The Geological Timescale Versus Radiometric Dating

By Paul Nethercott
November 2014

 

 

The Nectarian Period

4,300 To 4,500 Million Years Ago

 

 

1. 87Rb-87Sr Isochron Of The Norton County Achondrite,

Earth And Planetary Science Letters, Volume 3, 1967, Pages 179-189

87Rb/86Sr

87Rb/86Sr

4,871

4,251

4,577

4,199

4,577

4,185

4,567

4,185

4,560

4,170

4,536

4,060

4,519

4,012

4,466

3,673

4,373

-9,565

4,260

-13,515

4,256

-14,196

4,256

-16,277

 

 

2. U-Th-Pb Dating of Abee E4 Meteorite,

Earth and Planetary Science Letters, 1983, Volume 62, pages 132 - 146

206Pb/238U

208Pb/232Th

207Pb/206Pb

27,806

86,711

5,370

26,605

84,996

5,364

27,370

86,616

5,364

23,272

85,323

5,283

28,051

85,725

5,371

27,476

83,944

5,367

18,801

93,166

5,082

28,127

82,811

5,368

26,517

81,174

5,367

22,143

75,483

5,333

 

 


 

3. Rb-Sr Ages Of Iron Meteorites,

Earth and Planetary Science Letters, 1967, Volume 2, Pages 397 - 408

Meteorite

87R/86Sr

Meteorite

87R/86Sr

Colomera A

3,800

Odessa N1-8

4,300

 

3,800

 

4,200

 

3,800

 

4,400

 

3,800

 

4,900

 

3,800

 

4,800

 

3,700

 

4,600

Colomera D3

4,700

 

4,400

Four Corners AM 1

8,400

Toluca N-A3

5,000

 

9,300

 

4,700

 

9,100

 

4,900

 

9,100

 

4,900

 

8,500

Toluca N-AB1

4,600

 

8,200

 

4,600

Four Corners AM 2-B1

5,000

 

4,300

 

5,100

 

4,500

 

4,800

Forest City 1

4,900

 

4,500

 

4,500

Four Corners AM 2-B6

5,000

 

4,600

Four Corners H-1

5,000

Forest City 2

4,700

Four Corners H-3

4,900

Forest City

4,600

 

4,400

Forest City

5,000

 

4,600

Leedy 1

4,700

Four Corners N-1

4,700

 

4,800

 

5,200

Leedy 2

4,700

 

4,800

Bruderheim 1

4,700

Linwood H-B1

4,800

 

4,700

 

4,500

Bruderheim 2

4,800

 

4,600

Bruderheim 3

4,700

 

4,800

 

 

 

4,600

 

 

 

5,100

 

 

 

 

4. U-Th-Pb, Sm-Nd And Rb-Sr Model Ages,

http://www.lpi.usra.edu/meetings/lpsc1978/pdf/1289.pdf

Pb206/Pb207

Pb206/U238

Pb208/Th232

Nd143/Nd144

Rb87/Sr86

3,873

3,608

8,280

4,730

4,350

3,880

3,615

8,375

4,860

4,270

3,881

3,636

4,474

4,910

4,250

5,371

7,794

4,379

4,810

4,240

5,358

7,740

8,375

 

 

4,470

4,474

4,474

 

 

4,418

4,404

4,379

 

 

5,358

7,740

 

 

 

4,470

4,474

 

 

 

4,418

4,404

 

 

 

 

 

5. Shock-Melted Antarctic LL-Chondrites,

Geochimica et Cosmochimica Acta, 1990, Voume 54, Pages 3509-3523

87Rb/86Sr

87Rb/86Sr

21,611

8,405

14,466

8,153

12,968

7,590

12,354

6,947

11,946

6,899

10,868

6,756

10,727

6,556

10,623

6,192

10,162

6,157

9,888

5,981

9,237

5,677

9,161

5,491

9,015

5,483

8,988

5,458

8,921

5,453

8,869

5,388

8,753

5,319

8,675

3,969

8,556

 

 

 


 

6. Analyses of the Chondritic Meteorite Orvinio,

Meteoritics And Planetary Science, 2004, Volume 39, Number 9, Pages 1475 - 1493

40Ar/39Ar

40Ar/39Ar

40Ar/39Ar

40Ar/39Ar

40Ar/39Ar

40Ar/39Ar

40Ar/39Ar

17,178

4,038

3,290

2,713

1,651

1,132

756

9,023

4,010

3,240

2,680

1,622

1,038

738

8,500

3,908

3,230

2,537

1,620

1,019

735

8,330

3,763

3,220

2,503

1,620

1,014

729

7,800

3,720

3,170

2,460

1,600

999

711

7,200

3,660

3,170

2,334

1,588

977

703

7,100

3,656

3,160

2,280

1,540

956

680

6,400

3,640

3,130

2,194

1,529

948

678

5,070

3,620

3,130

2,169

1,490

936

654

5,060

3,600

3,120

2,084

1,480

932

586

4,400

3,580

3,060

2,080

1,380

927

570

4,390

3,570

3,011

2,076

1,366

926

555

4,350

3,560

2,858

2,020

1,346

922

550

4,325

3,455

2,857

1,940

1,296

904

541

4,250

3,391

2,855

1,908

1,273

871

536

4,190

3,330

2,820

1,810

1,243

864

526

4,180

3,330

2,770

1,783

1,239

854

370

4,170

3,328

2,757

1,723

1,226

835

324

4,110

3,317

2,750

1,715

1,185

817

 

4,050

3,300

2,742

1,710

1,154

815

 

 

 


 

