Peer-reviewed publications, abstracts, and patents from more than a decade of developing, testing, and applying flux mapping across contrasting landscapes.
Showing 1–12 of 47 results
National Ecological Observatory Network, 18 pp., 2026. The follow-up scaling workshop recommends treating spatialized eddy covariance, paired-site comparisons, and footprint-aware validation as the backbone of credible scaling workflows.
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Issued US Patent 12,699,371, "Enhanced Systems and Methods for Observing, Measuring, and Controlling Emissions" (2026). A continuation-in-part of US Patent 11,946,921, it formalizes deconvolution-based extensions of FluxMapper™ such as flux topography.
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A comprehensive inter-comparison of different eddy-covariance software packages used for urban tall tower measurements.
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Lawrence Berkeley National Laboratory, 16 pp., 2024. Synthesis of a cross-agency scaling workshop that positions spatialized eddy covariance as a measurement anchor for scale-aware upscaling.
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Published in Boundary-Layer Meteorology, Vol 191, Article 3, 2025. A study on how surface heterogeneity affects atmospheric boundary layer dynamics.
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Issued US Patent 11,946,921, "Systems and Methods for Improving the Performance of Environmental Measurements" (2024). It protects the flux-map core of FluxMapper™: aligning environmental responses and drivers in space and time, deriving a driver–response model, and producing space–time-resolved flux fields.
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FLUXCOM-X represents an innovative data-driven approach to scaling terrestrial carbon and water flux measurements globally.
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Published in Nature. A comprehensive expert review examining the scientific foundations of nature-based climate solutions.
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Presented at EGU 2023. Discusses how direct GHG measurements form the foundation for equitable global climate action.
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Published in Atmospheric Chemistry and Physics. A study examining how COVID-19 lockdowns revealed hidden pollution sources in urban environments.
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Published in Atmospheric Chemistry and Physics, Vol 22, pp 9413-9433. Direct flux measurements reveal previously unmapped urban NOx sources.
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Published in Global Change Biology. A comprehensive assessment of scientific evidence supporting nature-based climate solutions in the United States.
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