Debora IglesiasRodriguez Email & Phone Number | I have worked for twenty years on diversity and function in marine phytoplankton combining molecular approaches, carbon physiology and biogeochemistry in the lab and in the field. My team has been working on identifying mechanisms controlling plankton calcification under rising carbon dioxide (CO2) scenarios [ocean acidification (OA)]. This is important at a time when we are witnessing the fastest rate of change in CO2 that the Earth has seen for the past 65 million years. The big questions are: (1) which organisms will be resilient to rising CO2?; (2) how will the physiology of the organisms that adapt will change?; and (3) how will these physiological changes alter marine biogeochemical cycles? I have contributed to several white papers on OA, I was a speaker at the 2011 IPCC workshop on OA, and one of my papers (Science 320: 336-340) was identified by Thomson Reuters as “fast breaking paper” and at the top 0.01 most cited papers in Geoscience in 2008. I'm currently moving from the lab to the field to understand how the environment controls marine calcification.

Debora IglesiasRodriguez

I have worked for twenty years on diversity and function in marine phytoplankton combining molecular...
Santa Barbara, California, United States

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Debora IglesiasRodriguez’s Location Santa Barbara, California, United States

Debora IglesiasRodriguez’s Current Industry University Of California Santa Barbara

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Academic, Oceanographer

2013-01-01 00:00:00 - Present

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Debora IglesiasRodriguez is a I have worked for twenty years on diversity and function in marine phytoplankton combining molecular approaches, carbon physiology and biogeochemistry in the lab and in the field. My team has been working on identifying mechanisms controlling plankton calcification under rising carbon dioxide (CO2) scenarios [ocean acidification (OA)]. This is important at a time when we are witnessing the fastest rate of change in CO2 that the Earth has seen for the past 65 million years. The big questions are: (1) which organisms will be resilient to rising CO2?; (2) how will the physiology of the organisms that adapt will change?; and (3) how will these physiological changes alter marine biogeochemical cycles? I have contributed to several white papers on OA, I was a speaker at the 2011 IPCC workshop on OA, and one of my papers (Science 320: 336-340) was identified by Thomson Reuters as “fast breaking paper” and at the top 0.01 most cited papers in Geoscience in 2008. I'm currently moving from the lab to the field to understand how the environment controls marine calcification.

Debora IglesiasRodriguez currently works in the University Of California Santa Barbara

Debora IglesiasRodriguez has the following professional experience:
University Of California Santa Barbara

Debora IglesiasRodriguez’s work email
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debora.iglesiasrodriguez@noc.soton.ac.uk

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