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the natural shape of land. She depicts water and the local marine environments showing the interconnectedness of nature. “All of my painting processes act as models of environmental systems and states of flux,” Elise Richman says in her artist statement. “The poured paint dries into forms that evoke the contours of islands, water bodies, and/or fluid dynamics.” Richman is Associate Professor of Art at the University of Puget Sound. She has exhibited at the Center on Contemporary Art in Seattle
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. Participating students will interact closely with faculty and graduate student mentors to develop and advance research projects revolving around oceanographic data analysis. Students will attend overview lectures on fundamental problems in different oceanography fields, including physical, biological, and chemical oceanography as well as marine geology and geophysics. They will gain a basic understanding and hands-on experience in data science techniques, including time series analysis and machine learning
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. Participating students will interact closely with faculty and graduate student mentors to develop and advance research projects revolving around oceanographic data analysis. Students will attend overview lectures on fundamental problems in different oceanography fields, including physical, biological, and chemical oceanography as well as marine geology and geophysics. They will gain a basic understanding and hands-on experience in data science techniques, including time series analysis and machine learning
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Lathiena Nervo Assistant Professor of Biology she/her/hers Phone: 253-535-7376 Email: lnervo@plu.edu Office Location: Rieke Science Center - 148 Curriculum Vitae: View my CV Professional Biography Education Ph.D., Developmental Biology, University of Maryland - Baltimore County, 2015 B.S., Biological Sciences, University of Maryland - Baltimore County, 2004 Selected Presentations Manning,L.A., Ronk,H., Sewell, M.,Peifer, M., The scaffold protein Canoe and ZO1/Polychaetoid work together to
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Potential Marine Iron Fertilization from Pacific Ocean Volcanic Systems Isabel LaRue This project researched which volcanic arcs along the Pacific Ocean have the potential to induce marine primary productivity through iron (Fe) fertilization. To do so, published datasets of volcanic geochemical composition, ash deposition rates, and ocean Fe-limited zones were compiled and analyzed to assess the potential for iron fertilization. Arcs along the coast of Alaska and Asia were determined to have the highest
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Jerrold Lerum Professor Emeritus of Biology Website: https://www.plu.edu/biology/jerrold-lerum/ Professional Education Ph.D, Biological Science, Northwestern University, 1973 M.S, Zoology, University of Wisconsin, 1965 B.A., Biology and Chemistry, Luther College, 1963 Areas of Emphasis or Expertise Reproductive Biology
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Sciences biochemistry,chemical engineering,pre-med,science,natural,stem,doctor,scientist,research,direct transfer agreement,transfer friendly,direct transfer,transfer,aa,dta,aa-dta,as-t Biology Biology Program Details major & minor Undergraduate College of Natural Sciences pre-med,science,stem,marine,doctor,scientist,medical,transfer friendly,transfer,direct transfer,dta,aa-dta,as-t,aa-dta,direct transfer agreement Art & Design Art & Design Program Details major & minor Undergraduate College of
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systems. Much of my past research has focused on interactions between herbivores and algae in marine systems. This has included studies of geographical gradients of herbivorous fish diversity and how temperature effects on physiology may play a role in driving this pattern and the effects of fisheries and disease on sea urchins and kelp forest ecology. My current research projects include studies of the community ecology of rocky shores of Puget Sound, disease ecology of sea urchins, and larval
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Rieke Science Center and Morken Center By Matthew Salzano ’18PLU Marketing & Communications TACOMA, Wash. (March 20, 2015)—Just as spring springs, a new building has begun to peek out from the soil in lower campus: Pacific Lutheran University’s new greenhouse is starting to grow.The 1,700-square-foot, stand-alone Carol Sheffels Quigg Greenhouse is expected to open early to mid-August, with a formal dedication in September 2015. “It’s going to be a wonderful addition to the biology program at PLU by
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Tom Carlson Professor Emeritus of Biology Professional Education Ph.D., Zoology, University of Minnesota, 1976 B.A., Biology, Carleton College, 1966 Areas of Emphasis or Expertise Developmental Biology
Area of Emphasis/Expertise
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