Bear Lake, Utah-Idaho Catchment Fluvial Samples Data ----------------------------------------------------------------------- World Data Center for Paleoclimatology, Boulder and NOAA Paleoclimatology Program ----------------------------------------------------------------------- NOTE: PLEASE CITE ORIGINAL REFERENCE WHEN USING THIS DATA!!!!! NAME OF DATA SET: Bear Lake, Utah-Idaho Catchment Fluvial Samples Data LAST UPDATE: 3/2009 (Original receipt by WDC Paleo) CONTRIBUTOR: Joseph Rosenbaum, U. S. Geological Survey, Denver, Colorado IGBP PAGES/WDCA CONTRIBUTION SERIES NUMBER: 2009-027 WDC PALEO CONTRIBUTION SERIES CITATION: Rosenbaum, J.G., et al. 2009. Bear Lake, Utah-Idaho Catchment Fluvial Samples Data. IGBP PAGES/World Data Center for Paleoclimatology Data Contribution Series # 2009-027. NOAA/NCDC Paleoclimatology Program, Boulder CO, USA. ORIGINAL REFERENCES: Rosenbaum, J.G., W.E. Dean, R.L. Reynolds, and M.C. Reheis. 2009. Allogenic sedimentary components of Bear Lake, Utah and Idaho. in Rosenbaum, J.G., and Kaufman, D.S., eds., Paleoenvironments of Bear Lake, Utah and Idaho, and Its Catchment. Geological Society of America, Special Paper 450, p. 145-168, doi: 10.1130/2009.2450(06) ISBN: 9780813724508 Rosenbaum, J.G., and C.W. Heil Jr., 2009. The glacial/deglacial history of sedimentation in Bear Lake, Utah and Idaho. in Rosenbaum, J.G., and Kaufman, D.S., eds., Paleoenvironments of Bear Lake, Utah and Idaho, and Its Catchment. Geological Society of America, Special Paper 450, p. 247-261, doi: 10.1130/2009.2450(11). ISBN: 9780813724508 ABSTRACT (Rosenbaum, et al. 2009): Bear Lake is a long-lived lake filling a tectonic depression between the Bear River Range to the west and the Bear River Plateau to the east, and straddling the border between Utah and Idaho. Mineralogy, elemental geochemistry, and magnetic properties provide information about variations in provenance of allogenic lithic material in last-glacial-age, quartz-rich sediment in Bear Lake. Grain-size data from the siliciclastic fraction of late-glacial to Holocene carbonate-rich sediments provide information about variations in lake level. For the quartz-rich lower unit, which was deposited while the Bear River flowed into and out of the lake, four source areas are recognized on the basis of modern fluvial samples with contrasting properties that reflect differences in bedrock geology and in magnetite content from dust. One of these areas is underlain by hematite-rich Uinta Mountain Group rocks in the headwaters of the Bear River. Although Uinta Mountain Group rocks make up a small fraction of the catchment, hematite- rich material from this area is an important component of the lower unit. This material is interpreted to be glacial flour. Variations in the input of glacial flour are interpreted as having caused quasi-cyclical variations in mineralogical and elemental concentrations, and in magnetic properties within the lower unit. The carbonate-rich younger unit was deposited under conditions similar to those of the modern lake, with the Bear River largely bypassing the lake. For two cores taken in more than 30 m of water, median grain sizes in this unit range from ~6 um to more than 30 um, with the coarsest grain sizes associated with beach or shallow-water deposits. Similar grain-size variations are observed as a function of water depth in the modern lake and provide the basis for interpreting the core grain-size data in terms of lake level. GEOGRAPHIC REGION: Western North America PERIOD OF RECORD: Modern FUNDING SOURCES: U.S. Geological Survey DESCRIPTION: The data are X-ray diffraction results, elemental analyses and magnetic properties for fluvial samples in the Bear Lake catchment and along the course of the Bear River above Bear Lake. For X-ray diffraction, each sample was