Appendix A. U-Pb geochronologic analyses of detrital zircon from the Chugach-Prince William terrane, Alaska

Zircon crystals were extracted from samples by traditional methods of crushing and grinding, followed by separation with a Wilfley table, heavy liquids, and a Frantz magnetic separator.  Samples are processed such that all zircons are retained in the final heavy mineral fraction.  Two large splits of the sample (typically thousands of grains) are taken for U-Pb analysis. One split is set aside and the other is handpicked for Precambrian grains in ethanol under a binocular microscope. Grains are selected based on grain shape and color with the assumption that Precambrian grains are more likely to be well-rounded and display colors in the pink series due to the cumulative effects of radioactive decay (Garver and Kamp, 2002). The two splits are incorporated into a 1” epoxy mount together with fragments of our Sri Lanka standard zircon.  The mounts are sanded down to a depth of ~20 microns, polished, imaged, and cleaned prior to isotopic analysis.

U-Pb geochronology of zircons is conducted by laser ablation multicollector inductively coupled plasma mass spectrometry (LA-MC-ICPMS) at the Arizona LaserChron Center (Gehrels et al., 2006, 2008).  The analyses involve ablation of zircon with a Photon Machines Analyte G2 excimer laser (or, prior to May 2011, a New Wave UP193HE Excimer laser) using a spot diameter of 30 microns.  The ablated material is carried in helium into the plasma source of a Nu HR ICPMS, which is equipped with a flight tube of sufficient width that U, Th, and Pb isotopes are measured simultaneously.  All measurements are made in static mode, using Faraday detectors with 3x1011 ohm resistors for 238U, 232Th, 208Pb-206Pb, and discrete dynode ion counters for 204Pb and 202Hg.  Ion yields are ~0.8 mv per ppm.  Each analysis consists of one 15-second integration on peaks with the laser off (for backgrounds), 15 one-second integrations with the laser firing, and a 30 second delay to purge the previous sample and prepare for the next analysis.  The ablation pit is ~15 microns in depth. 

For each analysis, the errors in determining 206Pb/238U and 206Pb/204Pb result in a measurement error of ~1-2% (at 2-sigma level) in the 206Pb/238U age.  The errors in measurement of 206Pb/207Pb and 206Pb/204Pb also result in ~1-2% (at 2-sigma level) uncertainty in age for grains that are >1.0 Ga, but are substantially larger for younger grains due to low intensity of the 207Pb signal.  For most analyses, the cross-over in precision of 206Pb/238U and 206Pb/207Pb ages occurs at ~1.0 Ga. 

204Hg interference with 204Pb is accounted for measurement of 202Hg during laser ablation and subtraction of 204Hg according to the natural 202Hg/204Hg of 4.35.  This Hg is correction is not significant for most analyses because our Hg backgrounds are low (generally ~150 cps at mass 204). 

Common Pb correction is accomplished by using the Hg-corrected 204Pb and assuming an initial Pb composition from Stacey and Kramers (1975).  Uncertainties of 1.5 for 206Pb/204Pb and 0.3 for 207Pb/204Pb are applied to these compositional values based on the variation in Pb isotopic composition in modern crystal rocks.

Inter-element fractionation of Pb/U is generally ~5%, whereas apparent fractionation of Pb isotopes is generally <0.2%.  In-run analysis of fragments of a large zircon crystal (generally every fifth measurement) with known age of 563.5 ± 3.2 Ma (2-sigma error) is used to correct for this fractionation.  The uncertainty resulting from the calibration correction is generally 1-2% (2-sigma) for both 206Pb/207Pb and 206Pb/238U ages. 

Concentrations of U and Th are calibrated relative to our Sri Lanka zircon, which contains ~518 ppm of U and 68 ppm Th.

 

Notes for data table A

1. Analyses with >10% uncertainty (1-sigma) in 206Pb/238U age are not included.

2. Analyses with >10% uncertainty (1-sigma) in 206Pb/207Pb age are not included, unless 206Pb/238U age is <500 Ma.

3. Best age is determined from 206Pb/238U age for analyses with 206Pb/238U age <1000 Ma and from 206Pb/207Pb age for analyses with 206Pb/238Uage > 1000 Ma.

4. Concordance is based on 206Pb/238U age / 206Pb/207Pb age.  Value is not reported for 206Pb/238U ages <500 Ma because of large uncertainty in 206Pb/207Pb age.

5. Analyses with 206Pb/238U age > 500 Ma and with >20% discordance (<80% concordance) are not included.

6. Analyses with 206Pb/238U age > 500 Ma and with >5% reverse discordance (<105% concordance) are not included.

7. All uncertainties are reported at the 1-sigma level, and include only measurement errors.

8. Analyses conducted by LA-MC-ICPMS, as described by Gehrels et al. (2008).

9. U concentration and U/Th are calibrated relative to Sri Lanka zircon standard and are accurate to ~20%.

10. Common Pb correction is from measured 204Pb with common Pb composition interpreted from Stacey and Kramers (1975).

11. Common Pb composition assigned uncertainties of 1.5 for 206Pb/204Pb, 0.3 for 207Pb/204Pb, and 2.0 for 208Pb/204Pb.

12. U/Pb and 206Pb/207Pb fractionation is calibrated relative to fragments of a large Sri Lanka zircon of 563.5 ± 3.2 Ma (2-sigma).   

13. U decay constants and composition as follows: 235U = 9.8485 x 10-10, 238U = 1.55125 x 10-10, 238U/235U = 137.88.

References

Garver, J. I., and Kamp, P. J. J., 2002, Integration of zircon color and zircon fission-track zonation patterns in orogenic belts: application to the Southern Alps, New Zealand: Tectonophysics, v. 349, p. 203-219.

Gehrels, G.E., Valencia, V., Ruiz, J., 2008, Enhanced precision, accuracy, efficiency, and spatial resolution of U-Pb ages by laser ablation–multicollector–inductively coupled plasma–mass spectrometry: Geochemistry, Geophysics, Geosystems, v. 9, Q03017, doi:10.1029/2007GC001805.

 

Gehrels, G.E., Valencia, V., Pullen, A., 2006, Detrital zircon geochronology by Laser-Ablation Multicollector ICPMS at the Arizona LaserChron Center, in Loszewski, T., and Huff, W., eds., Geochronology: Emerging Opportunities, Paleontology Society Short Course: Paleontology Society Papers, v. 11, 10 p. 

 

Stacey, J.S., and Kramers, J.D., 1975, Approximation of terrestrial lead isotope evolution by a twostage model: Earth and Planetary Science Letters, v. 26, p. 207221.

Table A. U-Pb geochronologic analyses from the Chugach-Prince William terrane

Isotope ratios

Apparent ages (Ma)

Analysis

U

206Pb

U/Th

206Pb*

±

207Pb*

±

206Pb*

±

error

206Pb*

±

207Pb*

±

206Pb*

±

Best age

±

(ppm)

204Pb

207Pb*

(%)

235U*

(%)

238U

(%)

corr.

238U*

(Ma)

235U

(Ma)

207Pb*

(Ma)

(Ma)

(Ma)

Sample NI12-04, Shumagin Fm (55.156140°,-160.017880°)

