AGROSOIL - Agrogeophysics for Sustainable Soil Management under Climate Extremes

ABOUT

The project aims to develop minimal-invasive investigation techniques to assist the development of climate-resilient crops and improve agricultural practices in the face of climate change. The focus is on understanding the impact of various agricultural practices, such as fertilizer applications and irrigation, on cereal crops like maize and wheat. To achieve this, the project proposes to use a combination of geophysical methods (electromagnetic induction, electrical resistivity tomography, and ground-penetrating radar) and soil sensors networks to characterize the soil and its interaction with crops. Experiments will be conducted across different scales and countries (Germany, Ireland, and Uruguay) to investigate the response to different extreme climate conditions and soil types. The goal is to develop a workflow that can help improve the resilience of agricultural plants to climate extremes, optimize water and fertilizer usage, and support sustainable field management.

PROJECT TOPICS

  • Enhance the non-destructive soil-root continuum characterizations and link process such as solute transport and root distributions in the soil.

  • Provide recommendations on soil sensor location derived from a geophysical soil map.

  • Map and monitor soil conditions related to different treatments to reduce waste and resources.

  • Analyze response of crops to different climates and extreme weather conditions

  • Provide proxies for agricultural practices

  • Guideline to use agrogeophysics sensors to monitor processes to establish links to precision and sustainable agriculture.

Partners & Funding Institutions:

  1. Instituto Nacional de Investigación Agropecuaria, Uruguay/ National Institute of Agricultural Research, Uruguay

  2. University College Dublin, Ireland/ Department of Agriculture, Forestry and Marine (DAFM), Ireland

  3. Forschungszentrum Jülich GmbH, Germany/ Bundesministerium für Forschung, Technologie und Raumfahrt, Germany

Last Modified: 27.02.2026