packed into and aluminum holder and scanned data consist of from 15° to 50° 2Q at 2° 2Q/min using Ni-filtered, Cu-Ka radiation at 45 kv, 30 ma, and peak intensities recorded as counts per second (cps). Results are reported as the peak intensity of the main XRD peak for each mineral. Elemental concentrations were determined by a XRAL Laboratories (Toronto, Canada) using Inductively Coupled Plasma-Atomic Emission Spectrometry following digestion of powdered samples in a combination of hydrochloric, nitric, hydrofluoric, and perchloric acids. The magnetic properties include age, magnetic susceptibility, anhysteretic remanent magnetization (ARM), isothermal remanent magnetization (IRM) acquired in a field of 1.2 Tesla, and IRM acquired in a backfield of 0.3 Tesla. Magnetic susceptibility was measured in a 600 Hertz alternating field with amplitude of about 0.1 milliTesla. ARM was imparted in an alternating field of 0.1 Tesla and a bias field of 0.1 milliTesla. After measurement of ARM, an impulse magnetizer was use to impart IRMs, first in a 1.2 Tesla field and then in the opposite direction in a 0.3 Tesla field. Bear Lake, Utah-Idaho: ~42°N, ~111°W DATA: 1. Bear Lake, Utah-Idaho Catchment Fluvial Chemistry Contributor: J.G. Rosenbaum Location: Fluvial samples from Bear River and Streams in the Bear Lake catchment Measured Parameters: Site# (See Rosenbaum et al.) Lat. is lattitude (degrees, N) Long. is longitude (degrees, W) Grain sizes (samples were seived into 4 size fractions) 2 - 0.42 mm to 2 mm 4- less than 0.53 mm Site type 1 - stream bottom 2 - over bank Elemental concentrations determined by ICP-AES given as % or ppm as indicated ("d" following sample number indicated duplicate analysis) Site# Lat. Long. GrainSize SiteType %Al %Fe %Ca %Mg %Na %K %P %Ti ppmMn ppmAs ppmBa ppmBe ppmCd ppmCo ppmCr ppmCu ppmLa ppmLi ppmNi ppmPb ppmSc ppmSn ppmSr ppmV ppmY ppmZn ppmZr 1 42.20532 19.49387 2 1 1.87 1.01 10.40 5.98 0.11 1.54 0.08 0.11 248 7 118 0.7 2 1 52 9.6 15 13 15 11 1.9 -10 47 19 9 19 42 1 42.20532 19.49387 4 1 2.94 1.21 7.33 4.40 0.43 1.72 0.07 0.18 320 5 292 1.0 -1 3 26 13 27.3 20 10 23 3.4 -10 91 35 15 29 63 7 42.12100 19.42222 2 1 1.93 1.37 10.70 1.74 0.18 0.83 0.07 0.09 223 14 168 0.8 -1 2 84 18.7 17.5 18 16 27 3.3 -10 75 23 16 36 35 7 42.12100 19.42222 4 1 2.86 1.00 7.42 3.21 0.54 1.37 0.05 0.15 172 11 304 0.8 1 1 20 15.2 20.6 22 10 52 3.3 -10 121 29 11 30 45 9 42.03788 19.41640 2 1 3.77 2.04 6.47 3.33 0.07 1.89 0.17 0.18 161 13 187 1.2 -1 5 78 12.2 25.8 23 22 7 4.8 -10 64 37 13 42 47 9 42.03788 19.41640 4 1 3.61 1.36 5.78 2.39 0.46 1.96 0.06 0.19 213 11 345 1.1 1 2 20 26.2 26.7 23 15 117 4.3 122 116 37 15 41 66 11 41.91482 19.40968 2 1 1.04 0.96 1.33 0.38 0.04 0.38 0.03 0.05 526 7 165 -0.5 -1 1 70 14 11.1 13 15 4 1.5 -10 40 17 7 29 25 11 41.91482 19.40968 4 1 3.86 1.74 2.39 0.69 0.57 1.53 0.07 0.27 539 8 471 1.3 -1 2 48 42.8 32.3 29 13 284 5.4 308 131 53 20 68 125 13 41.92482 19.26857 2 1 2.67 1.47 >15 0.80 0.22 1.08 0.07 0.13 483 7 320 0.9 1 4 53 17.1 15.7 26 15 9 4 -10 382 34 11 49 44 13 41.92482 19.26857 4 1 3.94 1.82 9.80 1.05 0.49 1.59 0.09 0.20 457 7 411 1.2 -1 5 40 18.2 23.6 34 15 15 5.9 -10 297 49 16 60 70 15 41.98452 19.25633 2 1 1.62 1.04 10.20 0.52 0.15 0.77 0.05 0.08 307 7 304 -0.5 2 -1 61 11.6 15.4 18 11 7 2.4 -10 194 23 10 27 32 15 41.98452 19.25633 4 1 3.33 1.29 4.55 0.69 0.62 1.49 0.07 0.21 251 -3 456 0.9 -1 -1 20 12.8 25.5 23 9 12 4.3 -10 212 41 15 41 85 17 42.09548 19.24420 2 1 2.57 1.26 >15 0.73 0.33 1.35 0.06 0.12 267 14 278 0.8 1 1 32 13.9 16.3 21 10 10 3.5 -10 601 31 11 45 40 17 42.09548 19.24420 4 1 4.34 1.60 6.55 0.86 0.80 1.84 0.10 0.23 334 3 399 1.1 -1 6 21 21.1 27.4 25 13 15 5.1 -10 303 46 17 60 81 19 42.24873 19.27057 2 1 2.53 1.36 4.96 0.60 0.39 1.08 0.08 0.12 359 11 472 0.8 2 2 48 15.4 17.3 20 12 9 3.4 -10 166 36 