NI12-04-105

260

8474

1.6

22.0498

10.1

0.0687

11.7

0.0110

5.9

0.50

70.4

4.1

67.5

7.6

-36.7

245.6

70.4

4.1

NI12-04-112

137

7261

2.2

20.0436

17.6

0.0782

18.5

0.0114

5.7

0.31

72.9

4.2

76.5

13.6

190.0

411.3

72.9

4.2

NI12-04-26

257

22010

1.9

22.8392

14.3

0.0688

14.4

0.0114

1.6

0.11

73.0

1.1

67.5

9.4

-122.8

354.4

73.0

1.1

NI12-04-50

434

23996

1.2

19.4470

5.0

0.0811

5.4

0.0114

2.0

0.38

73.3

1.5

79.2

4.1

259.8

114.9

73.3

1.5

NI12-04-21

148

7705

2.2

21.7853

23.6

0.0725

23.7

0.0115

2.5

0.10

73.4

1.8

71.1

16.3

-7.5

576.7

73.4

1.8

NI12-04-5

231

10679

1.6

23.0742

11.7

0.0688

12.0

0.0115

2.8

0.23

73.8

2.1

67.6

7.8

-148.1

290.1

73.8

2.1

NI12-04-87

284

23108

1.4

20.3531

5.5

0.0784

6.2

0.0116

3.0

0.49

74.1

2.2

76.6

4.6

154.1

127.8

74.1

2.2

NI12-04-11

199

11614

1.5

22.0121

15.2

0.0725

15.5

0.0116

3.4

0.22

74.2

2.5

71.0

10.7

-32.5

369.7

74.2

2.5

NI12-04-73

48

3274

1.4

8.3563

296.9

0.1909

297.1

0.0116

11.0

0.04

74.2

8.1

177.4

526.2

1951.3

571.8

74.2

8.1

NI12-04-97

188

9624

2.0

19.4701

14.6

0.0822

15.1

0.0116

3.8

0.25

74.4

2.8

80.2

11.6

257.1

337.3

74.4

2.8

NI12-04-45

215

24647

1.8

20.9511

15.3

0.0769

15.6

0.0117

3.0

0.19

74.9

2.2

75.2

11.3

85.9

364.6

74.9

2.2

NI12-04-59

190

5274

2.1

21.2010

12.3

0.0761

12.5

0.0117

1.9

0.15

75.0

1.4

74.5

9.0

57.7

294.6

75.0

1.4

NI12-04-104

75

2256

2.3

24.1090

42.8

0.0676

43.2

0.0118

5.3

0.12

75.7

4.0

66.4

27.8

-258.1

1131.2

75.7

4.0

NI12-04-29

51

8312

3.4

41.7506

132.5

0.0412

132.7

0.0125

7.4

0.06

79.9

5.8

41.0

53.3

NA

NA

79.9

5.8

NI12-04-22

44

2067

2.6

33.4710

35.8

0.0559

37.1

0.0136

9.6

0.26

86.8

8.3

55.2

19.9

-1171.6

1131.7

86.8

8.3

NI12-04-86

97

4484

1.1

18.7589

35.3

0.1004

35.9

0.0137

6.8

0.19

87.5

5.9

97.2

33.3

341.9

822.4

87.5

5.9

NI12-04-93

87

3155

1.8

29.3365

35.6

0.0651

35.7

0.0138

3.3

0.09

88.7

2.9

64.0

22.2

-782.7

1032.4

88.7

2.9

NI12-04-17

468

28712

1.5

21.1000

5.2

0.0906

5.3

0.0139

1.2

0.22

88.7

1.0

88.0

4.5

69.1

123.3

88.7

1.0

NI12-04-58

192

16565

1.6

21.4917

13.8

0.0898

14.1

0.0140

2.4

0.17

89.6

2.2

87.3

11.8

25.2

333.4

89.6

2.2

NI12-04-76

75

6019

2.1

21.4058

20.1

0.0907

20.8

0.0141

5.6

0.27

90.1

5.0

88.1

17.6

34.7

484.3

90.1

5.0

NI12-04-54

205

19523

3.1

21.6923

8.6

0.0899

8.9

0.0141

2.4

0.27

90.5

2.1

87.4

7.5

2.8

207.2

90.5

2.1

NI12-04-117

129

8825

1.8

20.1176

12.8

0.0969

13.1

0.0141

2.9

0.22

90.5

2.6

93.9

11.7

181.3

298.5

90.5

2.6

NI12-04-28

81

4836

2.3

24.2059

30.5

0.0810

31.0

0.0142

5.4

0.17

91.0

4.9

79.1

23.6

-268.3

789.9

91.0

4.9

NI12-04-65

39

2191

2.9

9.1098

183.9

0.2167

184.2

0.0143

10.9

0.06

91.6

9.9

199.2

346.0

1795.6

219.7

91.6

9.9

NI12-04-101

77

6548

2.9

24.2344

39.3

0.0817

39.6

0.0144

4.7

0.12

91.9

4.3

79.7

30.4

-271.3

1034.1

91.9

4.3

NI12-04-67

110

6659

1.8

24.2755

21.4

0.0816

22.7

0.0144

7.8

0.34

91.9

7.1

79.6

17.4

-275.6

548.2

91.9

7.1

NI12-04-91

86

8540

1.7

21.1947

19.7

0.0944

20.1

0.0145

3.7

0.18

92.9

3.4

91.6

17.6

58.5

473.8

92.9

3.4

NI12-04-83

219

14551

1.8

19.4126

5.2

0.1038

5.4

0.0146

1.4

0.27

93.5

1.3

100.3

5.1

263.8

118.7

93.5

1.3

NI12-04-38

42

2116

2.7

18.4102

35.1

0.1097

35.9

0.0147

7.5

0.21

93.8

7.0

105.7

36.1

384.2

812.4

93.8

7.0

NI12-04-96

107

4338

1.7

27.2150

37.8

0.0744

38.9

0.0147

9.3

0.24

94.0

8.7

72.9

27.4

-575.2

1052.2

94.0

8.7

NI12-04-68

166

8006

2.1

22.6886

12.9

0.0917

13.4

0.0151

3.7

0.28

96.5

3.6

89.0

11.4

-106.5

318.0

96.5

3.6

NI12-04-40

410

18424

2.7

21.1491

6.2

0.0989

6.4

0.0152

1.6

0.26

97.0

1.6

95.7

5.9

63.6

147.6

97.0

1.6

NI12-04-23

197

9142

2.9

21.1911

14.0

0.0989

14.2

0.0152

2.2

0.15

97.2

2.1

95.8

13.0

58.9

335.6

97.2

2.1

NI12-04-10

171

13556

1.9

21.7759

7.5

0.0966

7.8

0.0152

2.0

0.26

97.6

1.9

93.6

6.9

-6.4

181.3

97.6

1.9

NI12-04-75

185

13295

2.2

23.8082

12.6

0.0891

13.2

0.0154

3.9

0.30

98.4

3.8

86.7

11.0

-226.4

318.6

98.4

3.8

NI12-04-39

176

21878

1.1

19.6845

5.9

0.1171

6.1

0.0167

1.7

0.28

106.9

1.8

112.4

6.5

231.8

135.6

106.9

1.8

NI12-04-62

63

3590

2.3

30.8630

20.8

0.0751

21.5

0.0168

5.4

0.25

107.5

5.7

73.5

15.2

-928.4

611.5

107.5

5.7

NI12-04-89

45

2050

2.0

22.4877

47.0

0.1054

47.6

0.0172

7.3

0.15

109.9

8.0

101.8

46.1

-84.6

1212.1

109.9

8.0

NI12-04-95

258

50612

53.6

20.6957

5.1

0.1386

5.5

0.0208

2.0

0.36

132.7

2.6

131.8

6.8

114.9

121.4

132.7

2.6

NI12-04-8

339

32418

1.8

21.4174

7.2

0.1382

7.3

0.0215

1.4

0.19

136.9

1.9

131.4

9.1

33.5

172.9

136.9

1.9

NI12-04-36

222

30648

8.4

21.6371

9.1

0.1425

9.4

0.0224

2.5

0.27

142.6

3.5

135.3

11.9

9.0

218.5

142.6

3.5

NI12-04-15

39

3463

1.8

38.3547

56.2

0.0826

56.4

0.0230

5.4

0.10

146.5

7.9

80.6

43.8

NA

NA

146.5

7.9

NI12-04-88

28

4089

1.6

27.0236

35.2

0.1176

35.5

0.0230

4.9

0.14

146.9

7.1

112.9

38.0

-556.2

972.6

146.9

7.1

NI12-04-24

104

10956

1.1

20.1921

9.7

0.1598

10.1

0.0234

2.6

0.26

149.1

3.8

150.5

14.1

172.7

227.4

149.1

3.8

NI12-04-55

135

4911

4.1

19.2014

23.3

0.1681

24.6

0.0234

8.1

0.33

149.1

12.0

157.7

36.0

288.9

537.8

149.1

12.0

NI12-04-77

122

16017

8.5

22.3593

9.8

0.1448

10.0

0.0235

1.9

0.19

149.6

2.8

137.3

12.8

-70.6

239.4

149.6

2.8

NI12-04-85

45

8653

1.7

30.9322

41.9

0.1056

42.2

0.0237

4.8

0.11

150.9

7.1

101.9

40.9

-934.9

1269.6

150.9

7.1

NI12-04-34

73

6375

1.3

21.6113

26.1

0.1522

26.3

0.0239

3.1

0.12

152.0

4.6

143.8

35.2

11.8

636.4

152.0

4.6

NI12-04-52

40

4444

2.2

21.1230

30.3

0.1564

30.9

0.0240

6.0

0.19

152.6

9.0

147.5

42.5

66.5

736.7

152.6

9.0

NI12-04-108

59

6597

1.5

21.2925

23.9

0.1558

24.3

0.0241

4.4

0.18

153.3

6.6

147.0

33.3

47.4

578.9

153.3

6.6

NI12-04-4

81

7546

3.4

23.9828

15.2

0.1385

15.4

0.0241

2.4

0.16

153.5

3.6

131.7

19.0

-244.8

386.1

153.5

3.6

NI12-04-107

74

10589

2.7

21.9209

23.7

0.1529

24.4

0.0243

6.0

0.25

154.8

9.2

144.5

32.9

-22.5

579.6

154.8

9.2

NI12-04-25

110

7397

2.1

19.7603

10.4

0.1702

11.1

0.0244

3.8

0.34

155.4

5.8

159.6

16.3

222.9

241.1

155.4

5.8

NI12-04-79

50

2987

1.7

21.0640

17.7

0.1604

19.1

0.0245

7.1

0.37

156.1

10.9

151.1

26.8

73.2

423.8

156.1

10.9

NI12-04-115

53

5765

1.4

26.5823

31.1

0.1272

31.3

0.0245

4.2

0.13

156.2

6.4

121.6

35.9

-512.0

845.6

156.2

6.4

NI12-04-19

117

11151

4.1

20.1143

9.4

0.1681

9.8

0.0245

2.6

0.27

156.2

4.1

157.8

14.3

181.7

219.2

156.2

4.1

NI12-04-27

27

2814

2.3

19.3556

46.4

0.1763

46.6

0.0247

5.1

0.11

157.6

7.9

164.8

71.1

270.6

1119.7

157.6

7.9

NI12-04-7

46

11895

2.3

19.2185

22.6

0.1776

23.4

0.0248

