Lars Juhl Munkholm
Papers
3
Total Citations
36
H-Index
3
About
Lars Juhl Munkholm is a leading soil scientist whose research centers on soil compaction, soil physical properties, and the emerging field of precision agricultural robotics. His work addresses one of modern agriculture's most pressing challenges: how to mechanize food production efficiently without degrading the soil systems that underpin it. Munkholm's most influential recent contributions examine whether lightweight autonomous field robots represent a genuine solution to the compaction problems caused by increasingly heavy conventional machinery. Through rigorous field experimentation, his team has quantified the vertical and horizontal soil stresses generated by robotic platforms, measured their impacts on loamy sand soil physical properties under repeated wheeling, and tracked how topsoil structure evolves across an entire growing season following robotic traffic. These studies reveal a nuanced picture — while robots impose lower individual wheel loads, their narrower working widths and higher traffic frequency create compaction risks that require careful evaluation. With his three focal papers accumulating 36 citations within just one to two years of publication, Munkholm's findings are already shaping how agronomists and engineers think about next-generation mechanization. His research provides the empirical foundation necessary for designing smarter, soil-conscious robotic farming systems that could sustainably feed a growing world.
Research Focus
Key Achievements
Top Papers
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