Kris is a coastal engineer, climate scientist, and adaptation subject matter expert providing leadership and technical expertise to support climate change resilience and adaptation strategy development.

Meagan is an environmental data scientist supporting groundwater analysis and mapping, regional climate indicators, and adaptation planning. She brings an environmental justice lens focused on understanding systemic inequities.

James is an atmospheric climate scientist and python wizard supporting regional climate modeling and analysis of existing and future extreme storms, such as atmospheric rivers and bomb cyclones. James analytic skills support communicating future climate risks.

Sierra Ramer is a coastal resilience scientist with expertise in GIS and data analysis, adaptation planning, and strategy development. She uses a holistic approach to help communities mitigate climate hazards, integrate the best available science, and produce multi-benefit solutions.

Maryellen is a climate resilience and floodplain management specialist, with a focus on flood risk assessments, communicating climate risks, and developing adaptation pathways to support long-term risk reduction.

Suzi has over a decade of experience in oceanographic and climate research, climate resilience consulting, and science communication. She enjoys translating abstract scientific research into usable information that enables the public to prepare for a changing climate.

Sam is a graphic designer with experience across the fields of architecture, landscape architecture, game design, ArcGIS StoryMaps, and more. She brings a creative lens to Pathways visuals and reports.

Katie is a climate resilience scientist with a specialty in spatial data analysis. She evaluates and communicates complex earth science and flood risk challenges to decision-makers and the public, including conducting multi-hazard vulnerability assessments and supporting coastal adaptation planning.

Kealie is a water, climate, and data enthusiast with over a decade of experience in river systems, sediment transport, hydrology, climate change impacts, and nature-based restoration and resilience.

Lindsay's expertise spans climate vulnerability and risk assessments, extreme hazards analyses, climate policy, and science communication. Lindsay enjoys complex data analyses and visualizations that enhance community understanding of climate risk.

Daisy uses her engineering and analytic skills to assess and communicate climate vulnerabilities and risk, and her engagement skills to build trust with local communities and encourage youth participation.