I was born and raised in the Pacific Northwest and have always had a deep abiding love for the misty and mysterious forests and waterways of the Salish Sea.Whippo_headshot.jpg

Applying my love of ecosystems to the sciences came later in life after an unplanned SCUBA diving trip. From my first breath underwater I was hooked, and promptly returned to school for my undergrad degree at the  University of Washington, where I became a certified scientific diver conducting subtidal research in the San Juan Islands at Friday Harbor Labs. I went on to get my Masters at the University of British Columbia where I spent several summers at the Bamfield Marine Sciences Centre in Barkley Sound BC working in subtidal eelgrass ecosystems. I then worked as a dive and field technician for the Hakai Institute and Smithsonian Institution, exploring kelp forests, coral reefs, and mangrove wetlands around the world.  Currently I am a PhD student at the Oregon Institute of Marine Biology’s Coastal Trophic Ecology Lab studying food webs in kelp communities along the Oregon Coast.

My experiences as a student, teacher, and researcher have reinforced my belief that scientists have a duty to communicate their work with the public, particularly the next generation. The role of scientific outreach and education cannot be underestimated. As such, I strive to share my work with others and take every opportunity to make outreach an integral part of what I do.

Thanks for visiting!


Whalen, MA, Whippo RDB, (64 other authors), Duffy JE (2020) Climate drives the geography of marine consumption by changing predator communities. PNAS 117 (45) 28160-28166; DOI: 10.1073/pnas.2005255117.

Whippo R, Knight NS, Prentice C, Cristiani J, Siegle MR, O’Connor MI (2018) Epifaunal diversity patterns within and among seagrass meadows suggest landscape-scale biodiversity processes. Ecosphere 9:e02490.

Staaterman E, Ogburn M, Altieri A, Brandl S, Whippo R, Seemann J, Goodison M, Duffy J (2017) Bioacoustic measurements complement visual biodiversity surveys: preliminary evidence from four shallow marine habitats. Marine Ecology Progress Series 575:207–215.

Lowe AT, Whippo R, Galloway AWE, Britton-Simmons KH, Dethier MN (2015) Sedentary urchins influence benthic community composition below the macroalgal zone. Marine Ecology 36:129–140.

Whippo CV