Ivonne Trebs

Max Planck Institute for Biogeochemistry

Papers

Total Citations

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About

Ivonne Trebs is a leading environmental biogeochemist whose research focuses on the complex interactions between soil processes, greenhouse gas emissions, and atmospheric chemistry. Her work is pivotal in understanding how soil moisture and oxygen levels regulate the production and consumption of nitrous oxide (N₂O), a potent greenhouse gas. Trebs’s most-cited study, "N₂O consumption by low-nitrogen soil and its regulation by water and oxygen" (2013, 92 citations), demonstrated that low-nitrogen soils can act as significant sinks for N₂O under specific conditions, challenging conventional assumptions about soil emissions. This finding has profound implications for climate modeling and agricultural management, highlighting the potential for soils to mitigate greenhouse gas release. Beyond this, Trebs has contributed to field measurements and modeling of trace gas fluxes across diverse ecosystems, including tropical forests and agricultural lands. Her work bridges laboratory experiments and real-world observations, offering critical insights into the microbial and physical controls on soil-atmosphere gas exchange. With a career marked by rigorous, impactful research, Trebs continues to shape our understanding of terrestrial carbon and nitrogen cycles, making her a key voice in global change science.