C. Sarah Cohen
San Francisco State University, Biology, Faculty Member
- Biology, Ecology, Evolution, Population Genetics, Marine Science, Conservation Biology, and 20 moreBiodiversity, Environmental Education, Science Communication, Human-wildlife conflicts, Invasive species ecology, Seagrass ecology, Larval ecology of marine invertebrates, Marine Aquatic Invasive Species, Evolution of mating systems, San Francisco Bay, Ascidian Biology, Didemnum, Emerita Analoga, Diet analysis and feeding ecology, Metabarcoding, Invertebrate Zoology, Biological invasions, Invasion Ecology, Invertebrate Biology, and Microsatellitesedit
Research Interests:
The purpose of this study is to analyze trends in environmental conditions in the San Francisco Bay and to determine whether these environmental factors have a significant impact on organismal growth. This study analyzed temperature,... more
The purpose of this study is to analyze trends in environmental conditions in the San Francisco Bay and to determine whether these environmental factors have a significant impact on organismal growth. This study analyzed temperature, salinity, and ocean current data collected from six different field sites located in the central region of the San Francisco Bay throughout July, 2010. This environmental data was compared to organismal growth on recruitment devices at each site. The recruitment devices consisted of two 6”x12” PVC plates and one mesh wrap containing two Tuffy kitchen scrub pads. Settled organisms included native and invasive crustaceans, bryozoans, polychaetes, nudibranchs, and tunicates. Protected field sites in the East Bay experiencing maximum currents between 20-30 cm/s and average temperatures of 18.2-18.4 °C demonstrated the most overall organismal growth. The relationship between variation in salinity and organismal growth is unclear and further study addressing ...