The Geological Timescale Versus Radiometric Dating

By Paul Nethercott
November 2014

 

 

The Tonian Period

1,000 To 1,200 Million Years Ago

 

 

1. Central Asian Orogenic Belt,

Lithos, Volume 126, 2011, Pages 233-247

187Os/188Os

187Re/188Os

187Re/188Os

147Sm/144Nd

176Lu/177Hf

1,161

1,610

10,620

760

135

740

-2,490

2,310

-30

-543

160

-20

1,820

690

-760

-30

-40

700

97

710

1,010

1,430

14,650

300

880

-3,830

740

503

1,050

-1,780

 

 

580

1,120

6,520

1,150

-30

1,732

2,090

2,170

 

 

-1,109

-330

10

 

 

564

1,110

-200

1,520

470

1,497

1,890

2,540

 

 

-24

600

-1,170

4,350

-520

929

1,420

2,640

3,470

630

765

1,280

1,380

490

-9,270

1,511

1,910

-640

570

440

-397

280

-620

2,310

390

-271

390

-150

5,910

430

475

1,030

-100

820

540

-76

560

690

1,390

590

693

1,220

1,420

1,280

1,280

 

 


 

2. Sr, Nd And Pb Isotopes In Minor Elements,

Earth and Planetary Science Letters, 76 (1985) Pages 57-70

207Pb/206Pb

207Pb/206Pb

5,163

5,083

5,162

5,082

5,154

5,045

5,154

5,045

5,152

5,041

5,117

5,041

5,112

5,035

5,105

5,030

5,104

5,014

5,095

 

 

 

3. Behavior of Re and Os,

Geochimica et Cosmochimica Acta, Volume 66, Number 9, Pages 1539–1548, 2002

187Os/188Os

187Os/188Os

-1,683,299

-650,881

-1,674,133

-598,180

-1,605,720

-315,525

-1,562,184

-305,050

-1,537,143

-195,065

-1,513,902

-187,864

-1,440,088

-187,046

-941,228

-179,844

-835,498

-176,407

-738,443

-174,280

-734,352

-158,076

-706,528

-154,967

 

 


 

4. Evaluation Of 40Ar/39Ar Quartz Ages,

Geochimica et Cosmochimica Acta, 2006, Volume 70, Pages 2562-2576

40Ar/39Ar

40Ar/39Ar

40Ar/39Ar

40Ar/39Ar

9,969

4,759

2,952

1,818

8,655

4,714

2,863

1,793

7,715

4,594

2,840

1,793

7,412

4,515

2,808

1,768

6,568

4,508

2,775

1,764

6,442

4,506

2,674

1,724

6,393

4,499

2,639

1,644

6,127

4,425

2,628

1,630

6,060

4,343

2,610

1,595

5,871

4,252

2,581

1,511

5,620

4,144

2,530

1,496

5,601

4,128

2,475

1,482

5,511

4,120

2,360

1,406

5,418

4,063

2,261

1,402

5,370

3,799

2,230

1,394

5,238

3,713

2,197

1,304

5,201

3,692

2,180

1,252

5,176

3,523

2,176

1,246

5,049

3,442

2,128

1,188

4,983

3,422

2,076

1,174

4,931

3,329

2,018

1,152

4,883

3,227

2,016

1,127

4,844

3,198

1,926

1,115

4,805

3,188

1,914

1,038

4,804

3,136

1,892

1,014

4,777

3,109

1,866

985

4,760

2,955

1,853

 

 

 

 


 

5. Age of the Yunnan Tethyan Belt,

International Journal Earth Science, 2007, Volume 96, pages 1179 - 1194

Pb206/U238

Pb207/U235

Pb207/Pb206

Maximum

Minimum

Difference

400

408

451

451

400

51

464

466

473

473

464

9

476

476

478

478

476

3

463

465

475

475

463

11

467

469

481

481

467

14

500

503

519

519

500

19

477

477

476

477

476

1

493

491

486

493

486

7

467

472

496

496

467

29

514

628

1,065

1,065

514

551

475

501

622

622

475

147

481

522

709

709

481

228

477

480

491

491

477

14

462

464

473

473

462

12

461

465

484

484

461

23

457

464

496

496

457

38

471

484

546

546

471

76

466

467

470

470

466

4

486

491

515

515

486

30

524

529

553

553

524

29

457

493

662

662

457

205

532

566

707

707

532

175

519

512

477

519

477

42

558

651

988

988

558

430

501

664

1,263

1,263

501

761

 

 

6. Osmium Isotopes,

Chemical Geology, Volume 130, 1996, Pages 55-64

BENI BOUSERA

LANZO

LHERZ

6,900

1,600

1,200

2,300

1,200

130

1,100

340

 

990

340

 

540

30

 

510

 

 

220

 

 

90

 

 

 

 


 

7. Canadian Cordillera Lithosphere,

Chemical Geology, Volume 166, 2000, Pages 85-101

 

Location

187Os/188Os

187Re/188Os

187Re/188Os

West Kettle River

251

836

749

West Kettle River

37

 

 

West Kettle River

485

 

 

West Kettle River

-562

 

