Wetlands played an important role in human development and nature nutrient store for rice cultivation. Spatial techniques have gained importance in monitoring wetland changes. The study aimed to assess wetland soils for rice production using spatial techniques. The area was sample using stratified grid sampling. Nutrient availability and rice suitability were assessed in ArcGIS 10.6 environment. The soil was characterized into Eutric fluvaquent (Soil Survey Staff, 2010) and correlated as fluvisols in the World Reference Base system. The results of the land cover changes showed that built-up, waterbody, and farmland have increased by 39, 18, and 29%, respectively, and 13% decrease was observed in vegetation. The study concluded that soils of the studied area varied from marginally (75%), not suitable (20%), and permanently not suitable (5%) for rice production. Therefore, without proper assessment and management of these studied soils, rice production will continue to be futile.

中文翻译：

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利用地理空间技术对阿吉博德水稻生产的湿地土壤进行地理空间评估

湿地在人类发展和稻米自然营养养分中起着重要作用。空间技术在监测湿地变化中已变得越来越重要。该研究旨在利用空间技术评估水稻生产的湿地土壤。使用分层网格采样对该区域进行采样。在ArcGIS 10.6环境中评估了养分可用性和大米适应性。土壤被表征为富营养性（土壤调查人员，2010年），并在世界参考库系统中被关联为氟维索尔。土地覆被变化的结果表明，人为增加了39％，水体增加了39％，农田增加了29％，植被减少了13％。研究得出结论，研究区域的土壤变化很小（75％），不合适（20％），并且永久不适合大米生产（5％）。因此，如果没有对这些研究过的土壤进行适当的评估和管理，水稻生产将继续徒劳。