Output Data

32,243 samples found

« Back to search (change the constraints)

Data available for these samples
Major Element25,345 samples
Trace Element20,410 samples
Major, Trace Elements19,102 samples
Isotopes4,738 samples
References964

Create a Text File for viewing data

The text file can be downloaded and opened in a spreadsheet application (comma separated or tab delimited, you choose which data groups to include). All data files include Sample ID, References, Age, and Location.

Text File References References: all 964 references as a text file

Maps

Plots

Plot Harker Diagrams TAS, Harker, x vs y, AFM, REE and age plots
Top references (by number of samples)
  1. Warren, R. G., D. A. Sawyer, F. M. Byers, Jr., and G. L. Cole (2000) A petrographic/geochemical database and stratigraphic framework for the southwestern Nevada volcanic field, Los Alamos National Laboratory Report LA-UR-00-3791. (1,391 samples)
  2. John D. Kauffman (2004) Major Oxide and Trace Element Analyses for Volcanic Rock Samples From Idaho From 1978 Through 2003. Idaho Geological Survey DAD-1 (1,363 samples)
  3. Ferguson, John F; Cogbill, Allen H; Warren, Richard G (1994) A geophysical-geological transect of the Silent Canyon caldera complex, Pahute Mesa, Nevada. Journal of Geophysical Research, vol.99, no.B3, pp.4323-4339, 10 Mar 1994 (746 samples)
  4. Clynne, M.A., Muffler, L.J.P., Siems, D.F., Taggert Jr., J.E., Bruggman, P. (2008) Major and EDXRF trace element chemical analyses of volcanic rocks from Lassen Volcanic National Park and vicinity, California. Open-File Report - U. S. Geological Survey. 2008. Report # OF. 2008-1091 (653 samples)
  5. Donnelly-Nolan, Julie M. Chemical analyses of pre-Holocene rocks from Medicine Lake Volcano and vicinity, northern California. USGS Open File Report (613 samples)
  6. Muffler, L J Patrick (prefacer) (1990) Stratigraphic, lithologic, and major element geochemical constraintson magmatic evolution at Lassen volcanic center, California. Journal of Geophysical Research, vol.95, no.B12, pp.19,651-19,669, 10Nov 1990 (603 samples)
  7. Reidel, S P; Valenta, M M (2005) Preliminary Chemistry, Petrology, and Paleomagnetic Data for the Sentinel Bluffs Member, Columbia River Basalt Group. (511 samples)
  8. Hildreth, Wes; Fierstein, Judy; Lanphere, Marvin (2003) Eruptive history and geochronology of the Mount Baker volcanic field, Washington. Geological Society of America Bulletin, vol.115, no.6, pp.729-764, Jun 2003 (492 samples)
  9. Condit, Christopher D (1995) DDM-SVF; a prototype dynamic digital map of the Springerville volcanic field, Arizona. GSA Today, vol.5, no.4, pp.69, 87-88, Apr 1995 (487 samples)
  10. Ferns, Mark L; McConnell, Vicki S; Madin, Ian P; Johnson, Jenda A (2006) Geology of the upper Grande Ronde River basin, Union County, Oregon. Open File Report - State of Oregon, Department of Geology and Mineral Industries. 2006. (410 samples)