6.0

0.26

157.7

9.4

166.0

35.8

286.9

521.8

157.7

9.4

NI12-04-113

166

27433

3.5

18.9116

6.7

0.1821

14.1

0.0250

12.4

0.88

159.0

19.5

169.8

22.1

323.5

152.3

159.0

19.5

NI12-04-47

120

9143

2.3

19.3042

15.9

0.1789

16.3

0.0250

3.4

0.21

159.5

5.4

167.1

25.1

276.7

366.1

159.5

5.4

NI12-04-63

38

3618

3.5

23.7414

40.4

0.1457

40.8

0.0251

5.4

0.13

159.7

8.5

138.1

52.7

-219.3

1053.8

159.7

8.5

NI12-04-60

197

37057

1.4

20.6339

5.5

0.1678

5.7

0.0251

1.6

0.28

159.8

2.5

157.5

8.3

122.0

129.3

159.8

2.5

NI12-04-78

221

23788

1.5

20.5291

5.9

0.1689

6.0

0.0251

1.0

0.17

160.1

1.6

158.4

8.8

134.0

139.4

160.1

1.6

NI12-04-114

421

44720

3.9

20.2927

2.9

0.1721

3.1

0.0253

1.2

0.38

161.2

1.9

161.2

4.6

161.1

67.1

161.2

1.9

NI12-04-99

53

4493

4.1

20.5606

20.6

0.1699

20.8

0.0253

2.8

0.13

161.3

4.4

159.3

30.7

130.4

489.6

161.3

4.4

NI12-04-48

99

7210

2.0

21.5782

14.4

0.1620

14.5

0.0254

1.8

0.12

161.4

2.9

152.5

20.6

15.5

348.1

161.4

2.9

NI12-04-90

50

6613

1.9

20.7918

15.4

0.1685

16.5

0.0254

5.9

0.36

161.8

9.5

158.2

24.2

104.0

366.6

161.8

9.5

NI12-04-84

25

1534

2.2

41.6495

81.8

0.0842

82.2

0.0254

7.6

0.09

161.9

12.2

82.1

64.9

-1904.2

1062.5

161.9

12.2

NI12-04-94

200

21842

1.9

19.8190

4.6

0.1779

5.0

0.0256

2.0

0.41

162.8

3.3

166.2

7.7

216.1

105.9

162.8

3.3

NI12-04-100

105

11844

2.2

21.1817

12.5

0.1670

12.8

0.0257

2.5

0.20

163.3

4.1

156.8

18.5

59.9

299.0

163.3

4.1

NI12-04-6

37

5266

1.9

16.1701

20.3

0.2210

21.7

0.0259

7.5

0.35

164.9

12.2

202.7

39.8

668.7

439.0

164.9

12.2

NI12-04-37

116

6596

4.8

21.0094

6.1

0.1702

6.9

0.0259

3.2

0.47

165.1

5.2

159.6

10.2

79.3

144.7

165.1

5.2

NI12-04-49

80

5910

2.1

19.3639

20.6

0.1855

20.9

0.0260

3.8

0.18

165.8

6.2

172.8

33.3

269.6

476.7

165.8

6.2

NI12-04-30

99

14854

3.2

21.6213

6.8

0.1662

7.4

0.0261

2.8

0.38

165.8

4.6

156.1

10.7

10.7

164.7

165.8

4.6

NI12-04-3

43

4324

0.9

26.4108

39.6

0.1365

40.1

0.0261

5.8

0.14

166.4

9.5

129.9

48.9

-494.8

1090.0

166.4

9.5

NI12-04-43

75

6915

1.1

22.3123

9.4

0.1618

9.8

0.0262

2.9

0.30

166.6

4.8

152.3

13.9

-65.5

229.6

166.6

4.8

NI12-04-35

188

32083

1.9

20.1362

8.8

0.1807

9.1

0.0264

2.2

0.24

168.0

3.6

168.7

14.1

179.2

206.0

168.0

3.6

NI12-04-64

60

4623

1.7

18.5417

21.0

0.1967

21.5

0.0264

4.4

0.20

168.3

7.3

182.3

35.9

368.2

478.5

168.3

7.3

NI12-04-20

127

11965

1.7

20.5587

6.1

0.1774

6.9

0.0265

3.1

0.45

168.3

5.1

165.8

10.5

130.6

144.3

168.3

5.1

NI12-04-12

50

7101

1.6

21.0945

21.9

0.1738

22.8

0.0266

6.2

0.27

169.2

10.4

162.7

34.3

69.7

527.1

169.2

10.4

NI12-04-44

62

11616

2.0

22.2709

20.9

0.1653

21.2

0.0267

3.6

0.17

169.9

6.0

155.3

30.5

-61.0

513.5

169.9

6.0

NI12-04-53

569

95067

6.3

20.1807

1.5

0.1828

1.8

0.0268

1.0

0.54

170.2

1.6

170.5

2.9

174.0

35.7

170.2

1.6

NI12-04-110

104

12159

2.3

20.9095

13.3

0.1768

13.5

0.0268

2.2

0.16

170.6

3.6

165.3

20.6

90.6

317.4

170.6

3.6

NI12-04-82

64

6166

2.9

20.3661

12.3

0.1825

13.5

0.0270

5.7

0.42

171.4

9.7

170.2

21.2

152.7

288.0

171.4

9.7

NI12-04-1

152

13011

2.4

21.6850

8.3

0.1717

8.4

0.0270

1.4

0.16

171.8

2.3

160.9

12.6

3.7

201.0

171.8

2.3

NI12-04-31

67

5107

2.7

20.1644

7.6

0.1855

9.3

0.0271

5.4

0.58

172.5

9.1

172.7

14.8

175.9

177.5

172.5

9.1

NI12-04-74

145

17260

3.4

20.0787

3.8

0.1870

4.1

0.0272

1.7

0.40

173.2

2.8

174.1

6.6

185.8

87.4

173.2

2.8

NI12-04-72

279

37643

1.6

20.3219

4.1

0.1858

4.2

0.0274

1.1

0.26

174.2

1.9

173.1

6.8

157.8

96.0

174.2

1.9

NI12-04-92

51

5975

4.6

17.6119

31.4

0.2156

31.6

0.0275

3.1

0.10

175.1

5.4

198.2

56.9

483.0

710.3

175.1

5.4

NI12-04-71

87

12853

1.7

22.0550

12.0

0.1728

12.4

0.0276

3.3

0.26

175.8

5.7

161.9

18.6

-37.3

291.1

175.8

5.7

NI12-04-41

165

21867

3.3

21.1426

7.0

0.1804

7.5

0.0277

2.7

0.35

175.9

4.6

168.4

11.6

64.3

167.2

175.9

4.6

NI12-04-9

80

8309

3.3

22.5057

9.1

0.1695

9.8

0.0277

3.6

0.37

175.9

6.2

159.0

14.4

-86.6

223.3

175.9

6.2

NI12-04-61

68

14354

1.9

19.2410

13.7

0.2033

15.3

0.0284

6.7

0.44

180.3

11.8

187.9

26.2

284.2

315.1

180.3

11.8

NI12-04-81

79

13991

1.8

21.4881

13.4

0.1836

13.5

0.0286

2.0

0.15

181.8

3.6

171.1

21.3

25.6

322.2

181.8

3.6

NI12-04-66

154

15880

2.3

20.6815

7.6

0.1929

8.1

0.0289

2.8

0.35

183.9

5.2

179.1

13.3

116.5

178.4

183.9

5.2

NI12-04-18

59

9247

2.3

18.2420

10.2

0.2199

10.4

0.0291

2.1

0.20

184.8

3.9

201.8

19.0

404.8

228.0

184.8

3.9

NI12-04-46

49

4419

3.4

21.3267

17.4

0.1887

17.7

0.0292

3.0

0.17

185.4

5.5

175.5

28.5

43.6

418.8

185.4

5.5

NI12-04-51

71

9070

1.8

20.5177

14.6

0.1963

14.7

0.0292

1.5

0.10

185.6

2.8

182.0

24.5

135.2

344.9

185.6

2.8

NI12-04-33

101

31905

1.9

20.8380

10.3

0.1945

10.5

0.0294

2.0

0.19

186.8

3.7

180.5

17.3

98.7

243.5

186.8

3.7

NI12-04-102

87

6108

2.0

20.9898

8.8

0.1949

9.2

0.0297

2.8

0.30

188.4

5.1

180.8

15.3

81.5

209.9

188.4

5.1

NI12-04-98

115

15034

2.2

20.4630

8.5

0.2011

8.6

0.0299

1.4

0.16

189.6

2.7

186.1

14.7

141.5

199.8

189.6

2.7

NI12-04-103

243

49724

1.9

20.1445

2.5

0.2087

2.7

0.0305

1.1

0.39

193.6

2.1

192.4

4.8

178.2

58.7

193.6

2.1

NI12-04-13

93

11246

1.8

21.5313

13.6

0.1959

13.8

0.0306

2.4

0.17

194.3

4.6

181.7

22.9

20.7

327.4

194.3

4.6

NI12-04-111

219

21109

2.3

20.4251

6.7

0.2110

7.1

0.0313

2.3

0.33

198.4

4.5

194.4

12.6

145.9

158.1

198.4

4.5

NI12-04-70

471

6220

1.7

19.4041

1.9

0.2423

2.3

0.0341

1.3

0.56

216.1

2.7

220.3

4.5

264.8

43.5

216.1

2.7

NI12-04-2

92

11209

2.2

21.0142

10.3

0.2266

10.4

0.0345

1.1

0.11

218.8

2.4

207.4

19.5

78.8

245.8

218.8

2.4

NI12-04-109

1730

181298

1.3

19.7734

0.6

0.2438

1.7

0.0350

1.6

0.93

221.5

3.4

221.5

3.3

221.4

13.8

221.5

3.4

NI12-04-14

346

45391

1.0

20.0562

2.5

0.2404

2.9

0.0350

1.4

0.49

221.6

3.1

218.7

5.7

188.4

58.4

221.6

3.1

NI12-04-80

687

105189

1.3

19.7186

1.9

0.2460

2.1

0.0352

0.9

0.44

222.9

2.0

223.3

4.3

227.8

44.4

222.9

2.0

NI12-04-32

310

26454

2.9

19.8515

2.8

0.2475

3.3

0.0356

1.8

0.55

225.7

4.0

224.5

6.7

212.3

64.6

225.7

4.0

NI12-04-116

108

22246

2.9

20.3632

6.8

0.2415

7.0

0.0357

1.8

0.25

225.9

3.9

219.6

13.8

153.0

158.9

225.9

3.9

NI12-04-106

223

25821

0.8

20.0880

4.4

0.2455

5.2

0.0358

2.8

0.53

226.6

6.2

222.9

10.5

184.8

103.3

226.6

6.2

NI12-04-69

50

10974

2.2

20.8296

14.5

0.2943

15.0

0.0445

3.7

0.24

280.5

10.1

262.0

34.6

99.7

345.0

280.5

10.1

NI12-04-42

43

9700

2.2

21.0817

15.0

0.2925

15.2

0.0447

2.2

0.15

282.1

6.1

260.5

34.9

71.1

358.6

282.1

6.1

Sample NI12-06, Shumagin Fm (55.116000°,-160.025040°)