12 37 44 19 42.24873 19.27057 4 1 2.56 0.97 4.46 0.62 0.45 1.22 0.08 0.12 293 5 355 0.6 2 3 26 12.5 17.6 12 8 9 2.7 -10 143 31 10 28 43 21 42.13240 19.14030 2 1 3.16 1.54 5.30 0.76 0.47 1.31 0.09 0.15 417 9 374 0.9 1 2 44 20.6 18.8 21 17 13 4.3 -10 191 39 14 48 55 21 42.13240 19.14030 4 1 3.65 1.30 5.24 0.91 0.62 1.47 0.11 0.18 337 5 372 0.9 2 4 19 11.3 22.6 20 11 9 4 -10 174 41 15 43 66 23 42.21050 19.05297 2 1 3.71 1.75 4.69 0.89 0.53 1.43 0.10 0.18 437 6 383 1.1 1 1 68 20.6 21 26 18 11 5 -10 170 49 16 56 62 23 42.21050 19.05297 4 1 4.15 1.61 5.15 1.05 0.61 1.55 0.13 0.21 467 9 400 1.2 3 6 33 16.5 25.9 26 20 11 5.5 -10 167 54 18 57 81 25 42.07718 19.97510 2 1 3.23 1.50 4.58 0.85 0.35 1.36 0.09 0.16 386 11 406 1.0 3 4 78 13.7 21.4 23 16 10 4.3 -10 171 42 14 45 60 25d 42.07718 19.97510 2 1 3.39 1.44 4.82 0.89 0.34 1.39 0.09 0.16 393 10 396 0.9 4 5 67 13.6 20.9 21 15 11 4.1 -10 161 39 15 43 59 25 42.07718 19.97510 4 1 3.30 1.18 4.79 0.95 0.41 1.44 0.11 0.18 351 5 408 0.8 2 3 25 10.8 23.2 18 10 11 3.7 -10 159 38 16 39 69 27 41.77748 19.07633 2 1 2.94 1.51 4.68 0.79 0.28 1.30 0.06 0.13 392 8 453 1.0 3 -1 70 14.7 19.6 20 15 8 3.6 -10 132 36 13 38 53 27 41.77748 19.07633 4 1 4.32 1.92 6.72 1.29 0.31 1.60 0.11 0.22 637 6 552 1.3 2 6 38 14.7 28.8 26 17 14 5.4 -10 178 51 18 58 76 29 41.66787 19.13742 2 1 2.17 1.13 2.26 0.41 0.30 1.27 0.05 0.09 286 9 399 0.5 2 -1 41 12.4 15 14 12 6 2.1 -10 90 21 9 21 38 29 41.66787 19.13742 4 1 3.25 1.36 5.22 0.99 0.34 1.44 0.10 0.19 503 8 429 0.8 2 2 18 16.3 24.8 18 12 11 3.8 -10 133 39 17 39 85 31 41.53190 111.13130 2 1 1.70 0.56 0.32 0.13 0.20 0.95 0.04 0.06 49 7 424 -0.5 4 -1 8 4.5 14.2 5 4 3 1 -10 43 19 5 11 23 31 41.53190 111.13130 4 1 4.92 2.21 5.80 1.11 0.26 1.59 0.12 0.21 2170 6 541 1.5 -1 8 48 255 31.1 30 20 47 6.6 -10 169 60 21 201 88 33 41.41996 111.01654 2 1 1.87 0.98 1.75 0.37 0.25 1.20 0.04 0.07 130 8 491 -0.5 -1 2 62 15.9 13.4 8 17 8 1.2 -10 70 20 7 35 27 33 41.41996 111.01654 4 1 4.38 1.95 5.17 1.35 0.26 1.71 0.11 0.24 443 -3 540 1.4 -1 7 50 76.3 33.3 26 20 22 5.9 -10 154 54 22 89 109 35 41.31435 111.01075 2 1 1.62 0.75 0.61 0.17 0.23 1.26 0.03 0.04 88 5 362 -0.5 3 2 34 11.7 9.7 6 8 4 0.6 -10 35 11 5 10 21 35d 41.31435 111.01075 2 1 1.58 0.74 0.60 0.17 0.22 1.24 0.03 0.05 87 7 365 -0.5 2 2 30 10.3 9.2 6 8 4 0.6 -10 34 12 5 11 22 35 41.31435 111.01075 4 1 5.24 2.47 5.02 1.40 0.25 1.89 0.12 0.22 1280 8 627 1.7 -1 9 61 104 33.4 32 24 55 7 47 152 62 21 115 85 37 41.16784 110.87837 2 1 1.64 0.92 0.46 0.14 0.26 1.29 0.02 0.08 91 5 495 -0.5 1 -1 16 11.5 9.3 5 6 5 0.7 -10 31 11 6 7 40 37 41.16784 110.87837 4 1 5.52 2.94 4.10 1.30 0.24 1.92 0.12 0.22 3260 13 688 1.9 2 12 81 377 35 32 35 301 7.4 279 115 62 23 204 94 39 41.13100 110.88413 2 1 2.22 0.77 0.82 0.20 0.32 1.74 0.02 0.04 82 4 396 -0.5 -1 -1 26 9.1 11 6 7 5 0.6 -10 40 11 5 11 17 39 41.13100 110.88413 4 1 6.52 2.93 3.66 1.44 0.22 2.18 0.11 0.26 642 8 565 2.2 2 10 63 96.3 38.4 37 25 46 8.4 -10 110 72 24 110 94 41 41.04515 110.93295 2 1 1.29 0.59 2.98 0.46 0.13 0.95 0.04 0.04 112 6 306 -0.5 3 -1 15 9.4 9.1 4 5 5 -0.5 -10 48 12 6 10 15 41 41.04515 110.93295 4 1 7.55 2.26 5.03 1.51 0.16 2.28 0.09 0.21 521 10 496 2.3 2 9 34 91.6 32 39 27 41 7.9 -10 110 75 20 108 62 43 41.00989 110.87850 2 1 2.29 0.85 1.09 0.25 0.42 1.55 0.01 0.05 77 -3 344 -0.5 2 3 21 8.4 11.1 6 8 7 0.8 -10 44 10 5 11 20 43 41.00989 110.87850 4 1 4.78 2.17 7.77 1.73 0.23 1.64 0.10 0.20 563 8 395 1.6 2 6 49 68.1 27 33 23 30 6.2 -10 153 54 19 85 74 45 40.96564 110.85243 2 1 1.90 0.83 0.39 0.08 0.39 1.42 0.01 0.03 40 4 294 -0.5 2 -1 23 9.8 8.7 5 7 4 -0.5 -10 29 6 3 6 14 45 40.96564 110.85243 4 1 4.87 2.52 7.22 1.25 0.54 1.66 0.10 0.22 1460 6 617 1.7 4 12 150 783 31.1 33 64 218 5.7 78 136 48 20 279 86 47 40.91289 110.82859 2 1 2.21 0.86 0.04 0.08 0.55 1.47 -0.01 0.03 93 -3 295 -0.5 2 -1 26 11.3 9.8 4 7 6 -0.5 -10 26 7 3 7 15 47 40.91289 110.82859 4 1 5.82 3.66 0.94 0.71 0.66 2.11 0.06 0.20 2170 8 702 2.4 3 16 206 684 31.9 27 43 282 6.7 266 108 55 20 303 69 49 40.87103 110.83324 2 1 2.63 0.94 0.05 0.12 0.60 1.69 -0.01 0.05 50 -3 341 -0.5 1 1 27 10.9 12.5 5 9 6 0.8 -10 30 10 3 8 15 49 40.87103 110.83324 4 1 6.88 3.17 0.93 1.02 0.74 2.40 0.07 0.25 1560 9 756 2.5 1 19 106 625 35.1 32 39 588 8 794 114 59 20 351 86 51 40.82975 110.85190 2 1 2.47 0.77 0.04 0.09 0.59 1.69 -0.01 0.03 82 5 342 -0.5 2 1 16 8.5 9.9 6 6 4 -0.5 -10 32 8 2 7 12 51 40.82975 110.85190 4 1 8.07 4.08 0.73 0.94 0.68 2.80 0.09 0.27 3730 13 1050 3.4 3 30 77 464 42.6 46 42 189 10.5 166 121 81 22 282 78 51d 40.82975 110.85190 4 1 8.07 3.98 0.73 0.92 0.66 2.74 0.08 0.27 3650 11 1040 3.3 3 29 73 453 41.9 45 40 181 10.3 164 120 80 23 269 79 53 40.78881 110.88347 2 1 2.46 1.04 0.06 0.14 0.56 1.37 -0.01 0.05 59 4 296 0.5 -1 3 24 12.1 11.5 5 8 6 1 -10 30 13 4 10 17 53 40.78881 110.88347 4 1 8.47 4.46 0.66 0.97 0.42 2.58 0.12 0.27 594 20 984 3.7 -1 20 69 215 40.4 53 30 59 11.5 14 104 95 25 127 78 2. Bear Lake, Utah-Idaho Catchment Magnetics Contributor: J.G. Rosenbaum Location: Fluvial samples from Bear River and Streams in the Bear Lake catchment Measured Parameters: Site# (See Rosenbaum et al.) Lat. Is lattitude (degrees) Long. Is longitude (degrees) Grain sizes (samples were seived into 4 size fractions) 1 - 2 mm to several cm 2 - 0.42 mm to 2 mm 3 - 0.053 mm to 0.42 mm 4- less than 0.53 mm Site type 1 - stream bottom 2 - over bank MS (magnetic susceptibility, m3/kg) ARM (Anhysteretic remanent magnetization, Am2/kg) IRM1.2T (Isothermal remanent magnetization imparted in a field of 1.2 Tesla, Am2/kg) IRM-0.3T (Isothermal remanent magnetization imparted in a backfield of 0.3 Tesla, Am2/kg) Site# Lat. Long. GrainSize SiteType MS ARM IRM1.2T IRM-0.3T 1 42.20532 19.49387 1 1 3.52431E-08 2.27496E-05 0.000346899 0.000281541 1 42.20532 19.49387 2 1 3.27366E-07 0.000143601 0.00393697 0.003657479 1 42.20532 19.49387 3 1 1.5078E-07 2.80257E-05 0.000980898 0.000838312 1 42.20532 19.49387 4 1 5.24538E-07 0.000136158 0.004899154 0.004294713 2 42.20532 19.49387 1 2 1.44087E-07 6.31631E-05 0.001450777 0.001179373 2 42.20532 19.49387 2 2 1.82809E-07 8.48111E-05 0.001845605 0.00150347 2 42.20532 19.49387 3 2 1.12387E-07 5.46222E-05 0.001140081 0.000927308 2 42.20532 19.49387 4 2 3.34705E-07 0.00010704 0.003306178 0.002747233 7 42.12100 19.42222 1 1 2.68387E-08 2.33178E-05 0.000325581 0.000235039 7 42.12100 19.42222 2 1 1.84354E-07 9.93836E-05 0.002031702 0.001773808 7 42.12100 19.42222 3 1 9.97881E-08 5.34404E-05 0.001083904 0.000932943 7 42.12100 19.42222 4 1 4.49479E-07 0.000126408 0.004479489 0.004019268 8 42.12100 19.42222 1 2 8.33448E-08 3.19219E-05 0.001612584 0.000613376 8 42.12100 19.42222 2 2 1.14839E-07 4.51128E-05 0.002320086 0.000241318 8 42.12100 19.42222 3 2 1.55213E-07 6.20573E-05 0.002047218 0.001217538 8 42.12100 19.42222 4 2 4.48315E-07 0.000116906 0.00477959 0.00371387 9 42.03788 19.41640 1 1 8.4596E-08 3.55049E-05 0.001040938 0.000841896 9 42.03788 19.41640 2 1 2.20385E-07 4.90274E-05 0.001388223 0.001076472 9 42.03788 19.41640 3 1 1.05446E-07 4.16763E-05 0.001003319 0.000841244 9 42.03788 19.41640 4 1 6.20824E-07 0.000122844 0.005401848 0.004853437 10 42.03788 19.41640 1 2 4.11232E-07 0.000214614 0.004523904 0.004053418 10 42.03788 19.41640 2 2 5.0722E-07 0.000268824 0.005473787 0.004865588 10 42.03788 19.41640 3 2 4.20407E-07 0.00022061 0.004405578 0.003941833 10 42.03788 19.41640 4 2 6.37473E-07 0.000303111 0.006899555 0.006229695 11 41.91482 19.40968 1 1 8.22668E-08 4.28798E-05 0.001270513 0.001029645 11 41.91482 19.40968 2 1 2.04639E-07 6.69767E-05 0.002099668 0.001868439 11 41.91482 19.40968 3 1 2.43092E-07 8.92263E-05 0.002504988 0.002103192 11 41.91482 19.40968 4 1 1.12516E-06 0.00032146 