensated thermicity index is 220 - 350, and annual ombrothermic index is more than 3.
机译:葡萄( Vitis vinifera L。)是在巴勒斯坦希伯伦发现的重要经济水果作物之一。气候是葡萄和葡萄酒生产中的关键控制因素之一。 材料与方法:我们 分析了希伯伦地区的葡萄产量,并研究了产量与气候,生物气候因素之间的相关性分析。根据Rivas-Martinez对地球的分类,获得了生物气候,气候因素。但是,检查了自变量:生物气候因素,如补偿热度指数,年度综合体温指数,缺水和简单大陆指数;以及以下气候因素:平均每月温度,降水和土壤水储量。使用的数据来自巴勒斯坦气象局的一个气象站,从1993年到2009年(16年),以及从巴勒斯坦中央统计局(PCBS)到同一年的葡萄产量(雨养)。 b>结果与讨论:当我们应用主成分分析(PCA)时,观察到希伯伦图在1999-2004年期间位于轴1的左侧,受到生物气候因素的不利影响,作为补偿的热度指数,其中轴1解释了很大一部分方差(76.66%),但多年来(2004-2009)的降水对葡萄产量有正影响,轴2解释了很大一部分方差(23.34%);希伯伦类型图位于1993-1999年期间轴1的右侧,该轴受到生物气候因子(简单的大陆性指数和年度综合体温指数)和气候因子(缺水,土壤水储量和平均月温度)的正影响,其中很大比例由轴1和2(100%)解释的方差。 结论:葡萄是敏感的气候和周围环境的改善因素,为了获得高产量和高质量的葡萄,平均每月温度必须在15到15之间。 -family:Verdana,Helvetica,Arial;空白:正常;背景色:#FFFFFF;“>° C-20 style =” font-family:Verdana,Helvetica,Arial;空白:normal; background-color:#FFFFFF;“>° C和20 style =” font-family:Verdana,Helvetica,Arial;空白:normal; background-color:#FFFFFF;“ >° C-30 style =“ font-family:Verdana,Helvetica,Arial; white-space:normal; background-color:#FFFFFF;”>° C(27 style =“ font-family:Verdana,Helvetica,Arial; white-space:normal; background-color:#FFFFFF;”>° C),在该过程的最后两个月中,该值简单大陆指数的平均值为15-18,补偿热度指数为220-350,年综合体温指数大于3。

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