Pamela Green Email & Phone Number

Boston, Massachusetts, United States

Providence, Rhode Island, United States

Principal Water and Climate Scientist with over 15 years of experience exploring the linkages between human activities, climate, and the environment across all aspects of the freshwater domain. As a lead designer and innovator of research addressing complex global to regional environmental challenges, I have worked to integrate detailed scientific analysis.

Greater New York City Area

• Senior Research Scientist leading interdisciplinary freshwater science research joining multiple stakeholders from the academic research, NGO, industry, and policy sectors. Expertise building models and tools with.
• Expertise in building models and tools with large scale, multi-temporal global datasets and presenting complex findings to broad audiences
• Managed a team of 20 investigators, students, and staff on a $1.7M NASA funded project anticipated to produce 9 scientific peer-reviewed manuscripts
• Designed a global scale analysis mapping impacts of climate-related uncertainties and drought occurrence on current and future conditions of gray and green infrastructure
• Developed a first global-scale functional framework to assess opportunities for blending nature-based solutions with traditional engineering infrastructure
• Designed a prototype tool for prioritizing tradeoffs between water supply, water impairment, natural capital services and traditional water engineering for SDG 6 targets

New York, New York, United States

• Designed and carried out research on continental to global scale modeling of surface water systems evaluating impacts of humans on terrestrial and aquatic ecosystems.
• Successfully led and collaborated in the development of global hydrology indicators resulting in publication of peer reviewed papers and scientific reports
• Development of global indicators of human pressures on freshwater systems underpinning global water cycle synthesis studies and identifying management interventions
• Designed and developed web-based tools to generate quantitative indicators of freshwater state and stress at the global, regional, river basin and country scales
• Lead and collaborated in proposals spanning small to large ($20K-$2M) grants
• Advised and mentored graduate and undergraduate students

Durham, New Hampshire, United States

• Research included estimation of global nutrient fluxes from the land mass to the coastal and the impact of climate variability and human water use on the global hydrologic cycle and freshwater resources.
• Successfully lead and collaborated in the development of global hydrology indicators resulting in publication of peer reviewed papers and numerous reports
• Designed and published a comprehensive, spatially distributed nitrogen loading and flux model at the global scale
• Developed models for fluxes of dissolved organic carbon and sediment from the land mass to the coastal zone
• Participated in successful grant and proposal writing and preparation

M.E., Environmental Engineering

B.S., Zoology

--, Psychology