7. 39Ar-40Ar Ages of Eucrites,

Meteoritics And Planetary Science, 2003, Volume 38, Number 5, Pages 669 – 710

Meteorite

Maximum Age

Minimum Age

Average Age

Age Difference

A. QUE 97053,8 

9,669

3,749

4,660

5,920

B. GRA 98098,26 WR

7,008

3,239

4,470

3,769

C. PCA - 82502,81

5,431

3,300

4,366

2,131

D. PCA - 91007,26

4,460

1,560

4,062

2,900

E. Caldera

4,493

2,819

4,110

1,674

F. Asuka-881388,55

4,853

3,250

4,360

1,603

G. Asuka-881467,42

4,465

202

3,814

4,263

H. GRO - 95533,7

4,096

2,823

3,635

1,273

I. QUE - 97014,5

4,553

2,947

3,527

1,606

J. Moama

4,484

866

3,659

3,618

K. EET - 87520

5,481

2,004

4,180

3,477

L. Moore County

6,742

1,827

4,064

4,915

M. Serra de Mage

6,100

499

3,199

5,601

N. EET -87548

3,674

1,738

3,230

1,936

O. ALH -85001,32

4,754

3,097

3,600

1,657

P. Piplia Kalan

4,284

162

3,526

4,122

Q. Sioux County

4,513

2,189

3,810

2,324

R. Asuka-87272,49

3,652

342

2,895

3,310

S. Macibini Glass

5,788

2,621

3,873

3,167

T. QUE - 94200,13

3,724

3,169

3,516

555

U. EET - 87509,24

7,496

4,026

4,382

3,470

V. EET - 87509,71

4,449

3,558

4,012

891

W. EET -87509,74

4,645

873

3,761

3,772

X. EET - 87531,21

4,176

3,301

3,861

875

Y. EET - 87503,53

5,209

3,568

3,856

1,641

Z. EET - 87503,23

5,324

2,294

3,524

3,030

 

 


 

8. Radiometric Ages of Basaltic Achondrites,

Geochimica et Cosmochimica Acta, 1997, Volume 61, Number 8, Pages 1713-1731

207Pb/P06Pb

207Pb/P06Pb

207Pb/P06Pb

207Pb/P06Pb

5,135

4,978

4,849

4,574

5,096

4,976

4,801

4,558

5,094

4,972

4,757

4,557

5,081

4,970

4,751

4,553

5,064

4,964

4,744

4,551

5,057

4,961

4,733

4,530

5,043

4,960

4,716

4,525

5,029

4,950

4,716

4,515

5,021

4,929

4,686

4,505

5,018

4,929

4,670

4,499

4,999

4,927

4,665

4,485

4,997

4,921

4,619

4,479

4,995

4,907

4,613

4,458

4,985

4,887

4,595

4,371

4,983

4,855

4,586

 

 

 


 

9. 39Ar/40Ar Dating Silicates From IIE Iron Meteorites,

Geochemica Et Cosmochemica Acta, 2000, Volume 64, Number 12, Pages 2133 - 2154

Watson

Techado

Miles

Colomera

Sombrerete

3,968

4,794

4,414

5,164

4,572

3,909

4,495

4,411

4,552

4,567

3,843

4,488

4,411

4,510

4,559

3,791

4,487

4,404

4,507

4,551

3,729

4,487

4,396

4,507

4,546

3,685

4,481

4,385

4,501

4,546

3,682

4,473

4,313

4,499

4,544

3,681

4,433

4,313

4,488

4,544

3,678

4,407

4,297

4,485

4,542

3,675

4,349

4,293

4,482

4,541

3,675

4,332

4,247

4,480

4,540

3,672

4,241

4,056

4,479

4,540

3,670

3,735

3,763

4,473

4,539

3,667

 

3,315

4,473

4,536

3,644

 

2,938

4,469

4,536

3,632

 

2,660

4,468

4,535

3,627

 

1,465

4,465

4,533

3,391

 

 

4,465

4,527

3,337

 

 

4,465

4,502

2,830

 

 

4,464

4,476

2,677

 

 

4,456

4,363

2,501

 

 

4,451

4,261

2,275

 

 

4,437

3,949

 

 

 

4,403

 

 

 

 

4,387

 

 

 

 

4,323

 

 

 

 

4,142

 

 

 

 

4,110

 

 

 

 

4,021

 

 

 

 

3,852

 

 

 

 

3,499

 

 

 

 

3,194

 

 

 


 

References

 

1.             87Rb-87Sr Isochron Of The Norton County Achondrite, Earth And Planetary Science Letters, Volume 3, 1967, Pages 179-189

 

2.             U-Th-Pb dating of Abee E4 Meteorite, Earth and Planetary Science Letters, 1983, Volume 62, pages 132 - 146

 

3.             Rb-Sr Ages Of Iron Meteorites, Earth and Planetary Science Letters, 1967, Volume 2, Pages 397 - 408

 

4.             U-Th-Pb, Sm-Nd And Rb-Sr Model Ages, http://www.lpi.usra.edu/meetings/lpsc1978/pdf/1289.pdf

 

5.             Shock-Melted Antarctic LL-Chondrites, Geochimica et Cosmochimica Acta, 1990, Voume 54, Pages 3509-3523

 

6.             Analyses of the chondritic meteorite Orvinio, Meteoritics And Planetary Science, 2004, Volume 39, Number 9,

Pages 1475 - 1493

 

7.             39Ar-40Ar Ages of Eucrites, Meteoritics And Planetary Science, 2003, Volume 38, Number 5, Pages 669 – 710

 

8.             Radiometric ages of basaltic achondrites, Geochimica et Cosmochimica Acta, 1997, Volume 61, Number 8,

Pages 1713-1731

 

9.             Silicates From IIE Iron Meteorites, Geochemica Et Cosmochemica Acta, 2000, Volume 64, Number 12,

Pages 2133 - 2154

 

 

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