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Data article on soil site suitability analysis using geostatistical and visualization techniques for selected winter crops in Sagar island, India

机译:印度索塔尔岛选定冬季作物地质统计学和可视化技术的土壤现场适宜性分析

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We assessed soil site suitability for selected winter crops in the coastal saline agro-ecological environment of Sagar Island, India by integrating land limitation and crop suitability evaluation framework of FAO. Grid based (1?km by 1?km) soil sampling and estimation of important soil quality attributes were measured in the laboratory following standard procedures. Geo-statistical and visualization methods were applied to match the soil suitability for selected crops. The weights of crop specific soil parameters have been assigned through PCA analysis. The inverse distance weighting interpolation and reclassification methods were adopted for generation of spatial layers of those soil attributes. Nearly 61% area (14,618?ha GA) of the Island is under agricultural landuse (AL), mostly dominated (>75% of AL) by lowland rice-fallow mono-cropping. Soils are highly suitable (S1) for growing sunflower while moderately suitable (S2) for growing chilli, mustard and potato crops. The grid-wise georeferenced soil data information generated in this study will help in periodic monitoring of soil quality in spatio-temporal dimensions for devising location specific soil health managements in the Island. The methodology used in estimating soil quality index and crop specific soil suitability analysis in spatial format will help in replicating such studies in other such coastal Islands of Indian Sub-continent.
机译:通过整合粮农组织的土地限制和作物适用性评估框架,评估了印度沿海盐水农业生态环境中所选冬季作物的土壤场地适宜性。在标准程序后,在实验室中测量了基于网格(1 km)土壤采样和重要土壤质量属性的估算。应用地理统计和可视化方法以匹配所选作物的土壤适用性。已经通过PCA分析分配了作物特异性土壤参数的重量。采用逆距离加权插值和重新分类方法来产生那些土壤属性的空间层。岛屿的近61%(14,618?Ha Ga)是农业土地用地(Al),大多数由低地米饭休耕单程裁剪占主导地位(> 75%)。土壤是高度合适的(S1),用于生长向日葵,同时适用于生长的辣椒,芥末和马铃薯作物的适度适用(S2)。本研究中产生的网格态度地理学利用土壤数据信息将有助于定期监测用于在岛上设计特定土壤健康管理的地理位置尺寸的土壤质量。用于估算土壤质量指数和农作物特定土壤适用性分析的方法,以空间格式分析将有助于复制其他此类沿海岛屿的沿海岛屿的这些研究。

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