Spurr - Samples

SAMPLES

Sample has geochemical data available

Sample ID	Date Sampled	Reference
01KW-CP4-3	2001-08-10	[1]
01KW-CP4-4	2001-08-10	[1]
01KW-CP4-5	2001-08-10	[1]
01KW-CP4-9	2001-08-10	[1]
01KW-CP4-10	2001-08-10	[1]
01KW-CP5-4	2001-08-10	[1]
01KW-CP5-5	2001-08-10	[1]
01KW-CP5-8	2001-08-10	[1]
01KW-CP4-9-A	2001-08-10	[1]
01KW-CP4-9-B	2001-08-10	[1]
01KW-CP4-10-A	2001-08-10	[1]
01KW-CP4-10-B	2001-08-10	[1]
01KW-CP5-4-A	2001-08-10	[1]
01KW-CP5-4-B	2001-08-10	[1]
01KW-CP5-4-C	2001-08-10	[1]
01KW-CP5-5-A	2001-08-10	[1]
01KW-CP5-5-B	2001-08-10	[1]
01KW-CP5-8-A	2001-08-10	[1]
01KW-CP5-8-B	2001-08-10	[1]
01KW-CP1-G3-14	2001-08-06	[1]
01KW-CP1-G3-18	2001-08-06	[1]
01KW-CP1-G3-19	2001-08-06	[1]
01KW-CP1-G1-7b	2001-07-02	[1]
01KW-CP1-G1-7c	2001-07-02	[1]
920926-6	1992-09-26	[2]
920926-8	1992-09-26	[3]
920924-3	1992-09-24	[2]
92AMm113C	1992-09-03	[2]
NS(2)92-18	1992-09-03	[3]
92AMm101	1992-08-21	[2]
92AMm102GS	1992-08-21	[2]
92AMm111A-1	1992-08-21	[2]
92AMm111A-3	1992-08-21	[2]
92AMm111B	1992-08-21	[2]
92JBS01	1992-07-06	[2]
92JBS02	1992-07-06	[3]
92JBS03	1992-07-06	[2]
92AMm120A	1992-01-01	[2]
92AMm120B	1992-01-01	[2]
92JBS04A	1992-01-01	[2]
92JBS04B1	1992-01-01	[2]
92JBS04B2	1992-01-01	[2]
92JBS04B3	1992-01-01	[2]
92CNS03B	1992-01-01	[2]
902MHS-12	1992-01-01	[2]
SPRS1	1985-08-01	[4] [5]
SPRS2	1985-08-01	[4] [5]
SPRS3	1985-08-01	[4] [5]
SPRS4	1985-08-01	[4] [5]
85CNS01	1985-01-01	[4] [5]
85CNS03	1985-01-01	[4] [5]
85CNS04	1985-01-01	[6] [5]
85CNS05	1985-01-01	[4] [5]
85CNS06	1985-01-01	[4] [5]
85CNS07	1985-01-01	[4] [5]
85CNS08	1985-01-01	[4] [5]
85CNS09	1985-01-01	[4] [5]
85CNS10	1985-01-01	[4] [5]
85CNS11	1985-01-01	[4] [5]
85CNS12	1985-01-01	[4] [5]
85CNS13	1985-01-01	[4] [5]
85CNS14	1985-01-01	[4] [5]
85CNS15	1985-01-01	[4] [5]
85CNS16	1985-01-01	[4] [5]
85CNS17	1985-01-01	[4] [5]
85CNS18	1985-01-01	[4] [5]
85CNS19	1985-01-01	[4] [5]
85CNS20	1985-01-01	[4] [5]
85CNS21	1985-01-01	[4] [5]
85CNS22	1985-01-01	[4] [5]
85CNS23	1985-01-01	[4] [5]
85CNS24	1985-01-01	[4] [5]
85CNS25	1985-01-01	[4] [5]
85CNS26	1985-01-01	[4] [5]
85CNS27	1985-01-01	[4] [5]
85CNS28	1985-01-01	[4] [5]
85CNS29	1985-01-01	[4] [5]
85CNS30	1985-01-01	[4] [5]
85CNS31	1985-01-01	[4] [5]
85CNS32	1985-01-01	[4] [5]
85CNS34	1985-01-01	[4] [5]
85CNS35	1985-01-01	[4] [5]
85CNS33	1985-01-01	[4] [5]
85CNS36	1985-01-01	[4] [5]
85CNS37	1985-01-01	[4] [5]
