Welcome!

I am a graduate student at Harvard University working in Jerry Mitrovica's research group. My research focuses on understanding past sea level on glacial timescales; specifically I try to quantify how sediment erosion and deposition influence observed regional sea-level. By integrating global and local processes of sea-level change I work on reconciling paleo-sea-level observations with model calculations, with the goal of refining global ice volumes over the past glacial cycle.

News

February 2018: I'll be giving a talk at AGU Ocean Sciences in Portland, OR titled Linking the timing of the Cordilleran-Laurentide ice saddle retreat to the inundation history of the Bering Strait

December 2017: Come by to hear my talk at AGU titled Using ancient landscapes along the U.S. mid-Atlantic to assess the influence of glacial isostatic adjustment on river evolution

November 2017: I'll be giving a talk at the PALSEA2 Workshop on the flooding of the Bering Strait, and how this history tells us about the timing of North American deglaciation.

June 2017: I was lucky to join the science crew on a coring cruise with Oregon State University on the R/V Oceanus. We were collecting sediment cores to better determine the timing of post-glacial floods drained by the Columbia River.

May 2017: Our paper was published in Nature Communications and is now freely available here! We use sea-level markers, dated to mid-MIS 3, along the U.S. mid-Atlantic to constrain the growth phase of the Laurentide Ice Sheet leading into the Last Glacial Maximum. 

December 2016: I'll be giving a talk at AGU titled Coupling landscapes to solid-Earth deformation over the ice-age. Check it out to learn about the ancestral Hudson river and how its capture may be related to ice-age deformation. 

October 2016: Scientific American Blogs published a guest post that I wrote in collaboration with Greta Shum on the role of the English language in science! Read it here!

October 2016: Our paper is now available online in Quaternary Science Reviews! In this study we use sea-level indicators in the Yellow River Delta region, China to estimate peak global mean sea level during MIS 3. Check it out here!