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Full-Text Articles in Physical Sciences and Mathematics
Assessing The Feasibility Of Small Hydropower In Northern California, Andrea Peterson
Assessing The Feasibility Of Small Hydropower In Northern California, Andrea Peterson
Masters Theses, 2010-2019
Small hydropower is an underutilized form of clean energy generation. In order for any potential for small hydropower to be developed or utilized, the amount of potential power needs to be estimated accurately. A number of studies have been conducted, though none of these studies have taken local climate into account, which affects the accuracy of their results. A number of places in Northern California have potential that has not yet been utilized, but a more accurate assessment of that potential is called for. Although studies can be conducted through a number of different methodologies, most use GIS technology to …
Slides: Survey Of State Sampling And Monitoring Rules, Kathryn Mutz, Josh Kruger
Slides: Survey Of State Sampling And Monitoring Rules, Kathryn Mutz, Josh Kruger
Monitoring and Protecting Groundwater During Oil and Gas Development (November 26)
Presenters: Kathryn Mutz and Josh Kruger, Natural Resources Law Center, University of Colorado Law School
7 slides
The Invasion Of California Grasslands: Past, Present, And Future Implications, Danielle Simone Caziarc
The Invasion Of California Grasslands: Past, Present, And Future Implications, Danielle Simone Caziarc
Social Sciences
No abstract provided.
The Full Cost Of Renewables: Managing Wind Integration Costs In California, William Savage
The Full Cost Of Renewables: Managing Wind Integration Costs In California, William Savage
Pomona Senior Theses
Wind power will be an important component of California's aggressive strategies to meet its greenhouse gas reduction targets by the year 2020. However, the costs of integrating wind power's variable and uncertain output are often ignored. I argue that California must take prudent action to understand, minimize, and allocate wind integration costs. A review of numerous studies suggests that for wind penetration levels below 20%, integration costs should remain modest. However, costs are heavily dependent on market structure, and I suggest numerous ways that California can optimize its market design to manage wind integration costs.
The John Muir Newsletter, Spring/Summer 2012, The John Muir Center
The John Muir Newsletter, Spring/Summer 2012, The John Muir Center
Muir Center Newsletters, 1981-2015
Page 1 transcription missing
PAGE 2 'Women as History-Makers In California" Symposium The 59th California History Institute was held this past March at University of the Pacific. This year's theme was "Women as History-Makers in California." The event was planned and co- organized by Edith Sparks (Senior Associate Dean of the College), Jennifer Hel- gren, Assistant Professor of History, Corrie Martin, Director of the Women's Resource Center, and W. Swa- gerty, Director of the John Muir Center. On Friday, March 23, twenty students and faculty motored to Sacramento to tour the California Museum. Exhibits on "California's Remarkable Women," "Women and …
Sea-Level History During The Last Interglacial Complex On San Nicolas Island, California: Implications For Glacial Isostatic Adjustment Processes, Paleozoogeography And Tectonics, Daniel R. Muhs, Kathleen R. Simmons, R. Randall Schumann, Lindsey T. Groves, Jerry X. Mitrovica, Deanna Laurel
Sea-Level History During The Last Interglacial Complex On San Nicolas Island, California: Implications For Glacial Isostatic Adjustment Processes, Paleozoogeography And Tectonics, Daniel R. Muhs, Kathleen R. Simmons, R. Randall Schumann, Lindsey T. Groves, Jerry X. Mitrovica, Deanna Laurel
United States Geological Survey: Staff Publications
San Nicolas Island, California has one of the best records of fossiliferous Quaternary marine terraces in North America, with at least fourteen terraces rising to an elevation of ~270 m above present-day sea level. In our studies of the lowest terraces, we identified platforms at 38–36 m (terrace 2a), 33–28 m (terrace 2b), and 13–8 m (terrace 1). Uranium-series dating of solitary corals from these terraces yields three clusters of ages: ~120 ka on terrace 2a (marine isotope stage [MIS] 5.5), ~120 and ~100 ka on terrace 2b (MIS 5.5 and 5.3), and ~80 ka (MIS 5.1) on terrace 1.We …