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Space Distribution of Highland Barley GNS and its Relationship with Environmental Factors in the Qinghai-Tibet Plateau

机译:高地大麦GNS的空间分布及其与青藏高原环境因素的关系

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摘要

In order to study the space distribution of Grain Number per spike (GNS) and its relationship with the environmental factors in the Qinghai-Tibet Plateau, 83 data samples from different ecological areas were selected for GNS inverstigation. Meanwhile,the seeds of highland barley were harvested and planted in the farm of Xizang Agriculture and Animal Husbandry College; the varieties without genetic differences were selected and their GNS was analyzed with the local geography and climate factors. Theresults shows that: (1) In the horizontal direction, GNS forms the high value area of Central and South Tibetan taking Qiongjie and Longzi as the center; (2) In the vertical direction, GNS appears with double high value areas at the altitude of 3900m-4200m and above 4500m respectively and the corresponding GNS is 52.9±17.6 and 57.2±0.2 respectively; (3) the environmental factors influencing GNS are in the order that soil total nitrogen>soil available nitrogen>the average precipitation at heading-filling stage>altitude>soil organic matter>soil total phosphorus>the average rainfall at jointing-heading stage>soil available potassium>the average rainfall at tillering-jointing stage.
机译:为了研究每穗(GNS)的谷物数量的空间分布及其与青藏高原环境因素的关系,选择来自不同生态区域的83个数据样本用于GNS寄存。与此同时,在Xizang农业和畜牧学院的农场收获和种植了高地大麦的种子;选择没有遗传差异的品种,并用当地地理和气候因素分析它们的GNS。结果表明:(1)在水平方向上,GNS形成中央和南西藏的高价值区域,以琼杰和龙氏为中心; (2)在垂直方向上,GNS出现在海拔3900m-4200m,4500米的高度,相应的GNS分别为52.9±17.6和57.2±0.2; (3)影响GNS的环境因素是土壤总氮的顺序>土壤填充阶段的平均降水>海拔>土壤有机物>土壤总磷>张平阶段的平均降雨>土壤可用的钾>分蘖连接阶段的平均降雨。

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