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|IGPP Hyperwall Projection Systems: Revelle Hyperwall and icluster Display Wall||
The Revelle Hyperwall is a 3x2 tile visualization wall (Figure 1) built in-house using six 55" TV's and driven by a single Mac Pro computer (https://www.apple.com/mac-pro/). This Hyperwall, installed in the Revelle 4000 classroom space at IGPP, is used during classes (undergraduate and Graduate students) for large-scale student and professor presentations, and also used for press conferences and special events. The IGPP iCluster Display Wall is an Apple-based solution composed of twelve 30" Cinema Displays driven by 3 PowerMacs (Figure 2). This iCluster project was funded, in part, by the EarthScope (NSF) program's USArray Network Facility and Real-time Observatories, Applications and Data Management Network at Scripps/UCSD, with the collaboration of UCSD's California Institute for Telecommunications and Information Technology. The system uses the Scalable Adaptive Graphics Environment, or SAGE, software designed for the NSF-funded OptIPuter project by the Electronic Visualization Laboratory at the University of Illinois at Chicago.
For Access: firstname.lastname@example.org
|Piñon Flat Observatory (PFO)||
PFO is operated by the Institute of Geophysics and Planetary Physics, and is intended o measure, as accurately as possible, crustal deformation in a tectonically active area, so as to improve our understanding of the earthquake cycle, and so improve estimates of the earthquake hazard throughout southern California. The specific location of PFO was chosen because it was near these faults and because the size of the instruments required a large flat area not covered by alluvium. The flat area (Pinyon Flat) gave the name to the observatory (though we spell the title somewhat differently). The surface material is decomposed granite, grading with depth into unweathered Mesozoic granodiorite. the earthquake cycle, and so improve estimates of the earthquake hazard throughout southern California. Serves as a testing ground for new geophysical instrumentation. Investigators from throughout the world operate instruments at this site. Work at PFO began in 1970, at which time the land was owned by the U.S. Forest Service; it was purchased by the University in 1980 with generous support from Cecil and Ida Green.
|ANZA Seismic Network||
The ANZA seismic network utilizes state-of-the-art broadband and strong motion sensors with real-time telemetry to monitor local and regional seismicity in southern California. The ANZA network provides digital recordings of high-resolution seismic data for earthquakes in the region.
The ANZA seismic network currently consists of twenty-nine operational stations. Most of the stations are located along the San Jacinto fault starting with IWR and RDM towards the top of the map, and TONN and USGCB on the right side of the map. The San Jacinto fault is one of the two most dangerous faults in southern California, the other being the San Andreas Fault. All of the ANZA San Jacinto fault stations are well positioned for earthquake early warning. The remaining ANZA stations provide coverage of the Elsinore fault (SMER, MONP2), San Diego region (SOL, CPE, MTRP), the underserved off-shore region (SCI2), and a public outreach project at Cal State Long Beach (CSLB).
|High Performance Wireless Research & Education Network (HPWREN)||
The HPWREN program creates a large-scale wireless high-performance data network that is being used for interdisciplinary research and education applications, as well as a research test bed for wireless technology systems in general. HPWREN provides wide area wireless internet access throughout southernmost California including San Diego, Imperial, and Riverside counties and the offshore regions. Under UCSD's HPWREN program, research being conducted on building "last kilometer" wireless links and developing networking infrastructure to capture real-time data from multiple types of sensors from seismic networks, hydrological sensors, oceanographic sensors, wildfire cameras, meteorological sensors, as well as data from coastal radar and GPS. Any IP based sensor deployed within line-of-sight of the multiple mountaintop sites are a candidate to utilize HPWREN. Current HPRWEN coverage is shown at http://hpwren.ucsd.edu/Topo/
|Stable Isotope Facility||
The facility includes two stable isotope mass spectrometers (for high precision measurement of3C,15N,18O)and a CHN elemental analyzer. A Thermofinnigan DeltaPlus stable isotope mass spectrometer can be interfaced with either a combustion analyzer or gas bench for DIC/carbonate samples. A ThermoFisherMAT253 mass spectrometer provides comparable analyses with a Kiel IV carbonate device. A Costech 4010 Elemental combustion analyzer is also available for determination of C% and N% of organic and inorganic solid samples.
|Chemical Characterization of Complex Environmental Samples Instrumentation||
GC High Resolution TOF Mass Spectrometer for Chemical Characterization of Complex Environmental Samples. LECO Pegasus HRT with GCxGC capability.
There is no recharge facility and the cost of use would have to be determined after conversations with the interested user (i.e. sample number, likelihood for recurrent use etc).
|XRF Core Scanner - A Revolutionary Tool for Studying the Long-Term Behavior of Ocean Ecosystems and Climate||
XRF Core Scanner. Available to anyone at UCSD and the broader marine sciences community.
There is a recharge system and the schedule is available through the Collections website (https://scripps.ucsd.edu/collections/gc/using-x-rays). The instrument is scheduled and operated by the SIO Geological Collections manager (Alexandra Hangsterfer) on a re-charge basis.
|Isotope Ratio Mass Spectrometer for Water and Organic Applications||
Isotope Ratio Mass Spectrometer with EA and Gas Bench
Contact for use cost.
SIO Staff Shop is well equipped with the following equipment: Lathes: One mid-size engine lathe, one Hardinge 'toolmaker's' lathe, one tabletop 'hobby' lathe.
Contact for use cost.
|Rock Powdering Instrumentation||
Research purposed rock powdering instrumentation lab that houses a SPEX alumina ceramic grinder, and a couple of SPEX alumina ceramic ball mills; both the grinder and ball mills are used for powdering dry geologic specimens. It also has an alumina ceramic jaw crusher and a tungsten carbide jaw crushers - for crushing chunks of dry geologic specimens; crushed specimens can then be fed to the SPEX instruments for powdering. Limited to SIO personnel after proper training and supervision.
For large amount (or number) of samples, potential users are required to bring their own alumina ceramic grinding canisters, which are parts of the SPEX instruments. They are brittle and break easily, and are expensive.