Papers
2
Total Citations
82
H-Index
2
About
Rene Francolini is a marine molecular ecologist whose work is transforming how we survey ocean biodiversity. Her primary research focuses on the development and optimization of environmental DNA (eDNA) sampling techniques, with a particular emphasis on large-volume, in situ filtration methods. Francolini’s most impactful contribution is her landmark 2022 study, which demonstrated that a custom-built, large-volume eDNA sampler significantly outperforms traditional Niskin bottle sampling in detecting marine species. By filtering far greater volumes of seawater directly in the field, her approach captures a richer, more representative snapshot of marine communities, reducing the biases inherent in small-volume samples. This work, which has garnered over 80 citations to date, provides a critical methodological advancement for conservation biology and biodiversity monitoring. Her findings have direct implications for designing more effective marine protected areas and tracking elusive or rare species. Francolini’s innovative engineering of sampling protocols bridges the gap between molecular biology and oceanography, establishing her as a leading voice in the push for more robust, scalable eDNA survey strategies in the world’s oceans.
Research Focus
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Top Papers
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