NI12-06-52

142

4534

2.3

26.7352

16.7

0.0564

17.0

0.0109

3.3

0.20

70.2

2.3

55.8

9.2

-527.4

448.4

70.2

2.3

NI12-06-54

214

10318

1.6

20.5258

12.8

0.0751

13.1

0.0112

3.2

0.24

71.7

2.3

73.5

9.3

134.3

300.8

71.7

2.3

NI12-06-58

233

13598

1.3

20.4825

11.8

0.0756

12.0

0.0112

2.1

0.18

72.0

1.5

74.0

8.5

139.3

277.3

72.0

1.5

NI12-06-71

124

3318

2.5

30.2246

76.9

0.0513

77.1

0.0112

6.0

0.08

72.0

4.3

50.8

38.2

-867.8

2601.8

72.0

4.3

NI12-06-17

167

10381

2.4

22.2777

15.4

0.0697

15.6

0.0113

2.6

0.17

72.2

1.9

68.4

10.3

-61.7

377.9

72.2

1.9

NI12-06-36

177

5734

2.0

19.9713

16.7

0.0778

17.0

0.0113

2.8

0.17

72.3

2.0

76.1

12.4

198.3

390.8

72.3

2.0

NI12-06-12

356

22788

1.6

21.5004

8.9

0.0726

9.1

0.0113

1.5

0.16

72.6

1.1

71.2

6.2

24.2

215.0

72.6

1.1

NI12-06-41

218

9041

1.9

22.0833

10.4

0.0709

10.7

0.0113

2.4

0.23

72.8

1.8

69.5

7.2

-40.4

253.3

72.8

1.8

NI12-06-42

205

8522

1.6

21.3212

15.8

0.0735

16.2

0.0114

3.3

0.20

72.9

2.4

72.0

11.3

44.2

380.7

72.9

2.4

NI12-06-93

289

8800

1.5

19.5201

21.7

0.0803

21.9

0.0114

2.9

0.13

72.9

2.1

78.5

16.6

251.1

505.2

72.9

2.1

NI12-06-69

248

19982

1.7

21.6365

5.9

0.0727

7.0

0.0114

3.7

0.53

73.1

2.7

71.2

4.8

9.0

141.8

73.1

2.7

NI12-06-22

177

7196

2.1

22.0833

12.1

0.0715

12.5

0.0115

3.3

0.26

73.4

2.4

70.1

8.5

-40.4

294.2

73.4

2.4

NI12-06-13

203

6011

2.3

22.2661

16.6

0.0709

16.7

0.0115

2.2

0.13

73.4

1.6

69.6

11.2

-60.4

406.4

73.4

1.6

NI12-06-48

182

4324

1.3

20.8734

23.7

0.0757

23.8

0.0115

2.4

0.10

73.4

1.7

74.1

17.0

94.7

568.3

73.4

1.7

NI12-06-64

118

4155

1.5

25.6110

16.0

0.0618

18.0

0.0115

8.3

0.46

73.6

6.1

60.9

10.7

-413.7

421.4

73.6

6.1

NI12-06-6

128

7133

2.4

27.0364

24.9

0.0586

25.2

0.0115

3.9

0.15

73.6

2.8

57.8

14.2

-557.4

679.9

73.6

2.8

NI12-06-11

230

17644

1.7

19.6540

11.1

0.0806

11.2

0.0115

1.3

0.12

73.6

0.9

78.7

8.5

235.4

257.8

73.6

0.9

NI12-06-7

205

6669

1.9

21.2878

7.4

0.0745

7.8

0.0115

2.6

0.33

73.7

1.9

73.0

5.5

48.0

176.9

73.7

1.9

NI12-06-45

191

9472

2.4

23.7701

22.2

0.0669

22.3

0.0115

2.3

0.10

74.0

1.7

65.8

14.2

-222.3

563.3

74.0

1.7

NI12-06-78

85

1641

1.9

53.1493

67.9

0.0300

68.2

0.0115

7.1

0.10

74.0

5.2

30.0

20.2

NA

NA

74.0

5.2

NI12-06-70

58

3688

1.8

17.5359

45.7

0.0908

46.4

0.0116

7.8

0.17

74.0

5.7

88.3

39.2

492.5

1062.0

74.0

5.7

NI12-06-56

183

9837

2.2

22.9870

12.1

0.0694

12.5

0.0116

3.2

0.26

74.1

2.4

68.1

8.3

-138.7

300.4

74.1

2.4

NI12-06-26

125

5810

1.8

21.4409

27.2

0.0744

28.1

0.0116

7.2

0.26

74.2

5.3

72.9

19.8

30.8

661.4

74.2

5.3

NI12-06-18

163

3338

2.2

21.4463

10.9

0.0748

11.4

0.0116

3.6

0.32

74.6

2.7

73.3

8.1

30.2

260.9

74.6

2.7

NI12-06-100

369

15340

1.2

21.4226

10.1

0.0751

10.3

0.0117

1.9

0.18

74.8

1.4

73.6

7.3

32.9

242.2

74.8

1.4

NI12-06-47

69

6342

1.8

16.8859

208.5

0.0956

208.7

0.0117

8.5

0.04

75.0

6.4

92.7

187.0

575.2

1410.2

75.0

6.4

NI12-06-53

531

9576

1.0

20.7867

6.4

0.0778

6.9

0.0117

2.8

0.40

75.2

2.1

76.1

5.1

104.6

150.6

75.2

2.1

NI12-06-19

292

30455

0.9

21.3498

11.6

0.0758

11.7

0.0117

1.9

0.16

75.3

1.4

74.2

8.4

41.0

277.4

75.3

1.4

NI12-06-15

223

25432

1.4

24.2983

27.1

0.0667

27.3

0.0118

2.6

0.10

75.3

2.0

65.5

17.3

-278.0

701.0

75.3

2.0

NI12-06-32

65

5235

2.4

21.1346

51.7

0.0769

52.4

0.0118

8.5

0.16

75.5

6.4

75.2

38.0

65.2

1314.0

75.5

6.4

NI12-06-80

167

3021

1.8

19.5630

39.5

0.0832

39.9

0.0118

5.7

0.14

75.7

4.3

81.1

31.1

246.1

943.6

75.7

4.3

NI12-06-40

430

31268

1.2

20.5757

7.7

0.0792

8.0

0.0118

2.4

0.30

75.7

1.8

77.4

6.0

128.7

180.4

75.7

1.8

NI12-06-29

135

6018

1.9

23.9749

22.5

0.0685

23.4

0.0119

6.4

0.27

76.3

4.9

67.2

15.2

-244.0

574.4

76.3

4.9

NI12-06-55

260

17188

1.3

21.3296

11.9

0.0771

12.1

0.0119

2.4

0.20

76.5

1.8

75.4

8.8

43.3

284.3

76.5

1.8

NI12-06-102

249

9927

1.2

20.6308

10.1

0.0809

10.5

0.0121

2.9

0.28

77.6

2.3

79.0

8.0

122.3

238.8

77.6

2.3

NI12-06-8

369

10558

1.2

22.4282

7.2

0.0745

7.8

0.0121

3.0

0.38

77.7

2.3

73.0

5.5

-78.2

176.6

77.7

2.3

NI12-06-39

69

3253

1.5

28.7855

51.3

0.0583

52.0

0.0122

8.9

0.17

78.0

6.9

57.6

29.1

-729.4

1518.0

78.0

6.9

NI12-06-30

189

15335

1.1

23.8914

16.6

0.0715

17.1

0.0124

3.9

0.23

79.4

3.1

70.1

11.6

-235.2

422.1

79.4

3.1

NI12-06-85

295

9517

2.9

19.9807

8.2

0.0867

8.5

0.0126

2.2

0.25

80.5

1.7

84.4

6.8

197.3

190.2

80.5

1.7

NI12-06-91

203

8958

1.6

24.8242

16.4

0.0700

16.6

0.0126

2.6

0.16

80.8

2.1

68.7

11.0

-332.7

424.4

80.8

2.1

NI12-06-27

121

5160

1.1

22.4990

15.7

0.0780

16.1

0.0127

3.3

0.21

81.6

2.7

76.3

11.8

-85.9

387.7

81.6

2.7

NI12-06-92

671

31663

1.1

21.4537

3.8

0.0856

5.9

0.0133

4.4

0.76

85.3

3.8

83.4

4.7

29.4

91.3

85.3

3.8

NI12-06-67

438

48664

5.6

20.7935

6.9

0.0894

7.0

0.0135

1.1

0.16

86.3

0.9

86.9

5.8

103.8

163.8

86.3

0.9

NI12-06-31

176

9030

1.8

21.7588

14.2

0.0858

14.7

0.0135

3.8

0.26

86.7

3.3

83.6

11.8

-4.5

343.7

86.7

3.3

NI12-06-49

343

23908

1.1

21.7104

8.2

0.0867

8.4

0.0137

1.8

0.21

87.4

1.5

84.4

6.8

0.8

197.6

87.4

1.5

NI12-06-59

107

5517

2.5

22.8155

27.2

0.0840

27.3

0.0139

2.5

0.09

89.0

2.2

81.9

21.5

-120.2

681.7

89.0

2.2

NI12-06-82

207

3207

1.4

21.1596

12.9

0.0912

13.0

0.0140

2.1

0.16

89.6

1.9

88.6

11.1

62.4

307.7

89.6

1.9

NI12-06-3

936

10275

1.4

20.8007

2.9

0.0932

3.9

0.0141

2.6

0.67

90.0

2.3

90.5

3.4

103.0

68.1

90.0

2.3

NI12-06-84

225

13946

2.1

21.5690

14.0

0.0903

14.7

0.0141

4.4

0.30

90.5

4.0

87.8

12.3

16.5

337.4

90.5

4.0

NI12-06-57

133

8645

1.7

24.2338

17.5

0.0807

17.9

0.0142

3.7

0.21

90.8

3.4

78.8

13.5

-271.2

446.7

90.8

3.4

NI12-06-14

88

9178

1.9

18.4481

28.3

0.1077

28.7

0.0144

4.9

0.17

92.2

4.5

103.8

28.3

379.6

647.5

92.2

4.5

NI12-06-79

132

16487

2.5

20.8754

17.3

0.0966

17.6

0.0146

3.3

0.19

93.6

3.1

93.7

15.8

94.5

412.4

93.6

3.1

NI12-06-1

47

3456

2.3

43.7310

134.0

0.0463

134.3

0.0147

8.2

0.06

94.0

7.6

46.0

