Soil assessment in Denmark: Towards soil functional mapping and beyond

IF 2.1 Q3 SOIL SCIENCE Frontiers in soil science Pub Date : 2023-01-31 DOI:10.3389/fsoil.2023.1090145
L. Gomes, A. Beucher, A. B. Møller, B. V. Iversen, C. D. Børgesen, Diana Vigah Adetsu, Gasper L. Sechu, G. Heckrath, J. Koch, K. Adhikari, M. Knadel, M. Lamandé, M. Greve, N. H. Jensen, Sebastian Gutierrez, Thomas Balstrøm, T. Koganti, Yannik E. Roell, Yi Peng, M. Greve
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引用次数: 3

Abstract

Soil provides essential ecosystem services sustaining and improving human life, but mapping soil functions is an ongoing challenge. Denmark has a long history of carrying out soil assessments − originally in order to determine tax revenues for the king, and, more recently, for aiding policymakers and farmers. This knowledge has supported the development of intensive agricultural systems while maintaining the provision of ecosystem services (e.g., clean water). Getting an overview of historical soil surveys and pedological mapping approaches can generate useful information for mapping soil, identifying gaps and proposing directions for future research. In this review, we explore the evolution of soil and environmental inventories, the historical development of soil mapping methods, and how these factors contributed to a better spatial understanding of soil functions. Specifically, we discuss soil functions related to water regulation (e.g., drainage, groundwater and water surface interactions, water table), water filtering (e.g., nitrogen leaching), carbon sequestration (e.g., peatlands), agricultural production (e.g., land suitability, wheat yields), and threats related to soil degradation (e.g., soil erosion). Denmark has benefitted from a government-coordinated approach, promoting detailed and systematic national soil surveys and environmental monitoring programmes. The large databases produced in the surveys formed the basis for mapping several soil properties and functions at increasingly high resolutions over the last many years based on developments in machine learning. In contrast to methodological advances in soil mapping and relevant contributions to pedometric research, we identified a lack of spatial information on soil biodiversity. Detailed spatial information about soil functions is essential to address global issues, such as climate change, food security and water security, and the experience of mapping soil functions in Denmark can be a source of inspiration to other parts of the world.
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丹麦的土壤评价:迈向土壤功能制图和超越
土壤提供维持和改善人类生活的基本生态系统服务,但绘制土壤功能是一项持续的挑战。丹麦进行土壤评估有着悠久的历史——最初是为了确定国王的税收收入,最近则是为了帮助政策制定者和农民。这些知识支持了集约化农业系统的发展,同时保持了生态系统服务的提供(例如,清洁水)。概述历史土壤调查和土壤学制图方法可以为土壤制图、识别差距和提出未来研究方向提供有用的信息。在这篇综述中,我们探讨了土壤和环境调查的演变,土壤制图方法的历史发展,以及这些因素如何有助于更好地理解土壤的空间功能。具体来说,我们讨论了与水调节相关的土壤功能(例如,排水,地下水和水面相互作用,地下水位),水过滤(例如,氮淋溶),碳封存(例如,泥炭地),农业生产(例如,土地适宜性,小麦产量)以及与土壤退化相关的威胁(例如,土壤侵蚀)。丹麦得益于政府协调的办法,促进了详细和系统的全国土壤调查和环境监测方案。在过去的几年里,基于机器学习的发展,调查中产生的大型数据库形成了以越来越高的分辨率绘制几种土壤特性和功能的基础。与土壤制图方法的进步和对土壤测量学研究的相关贡献相比,我们发现缺乏土壤生物多样性的空间信息。关于土壤功能的详细空间信息对于解决气候变化、粮食安全和水安全等全球性问题至关重要,丹麦绘制土壤功能地图的经验可以为世界其他地区提供灵感。
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