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About

Lars Molstad is a pioneering researcher in environmental microbiology and biogeochemistry, specializing in automated gas measurement systems for denitrification and greenhouse gas emissions. His major contributions center on developing robotic incubation and field systems that enable high-resolution, real-time monitoring of key gases—including O₂, NO, N₂O, and N₂—from microbial cultures and soils. His most-cited work, "Robotized incubation system for monitoring gases in denitrifying cultures" (2007, 284 citations), revolutionized the study of denitrification by providing a fully automated platform that captures the complete nitrogen gas spectrum, a critical advance for understanding nitrogen cycling and climate-relevant emissions. Molstad also designed a field robot for autonomous laser-based N₂O flux measurements (2014, 4 citations), extending laboratory precision to in situ environments. His 2021 review of automated techniques for greenhouse gas emissions (5 citations) synthesizes methods bridging lab and field applications. By integrating robotics, laser spectroscopy, and gas chromatography, Molstad’s work has empowered researchers to quantify elusive gases like N₂ with unprecedented accuracy, directly informing models of soil biogeochemistry and climate change mitigation. His innovations remain foundational for automated environmental sensing.