HTML Table

Sample Rock name Type State / province ↓ Latitude Longitude Age (Ma) SiO2 Reference
93-TO-A24 Andesite Volcanic Washington 46.3828 -122.536 19 57.65 Smith
93-TO-A27 Andesite Volcanic Washington 46.3936 -122.501 19 53.14 Smith
SH255-1 Dacite Plutonic Washington 46.15 -122.283 14 68.31 Smith
SH185-1 Basaltic-andesite Volcanic Washington 46.0708 -122.142 14 52.12 Smith
SH119-1 Granodiorite Plutonic Washington 46.325 -122.2 21 59.86 Smith
SH228-1 Granodiorite Plutonic Washington 46.3667 -122.1 21 63.93 Smith
S76-D3-N38 Granodiorite Plutonic Washington 46.35 -122.067 21 59.85 Smith
VF82W-422 Andesite Volcanic Washington 47.1317 -121.812 25 61.73 Smith
RWT188-82 Rhyolite Volcanic Washington 47.0517 -121.745 22 72.92 Smith
DB-82-755 Andesite Volcanic Washington 47.0367 -121.392 25 59.29 Smith
KO-82-54A Volcanic Washington 47.1317 -121.902 25 70.78 Smith
KO-82-50 Rhyolite Volcanic Washington 47.1033 -121.697 14 74.1 Smith
DB-82-741 Tuff Volcanic Washington 47.0317 -121.302 25 61 Smith
RWT-239-82 Andesite Volcanic Washington 47.065 -121.375 25 61.02 Smith
85FB-V08 Andesite Volcanic Washington 46.35 -121.967 14 56.37 Smith
86CG-V122 Basalt Volcanic Washington 46.1 -122.35 14 49.02 Smith
86CG-V127 Basalt Volcanic Washington 46.0667 -122.333 14 50.69 Smith
DS86-152 Basaltic-andesite Volcanic Washington 46.3481 -121.874 19 54.63 Smith
DS86-153 Basaltic-andesite Volcanic Washington 46.3461 -121.872 19 54.2 Smith
DS85-51 Dacite Plutonic Washington 46.2989 -121.837 19 64.32 Smith
DS86-73 Dacite Volcanic Washington 46.3842 -121.961 19 69.16 Smith
DS85-69 Andesite Volcanic Washington 46.2772 -121.851 19 60.01 Smith
DS87-182 Basaltic-andesite Volcanic Washington 46.5233 -121.94 19 54.64 Smith
DS87-185 Basaltic-andesite Volcanic Washington 46.5219 -121.88 19 54.61 Smith
DS87-206 Dacite Volcanic Washington 46.5172 -121.921 19 66.23 Smith
DS87-208 Plutonic Washington 46.5142 -121.889 19 51.75 Smith
DS87-209 Basaltic-andesite Plutonic Washington 46.5078 -121.887 19 56.59 Smith
DS88-65 Andesite Plutonic Washington 46.2758 -121.898 19 65.25 Smith
DS88-67 Dacite Volcanic Washington 46.2717 -121.922 19 69.32 Smith
DS88-69 Dacite Plutonic Washington 46.2828 -121.893 19 70.4 Smith
DS88-70 Dacite Plutonic Washington 46.2819 -121.894 19 52.46 Smith
DS88-72 Andesite Volcanic Washington 46.2683 -121.984 19 59.17 Smith
DS88-75 Andesite Volcanic Washington 46.28 -121.99 19 59.74 Smith
DS88-76 Dacite Volcanic Washington 46.2883 -121.992 19 82.91 Smith
DS88-77 Dacite Volcanic Washington 46.2519 -121.991 19 63.11 Smith
DS88-80 Rhyolite Volcanic Washington 46.2536 -121.987 19 73.13 Smith
DS88-13 Dacite Plutonic Washington 46.5072 -121.857 19 63.45 Smith
DS88-21 Andesite Volcanic Washington 46.5114 -121.845 19 61.04 Smith
DS88-22 Basaltic-andesite Volcanic Washington 46.51 -121.85 19 54.89 Smith
DS88-23 Gabbro Plutonic Washington 46.5075 -121.851 19 52.05 Smith
DS88-33 Rhyolite Volcanic Washington 46.2622 -121.994 19 76.04 Smith
DS88-36 Basaltic-andesite Volcanic Washington 46.5011 -121.768 19 52.91 Smith
DS88-37 Andesite Volcanic Washington 46.5008 -121.765 19 59.54 Smith
DS88-39 Dacite Volcanic Washington 46.5039 -121.817 19 70.5 Smith
DS88-40 Rhyolite Volcanic Washington 46.505 -121.828 19 72.93 Smith
DS88-51 Dacite Volcanic Washington 46.2842 -121.923 19 64.55 Smith
DS88-52 Rhyolite Volcanic Washington 46.2872 -121.92 19 74.76 Smith
DS88-53 Dacite Volcanic Washington 46.3125 -121.915 19 65.64 Smith
DS88-54 Basaltic-andesite Volcanic Washington 46.2839 -121.942 19 54.59 Smith
DS88-55 Diorite Plutonic Washington 46.2564 -121.962 19 56.77 Smith
DS88-59 Dacite Volcanic Washington 46.2553 -121.958 19 76.22 Smith