60.4

NA

NA

94.0

7.6

NI12-06-83

300

9442

1.8

20.1438

10.0

0.1070

10.3

0.0156

2.7

0.26

100.0

2.7

103.2

10.1

178.3

232.8

100.0

2.7

NI12-06-4

347

18381

3.7

19.9501

5.7

0.1102

6.1

0.0159

2.2

0.36

102.0

2.2

106.1

6.2

200.8

132.4

102.0

2.2

NI12-06-21

121

7270

1.3

21.8437

20.2

0.1007

20.6

0.0160

3.6

0.18

102.0

3.6

97.4

19.1

-13.9

493.4

102.0

3.6

NI12-06-2

222

25400

2.9

21.0960

9.2

0.1049

9.3

0.0160

1.6

0.18

102.6

1.7

101.3

9.0

69.6

218.5

102.6

1.7

NI12-06-5

140

13792

1.0

21.1784

23.2

0.1078

23.5

0.0166

3.5

0.15

105.9

3.7

104.0

23.2

60.3

559.6

105.9

3.7

NI12-06-65

1478

99320

2.9

20.8144

1.8

0.1155

2.7

0.0174

2.0

0.74

111.4

2.2

111.0

2.8

101.4

42.2

111.4

2.2

NI12-06-35

163

18896

2.0

21.6213

10.5

0.1211

10.9

0.0190

2.9

0.27

121.3

3.5

116.1

12.0

10.7

253.0

121.3

3.5

NI12-06-60

52

10823

1.9

20.2362

23.7

0.1478

25.1

0.0217

8.4

0.33

138.4

11.4

140.0

32.9

167.6

560.9

138.4

11.4

NI12-06-75

90

6794

4.6

21.1092

25.4

0.1492

25.6

0.0228

3.3

0.13

145.6

4.7

141.2

33.8

68.1

613.4

145.6

4.7

NI12-06-74

53

2905

1.9

19.2387

31.7

0.1654

32.1

0.0231

4.8

0.15

147.1

7.0

155.4

46.3

284.5

742.9

147.1

7.0

NI12-06-66

53

6410

1.3

22.5354

30.1

0.1415

30.7

0.0231

6.2

0.20

147.4

9.0

134.4

38.7

-89.8

753.1

147.4

9.0

NI12-06-63

98

5342

1.3

19.6187

13.8

0.1638

14.2

0.0233

3.7

0.26

148.5

5.4

154.0

20.4

239.6

318.6

148.5

5.4

NI12-06-25

76

7717

1.9

24.3034

23.8

0.1329

24.2

0.0234

4.5

0.19

149.3

6.6

126.7

28.9

-278.5

612.7

149.3

6.6

NI12-06-61

52

4968

1.7

25.7465

18.6

0.1263

20.7

0.0236

9.0

0.43

150.3

13.3

120.8

23.5

-427.5

492.3

150.3

13.3

NI12-06-88

84

6527

1.2

18.8147

9.9

0.1748

10.2

0.0239

2.5

0.25

152.0

3.8

163.6

15.4

335.2

224.2

152.0

3.8

NI12-06-96

164

1551

1.0

19.2242

16.6

0.1732

17.1

0.0241

4.1

0.24

153.8

6.2

162.2

25.6

286.2

381.2

153.8

6.2

NI12-06-51

180

21425

1.9

20.3053

8.7

0.1663

8.7

0.0245

1.1

0.12

156.0

1.7

156.2

12.7

159.7

203.3

156.0

1.7

NI12-06-24

299

40965

2.6

20.6802

3.7

0.1651

5.1

0.0248

3.4

0.68

157.7

5.3

155.2

7.3

116.7

87.4

157.7

5.3

NI12-06-90

69

11181

1.2

18.4672

23.5

0.1860

24.1

0.0249

5.0

0.21

158.6

7.9

173.2

38.3

377.3

536.2

158.6

7.9

NI12-06-89

82

12235

2.4

19.9656

21.8

0.1732

22.0

0.0251

3.4

0.15

159.7

5.4

162.2

33.0

199.0

510.9

159.7

5.4

NI12-06-105

218

21410

2.5

19.8942

6.9

0.1742

7.1

0.0251

1.6

0.22

160.0

2.5

163.0

10.7

207.3

160.7

160.0

2.5

NI12-06-97

45

3088

1.9

17.6319

28.4

0.1973

28.9

0.0252

5.2

0.18

160.6

8.3

182.9

48.4

480.5

639.5

160.6

8.3

NI12-06-37

360

22187

0.7

20.1971

4.2

0.1743

4.5

0.0255

1.5

0.32

162.5

2.3

163.1

6.8

172.1

99.0

162.5

2.3

NI12-06-94

808

32791

0.9

20.1515

1.3

0.1766

1.9

0.0258

1.4

0.74

164.3

2.3

165.1

2.9

177.4

29.2

164.3

2.3

NI12-06-95

73

3440

2.0

19.5727

22.6

0.1839

22.8

0.0261

3.1

0.14

166.1

5.1

171.4

36.0

244.9

526.1

166.1

5.1

NI12-06-28

26

2376

7.4

17.2109

30.6

0.2103

31.6

0.0263

7.8

0.25

167.0

12.8

193.8

55.8

533.6

685.5

167.0

12.8

NI12-06-20

68

4470

2.0

21.8647

29.7

0.1668

29.8

0.0264

3.3

0.11

168.2

5.4

156.6

43.3

-16.3

730.8

168.2

5.4

NI12-06-72

57

7242

2.3

17.3290

17.8

0.2106

19.2

0.0265

7.0

0.36

168.4

11.6

194.0

33.8

518.6

394.5

168.4

11.6

NI12-06-98

224

9193

3.7

20.3607

5.0

0.1810

5.1

0.0267

1.2

0.24

170.1

2.1

169.0

8.0

153.3

117.0

170.1

2.1

NI12-06-87

103

16209

4.5

22.6031

15.9

0.1656

16.1

0.0272

2.9

0.18

172.7

5.0

155.6

23.3

-97.2

392.0

172.7

5.0

NI12-06-9

201

19727

2.3

20.3621

7.7

0.1843

7.9

0.0272

1.5

0.19

173.1

2.5

171.7

12.5

153.1

181.5

173.1

2.5

NI12-06-43

88

17254

2.7

21.0279

15.6

0.1817

16.1

0.0277

4.1

0.26

176.2

7.2

169.6

25.2

77.2

371.7

176.2

7.2

NI12-06-23

68

5115

1.6

20.0159

18.8

0.1911

19.1

0.0277

3.5

0.19

176.4

6.2

177.5

31.2

193.2

440.3

176.4

6.2

NI12-06-46

236

50142

1.9

20.2091

6.0

0.1926

6.3

0.0282

1.8

0.29

179.4

3.2

178.8

10.3

170.7

141.2

179.4

3.2

NI12-06-101

80

10499

1.6

20.7884

18.4

0.1880

18.9

0.0284

4.2

0.22

180.2

7.5

175.0

30.3

104.4

437.9

180.2

7.5

NI12-06-16

122

13754

1.9

20.9207

11.4

0.1869

11.6

0.0284

1.8

0.16

180.3

3.3

174.0

18.5

89.4

271.2

180.3

3.3

NI12-06-38

289

22337

1.8

20.4701

3.0

0.1912

3.3

0.0284

1.3

0.41

180.4

2.4

177.6

5.4

140.7

70.6

180.4

2.4

NI12-06-86

186

13349

1.6

19.9632

3.2

0.1984

3.4

0.0287

1.0

0.31

182.6

1.9

183.8

5.7

199.3

74.8

182.6

1.9

NI12-06-68

768

65955

1.4

19.8516

2.1

0.2073

2.4

0.0298

1.1

0.48

189.6

2.1

191.3

4.1

212.3

48.1

189.6

2.1

NI12-06-50

213

38097

2.8

20.2392

4.9

0.2058

5.3

0.0302

2.0

0.37

191.9

3.7

190.0

9.2

167.3

115.0

191.9

3.7

NI12-06-10

187

19545

2.8

20.3085

3.7

0.2073

3.9

0.0305

1.3

0.34

193.8

2.5

191.2

6.8

159.3

86.2

193.8

2.5

NI12-06-44

87

7576

3.0

21.8210

14.5

0.1937

15.3

0.0306

4.9

0.32

194.6

9.4

179.7

25.3

-11.4

352.7

194.6

9.4

NI12-06-62

476

57658

1.7

20.0179

2.3

0.2151

2.6

0.0312

1.4

0.51

198.2

2.6

197.8

4.7

192.9

52.7

198.2

2.6

NI12-06-73

125

15926

1.1

21.5209

9.6

0.2092

10.0

0.0327

2.7

0.27

207.2

5.4

192.9

17.5

21.9

231.3

207.2

5.4

NI12-06-81

133

28129

2.4

20.1293

7.7

0.2372

8.1

0.0346

2.4

0.29

219.5

5.1

216.1

15.8

180.0

180.6

219.5

5.1

NI12-06-104

546

36782

1.7

19.4983

1.8

0.2533

2.3

0.0358

1.4

0.62

226.9

3.2

229.2

4.8

253.7

42.0

226.9

3.2

NI12-06-77

185

34253

1.8

19.2833

6.1

0.3134

6.6

0.0438

2.5

0.38

276.6

6.7

276.9

15.9

279.2

139.1

276.6

6.7

NI12-06-34

285

82530

1.5

18.6502

2.8

0.4321

2.9

0.0585

1.0

0.33

366.2

3.5

364.7

9.0

355.1

62.9

366.2

3.5

NI12-06-76

631

148151

1.4

18.3396

0.6

0.4649

1.7

0.0618

1.6

0.94

386.8

6.0

387.7

5.5

392.8

13.1

386.8

6.0

NI12-06-103

136

155534

1.2

8.8700

0.4

5.2129

0.9

0.3354

0.8

0.90

1864.3

12.8

1854.7

7.4

1844.0

6.8

1844.0

6.8

NI12-06-99

78

133070

2.0

8.2712

0.7

5.1869

2.0

0.3112

1.9

0.94

1746.4

28.7

1850.5

17.0

1969.6

12.1

1969.6

12.1

Sample NI12-09, Shumagin Fm (55.128930°,-159.934890°)

