Preprints
https://doi.org/10.5194/essd-2025-677
https://doi.org/10.5194/essd-2025-677
10 Feb 2026
 | 10 Feb 2026
Status: this preprint is currently under review for the journal ESSD.

SoilHealthDB-V2: An updated and standardized global database of soil health under conservation management

Peidan Xu, Yuning Gu, Bate Zuo, Yuhang Zhang, Qintana Si, Ryan D. Stewart, Ji Liu, Xia Zhu-Barker, and Jinshi Jian

Abstract. Field-based measurements of soil health under various conservation management practices have been compiled into the global Soil Health Database (SoilHealthDB), supporting comprehensive analyses of the effects of systems such as cover cropping, no-tillage, agroforestry systems, and organic fertilization on soil health. To support more effective soil health assessments and related analyses, it is essential to maintain updated and standardized datasets. In response to this need, the existing database of SoilHealthDB has been updated and standardized as SoilHealthDB-V2. All soil health indicators were harmonized to improve consistency, traceability, and analytical accuracy. The number of observations increased from 5,907 to 8,874, expanding global spatiotemporal coverage and improving representation across diverse climate regions. Several new variables related to cover crop management have been introduced, including cover crop termination date, cash crop planting date, cover crop termination method and residue return method, cover crop irrigation and fertilization practices. These additions enable more detailed assessments of best management practices. Furthermore, the inclusion of experiment duration-related data allows for more robust investigations of temporal trends in soil health outcomes. New indicators related soil carbon pools further enhance the database’s utility for evaluating the effects of conservation practices on carbon cycling. Overall, SoilHealthDB-V2 offers a robust, globally relevant foundation for soil health assessment and provides critical support for developing evidence-based conservation management strategies.

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Peidan Xu, Yuning Gu, Bate Zuo, Yuhang Zhang, Qintana Si, Ryan D. Stewart, Ji Liu, Xia Zhu-Barker, and Jinshi Jian

Status: open (until 28 Mar 2026)

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Peidan Xu, Yuning Gu, Bate Zuo, Yuhang Zhang, Qintana Si, Ryan D. Stewart, Ji Liu, Xia Zhu-Barker, and Jinshi Jian

Data sets

SoilHealthDB-V2 Jinshi Jian https://doi.org/10.5281/zenodo.17565204

Model code and software

SoilHealthDB-V2 Jinshi Jian https://doi.org/10.5281/zenodo.17565204

Peidan Xu, Yuning Gu, Bate Zuo, Yuhang Zhang, Qintana Si, Ryan D. Stewart, Ji Liu, Xia Zhu-Barker, and Jinshi Jian

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Short summary
Field-based measurements of soil health under various conservation management practices have been compiled in the global Soil Health Database (SoilHealthDB). In this study, we updated and standardized it into SoilHealthDB-V2 and analyzed soil health indicators using correlation and bootstrap methods. SoilHealthDB-V2 aims to provide a robust and globally relevant foundation for soil health assessment and to support the development of evidence-based conservation management strategies.
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