0.010349105 0.009463052 12 41.91482 19.40968 1 2 5.49413E-07 0.000280786 0.00620383 0.005665926 12 41.91482 19.40968 2 2 8.46235E-07 0.000431203 0.008754063 0.007930661 12 41.91482 19.40968 3 2 7.62682E-07 0.000387612 0.007752238 0.007015776 12 41.91482 19.40968 4 2 7.31455E-07 0.000344847 0.007669389 0.006979695 13 41.92482 19.26857 1 1 1.40893E-07 8.06452E-05 0.001523297 0.001263441 13 41.92482 19.26857 2 1 2.01986E-07 0.000110151 0.00246992 0.00202508 13 41.92482 19.26857 3 1 1.88311E-07 0.00010377 0.002265709 0.001874327 13 41.92482 19.26857 4 1 4.07126E-07 0.000153558 0.004800817 0.00411985 14 41.92482 19.26857 1 2 2.51146E-07 0.000151653 0.003043781 0.002459675 14 41.92482 19.26857 2 2 3.37605E-07 0.000192299 0.00398962 0.003257495 14 41.92482 19.26857 3 2 3.12924E-07 0.000179756 0.003701087 0.003014247 14 41.92482 19.26857 4 2 3.85799E-07 0.000194037 0.004637351 0.003905138 15 41.98452 19.25633 1 1 8.32891E-08 5.83647E-05 0.001009109 0.000790923 15 41.98452 19.25633 2 1 1.22665E-07 5.54246E-05 0.001500116 0.001208058 15 41.98452 19.25633 3 1 8.30711E-08 3.62857E-05 0.000992358 0.000791687 15 41.98452 19.25633 4 1 4.84184E-07 9.65542E-05 0.004606254 0.004045236 16 41.98452 19.25633 2 2 4.7367E-07 0.000202093 0.005171659 0.004495365 16 41.98452 19.25633 3 2 4.07833E-07 0.000176985 0.004408547 0.003829322 16 41.98452 19.25633 4 2 6.12105E-07 0.000242524 0.006773501 0.005947464 16 41.98452 19.25633 1 2 8.61674E-08 3.31137E-05 0.001240894 0.000895814 17 42.09548 19.24420 2 1 1.77008E-07 6.63904E-05 0.002310231 0.001826694 17 42.09548 19.24420 3 1 1.82431E-07 7.031E-05 0.002269096 0.001706616 17 42.09548 19.24420 4 1 5.74551E-07 0.00015825 0.00661293 0.005922027 18 42.09548 19.24420 1 2 2.71872E-07 0.00013521 0.003420386 0.002969686 18 42.09548 19.24420 2 2 3.4185E-07 0.000158499 0.004201681 0.00363591 18 42.09548 19.24420 3 2 2.93312E-07 0.000139359 0.003637018 0.003136478 18 42.09548 19.24420 4 2 5.52134E-07 0.000184002 0.006693768 0.005960204 19 42.24873 19.27057 1 1 9.58736E-09 3.47625E-06 0.000326827 9.74537E-05 19 42.24873 19.27057 2 1 1.53886E-07 3.28998E-05 0.001579044 0.001110093 19 42.24873 19.27057 3 1 2.28718E-07 2.41311E-05 0.002048869 0.001340618 19 42.24873 19.27057 4 1 3.32285E-07 3.68177E-05 0.002789911 0.001955224 20 42.24873 19.27057 2 2 1.43128E-07 4.44586E-05 0.001504446 0.001028104 20 42.24873 19.27057 3 2 9.27681E-08 2.90063E-05 0.000997265 0.000607752 20 42.24873 19.27057 4 2 1.76557E-07 4.06473E-05 0.001829129 0.001247364 21 42.13240 19.14030 1 1 1.07379E-07 1.83448E-05 0.001392292 0.000932178 21 42.13240 19.14030 2 1 1.13286E-07 5.37943E-05 0.001436256 0.000981877 21 42.13240 19.14030 3 1 1.06238E-07 4.9281E-05 0.001385523 0.000949265 21 42.13240 19.14030 4 1 1.51085E-07 3.90528E-05 0.001772608 0.00119651 22 42.13240 19.14030 1 2 1.37278E-07 4.45656E-05 0.0016177 0.001027397 22 42.13240 19.14030 2 2 1.29575E-07 4.02252E-05 0.001554341 0.000970953 22 42.13240 19.14030 3 2 9.44215E-08 2.83348E-05 0.001072212 0.000466582 22 42.13240 19.14030 4 2 1.57878E-07 4.33235E-05 0.001801021 0.001185208 23 42.21050 19.05297 2 1 1.42471E-07 4.64456E-05 0.001801918 0.001212747 23 42.21050 19.05297 3 1 1.1581E-07 4.00604E-05 0.001526893 0.001021212 23 42.21050 19.05297 4 1 1.86908E-07 4.94188E-05 0.002204189 0.001516258 23 42.21050 19.05297 1 1 1.52336E-07 4.53415E-05 0.00195357 0.001342108 24 42.21050 19.05297 2 2 1.46851E-07 4.64244E-05 0.00174538 0.001133827 24 42.21050 19.05297 3 2 1.10591E-07 3.47385E-05 0.001259269 0.000791636 24 42.21050 19.05297 4 2 1.82772E-07 4.49373E-05 0.002033849 0.001377298 25 42.07718 19.97510 1 1 1.01691E-07 3.08622E-05 0.001299024 0.000951514 25 42.07718 19.97510 2 1 1.1922E-07 3.16684E-05 0.001284974 0.000866321 25 42.07718 19.97510 3 1 1.042E-07 2.81122E-05 0.001084161 0.000736411 25 42.07718 19.97510 