Date File Created	Name of Creator
5/1/2006	Rich Gaschnig
GeoRef Data	2005-033637
DN	GeoRef
TI	Origin and evolution of the western Snake River plain; implicationsfrom stratigraphy, faulting, and the geochemistry of basalts nearMountain Home, Idaho
AU	Shervais, John W; Shroff, Gaurav; Vetter, Scott K; Matthews, Scott;Hanan, Barry B; McGee, James J
AF	Utah State University, Department of Geology, Logan, UT, United StatesUSA
AF	University of South Carolina, United States USA; Centenary College,United States USA; San Diego State University, United States USA
MT	Tectonic and magmatic evolution of the Snake River Plain volcanicprovince
ED	Bonnichsen, Bill; White, Craig M; McCurry, Michael
AF	Idaho Geological Survey, Moscow, ID, United States USA
SO	Bulletin - Idaho Geological Survey, Report: 30, pp.343-361, May 2004
CD	#06513
IB	1557650292
RP	30
LA	English
FE	References: 75; illus. incl. sects., 1 table, geol. sketch maps
PY	2004
PT	Serial; Report; Analytic
CP	United States USA
FC	Compact disc
LL	Latitude:N430000,N431500 Longitude:W1153000,W1160000
DE	areal geology; basalts; Cenozoic; chemical composition; Elmore CountyIdaho; faults; geochemistry; grabens; Idaho; igneous rocks;lithostratigraphy; mantle; mantle plumes; Mountain Home Idaho; SnakeRiver plain; stratigraphic units; systems; United States; volcanicrocks; volcanism; Yellowstone Hot Spot
CL	13, Areal geology
CY	GeoRef, Copyright 2005, American Geological Institute.
UD	200512
AN	2005-033637
Sample Data
Item	SiO2	TiO2	Al2O3	FeOT	MnO	MgO	CaO	Na2O	K2O	P2O5	Total	Nb	Zr	Y	Sr	Rb	Zn	Cu	Ni	Cr	Sc	V	Ba	LatDD	LongDD	Loc_prec	Location_Name	Volcanic_Field	Location_Quad	Rock_Class	Rock_Type	Age	Max_age	Min_age	Material	State
Units	wt %	wt %	wt %	wt %	wt %	wt %	wt %	wt %	wt %	wt %	wt %	ppm	ppm	ppm	ppm	ppm	ppm	ppm	ppm	ppm	ppm	ppm	ppm	DD	DD							Ma	Ma	Ma
Method	1	1	1	1	1	1	1	1	1	1	1	2	2	2	2	2	2	2	2	2	2	2	2	3	3							4	4	4
Sample Name
96SRP-21-2	46.1	3.03	13.69	13.77	0.24	6.93	12.11	2.34	0.6	0.58	99.38	19	276	43	316	14	136	46	62	182	36	349	470	43.078617	-115.597217	0.0001		basalt of the Borrow Pit	Reverse 7.5	basalt	volcanic		2	0.001	whole rock	ID
96SRP-58-2	46.38	3.35	13.9	15.48	0.24	6.79	9.64	2.4	0.57	0.63	99.39	20	278	42	315	7	145	31	61	181	33	333	441	43.1415	-115.909933	0.0001		Crater South flow	Cinder Cone Butte 7.5'	basalt	volcanic		2	0.001	whole rock	ID
96SRP-V40	48.49	2.17	17.37	11.99	0.18	5.79	10.46	2.68	0.43	0.74	100.29	32	355	48	338	2	147	42	72	196	33	303	501	43.201817	-115.765833	0.0001		basalt of Lockman Butte	Crater Rings 7.5'	basalt	volcanic		2	0.001	whole rock	ID
96SRP-9	46.46	3.17	13.91	14.44	0.19	6.72	10.67	2.35	0.58	0.68	99.18													43.13245	-115.625117	0.0001		Radio Tower basalt	Mountain Home North 7.5'	basalt	volcanic		2	0.001	whole rock	ID
96SRP-27	47.39	3.24	13.93	14.43	0.19	6.64	9.8	2.41	0.64	0.53	99.2	19	263	42	325	11	144	52	80	209	30	328	454	43.1866	-115.6057	0.0001		Teapot basalt	Teapot Dome 7.5'	basalt	volcanic		2	0.001	whole rock	ID
96SRP-12	47.17	2.58	13.21	13.11	0.21	6.46	12.76	2.23	0.7	0.51	98.94	17	260	39	320	13	134	48	74	199	33	298	514	43.0574	-115.532433	0.0001			Reverse 7.5'	basalt	volcanic		2	0.001	whole rock	ID
MH-2538	46.24	4.06	13.87	16.42	0.22	7.18	10.51	1.52	0.26	0.11	100.38	21	297	54	302	4	178	50	93	209				43.0574	-115.839333	0.001	AFB Core, 2538 ft level		Crater Rings SE 7.5'	basalt	volcanic		2	0.001	whole rock	ID
MH-3102	47.09	3.49	14.44	15.04	0.25	6.04	9.96	2.26	0.66	0.66	99.89	31	395	61.5	289.5	15.5	161.5	38	76.5	154				43.0574	-115.839333	0.001	AFB core, 3102 ft level		Crater Rings SE 7.5'	basalt	volcanic		2	0.001	whole rock	ID
MH-4103	46.19	4.48	13.79	17.75	0.23	5.5	11.07	1.09	0.07	0.14	100.32	34	406	70	300	3	175	49	67	134				43.0574	-115.839333	0.001	AFB core, 4103 ft level		Crater Rings SE 7.5'	basalt	volcanic		2	0.001	whole rock	ID
Method Data
1	EMP	57
2	XRF	57
3	TABLE	2005-033637
4	REG_COR	57