56

Lightning Peak

-459

Negative

144

Big Timothy

-939

Negative

Negative

Big Timothy

-973

 

 

Big Timothy

-2,084

 

 

Big Timothy

-251

966

322

Big Timothy

-202

624

364

Rayfield River

-374

 

217

Rayfield River

164

 

675

Fort Selkirk

-808

807

Negative

Fort Selkirk

-220

 

348

Clinton

7

 

542

Clinton

-422

 

176

 

 


 

8. Re-Os Isotopes of Sulfides,

Lithos, Volume 102, 2008, Pages 43-64

 

187Re/188Os

187Re/188Os

187Re/188Os

187Re/188Os

187Re/188Os

187Re/188Os

187Re/188Os

187Re/188Os

-47,693

-1,098

74

223

564

921

1,623

2,681

-16,952

-1,001

79

225

572

938

1,629

2,715

-15,940

-840

82

243

574

949

1,692

2,798

-12,854

-712

91

248

583

961

1,698

2,868

-10,838

-595

95

252

604

964

1,739

2,965

-10,501

-515

104

260

607

975

1,744

2,987

-7,384

-497

110

267

613

982

1,768

2,994

-7,124

-453

111

276

624

986

1,780

3,028

-6,558

-407

114

280

630

987

1,841

3,030

-6,398

-316

116

289

642

990

1,858

3,059

-6,138

-315

117

292

655

1,033

1,866

3,113

-5,956

-310

119

294

657

1,105

1,879

3,203

-5,892

-286

120

297

659

1,126

1,886

3,406

-5,000

-231

124

308

668

1,127

1,905

3,469

-4,010

-183

127

329

670

1,130

1,909

3,645

-3,773

-181

131

340

680

1,163

1,912

3,777

-3,503

-168

134

346

681

1,189

1,929

4,102

-3,031

-154

141

371

691

1,197

1,966

4,147

-3,011

-142

142

377

692

1,206

1,973

4,180

-2,924

-118

146

378

694

1,229

1,990

4,461

-2,902

-114

147

383

695

1,235

1,998

4,631

-2,882

-110

148

392

701

1,241

2,006

5,318

-2,830

-98

149

403

704

1,251

2,034

5,700

-2,814

-97

150

404

708

1,255

2,057

6,001

-2,741

-49

152

416

715

1,284

2,067

6,106

-2,552

-42

154

425

719

1,297

2,081

6,736

-2,386

-31

155

434

727

1,341

2,087

7,441

-2,121

-30

158

444

729

1,342

2,091

8,044

-2,004

-19

159

460

759

1,348

2,093

8,862

-1,979

-18

161

464

763

1,352

2,118

9,449

-1,917

-15

168

465

765

1,358

2,124

9,569

-1,916

-10

170

477

801

1,440

2,178

10,382

-1,867

-7

172

478

804

1,462

2,230

10,701

-1,860

6

173

510

841

1,513

2,280

18,606

-1,841

32

178

519

875

1,539

2,287

20,073

-1,835

65

181

520

882

1,554

2,376

22,664

-1,798

67

186

523

897

1,557

2,412

24,677

-1,644

68

209

544

901

1,562

2,454

31,482

-1,567

70

210

545

905

1,567

2,467

34,329

-1,432

71

216

551

912

1,622

2,489

39,229

 

 

9. 40Ar/39Ar Analysis Of Perthite,

Earth and Planetary Science Letters, 1992, Volume 109, Pages 147 – 167

 

40Ar/39Ar

40Ar/39Ar

3,076

1,696

2,991

1,687

2,888

1,630

2,851

1,620

2,809

1,454

2,740

1,445

2,589

1,421

2,501

1,395

2,283

1,387

2,261

1,376

2,213

1,337

2,150

1,332

2,095

1,300

2,082

1,290

2,066

1,281

2,028

1,281

2,000

1,277

1,993

1,273

1,906

1,250

1,891

1,244

 

 

References

 

1.             Central Asian Orogenic Belt, Lithos, Volume 126, 2011, Pages 233-247

 

2.             Sr, Nd And Pb Isotopes In Minor Elements, Earth and Planetary Science Letters, 76 (1985) Pages 57-70

 

3.             Behavior of Re and Os, Geochimica et Cosmochimica Acta, Volume 66, Number 9, Pages 1539–1548, 2002

 

4.             Evaluation Of 40ar-39ar Quartz Ages, Geochimica et Cosmochimica Acta, 2006, Volume 70, Pages 2562-2576

 

5.             Age of the Yunnan Tethyan belt, International Journal Earth Science, 2007, Volume 96, pages 1179 - 1194

 

6.             Osmium Isotopes , Chemical Geology, Volume 130, 1996, Pages 55-64

 

7.             Canadian Cordillera Lithosphere, Chemical Geology, Volume 166, 2000, Pages 85-101

 

8.             Re-Os Isotopes of Sulfides , Lithos, Volume 102, 2008, Pages 43-64

 

9.             40ar-39ar Analysis Of Perthite, Earth and Planetary Science Letters, 1992, Volume 109, Pages 147 - 167

 

 

 

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