4 1 1.48401E-07 3.13976E-05 0.001471275 0.001027557 26 42.07718 19.97510 2 2 1.26567E-07 3.3723E-05 0.001318907 0.000845048 26 42.07718 19.97510 3 2 9.91719E-08 2.76691E-05 0.001037986 0.000653079 26 42.07718 19.97510 4 2 1.57422E-07 3.66386E-05 0.001611059 0.001075772 27 41.77748 19.07633 1 1 6.12465E-08 2.09829E-05 0.000639041 0.000395283 27 41.77748 19.07633 2 1 1.19659E-07 2.84405E-05 0.001108023 0.000689356 27 41.77748 19.07633 3 1 1.31557E-07 2.62993E-05 0.001135298 0.000684824 27 41.77748 19.07633 4 1 1.48255E-07 2.7604E-05 0.0013058 0.000874582 28 41.77748 19.07633 1 2 1.25294E-07 2.28399E-05 0.001181498 0.000743374 28 41.77748 19.07633 2 2 1.18765E-07 3.88766E-05 0.001129964 0.000664898 28 41.77748 19.07633 3 2 9.9664E-08 3.11392E-05 0.000955696 0.000560127 28 41.77748 19.07633 4 2 1.54123E-07 3.82905E-05 0.001378457 0.000857118 29 41.66787 19.13742 2 1 1.3116E-07 3.45875E-05 0.001122112 0.000726073 29 41.66787 19.13742 3 1 9.10157E-08 2.70808E-05 0.00092128 0.000525687 29 41.66787 19.13742 4 1 2.24504E-07 4.90357E-05 0.001982359 0.001456122 30 41.66787 19.13742 2 2 1.64263E-07 2.84467E-05 0.00155203 0.001020276 30 41.66787 19.13742 3 2 1.73526E-07 2.12165E-05 0.001496574 0.000934608 30 41.66787 19.13742 4 2 2.13944E-07 3.64686E-05 0.00198833 0.001439716 31 41.53190 111.13130 2 1 9.46125E-08 2.62028E-05 0.001347408 0.00083148 31 41.53190 111.13130 3 1 1.34181E-07 2.88328E-05 0.001135321 0.000708183 31 41.53190 111.13130 4 1 2.76908E-07 8.68876E-05 0.002661513 0.001983545 32 41.53190 111.13130 3 2 6.33897E-08 2.04896E-05 0.000842663 4.33329E-05 32 41.53190 111.13130 4 2 1.6648E-07 5.04263E-05 0.001665362 0.001087245 33 41.41996 111.01654 1 1 6.01838E-08 2.30654E-05 0.000942888 0.000733705 33 41.41996 111.01654 2 1 8.42476E-08 2.892E-05 0.001009725 0.000638363 33 41.41996 111.01654 3 1 1.20147E-07 2.6679E-05 0.001257002 0.000676552 33 41.41996 111.01654 4 1 2.23423E-07 6.96883E-05 0.002129014 0.001478161 34 41.41996 111.01654 1 2 1.05049E-07 3.69831E-05 0.002297984 0.002159959 34 41.41996 111.01654 2 2 6.38157E-08 2.6098E-05 0.000805768 0.000486347 34 41.41996 111.01654 3 2 2.58315E-07 3.07536E-05 0.002943904 0.001213293 34 41.41996 111.01654 4 2 1.92983E-07 6.36688E-05 0.001816537 0.001124831 35 41.31435 111.01075 1 1 3.85004E-08 5.46886E-05 0.001393129 0.000844089 35 41.31435 111.01075 2 1 3.83811E-08 1.69411E-05 0.000732409 0.000291795 35 41.31435 111.01075 3 1 1.09874E-07 2.12456E-05 0.001669568 0.000429529 35 41.31435 111.01075 4 1 1.82942E-07 9.21803E-05 0.001884273 0.001202943 36 41.31435 111.01075 2 2 4.9266E-08 1.80771E-05 0.000666108 0.000266424 36 41.31435 111.01075 3 2 6.65809E-08 2.17831E-05 0.000817398 0.000360656 36 41.31435 111.01075 4 2 2.04294E-07 6.63367E-05 0.001903162 0.001200888 37 41.16784 110.87837 1 1 8.0362E-08 4.16354E-05 0.002924682 0.002055753 37 41.16784 110.87837 2 1 2.79352E-08 1.46769E-05 0.000951696 -0.000144932 37 41.16784 110.87837 3 1 6.44325E-08 1.72541E-05 0.001941457 -9.32346E-05 37 41.16784 110.87837 4 1 1.8212E-07 0.000104776 0.002704372 0.001948602 38 41.16784 110.87837 1 2 1.76301E-08 1.36365E-05 0.000306993 1.57951E-05 38 41.16784 110.87837 2 2 1.91322E-08 1.3259E-05 0.000365971 1.9131E-05 38 41.16784 110.87837 3 2 7.16938E-08 1.74051E-05 0.001211183 6.08061E-05 38 41.16784 110.87837 4 2 1.6396E-07 4.48007E-05 0.001737811 0.000968069 39 41.13100 110.88413 2 1 1.75618E-08 3.63538E-06 0.000371614 -4.60987E-05 39 41.13100 110.88413 3 1 3.11101E-08 5.55822E-06 0.000520485 6.32138E-05 39 41.13100 110.88413 4 1 1.38564E-07 4.8953E-05 0.001481101 0.000737898 40 41.13100 110.88413 1 2 4.96229E-09 1.38871E-06 0.000260939 -4.70374E-05 40 41.13100 110.88413 2 2 2.73075E-08 4.49431E-06 0.000937176 -7.15795E-05 40 41.13100 110.88413 3 2 8.99367E-08 8.16514E-06 0.002272373 0.000114467 40 41.13100 110.88413 4 2 