半干旱地区玉米(Zea mays L.)灌溉农业生产的地理处理潜力

Paulo Roberto Megna Francisco, Viviane Farias Silva, Djail Santos, George do Nascimento Ribeiro, Gypson Dutra Junqueira Ayres, Raimundo Calixto Martins Rodrigues
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引用次数: 0

摘要

这项工作旨在评估和绘制帕拉伊巴河中游流域的玉米灌溉农业生产潜力图。利用 SPRING 绘制了土壤灌溉潜力和土壤保持能力图,并通过矩阵交叉生成了部分地图。利用年平均降雨量数据绘制了气候条件图。在使用 LEGAL 后,通过局部地图和气候情景之间的矩阵交叉生成了农业生产潜力地图。就玉米而言,2.02%的流域确定了完全气候条件(C1);未确定雨季延长的完全气候条件(C2)和过量水缓和气候条件(C3);0.86%的流域确定了缺水缓和气候条件(C4);97.12%的流域确定了严重缺水导致的不适宜气候条件(C5)。玉米灌溉农业生产潜力未显示出极高 (MA)、高 (A)、中 (M) 和低 (B) 潜力,只有极低 (MB) 潜力在 100%的盆地中存在。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Potential of Irrigated Agricultural Production of Corn (Zea mays L.) in Semi-Arid Region using Geoprocessing
This work aimed to evaluate and map the potential of irrigated agricultural production for corn for the watershed of the region of the middle course of the Paraíba River. Using SPRING, a map of soil irrigation potential and soil retention capacity was prepared and a partial map was generated through matrix crossing. Using average annual rainfall data, the climate condition map was prepared. After using LEGAL, the agricultural production potential map was generated through the matrix crossing between the partial map and the climate scenario. For maize, a Full climatic condition (C1) was identified in 2.02% of the basin's total; the full climatic condition with prolonged rainy season (C2) and the climatic condition moderated by excess water (C3) were not identified; the climatic condition Moderate by water deficiency (C4) in 0.86%; the unfit condition due to severe water deficit (C5) in 97.12% of the basin. The potential of irrigated agricultural production for maize did not show Very High (MA), High (A), Medium (M) and Low (B) potential, only the Very Low (MB) potential in 100% of the basin.
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