NI12-09-30

344

7664

1.4

19.7997

13.0

0.0760

13.8

0.0109

4.6

0.33

69.9

3.2

74.3

9.9

218.3

302.2

69.9

3.2

NI12-09-59

289

12916

1.7

23.0328

12.9

0.0668

13.1

0.0112

2.3

0.18

71.5

1.7

65.7

8.3

-143.6

319.9

71.5

1.7

NI12-09-79

89

3715

2.2

24.2467

36.0

0.0645

36.4

0.0113

5.4

0.15

72.7

3.9

63.5

22.4

-272.5

940.6

72.7

3.9

NI12-09-5

128

6030

1.1

19.9261

20.2

0.0792

22.0

0.0114

8.8

0.40

73.3

6.4

77.4

16.4

203.6

471.8

73.3

6.4

NI12-09-26

110

4001

1.6

22.3910

25.7

0.0705

26.0

0.0114

3.8

0.15

73.4

2.8

69.2

17.4

-74.1

638.1

73.4

2.8

NI12-09-63

446

23631

2.6

20.9625

2.3

0.0754

6.9

0.0115

6.5

0.95

73.5

4.8

73.8

4.9

84.6

53.7

73.5

4.8

NI12-09-22

52

3743

1.3

13.2056

144.9

0.1200

145.1

0.0115

7.5

0.05

73.7

5.5

115.1

159.2

1087.8

533.4

73.7

5.5

NI12-09-54

100

3083

1.5

19.4978

30.6

0.0826

30.8

0.0117

3.2

0.10

74.8

2.3

80.6

23.9

253.8

719.9

74.8

2.3

NI12-09-18

689

39687

1.7

20.7310

3.2

0.0779

3.3

0.0117

1.0

0.29

75.1

0.7

76.2

2.4

110.9

75.3

75.1

0.7

NI12-09-65

234

15592

1.6

21.3866

10.2

0.0763

10.3

0.0118

1.6

0.16

75.9

1.2

74.7

7.4

36.9

244.0

75.9

1.2

NI12-09-16

206

6183

3.8

24.2649

13.6

0.0674

14.3

0.0119

4.4

0.31

76.0

3.3

66.2

9.1

-274.5

346.5

76.0

3.3

NI12-09-85

254

10596

2.8

21.4687

4.8

0.0768

5.2

0.0120

2.1

0.40

76.6

1.6

75.1

3.8

27.7

114.4

76.6

1.6

NI12-09-4

58

3429

2.1

17.2823

32.4

0.0957

32.9

0.0120

6.1

0.18

76.8

4.6

92.8

29.2

524.6

727.4

76.8

4.6

NI12-09-105

112

4893

3.6

27.4860

32.2

0.0643

32.5

0.0128

4.0

0.12

82.2

3.3

63.3

20.0

-602.1

896.0

82.2

3.3

NI12-09-43

185

7554

1.1

22.0486

19.4

0.0802

19.8

0.0128

3.9

0.20

82.2

3.2

78.4

14.9

-36.6

474.3

82.2

3.2

NI12-09-13

65

5590

2.2

22.6281

22.2

0.0785

23.1

0.0129

6.6

0.29

82.6

5.4

76.8

17.1

-99.9

550.0

82.6

5.4

NI12-09-9

116

9543

1.4

23.8982

17.2

0.0764

18.1

0.0132

5.5

0.31

84.8

4.7

74.8

13.0

-235.9

437.4

84.8

4.7

NI12-09-64

69

3815

1.8

21.8450

37.5

0.0846

37.6

0.0134

3.3

0.09

85.8

2.8

82.4

29.8

-14.1

934.8

85.8

2.8

NI12-09-3

196

11457

0.9

22.2229

17.6

0.0834

18.8

0.0134

6.6

0.35

86.0

5.7

81.3

14.7

-55.7

432.4

86.0

5.7

NI12-09-78

81

5773

2.1

29.1296

44.8

0.0662

45.0

0.0140

4.5

0.10

89.5

4.0

65.1

28.4

-762.8

1314.6

89.5

4.0

NI12-09-25

258

26516

1.5

21.5343

12.2

0.0904

12.5

0.0141

2.7

0.22

90.4

2.4

87.9

10.5

20.4

293.3

90.4

2.4

NI12-09-46

222

13040

1.9

20.2416

11.4

0.0980

11.6

0.0144

2.0

0.17

92.1

1.8

94.9

10.5

167.0

267.8

92.1

1.8

NI12-09-36

235

23221

1.8

19.8902

5.9

0.1010

6.8

0.0146

3.5

0.51

93.3

3.2

97.7

6.4

207.8

136.2

93.3

3.2

NI12-09-40

272

11350

2.0

21.1753

12.5

0.0951

12.9

0.0146

3.0

0.23

93.4

2.8

92.2

11.3

60.6

299.3

93.4

2.8

NI12-09-81

424

29318

2.1

20.5761

4.8

0.0980

4.9

0.0146

1.2

0.25

93.6

1.1

94.9

4.5

128.6

112.6

93.6

1.1

NI12-09-50

600

29327

1.6

21.1781

1.7

0.1001

2.1

0.0154

1.3

0.60

98.4

1.2

96.9

2.0

60.3

40.7

98.4

1.2

NI12-09-97

350

26366

1.7

20.8180

9.6

0.1027

9.7

0.0155

1.2

0.13

99.2

1.2

99.3

9.1

101.0

227.0

99.2

1.2

NI12-09-87

129

4140

1.2

23.4689

24.9

0.0916

25.1

0.0156

3.2

0.13

99.8

3.2

89.0

21.4

-190.3

631.6

99.8

3.2

NI12-09-45

72

5463

1.3

24.4399

39.6

0.0913

40.6

0.0162

9.1

0.22

103.5

9.3

88.7

34.5

-292.8

1044.9

103.5

9.3

NI12-09-100

288

13991

2.2

19.8482

4.7

0.1215

5.1

0.0175

2.1

0.41

111.8

2.3

116.4

5.7

212.6

108.7

111.8

2.3

NI12-09-47

409

28298

1.5

20.1501

5.2

0.1206

5.3

0.0176

0.8

0.15

112.7

0.9

115.6

5.8

177.6

122.1

112.7

0.9

NI12-09-51

161

20234

2.1

20.4934

9.7

0.1392

9.9

0.0207

2.0

0.20

132.0

2.6

132.3

12.3

138.1

227.9

132.0

2.6

NI12-09-48

262

34001

4.0

19.7962

4.0

0.1472

4.1

0.0211

0.9

0.23

134.8

1.3

139.4

5.3

218.8

91.6

134.8

1.3

NI12-09-24

49

10531

1.1

20.0345

25.9

0.1590

26.5

0.0231

5.6

0.21

147.3

8.2

149.8

36.9

191.0

611.5

147.3

8.2

NI12-09-44

161

10800

2.2

19.6703

10.7

0.1625

10.9

0.0232

2.0

0.18

147.8

2.9

152.9

15.4

233.5

246.8

147.8

2.9

NI12-09-98

125

12826

1.2

21.5134

14.3

0.1520

14.7

0.0237

3.5

0.24

151.1

5.2

143.7

19.7

22.7

344.5

151.1

5.2

NI12-09-76

36

6301

1.4

24.3891

35.3

0.1342

36.1

0.0237

7.7

0.21

151.2

11.6

127.8

43.4

-287.5

923.8

151.2

11.6

NI12-09-82

100

18299

1.6

21.8007

22.5

0.1525

22.8

0.0241

3.5

0.15

153.6

5.3

144.1

30.6

-9.2

550.0

153.6

5.3

NI12-09-101

51

6750

2.4

21.0965

45.6

0.1584

46.1

0.0242

7.2

0.16

154.3

11.0

149.3

64.1

69.5

1138.4

154.3

11.0

NI12-09-37

365

52354

2.3

20.2403

4.1

0.1655

4.5

0.0243

1.9

0.42

154.7

2.9

155.5

6.5

167.1

95.1

154.7

2.9

NI12-09-56

114

15715

2.9

20.2948

12.0

0.1652

12.3

0.0243

2.5

0.21

154.9

3.9

155.2

17.6

160.9

281.4

154.9

3.9

NI12-09-1

63

5931

1.4

18.4853

23.0

0.1817

23.5

0.0244

4.8

0.20

155.1

7.3

169.5

36.7

375.1

523.2

155.1

7.3

NI12-09-93

146

13046

1.3

21.2198

10.7

0.1583

10.8

0.0244

1.5

0.14

155.2

2.3

149.2

15.0

55.6

256.0

155.2

2.3

NI12-09-70

44

7802

2.9

16.7928

25.6

0.2001

25.8

0.0244

3.8

0.15

155.2

5.9

185.2

43.8

587.3

563.0

155.2

5.9

NI12-09-19

80

6999

2.2

21.9051

24.9

0.1537

25.1

0.0244

3.1

0.12

155.5

4.8

145.1

33.9

-20.7

610.3

155.5

4.8

NI12-09-83

86

14541

4.4

19.2182

13.1

0.1757

13.6

0.0245

3.8

0.28

156.0

5.9

164.4

20.6

286.9

299.6

156.0

5.9

NI12-09-86

26

2809

2.1

15.9154

37.1

0.2122

37.9

0.0245

8.0

0.21

156.0

12.3

195.4

67.5

702.6

816.1

156.0

12.3

NI12-09-21

36

3554

1.8

34.5030

38.3

0.0988

38.9

0.0247

6.6

0.17

157.4

10.2

95.6

35.5

-1266.1

1242.9

157.4

10.2

NI12-09-71

101

15148

19.7

21.0680

18.5

0.1618

18.7

0.0247

2.3

0.12

157.5

3.6

152.3

26.4

72.7

444.2

157.5

3.6

NI12-09-104

80

14362

1.9

18.8476

14.9

0.1813

15.2

0.0248

2.7

0.18

157.8

4.2

169.2

23.6

331.2

340.2

157.8

4.2

NI12-09-41

50

8084

2.3

21.7285

22.7

0.1576

23.1

