- Research Assistant, Greenfield Lab, Environmental Sciences Initiative
Mariapaola Ambrosone
Mariapaola Ambrosone earned her Master’s degree in Environmental Sciences and Certificate of Geomatics at the University of Geneva. She joined Dr. Dianne Greenfield’s lab as a Research Assistant, where she manages lab operations, conducts sample analyses and, helps to investigate the causes of harmful algal blooms along with other projects involving phytoplankton biogeochemistry. When not in the lab, Mariapaola can be found hiking in Upstate New York or tending her vegetable garden.
Publications
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G.E. Humphries, M. Ambrosone, Z. Roldan-Ayala, M. Brown, and D.I. Greenfield. Shore and mid-channel surveys reveal distinct phytoplankton-bacterial population associations along an urban estuary. Aquatic Microbial Ecology, 2024, 90, 121-139.
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M. Brown, M. Ambrosone, K.J. Turner, K.J., G. Humphries, M. Tzortziou, S. Anglès, C. Panzeca, C. and D.I. Greenfield. Phytoplankton assemblage responses to nitrogen following COVID-19 stay-in-place orders in western Long Island Sound (New York/Connecticut). Marine Environmental Research, 2024, 196, 106371. |
Z. Roldan Ayala, S.A. Arnott, M. Ambrosone, J.I. Espinosa, G.E. Humphries, M. Tzortziou, J. I. Goes, and D.I. Greenfield. The influences of phenology, spatial distribution, and nitrogen form on Long Island Sound phytoplankton biomass and taxonomic composition. Estuarine, Coastal and Shelf Science, 2023, 292, 108451. |
G.E. Humphries, J.I. Espinosa, M. Ambrosone, Z. Roldan Ayala, M. Tzortziou, J.I. Goes, D.I. Greenfield. Transitions in nitrogen and organic matter form and concentration correspond to bacterial population dynamics in a hypoxic urban estuary. Biogeochemistry, 2023, 163, 219-243. |
