1. N Norway (Verstertana)

Baltica

560+

Mortensnes

 

Smalfjord

630*

 

 

 

 

2. NE Svalbard (Hecla Hoek)

Laurentia

 

Wilsonbreen

 

Eldobreen

 

 

 

 

 

3. SW Scotland (Dalradian)

Laurentia

 

Loch na Cille

601±4

Port Askaig

 

 

 

 

 

4. US Appalachians (Blue Ridge)

Laurentia

570

 

 

 

700-730

Konnarock

742±2

 

 

5. New England, USA (Boston)

Avalon

570

Squantum

595±2

 

 

 

 

 

 

6. Newfoundland (Conception)

Avalaon

565±3

Gaskiers

604+4/-3

 

 

 

 

 

 

7. Mauritania (Jbéliat)

West Africa

 

 

595*

630*

 

 

 

 

8. Oman (Huqf)

Arabia

 

 

 

Shuram

 

Gubrah

723+16/-10

 

 

9. NW China (Quruqtagh)

Tarim

 

 

 

Hankalchoug

 

Tereeken

 

 

 

10. South China (Sinian)

South China

 

 

 

Nantao

 

Jiankou

748±12

 

 

11. South Australia (Adelaide) Aus-Maws

Aus-Maws

 

 

 

 

 

 

777±7

12. NW Australia (Kimberley)

Aus-Maws

 

Egan

 

Landrigan

 

Walsh

 

 

 

13. SW Namibia (Gariep)

Kalahari

 

 

 

Numees

 

Walsh

741±6

**Kaigas

772±5

14. NW Namibia (Otavi)

Congo

 

 

 

 

746±2

 

 

15. SW USA (Death Valley)

Laurentia

 

Rainstorm

 

Wildrose

 

Surprise

 

 

 

16. NW Canada (Windermere)

Laurentia

 

 

 

 

755±18

 

778±2

All ages U-Pb zircon, except Rb-Sr fine-mica ages (*). For primary sources see: 1. Gorokhov et al. (2001); 2. Harland (1997); 3. Dempster et al. (2002); 4. Evans (2000); 5. Thompson and Bowring (2000); 6. Myrow and Kaufman (1999); 7. Clauer and Deynoux (1987); 8. Brasier et al. (2000); 9. Norin (1937); 10. Evans et al. (2000); 11. Walter et al. (2000); 12. Grey and Corkeron (1998), Li (2000); 13. Frimmel (in press) [**McMillan (1968) would place Kaigas post-741±6 Ma]; 14. Hoffman et al. (1996); 15. Corsetti and Kaufman (submitted); 16. Narbonne and Aitken (1995). Correlation of glaciations by column is rather arbitrary due to meager radiometric age constraints. Glacials in bold type are discussed in text.