1.36574E-07 3.57275E-05 0.001655977 0.000932234 41 41.04515 110.93295 1 1 1.15996E-08 2.79456E-06 0.000116129 9.54378E-05 41 41.04515 110.93295 2 1 8.80413E-09 2.2816E-06 0.000198265 3.11096E-05 41 41.04515 110.93295 3 1 2.32752E-08 4.57209E-06 0.000525173 2.89602E-05 41 41.04515 110.93295 4 1 9.12434E-08 2.94632E-05 0.000978528 0.000476085 42 41.04515 110.93295 2 2 4.31652E-08 9.92538E-06 0.000531736 0.000199047 42 41.04515 110.93295 3 2 1.00848E-07 2.07436E-05 0.00097047 0.00067949 42 41.04515 110.93295 4 2 1.26372E-07 3.46038E-05 0.001446999 0.000602982 43 41.00989 110.87850 1 1 3.68466E-09 9.83993E-06 0.000416437 -0.000108241 43 41.00989 110.87850 2 1 2.87373E-08 1.35208E-05 0.000541891 -6.09291E-05 43 41.00989 110.87850 3 1 3.55141E-08 1.55644E-05 0.000668155 -2.3485E-05 43 41.00989 110.87850 4 1 1.23601E-07 5.6899E-05 0.001346683 0.000633757 44 41.00989 110.87850 1 2 9.8094E-09 1.14988E-05 0.00133577 -0.000121288 44 41.00989 110.87850 2 2 2.67536E-08 6.01378E-06 0.000558067 -7.15233E-05 44 41.00989 110.87850 3 2 3.68849E-08 6.71434E-06 0.000732818 -2.12764E-05 44 41.00989 110.87850 4 2 1.05151E-07 2.32559E-05 0.001136479 0.000417037 45 40.96564 110.85243 1 1 9.54594E-09 2.86731E-06 0.000696261 -0.000315724 45 40.96564 110.85243 2 1 2.30358E-08 5.41068E-06 0.000667053 -0.000118822 45 40.96564 110.85243 3 1 7.77891E-08 1.62567E-05 0.001426568 0.000236933 45 40.96564 110.85243 4 1 3.92082E-07 0.000200083 0.008852334 0.007892842 46 40.96564 110.85243 1 2 1.17358E-08 1.09195E-05 0.000849334 -0.000259063 46 40.96564 110.85243 2 2 1.86519E-08 1.15795E-05 0.00078376 -0.000164404 46 40.96564 110.85243 3 2 3.86242E-08 1.91153E-05 0.002079282 -0.00035909 46 40.96564 110.85243 4 2 1.64025E-07 7.57289E-05 0.003171515 0.001915212 47 40.91289 110.82859 1 1 1.46692E-08 9.98788E-06 0.000957678 -0.000497175 47 40.91289 110.82859 2 1 1.24539E-08 1.00368E-05 0.000625154 -0.000250806 47 40.91289 110.82859 3 1 3.58044E-08 1.6818E-05 0.000495943 0.00012665 47 40.91289 110.82859 4 1 1.60436E-07 0.000171638 0.003476682 0.002154969 48 40.91289 110.82859 1 2 3.50592E-08 1.18027E-05 0.000489117 -0.000187305 48 40.91289 110.82859 2 2 1.57435E-08 3.80366E-06 0.000475179 -0.00012111 48 40.91289 110.82859 3 2 2.38365E-08 4.65563E-06 0.000667382 -7.11063E-05 48 40.91289 110.82859 4 2 9.24423E-08 1.91212E-05 0.001518693 -8.77205E-05 49 40.87103 110.83324 1 1 1.68463E-08 1.86581E-06 0.000491713 -0.000191332 49 40.87103 110.83324 2 1 1.81426E-08 3.0714E-06 0.000613935 -0.000244635 49 40.87103 110.83324 3 1 2.34656E-08 2.09636E-06 0.001641692 -0.000563289 49 40.87103 110.83324 4 1 1.7508E-07 8.17953E-05 0.003564998 0.002065131 50 40.87103 110.83324 1 2 1.61883E-08 2.66562E-06 0.000785054 -0.00025311 50 40.87103 110.83324 2 2 1.87595E-08 3.73725E-06 0.000815952 -0.000256752 50 40.87103 110.83324 3 2 2.21323E-08 4.3601E-06 0.000891813 -0.000228769 50 40.87103 110.83324 4 2 1.51387E-07 5.59049E-05 0.002609382 0.000828096 51 40.82975 110.85190 1 1 1.44588E-08 4.42252E-06 0.000773968 -0.00020332 51 40.82975 110.85190 2 1 1.74465E-08 4.38441E-06 0.00086372 -0.000201483 51 40.82975 110.85190 3 1 3.37461E-08 1.20181E-05 0.000837358 -0.000233531 51 40.82975 110.85190 4 1 2.09573E-07 0.000142432 0.003308478 0.000892414 52 40.82975 110.85190 1 2 1.36218E-07 5.94687E-05 0.002141839 0.000219977 52 40.82975 110.85190 2 2 2.97675E-08 1.4778E-05 0.000708895 -0.000129188 52 40.82975 110.85190 3 2 1.92636E-08 6.22448E-06 0.000997217 -0.000251217 52 40.82975 110.85190 4 2 1.8719E-07 4.93706E-05 0.002152377 0.000605682 53 40.78881 110.88347 1 1 1.35814E-08 3.07629E-06 0.000839425 -0.000413116 53 40.78881 110.88347 2 1 2.04891E-08 5.3272E-06 0.000603847 -0.000230645 53 40.78881 110.88347 3 1 3.12177E-08 8.51636E-06 0.000745521 -0.00016693 53 40.78881 110.88347 4 1 1.9523E-07 7.66148E-05 0.00184847 