DS88-60 Basaltic-andesite Volcanic Washington 46.2672 -121.908 19 56.22 Smith
DS88-61 Rhyolite Volcanic Washington 46.2508 -121.918 19 76.21 Smith
DS88-63 Andesite Volcanic Washington 46.2642 -121.899 19 59.81 Smith
DS88-64 Basaltic-andesite Volcanic Washington 46.2708 -121.901 19 55.87 Smith
DS90-54 Rhyolite Volcanic Washington 46.26 -121.893 19 71.88 Smith
DS90-55 Rhyolite Volcanic Washington 46.2519 -121.876 19 72.51 Smith
DS90-072 Andesite Plutonic Washington 46.3281 -121.824 19 58.88 Smith
DS90-095 Diorite Plutonic Washington 46.2617 -121.848 19 52.67 Smith
DS91-79 Diorite Plutonic Washington 46.3578 -121.799 19 63.09 Smith
DS91-96 Diorite Plutonic Washington 46.3383 -121.797 19 62.88 Smith
DS91-98 Diorite Plutonic Washington 46.3317 -121.789 19 63.69 Smith
DS91-100 Diorite Plutonic Washington 46.3611 -121.792 19 66.28 Smith
DS91-101 Diorite Plutonic Washington 46.3578 -121.769 19 65.36 Smith
DS91-105 Diorite Plutonic Washington 46.2703 -121.847 19 62.66 Smith
DS91-106 Diorite Plutonic Washington 46.28 -121.84 19 65.03 Smith
DS91-112 Diorite Volcanic Washington 46.6864 -121.46 19 64.36 Smith
DS91-47 Pyroclastic-fall Volcanic Washington 46.4653 -121.636 19 73.61 Smith
541-108-5 Andesite Plutonic Washington 47.375 -122.125 24 58.5 Smith
HC-47 Not-given Plutonic Washington 48.8792 -121.522 3.72 54.72 Tucker et al. 2007
HC-49 Not-given Plutonic Washington 48.8792 -121.526 3.72 55.95 Tucker et al. 2007
HC-65 Andesite Volcanic Washington 48.8788 -121.528 2.4 59.19 Tucker et al. 2007
HC-18 Not-given Plutonic Washington 48.8786 -121.524 3.72 59.36 Tucker et al. 2007
HC-123 Monzonite Plutonic Washington 48.8516 -121.533 2.2 59.87 Tucker et al. 2007
HC-48 Not-given Plutonic Washington 48.8802 -121.521 3.72 59.91 Tucker et al. 2007
HC-135 Not-given Plutonic Washington 48.8258 -121.521 3.72 60.37 Tucker et al. 2007
HC-88 Andesite Volcanic Washington 48.8648 -121.497 2.47 62.31 Tucker et al. 2007
HC-115 Not-given Plutonic Washington 48.8838 -121.502 3.72 65.05 Tucker et al. 2007
HC-17 Not-given Plutonic Washington 48.8695 -121.528 3.72 67.06 Tucker et al. 2007
HC-124 Monzonite Plutonic Washington 48.8485 -121.534 3.15 67.87 Tucker et al. 2007
HC-140 Rhyodacite Volcanic Washington 48.8568 -121.54 3.55 67.99 Tucker et al. 2007
HC-98 Andesite Volcanic Washington 48.8679 -121.527 3.72 68.67 Tucker et al. 2007
HC-46 Ignimbrite Volcanic Washington 48.8722 -121.531 3.55 72.1 Tucker et al. 2007
HC-31 Not-given Plutonic Washington 48.9048 -121.516 3.72 73 Tucker et al. 2007
HC-57 Ignimbrite Volcanic Washington 48.8958 -121.494 3.722 74.34 Tucker et al. 2007
MB-380 Ignimbrite Volcanic Washington 48.8902 -121.534 3.811 75.2 Tucker et al. 2007
HC-113 Rhyolite Volcanic Washington 48.893 -121.501 3.72 75.51 Tucker et al. 2007
MB-485 Ignimbrite Volcanic Washington 48.8803 -121.529 3.722 79.2 Tucker et al. 2007
s_B-68-2 Volcanic Washington 48.79 -121.82 0.85 Church 1976
s_B-68-13 Volcanic Washington 48.79 -121.82 0.85 Church 1976
s_GP-1 Volcanic Washington 48.12 -121.12 0.85 Church 1976
s_SH-28-1 Volcanic Washington 46.2 -122.2 0.85 Church 1976
s_SM-3 Volcanic Washington 48 -120 0.85 Church 1976
86-032 Basalt Volcanic Washington 46.3078 -121.963 24 50.33 Swanson 1989
86-047 Basalt Volcanic Washington 46.3202 -121.967 24 50.81 Swanson 1989
86-132 Breccia Volcanic Washington 46.3555 -121.912 17 52.56 Swanson 1989
85-012 Andesite Volcanic Washington 46.353 -121.942 17 56.16 Swanson 1989
86-101 Basaltic-andesite Volcanic Washington 46.3592 -121.935 17 56.29 Swanson 1989
85-011 Breccia Volcanic Washington 46.3291 -121.925 17 60.05 Swanson 1989
86-142 Dacite Volcanic Washington 46.3677 -121.888 17 62.18 Swanson 1989