85CNS38	1985-01-01	[4] [5]
85CNS39	1985-01-01	[4] [5]
85CNS40	1985-01-01	[4] [5]
85CNS41	1985-01-01	[4] [5]
85CNS42	1985-01-01	[4] [5]
85CNS43	1985-01-01	[4] [5]
85CNS44	1985-01-01	[4] [5]
85CNS45	1985-01-01	[4] [5]
85CNS46	1985-01-01	[4] [5]
85CNS47	1985-01-01	[4] [5]
85CNS48	1985-01-01	[4] [5]
85CNS49	1985-01-01	[4] [5]
85CNS50	1985-01-01	[4] [5]
85CNS51	1985-01-01	[4] [5]
85CNS52	1985-01-01	[4] [5]
85CNS53	1985-01-01	[4] [5]
85CNS54	1985-01-01	[4] [5]
85CNS55	1985-01-01	[4] [5]
85CNS56	1985-01-01	[4] [5]
85CNS57	1985-01-01	[4] [5]
85CNS58	1985-01-01	[4] [5]
85CNS59	1985-01-01	[4] [5]
85CNS60	1985-01-01	[4] [5]
85CNS61	1985-01-01	[4] [5]
85CNS62	1985-01-01	[4] [5]
85CNS13b	1985-01-01	[4]
85CNS51b	1985-01-01	[4]
85CNS27f	1985-01-01	[4]
85CNS06f	1985-01-01	[4]
85CNS41n	1985-01-01	[4]
85CNS55b	1985-01-01	[4]
PF-54	1985-01-01	[4]
Stop35		[2]
92JBS03A		[2]
92AMm129a		[2]
13-J		[7]
13-D		[7]
14-G		[7]
14-H		[7]
14-K		[7]
15-A		[7]
15-C		[7]
16-C1		[7]
16-C2		[7]
18-B		[7]
18-E		[7]
18-F		[7]
18-G		[7]
19-C		[7]
20-D		[7]
20-E		[7]
20-H		[7]
JB-4A_NC		[8]
JB-4B1_NC		[8]
JB-4B2_NC		[8]
JB-4B2_LTBRN		[8]
JB-4B3_NC		[8]
JB-4B3_BRN		[8]
01KW-CP1-G1-1		[1]
01KW-CP1-G1-2		[1]
01KW-CP1-G1-5		[1]
01KW-CP1-G1-C8		[1]
01KW-CP4-8		[1]
01KW-CP4-11		[1]
01KW-CP1-G3-2		[1]
01KW-CP1-G1-6a		[1]
01KW-CP1-G1-6b		[1]
01KW-CP1-G1-7a		[1]
01KW-CP4-6		[1]
01KW-CP4-7		[1]
01KW-CP1-G3-1		[1]
01KW-CP1-G3-3		[1]
01KW-CP1-G3-8		[1]
01KW-CP1-G3-12		[1]
01KW-CP1-G3-4		[1]
01KW-CP1-G3-5		[1]
01KW-CP1-G3-7		[1]
01KW-CP1-G3-10		[1]
01KW-CP1-G3-11		[1]
01KW-CP1-G3-15		[1]
01KW-CP1-G3-22		[1]
01KW-CP2-1		[1]
01KW-CP1-G3-2-A		[1]
01KW-CP1-G3-2-B		[1]
01KW-CP1-G3-16		[1]
01KW-CP1-G3-17		[1]
01KW-CP1-G3-1a		[1]
01KW-CP1-G3-1b		[1]
01KW-CP1-G3-1c		[1]
01KW-CP2-1-A		[1]
01KW-CP2-1-B		[1]
01KW-CP5-3		[1]
01KW-CP5-2		[1]
01KW-CP5-6		[1]
01KW-CP5-7		[1]
01KW-CP1-G3-5-A		[1]
01KW-CP1-G3-5-B		[1]
01KW-CP1-G3-7-A		[1]
01KW-CP1-G3-7-B		[1]
01KW-CP1-G3-10-A		[1]
01KW-CP1-G3-10-B		[1]
01KW-CP1-G3-15-A		[1]
01KW-CP1-G3-15-B		[1]
01KW-CP1-G3-16-A		[1]
01KW-CP1-G3-16-B		[1]
01KW-CP1-G3-1a-A		[1]
01KW-CP1-G3-1b-A		[1]
01KW-CP1-G3-1b-B		[1]
01KW-CP1-G3-1b-C		[1]
01KW-CP1-G3-1c-A		[1]
01KW-CP1-G3-1c-B		[1]
01KW-CP5-3-A		[1]
01KW-CP5-3-B		[1]
01KW-CP5-3-C		[1]
01KW-CP5-2-A		[1] [9]
01KW-CP5-2-B		[1]
01KW-CP5-6-A		[1]
01KW-CP5-6-B		[1]
01KW-CP5-7-A		[1]
01KW-CP5-7-B		[1]

