Collection: Datasets From Real-Time In-Situ Soil Monitoring for Agriculture 2025

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Authors: BELINDA BENCE, KAYLA R. MOORE, Taras E. Lychuk, Heather E. McNairn, Xiaoyuan Geng, Aston C. Chipanshi, E. RoTimi Ojo, David R. Lapen, Jarrett Powers, AMANDA HALSTEAD, Gottfried, Kurt, Erica Tetlock
+12 more Catherine M Champagne, Anna Pacheco, Aaron J. Glenn, Stephen J. Crittenden, Rollin, Patrick, John Fitzmaurice, Paul Bullock, Warren D. Helgason, Bruce Johnson, CLAYTON JACKSON, Arnie Waddell, ANDREW KOPEECHUK
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Abstract

This capsule accompanies the IEEE article Collection. Datasets From Real-Time In-Situ Soil Monitoring for Agriculture 2025 by Kayla R. Moore, Taras Lychuk, Heather Mcnairn, Xiaoyuan Geng, Aston Chipanshi, E. Rotimi Ojo and 15 additional co-authors at https://ieeexplore.ieee.org/document/11177568. \n\nIt provides a minimal but complete example of the RISMA Calibration and Quality Control Process workflow. The full RISMA system processes soil moisture data from **36 monitoring stations** across three Canadian agricultural regions **24 in Manitoba** (plus two meteorological stations), **8 in Ontario**, and **4 in Saskatchewan**. The code complies data from soil moisture and weather sensors in the field. Site-specific calibration equations are applied for soil moisture sensors. It then quality controls the data, applying flags for data that are suspected to be erroneous. Full details on the calibration process and flags are provided in the associated publication.\n\nAlthough the full system includes 36 stations, SK3 is provided as a representative dataset to demonstrate the data processing pipeline, metadata usage, and output structure."

Fields of Study & Subjects

Smart Agriculture and AI Soil Moisture and Remote Sensing Environmental Monitoring and Data Management

Publication details

Journal / source
Code Ocean
Publication date
1 January 2026
Language
EN