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Incorporating Predictive Mapping to Advance Initial Soil Survey: An Example from Malheur County, Oregon

机译:结合预测性测绘以推进初始土壤调查:以俄勒冈州马勒县为例

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摘要

Digital soil mapping (DSM), including predictive mapping and GIS representation, is seen as the future for National Cooperative Soil Survey (NCSS) operations. Introduction of DSM technology to an initial soil survey, from inception through three seasons, is the focus of this article. We worked with the Malheur County, Southern Part Soil Survey (MCSPSS), providing predictive soil maps produced using machine learning (decision-tree analysis, DTA) in a series of iterations to reach a stable work flow with field soil scientists. Along the way, we took a close look at the interpersonal challenges involved in introducing a new technology for soil survey. Based on these experiences we make recommendations for incorporating DSM technology into the USDA-NRCS Major Land Resource Area (MLRA) Soil Survey Restructuring Plan.
机译:数字土壤测绘(DSM),包括预测测绘和GIS表示,被视为全国土壤合作调查(NCSS)操作的未来。从开始到三个季节,将DSM技术引入初始土壤调查是本文的重点。我们与Malheur县南部土壤调查局(MCSPSS)合作,提供了使用机器学习(决策树分析,DTA)进行一系列迭代生成的预测性土壤图,以与田间土壤科学家保持稳定的工作流程。在此过程中,我们仔细研究了引入土壤调查新技术所涉及的人际挑战。根据这些经验,我们建议将DSM技术纳入USDA-NRCS主要土地资源区(MLRA)土壤调查结构调整计划。

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