Summary
Cara Manning is an Assistant Professor of Marine Sciences at UConn who leads a lab specializing in gas biogeochemistry to quantify carbon, nitrogen, and oxygen cycling in coastal, upwelling, and Arctic systems. With roughly a decade of experience and a PhD from MIT/Woods Hole, she has secured ~$2M in federal funding as PI/co-PI and established a lab that couples novel instrumentation (including an in-house gas equilibration mass spectrometer) with field campaigns from robotic kayaks to shipboard surveys. Her work combines dissolved-gas tracers, noble gases, and isotopic measurements to resolve nitrogen balances, sea–air gas fluxes, and nutrient transformations across diverse regimes such as the Benguela Upwelling System and Long Island Sound. She also builds research-to-classroom pipelines, launching high-enrollment and career-focused courses, and has a track record of translating sensor development and open-access advocacy into widely usable methods. An underappreciated strength is her knack for integrating engineering solutions with biogeochemical theory—turning bespoke instruments and novel sampling platforms into new windows on greenhouse-gas dynamics.
10 years of coding experience
8 years of employment as a software developer
PhD, Chemical Oceanography, PhD, Chemical Oceanography at Woods Hole Oceanographic Institution
PhD, Chemical Oceanography, PhD, Chemical Oceanography at Massachusetts Institute of Technology
BSc Combined Honors, Chemistry/Earth and Ocean Sciences, BSc Combined Honors, Chemistry/Earth and Ocean Sciences at University of Victoria