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   https://doi.org/10.1007/978-3-030-22818-7_13  

   Carey, Trevor J. ; Stone, Nicholas ; Bonab, Masoud H. ; Kutter, Bruce L. ( January 2020 , Model Tests and Numerical Simulations of Liquefaction and Lateral Spreading)

   Three centrifuge experiments were performed at the University of California, Davis, for LEAP-UCD-2017. LEAP is a collaborative effort to assess repeatability of centrifuge test results and to provide data for the validation of numerical models used to predict the effects of liquefaction. The model configuration used the same geometry as the LEAP-GWU-2015 exercise: a submerged slope of Ottawa F-65 sand inclined at 5 degrees in a rigid container. This paper focuses on presenting results from the two destructive ground motions from each of the three centrifuge models. The effect of each destructive ground motion is evaluated by accelerometer recordings, pore pressure response, and lateral deformation of the soil surface. New techniques were implemented for measuring liquefaction-induced lateral deformations using five GoPro cameras and GEO-PIV software. The methods for measuring the achieved density of the as-built model are also discussed. 

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2. Impact of aerosols on reservoir inflow: A case study for Big Creek Hydroelectric System in California: Impact of Aerosols on Reservoir Inflow in California

   https://doi.org/10.1002/hyp.13265  

   Kabir, Farzana ; Yu, Nanpeng ; Yao, Weixin ; Wu, Longtao ; Jiang, Jonathan H. ; Gu, Yu ; Su, Hui ( September 2018 , Hydrological Processes)
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4. Locating gaps in the California Current System ocean acidification monitoring network

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   Taylor-Burns, Rae ; Cochran, Courtney ; Ferron, Kelly ; Harris, Madison ; Thomas, Courtney ; Fredston, Alexa ; Kendall, Bruce E ( July 2020 , Science Progress)

   Ocean acidification is a global issue with particular regional significance in the California Current System, where social, economic, and ecological impacts are already occurring. Although ocean acidification is a concern that unifies the entire West Coast region, managing for this phenomenon at a regional scale is complex and further complicated by the large scale and dynamic nature of the region. Currently, data collection relevant to ocean acidification on the West Coast is piecemeal, and cannot capture the primary sources of variability in ocean acidification through time and across the region, hindering collaboration among regional managers. We developed a tool to analyze gaps in the West Coast ocean acidification monitoring network. We describe this tool and discuss how it can enable scientists and marine managers in the California Current System to fill information gaps and better understand and thus respond to ocean acidification through the implementation of management solutions at the local level. 

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