REFERENCES

^[1] Characterization and discrimination of Holocene tephra-fall deposits, Mount Spurr volcano, Alaska, 2003

Wallace, K. L., 2003, Characterization and discrimination of Holocene tephra-fall deposits, Mount Spurr volcano, Alaska: Northern Arizona University unpublished M.S. thesis, 169 p.

full-text pdf : 256mb

^[2] Preliminary petrology and chemistry of proximal eruptive products: 1992 eruptions of Crater Peak, Mount Spurr volcano, Alaska, 1995

Harbin, M. L., Swanson, S. E., Nye, C. J., and Miller, T. P., 1995, Preliminary petrology and chemistry of proximal eruptive products: 1992 eruptions of Crater Peak, Mount Spurr volcano, Alaska: in Keith, T. E. C., (ed.), The 1992 eruptions of Crater Peak Vent, Mount Spurr volcano, Alaska, U.S. Geological Survey Bulletin 2139, p. 139-148.

full-text PDF : 299 KB

^[3] Whole-rock major- and trace-element chemistry of 1992 ejecta from Crater Peak, Mount Spurr volcano, Alaska, 1995

Nye, C. J., Harbin, M. L., Miller, T. P., Swanson, S. E., and Neal, C. A., 1995, Whole-rock major- and trace-element chemistry of 1992 ejecta from Crater Peak, Mount Spurr volcano, Alaska: in Keith, T. E. C., (ed.), The 1992 eruptions of Crater Peak Vent, Mount Spurr volcano, Alaska, U.S. Geological Survey Bulletin 2139, p. 119-128.

full-text PDF : 503 KB

^[4] Petrology, geochemistry, and age of the Spurr volcanic complex, eastern Aleutian arc, 1990

Nye, C. J., and Turner, D. L., 1990, Petrology, geochemistry, and age of the Spurr volcanic complex, eastern Aleutian arc: Bulletin of Volcanology, v. 52, n. 3, p. 205-226.

^[5] Geochemistry of some Quaternary lavas from the Aleutian Arc and Mt. Wrangell, 2018

Nye, C.J., Beget, J.E., Layer, P.W., Mangan, M.T., McConnell, V.S., McGimsey, R.G., Miller, T.P., Moore, R.B., and Stelling, P.L., 2018, Geochemistry of some quaternary lavas from the Aleutian Arc and Mt. Wrangell: Alaska Division of Geological & Geophysical Surveys Raw Data File 2018-1, 29 p. http://doi.org/10.14509/29843

http://dx.doi.org/http://doi.org/10.14509/29843

publication on DGGS website.

^[6] Geothermal energy resource investigations at Mt. Spurr, Alaska, 1986

Turner, D.L., and Wescott. E.M. (eds.), 1986, Geothermal energy resource investigations at Mt. Spurr, Alaska: University of Alaska Fairbanks Geophysical Institute Report UAG-R 308, 98 p., 5 plates, scale 1:2,860 and 1:6,250.

full-text PDF : 9.33 MB

plate 1-1 : 9.6 MB

plate 5-1 : 4.91 MB

plate 5-2 : 5.71 MB

plate 6-1 : 47.1 MB

^[7] A reconnaissance of the major Holocene tephra deposits in the upper Cook Inlet region, Alaska, 1985

Riehle, J. R., 1985, A reconnaissance of the major Holocene tephra deposits in the upper Cook Inlet region, Alaska: Journal of Volcanology and Geothermal Research, v. 26, n. 1-2, p. 37-74.

^[8] Use of volcanic glass from ash as a monitoring tool: an example from the 1992 eruptions of Crater Peak, Mount Spurr volcano, Alaska, 1995

Swanson, S. E., Harbin, M. L., and Riehle, J. R., 1995, Use of volcanic glass from ash as a monitoring tool: an example from the 1992 eruptions of Crater Peak, Mount Spurr volcano, Alaska: in Keith, T. E. C., (ed.), The 1992 eruptions of Crater Peak Vent, Mount Spurr volcano, Alaska, U.S. Geological Survey Bulletin 2139, p. 129-137.

full-text PDF : 233 KB

^[9] Early and late Holocene glacial fluctuations and tephrostratigraphy, Cabin Lake, Alaska, 2013

Zander, P.D., Kaufman, D.S., Kuehn, S.C., Wallace, K.L., and Anderson, R.S., 2013, Early and late Holocene glacial fluctuations and tephrostratigraphy, Cabin Lake, Alaska: Journal of Quaternary Science, v. 28, n. 8, p. 761-771, doi:10.1002/jqs.2671 .

http://dx.doi.org/10.1002/jqs.2671

Spurr samples