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Exploring the case for a national‐scale soil conservation and soil condition framework for evaluating and reporting on environmental and land use policies
Author(s) -
Humphries R. N.,
Brazier R. E.
Publication year - 2018
Publication title -
soil use and management
Language(s) - English
Resource type - Journals
SCImago Journal Rank - 0.709
H-Index - 81
eISSN - 1475-2743
pISSN - 0266-0032
DOI - 10.1111/sum.12400
Subject(s) - soil conservation , ecosystem services , natural capital , soil functions , environmental resource management , sustainable land management , land management , business , land degradation , land use , environmental science , ecosystem , soil water , soil biodiversity , agriculture , soil organic matter , ecology , soil science , biology
It has long been realized that the conservation of soil capital and ecosystem services are of paramount importance, resulting in a growing case for a change in attitude and policymaking in respect of soils. Current UK and EU approaches are risk‐based and focused on measures to manage and remediate the adverse impact of current policies and practices directed at maximizing productivity and profit, rather than one of resource conservation. Increasing soil loss and degradation is evidence that current policy is not working and a new approach is needed. In the UK there is governmental ambition to progress towards natural capital‐led land use policies but, in the absence of a framework to determine the relative condition of the soil resource, the delivery of sustainable soil conservation policies will continue to be inhibited. Common Standards Monitoring ( CSM ) is an established monitoring and management framework (based on ecosystem structure, function and process) and has been effectively deployed for almost two decades by the UK Government for the monitoring and reporting of key biological and earth science natural capital and ecosystem services from ‘field’ to local, regional and national levels to the European Commission. It is argued that a CSM for soils could be developed for the UK 's soil resources as well as for those elsewhere, and would be able to deliver a conservation rather than the current risk‐based approach. It is capable of accommodating the complexities and variation in soil types and functions and potentially being practical and cost‐effective in its implementation.