0.000386401 54 40.78881 110.88347 1 2 2.09315E-08 3.71274E-06 0.000993277 -0.000407089 54 40.78881 110.88347 2 2 3.21802E-08 9.33853E-06 0.000773099 -0.000224493 54 40.78881 110.88347 3 2 3.44573E-08 1.01625E-05 0.000835837 -0.00011644 54 40.78881 110.88347 4 2 1.96102E-07 7.90863E-05 0.00197768 0.000627551 3. Bear Lake, Utah-Idaho Catchment X-ray diffraction results Contributor: J.G. Rosenbaum and W.E. Dean Location: Fluvial samples from Bear River and Streams in the Bear Lake catchment Measured Parameters: Site# (See Rosenbaum et al.) Lat. Is lattitude (degrees, N) Long. Is longitude (degrees, W) Grain sizes (samples were seived into 4 size fractions) 1 - 2 mm to several cm 2 - 0.42 mm to 2 mm 3 - 0.053 mm to 0.42 mm 4- less than 0.53 mm Site type 1 - stream bottom 2 - over bank Peak Intensities are in counts per second (cps). "np" indicates not present. Peak Intensities in counts per second Site # Lat. Long. GrainSize SiteType Quartz K-Felds Plag. Dolomite Calcite 1 42.20532 19.49387 2 1 6224 404 np 5222 279 1 42.20532 19.49387 4 1 8649 574 np 11561 np 7 42.12100 19.42222 2 1 6272 210 185 1192 1789 7 42.12100 19.42222 4 1 7747 950 np 5372 831 8 42.12100 19.42222 4 2 10861 1070 np 1522 288 9 42.03788 19.41640 2 1 6795 234 np 2790 504 9 42.03788 19.41640 4 1 8891 780 np 3935 1765 10 42.03788 19.41640 4 2 5477 1192 np 1087 272 11 41.91482 19.40968 2 1 18117 np np 357 261 11 41.91482 19.40968 4 1 8758 1172 np 310 517 12a 41.91482 19.40968 4 2 7925 911 np 213 np 12b 41.91482 19.40968 4 2 7862 446 np trace np 13 41.92482 19.26857 2 1 3858 186 177 292 2824 13 41.92482 19.26857 4 1 5858 380 np 402 2594 14 41.92482 19.26857 4 2 4878 354 np 391 3183 15 41.98452 19.25633 2 1 9456 231 np 165 2001 15 41.98452 19.25633 4 1 11096 515 np 430 1075 16 41.98452 19.25633 4 2 6808 909 np 234 935 17 42.09548 19.24420 2 1 4406 248 258 154 3060 17 42.09548 19.24420 4 1 7292 723 np 289 2228 18 42.09548 19.24420 4 2 7982 783 np 219 1690 19 42.24873 19.27057 2 1 10740 295 258 254 880 19 42.24873 19.27057 4 1 12859 523 np 446 1359 20 42.24873 19.27057 4 2 9545 1093 np 437 984 21 42.13240 19.14030 2 1 9585 576 353 np 874 21 42.13240 19.14030 4 1 8907 596 np 1000 1333 22 42.13240 19.14030 4 2 7852 539 np 539 1439 23 42.21050 19.05297 2 1 9177 np 560 289 896 23 42.21050 19.05297 4 1 9131 700 np 525 1329 24 42.21050 19.05297 4 2 8522 665 np 380 1267 25 42.07718 19.97510 2 1 10116 333 254 310 757 25 42.07718 19.97510 4 1 11572 1020 np 709 931 26 42.07718 19.97510 4 2 12924 444 np 641 1036 27 41.77748 19.07633 4 1 6773 310 np 503 1448 27 41.77748 19.07633 2 1 11491 469 258 313 782 28 41.77748 19.07633 4 2 8488 421 np 389 1393 29 41.66787 19.13742 2 1 14485 525 241 255 465 29 41.66787 19.13742 4 1 9405 264 np 340 1058 30 41.66787 19.13742 4 2 9158 254 np 654 1163 31 41.53190 111.13130 2 1 22027 2002 589 414 165 31 41.53190 111.13130 4 1 6473 np 349 465 1397 33 41.41996 111.01654 2 1 16015 574 790 279 399 33 41.41996 111.01654 4 1 8865 310 np 539 911 35 41.31435 111.01075 2 1 20143 810 323 207 245 35 41.31435 111.01075 4 1 5955 305 295 452 913 37 41.16784 110.87837 2 1 18503 1077 447 173 200 37 41.16784 110.87837 4 1 5230 298 276 377 629 39 41.13100 110.88413 2 1 18269 1099 374 208 291 39 41.13100 110.88413 4 1 6294 326 np 430 630 41 41.04515 110.93295 2 1 17407 508 191 417 679 41 41.04515 110.93295 4 1 5380 414 np 517 1015 43 41.00989 110.87850 2 1 16202 970 627 209 373 43 41.00989 110.87850 4 1 4926 268 448 624 1386 45 40.96564 110.85243 2 1 20010 1259 669 np 217 45 40.96564 110.85243 4 1 4051 316 339 302 1222 47 40.91289 110.82859 2 1 15800 710 630 np 121 49 40.87103 110.83324 2 1 18928 1190 1051 np 152 51 40.82975 110.85190 2 1 19324 1334 730 np 148 51 40.82975 110.85190 4 1 4215 344 511 np np 53 40.78881 110.88347 2 1 19125 854 719 np 127 53 40.78881 110.88347 4 1 3089 np 431 np np