0.0248

4.3

0.18

158.1

6.7

148.6

32.0

-1.2

553.7

158.1

6.7

NI12-09-31

244

15733

1.3

19.7635

6.4

0.1734

6.7

0.0249

2.0

0.30

158.2

3.1

162.3

10.0

222.6

147.0

158.2

3.1

NI12-09-7

184

19760

2.6

20.1452

6.0

0.1702

6.3

0.0249

1.9

0.31

158.3

3.0

159.6

9.3

178.1

138.9

158.3

3.0

NI12-09-103

44

2654

1.7

25.2579

37.1

0.1358

37.6

0.0249

6.5

0.17

158.4

10.2

129.3

45.7

-377.5

991.2

158.4

10.2

NI12-09-67

59

4984

3.5

20.4563

23.1

0.1677

23.7

0.0249

5.2

0.22

158.4

8.2

157.4

34.5

142.3

548.0

158.4

8.2

NI12-09-92

122

8584

1.4

21.9691

11.0

0.1564

11.3

0.0249

2.5

0.22

158.6

3.9

147.5

15.5

-27.8

268.4

158.6

3.9

NI12-09-69

42

2121

3.5

19.7177

28.5

0.1744

28.8

0.0249

3.8

0.13

158.8

6.0

163.2

43.4

227.9

671.2

158.8

6.0

NI12-09-14

218

24028

1.7

21.2646

6.1

0.1628

6.3

0.0251

1.7

0.27

159.9

2.7

153.2

9.0

50.6

146.1

159.9

2.7

NI12-09-99

235

44710

5.8

20.3079

5.5

0.1707

5.6

0.0251

1.1

0.20

160.1

1.8

160.0

8.4

159.4

129.7

160.1

1.8

NI12-09-2

119

16754

6.0

20.6458

13.6

0.1684

13.9

0.0252

2.9

0.21

160.5

4.6

158.0

20.3

120.6

321.4

160.5

4.6

NI12-09-42

42

6003

3.2

20.1235

19.6

0.1760

20.5

0.0257

6.2

0.30

163.5

9.9

164.6

31.2

180.6

459.9

163.5

9.9

NI12-09-28

297

27707

1.0

20.3179

3.2

0.1752

3.6

0.0258

1.6

0.45

164.3

2.6

163.9

5.5

158.2

75.6

164.3

2.6

NI12-09-8

429

47995

4.3

20.0766

2.4

0.1778

2.8

0.0259

1.5

0.51

164.8

2.4

166.2

4.4

186.1

56.8

164.8

2.4

NI12-09-88

31

2288

2.4

26.8814

29.0

0.1335

30.4

0.0260

9.2

0.30

165.6

15.1

127.2

36.4

-542.0

792.7

165.6

15.1

NI12-09-20

18

782

4.3

16.6905

47.5

0.2151

49.0

0.0260

12.1

0.25

165.7

19.8

197.8

88.3

600.5

1088.7

165.7

19.8

NI12-09-27

95

9437

3.1

19.5605

14.4

0.1836

14.8

0.0260

3.6

0.24

165.7

5.9

171.1

23.4

246.4

332.9

165.7

5.9

NI12-09-75

133

14412

1.7

22.1246

15.4

0.1623

15.6

0.0260

2.3

0.15

165.8

3.7

152.7

22.1

-44.9

377.5

165.8

3.7

NI12-09-15

232

31937

2.1

20.0568

3.5

0.1793

3.7

0.0261

1.2

0.31

166.0

1.9

167.5

5.7

188.4

81.1

166.0

1.9

NI12-09-57

37

7027

2.3

20.4814

33.8

0.1759

34.2

0.0261

5.2

0.15

166.3

8.5

164.5

52.0

139.4

815.2

166.3

8.5

NI12-09-12

39

5823

3.1

22.7467

38.0

0.1588

38.3

0.0262

4.8

0.13

166.7

7.9

149.6

53.3

-112.8

965.5

166.7

7.9

NI12-09-72

757

74444

14.9

20.1274

2.3

0.1796

2.9

0.0262

1.8

0.62

166.8

3.0

167.7

4.5

180.2

54.0

166.8

3.0

NI12-09-96

21

3261

1.7

15.7387

46.9

0.2306

47.9

0.0263

9.5

0.20

167.5

15.7

210.7

91.3

726.3

1052.8

167.5

15.7

NI12-09-39

45

6725

2.6

19.9473

25.6

0.1862

28.1

0.0269

11.7

0.42

171.4

19.9

173.4

44.9

201.1

602.5

171.4

19.9

NI12-09-38

81

23724

2.3

18.9130

11.4

0.1968

11.8

0.0270

3.3

0.28

171.7

5.5

182.4

19.8

323.4

259.2

171.7

5.5

NI12-09-55

84

10836

2.0

20.6199

13.8

0.1808

14.1

0.0270

2.7

0.19

172.0

4.6

168.7

21.9

123.6

327.1

172.0

4.6

NI12-09-34

159

7572

1.3

18.8338

6.2

0.1997

6.6

0.0273

2.4

0.36

173.5

4.1

184.9

11.2

332.9

140.4

173.5

4.1

NI12-09-29

50

5739

2.2

19.4721

16.9

0.1936

17.4

0.0273

4.2

0.24

173.9

7.3

179.7

28.7

256.8

391.1

173.9

7.3

NI12-09-32

91

14516

1.7

20.6091

15.1

0.1830

15.4

0.0274

2.7

0.18

173.9

4.7

170.6

24.2

124.8

358.4

173.9

4.7

NI12-09-73

235

19087

2.4

20.8096

4.5

0.1812

4.7

0.0274

1.6

0.33

174.0

2.7

169.1

7.4

102.0

105.8

174.0

2.7

NI12-09-94

62

6375

1.5

18.4296

16.7

0.2053

16.9

0.0274

1.9

0.11

174.5

3.3

189.6

29.2

381.9

378.8

174.5

3.3

NI12-09-6

52

7783

2.0

24.8400

35.9

0.1530

36.2

0.0276

4.6

0.13

175.3

8.0

144.6

48.8

-334.4

949.5

175.3

8.0

NI12-09-80

66

8969

1.5

22.3524

35.9

0.1717

36.0

0.0278

2.9

0.08

177.0

5.1

160.9

53.6

-69.9

902.1

177.0

5.1

NI12-09-11

70

6587

4.4

21.7745

20.8

0.1771

21.0

0.0280

3.0

0.14

177.8

5.3

165.6

32.1

-6.3

505.5

177.8

5.3

NI12-09-77

80

3043

3.8

19.1714

22.4

0.2014

22.9

0.0280

4.8

0.21

178.0

8.4

186.3

39.1

292.5

518.3

178.0

8.4

NI12-09-61

421

60627

1.8

20.1964

2.7

0.1971

3.3

0.0289

1.8

0.54

183.5

3.2

182.7

5.4

172.2

63.7

183.5

3.2

NI12-09-84

115

39018

1.4

19.9431

15.1

0.1997

15.2

0.0289

1.9

0.12

183.6

3.4

184.9

25.7

201.6

351.5

183.6

3.4

NI12-09-10

66

9845

1.8

20.5074

15.8

0.1945

16.2

0.0289

3.3

0.21

183.8

6.1

180.5

26.8

136.4

374.4

183.8

6.1

NI12-09-89

114

22926

2.3

19.8710

15.7

0.2017

15.8

0.0291

1.6

0.10

184.7

2.8

186.5

27.0

210.0

366.9

184.7

2.8

NI12-09-68

1018

244247

1.7

20.1505

1.3

0.1992

1.6

0.0291

0.9

0.60

185.0

1.7

184.5

2.7

177.5

29.4

185.0

1.7

NI12-09-17

106

16123

1.4

20.1871

9.3

0.2035

9.8

0.0298

2.9

0.30

189.2

5.4

188.0

16.8

173.3

218.0

189.2

5.4

NI12-09-90

210

34340

4.6

19.4364

3.5

0.2159

4.9

0.0304

3.4

0.70

193.3

6.6

198.5

8.9

261.1

80.6

193.3

6.6

NI12-09-74

196

18467

1.3

21.1047

5.2

0.1991

5.7

0.0305

2.2

0.38

193.5

4.1

184.4

9.6

68.6

125.0

193.5

4.1

NI12-09-23

125

24954

2.0

19.9658

5.6

0.2128

7.4

0.0308

4.9

0.66

195.6

9.4

195.9

13.2

199.0

129.8

195.6

9.4

NI12-09-35

118

55999

1.8

20.8893

9.5

0.2047

9.9

0.0310

2.8

0.28

196.9

5.3

189.1

17.1

92.9

226.3

196.9

5.3

NI12-09-102

401

66844

2.3

19.9178

1.5

0.2163

1.7

0.0312

0.9

0.53

198.3

1.8

198.8

3.1

204.6

33.7

198.3

1.8

NI12-09-66

133

17248

1.8

19.8235

9.3

0.2203

9.4

0.0317

1.7

0.18

201.0

3.4

202.2

17.3

215.6

215.4

201.0

3.4

NI12-09-62

120

10735

2.4

19.4219

7.1

0.2312

7.4

0.0326

2.2

0.30

206.6

4.5

211.2

14.1

262.7

162.6

206.6

4.5

NI12-09-49

213

27070

1.1

19.8029

3.0

0.2299

3.1

0.0330

1.0

0.31

209.4

2.0

210.1

5.9

218.0

68.7

209.4

2.0

NI12-09-52

86

29458

1.5

19.8248

4.9

0.3781

5.0

0.0544

0.8

0.17

341.2

2.8

325.6

13.9

215.4

114.1

341.2

2.8

NI12-09-53

77

110055

2.1

9.1367

0.9

4.8340

1.1

0.3203

0.8

0.67

1791.3

12.0

1790.8

9.7

1790.2

15.5

1790.2

15.5

Sample NI12-11, Shumagin Fm (55.201560°,-160.042690°)

