Microscopic photosynthesizing organisms living in the ocean are responsible for approximately half of the photosynthesis on Earth. They are the base of the food web for all fish and marine organisms. In addition, they help to regulate our climate by storing carbon dioxide from the atmosphere into the ocean in the form of organic carbon. This summer, I am developing mathematical models of photosynthesis and how phytoplankton adapt to changes in light. I hope to be able to explain why some phytoplankton like to be near the surface, near very bright sunlight while other strains are adapted to lower light levels found far below the surface of the ocean. By studying the problem mathematically, this work will allow oceanographers to better understand phytoplankton physiology and ecology and incorporate this information into their climate models.

"Two years ago, I would never be able to imagine doing research combining mathematics and biology like this. Nor would I believe in becoming a Math TA in my first year, taking advanced Art History, English, Geography, and Physics courses while completing an Honours in Math. This well-rounded and intensive undergraduate education will certainly be a stepping stone for me to pursue Oceanography and Engineering at the Graduate level."