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Elizabeth Gross

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MY RESEARCH

My research lies at the intersection of algebra, geometry, statistics, and biology. I develop and apply tools from algebraic geometry, commutative algebra, and combinatorics to analyze complex biological systems, with a particular focus on statistical models used in evolutionary biology and ecology.

C-MĀIKI SYNERGY

Through the lens of applied algebraic geometry and algebraic statistics, I develop new methodologies for analyzing microbiome datasets in order to gain a better understanding of microbial dynamics across Hawaiʻi’s ridge-to-reef ecosystems.

IMPACT TO HAWAII

My research supports Hawaiʻi by developing mathematical tools that help understand and protect its unique ecosystems. By creating new tools to analyze microbial and ecological networks in local environments, I contribute to efforts that preserve biodiversity and inform sustainable resource management.

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