
REED HOSHOVSKY
Current
My current research is focusing on the distribution of phytoplankton throughout the water column in the northern San Francisco Estuary. I am interested in how phytoplankton sampled from increasing depths tolerate low-light conditions. I will be measuring the productivity of phytoplankton sampled from surface waters, 3m, 6-8m of depth, and bottom waters. To test productivity, 24-hour incubation experiments will be conducted using isotopic tracer methods with 13C.
As part of the Wilkerdale Lab, I will also be sampling for species of dissolved inorganic nitrogen, silicate, phosphate, dissolved inorganic carbon, and chlorophyll. This will contribute to their two ongoing research projects. The first is studying the phytoplanktonic impacts that RegionalSan's upgrade to discharging nitrate-rich wastewater instead of ammonium-rich wastewater had. The second is to improve monitoring, modeling, and prediction of phytoplankton blooms in the northern San Francisco Estuary.

Continuous monitoring data from YSI sonde, SUNA nitrate analyzer and Timberline ammonium analyzer






Rio Vista Windmills aboard the R/V Questuary
Stephen Randall (left) and Ben Gustafson (right) sampling Niskin bottles
Filtered chlorophyll from the 2022 Heterosigma akashiwo bloom in San Francisco Bay
Reed Hoshovsky (me) recording water quality parameters on the stern deck of the R/V Questuary
Ben Gustafson folding chlorophyll filters below deck aboard the R/V Questuary
Stephen Randall spiking 15N/13C incubation bottles on the stern deck of the R/V Questuary
Unpublished, Undergraduate
Department of Earth and Sciences, UC Santa Cruz (Research) December 2020
Melting Behavior of the Inuppaat Quuat Glacier in Southwest Greenland and Implications for Fjord Biogeochemistry
Biological Oceanography, UC Santa Cruz (Proposal) May 2020
The Effects of Ocean Acidification on Marine Phytoplankton Community Structure and Productivity along Alaskan Coastline
Undergraduate Thesis Seminar, UC Santa Cruz (Research) May 2020
Feedback on the Economic Response of West Coast US Fish Aquaculture Production to Anthropogenic CO2 Forcing
Past Climate Change, UC Santa Cruz (Proposal) March 2020
Methanogenesis in High-Latitude Archaeal Communities as a Driver for Abrupt Changes in Atmospheric Methane Record