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Impacts of fundamental changes to Soil Taxonomy^

机译:基本变化对土壤分类的影响^

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摘要

Soil Taxonomy is one of the dominant soil classification systems in the world, but has undergone revisions on a regular basis since 1983. It is larger and some parts have become difficult to apply without considerable experience. Some pedologists thatare not daily users (e.g. soil mappers) have called for a simpler version. The second edition of the Illustrated Guide to Soil Taxonomy serves as a model for enhanced teaching purposes that can be used by others besides trained soil scientists. In 2014,a task force was created to develop a set of proposed improvements to Soil Taxonomy. Guiding principles were established to assist in the development of proposals to increase the use of Soil Taxonomy, minimise the impact on the existing soil survey andsoil science division programs, and move toward harmonisation of definitions with other classification systems, such as the WRB and South African systems. Initially, 15 proposals have been listed. Examples of a simplified mollic epipedon and addition ofseveral new soil orders are discussed. Accepted proposals will contribute toward the third edition of Soil Taxonomy. The impact will be easier collaboration between soil scientists in countries that use Soil Taxonomy and better communication with other professionals.
机译:土壤分类学是世界上主要的土壤分类系统之一,但自1983年以来经过定期修订。它更大,有些部件难以申请,而无需相当大的经验。一些小学家不是每日用户(例如土壤映射器)所要求更简单的版本。第二版的土壤分类指南是用于增强教学目的的模型,除了培训的土壤科学家之外可以被其他人使用。 2014年,创建了一支工作队,以制定一套对土壤分类法的提议改进。建立指导原则,协助制定提出增加土壤分类法的建议,最大限度地减少对现有土壤调查和索机本地科学部门的影响,并致力于与其他分类系统(如WRB和South African)协调定义系统。最初,已列出15个提案。讨论了简化的Mollic EpipeDon的实例并添加了新的土壤订单。已接受的建议将有助于第三版土壤分类学。利用土壤分类和与其他专业人士更好地沟通的国家的土壤科学家之间的影响将更容易地合作。

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