NI12-11-11

80

10684

1.3

31.2205

46.7

0.0467

49.2

0.0106

15.3

0.31

67.8

10.3

46.3

22.3

-962.1

1438.9

67.8

10.3

NI12-11-32

70

2462

2.3

18.2080

32.0

0.0825

32.7

0.0109

6.8

0.21

69.9

4.7

80.5

25.3

409.0

731.9

69.9

4.7

NI12-11-50

107

5251

1.5

25.8553

35.6

0.0597

36.0

0.0112

5.6

0.16

71.8

4.0

58.9

20.6

-438.6

961.2

71.8

4.0

NI12-11-1

73

2328

1.7

21.6785

28.4

0.0715

28.8

0.0112

4.7

0.16

72.0

3.3

70.1

19.5

4.3

695.9

72.0

3.3

NI12-11-44

184

3366

1.6

20.7024

14.2

0.0750

14.4

0.0113

2.5

0.17

72.2

1.8

73.4

10.2

114.2

335.3

72.2

1.8

NI12-11-81

65

5828

2.5

17.5930

20.7

0.0885

22.3

0.0113

8.4

0.38

72.4

6.1

86.2

18.5

485.4

461.1

72.4

6.1

NI12-11-37

52

2619

2.7

22.7118

48.8

0.0689

49.2

0.0114

6.6

0.13

72.8

4.8

67.7

32.2

-109.0

1269.8

72.8

4.8

NI12-11-29

93

19138

2.1

20.3807

24.1

0.0775

24.7

0.0115

5.2

0.21

73.4

3.8

75.8

18.0

151.0

572.4

73.4

3.8

NI12-11-97

287

9766

0.9

21.3449

8.8

0.0742

9.4

0.0115

3.4

0.36

73.6

2.5

72.6

6.6

41.6

210.2

73.6

2.5

NI12-11-2

317

12668

1.6

20.7404

6.1

0.0771

6.2

0.0116

1.1

0.18

74.3

0.8

75.4

4.5

109.9

143.9

74.3

0.8

NI12-11-70

54

3492

1.5

20.9004

44.2

0.0767

44.6

0.0116

6.3

0.14

74.5

4.7

75.0

32.3

91.7

1094.9

74.5

4.7

NI12-11-39

212

14015

2.1

22.4331

14.9

0.0719

15.4

0.0117

4.0

0.26

74.9

3.0

70.5

10.5

-78.7

365.4

74.9

3.0

NI12-11-30

91

7551

3.0

19.9247

25.7

0.0822

26.0

0.0119

3.5

0.14

76.1

2.7

80.2

20.0

203.7

605.7

76.1

2.7

NI12-11-67

60

3891

1.4

16.7410

19.3

0.1005

20.6

0.0122

7.0

0.34

78.2

5.4

97.2

19.1

594.0

422.5

78.2

5.4

NI12-11-31

112

7162

4.6

21.9193

22.1

0.0785

22.3

0.0125

2.4

0.11

79.9

1.9

76.7

16.4

-22.3

541.2

79.9

1.9

NI12-11-35

82

5370

2.9

21.3125

27.0

0.0834

27.2

0.0129

3.6

0.13

82.6

3.0

81.3

21.3

45.2

655.1

82.6

3.0

NI12-11-59

115

4397

1.3

20.0389

21.9

0.0919

22.3

0.0134

4.1

0.18

85.5

3.5

89.2

19.0

190.5

514.5

85.5

3.5

NI12-11-23

38

1529

2.4

12.4333

84.5

0.1494

85.2

0.0135

10.6

0.13

86.2

9.1

141.3

112.8

1207.6

2214.8

86.2

9.1

NI12-11-45

102

9206

2.2

21.0765

19.7

0.0885

19.9

0.0135

3.1

0.16

86.7

2.7

86.2

16.5

71.8

471.8

86.7

2.7

NI12-11-46

66

9987

2.2

22.8736

23.0

0.0826

24.5

0.0137

8.6

0.35

87.7

7.5

80.6

19.0

-126.5

573.4

87.7

7.5

NI12-11-98

342

46261

2.1

20.6375

6.0

0.0919

6.2

0.0138

1.5

0.24

88.1

1.3

89.3

5.3

121.6

140.8

88.1

1.3

NI12-11-87

86

7779

1.6

24.7594

16.1

0.0786

18.2

0.0141

8.4

0.46

90.4

7.6

76.9

13.5

-326.0

416.6

90.4

7.6

NI12-11-4

68

4091

2.1

20.2166

27.8

0.0965

28.3

0.0142

5.5

0.19

90.6

4.9

93.6

25.3

169.9

659.2

90.6

4.9

NI12-11-12

179

15680

1.9

20.1274

11.2

0.0979

11.6

0.0143

2.7

0.23

91.4

2.4

94.8

10.5

180.2

262.5

91.4

2.4

NI12-11-24

178

17590

2.3

21.8605

15.4

0.0921

16.1

0.0146

4.7

0.29

93.5

4.4

89.5

13.8

-15.8

373.9

93.5

4.4

NI12-11-95

32

2169

2.1

41.0848

57.7

0.0496

58.9

0.0148

12.0

0.20

94.6

11.3

49.2

28.3

NA

NA

94.6

11.3

NI12-11-38

189

26260

1.9

19.8811

10.4

0.1037

10.6

0.0150

2.1

0.20

95.7

2.0

100.2

10.1

208.8

241.3

95.7

2.0

NI12-11-56

202

13515

2.1

21.3539

16.3

0.0975

16.4

0.0151

1.8

0.11

96.7

1.7

94.5

14.8

40.6

392.9

96.7

1.7

NI12-11-18

56

4572

2.2

25.0603

47.5

0.0976

47.7

0.0177

4.4

0.09

113.4

5.0

94.6

43.1

-357.2

1290.6

113.4

5.0

NI12-11-34

2620

211350

0.4

20.7215

0.9

0.1190

3.1

0.0179

2.9

0.96

114.2

3.3

114.1

3.3

112.0

20.9

114.2

3.3

NI12-11-93

728

86405

1.0

20.8813

2.8

0.1200

3.0

0.0182

1.1

0.36

116.1

1.2

115.1

3.2

93.8

65.7

116.1

1.2

NI12-11-79

20

1883

2.5

22.5562

144.8

0.1320

145.0

0.0216

7.6

0.05

137.7

10.4

125.9

173.4

-92.1

1548.6

137.7

10.4

NI12-11-22

40

3440

2.0

26.0766

72.3

0.1219

72.7

0.0231

7.2

0.10

146.9

10.5

116.8

80.4

-461.0

2201.4

146.9

10.5

NI12-11-27

47

3465

1.1

23.4613

33.9

0.1363

34.2

0.0232

4.5

0.13

147.8

6.6

129.7

41.7

-189.5

870.1

147.8

6.6

NI12-11-13

46

4117

1.8

33.1847

29.1

0.0969

29.3

0.0233

3.8

0.13

148.6

5.6

93.9

26.3

-1145.2

905.9

148.6

5.6

NI12-11-90

2655

176914

0.6

20.8075

0.7

0.1546

1.9

0.0233

1.7

0.93

148.6

2.5

145.9

2.5

102.2

15.7

148.6

2.5

NI12-11-85

74

12912

2.6

20.1550

15.6

0.1597

16.5

0.0233

5.1

0.31

148.8

7.5

150.5

23.0

177.0

366.8

148.8

7.5

NI12-11-10

91

7134

1.5

20.7274

23.2

0.1561

23.3

0.0235

2.8

0.12

149.5

4.1

147.2

32.0

111.3

553.4

149.5

4.1

NI12-11-89

22

3863

2.2

5.6312

281.4

0.5783

281.5

0.0236

8.5

0.03

150.5

12.7

463.4

#NUM!

2630.4

13.4

150.5

12.7

NI12-11-94

55

7333

2.2

20.7121

32.7

0.1579

33.1

0.0237

5.0

0.15

151.1

7.5

148.8

45.9

113.1

790.8

151.1

7.5

NI12-11-55

27

2410

1.0

18.2213

51.3

0.1804

52.1

0.0238

9.1

0.18

151.8

13.7

168.4

81.0

407.3

1225.7

151.8

13.7

NI12-11-33

52

4921

2.1

24.0690

28.9

0.1371

29.2

0.0239

3.8

0.13

152.5

5.7

130.5

35.7

-253.9

745.3

152.5

5.7

NI12-11-43

28

2592

2.5

22.0176

37.8

0.1511

38.7

0.0241

8.1

0.21

153.7

12.4

142.9

51.6

-33.1

947.9

153.7

12.4

NI12-11-36

282

19048

1.5

20.1689

5.8

0.1650

6.2

0.0241

2.2

0.36

153.8

3.4

155.1

8.9

175.4

135.7

153.8

3.4

NI12-11-62

59

7478

3.0

21.0325

26.8

0.1596

26.9

0.0243

2.3

0.08

155.0

3.5

150.3

37.6

76.7

646.8

155.0

3.5

NI12-11-63

50

14802

2.1

20.9778

28.1

0.1600

28.6

0.0243

5.3

0.19

155.1

8.2

150.7

40.1

82.9

678.9

155.1

8.2

NI12-11-83

65

6629

1.9

19.1285

13.2

0.1756

13.6

0.0244

3.1

0.23

155.1

4.7

164.2

20.6

297.6

303.1

155.1

4.7

NI12-11-91

125

15671

2.4

21.5892

5.4

0.1559

6.8

0.0244

4.0

0.60

155.4

6.2

147.1

9.3

14.3

130.6

155.4

6.2

NI12-11-6

139

15355

2.7

21.8628

11.6

0.1544

12.1

0.0245

3.4

0.29

155.9

5.3

145.8

16.4

-16.1

280.1

155.9

5.3

NI12-11-100

130

19893

2.6

19.7327

9.7

0.1717

9.9

0.0246

2.2

0.23

156.5

3.5

160.9

14.7

226.2

223.5

156.5

3.5

NI12-11-57

61

3293

2.0

19.7088

16.5

0.1729

17.1

0.0247

4.7

0.28

157.4

7.3

161.9

25.6

229.0

382.5

157.4

7.3

NI12-11-51

42

4741

2.5

22.8461

33.0

0.1496

33.3

0.0248

4.8

0.14

157.8

7.5

141.5

44.0

-123.5

832.8

157.8

7.5

NI12-11-84

75

6920

2.7

23.6943

19.2

0.1444

19.4

0.0248

2.8

0.14

158.0

4.3

137.0

24.8

-214.3

485.6

158.0

4.3

NI12-11-65

69

11914

2.4

20.7101

15.5

0.1661

16.0

0.0250

4.1

0.26

158.9

6.5

156.1

23.2

113.3

367.3

158.9

6.5

NI12-11-21

77

11165

1.6

21.4905

10.2

0.1604

10.6

0.0250

2.8

0.26

159.1

4.3

151.0

14.8

25.3

245.6

159.1

4.3

NI12-11-82

70

5687

2.3

19.4922

20.4

0.1789

20.7

0.0253

3.6

0.18

161.0

5.8

167.1

31.9