Fig. 10
P–T path deduced for mafic granulites from the Archean crustal domain in the Rauer Group. The P–T paths for UHT granulites from the Rauer Group are labeled as follows: (1) Mg–Al-rich metapelite from Mather Peninsula (Harley, 1998b); (2) Mg–Al-rich metapelite and mafic granulite from Mather Peninsula (Tong & Wilson, 2006); (3) Mg–Al-rich metapelite from Short Point and Fe-rich metapelite from Filla Island (Kelsey et al., 2003a, 2007); (4) Mg–Al-rich metapelite from Mather Peninsula (Harley, 2016); (5) Garnet–orthopyroxene granulite from Lunnyj Island (Clark et al., 2019). The grey districts represent the P–T conditions of M0–M3 generations of mineral assemblages constrained by conventional thermobarometry. The dotted blue curves represent quartz-out in mafic granulites, as constrained by pseudosection modeling (Figs 7a and 8a). Abbreviations: NG = ‘normal’ granulite; UHTG = ultrahigh-temperature granulite; E–HPG = eclogite–high-pressure granulite. The areas of NG, UHTG, and E–HPG are from Brown (2007).

P–T path deduced for mafic granulites from the Archean crustal domain in the Rauer Group. The P–T paths for UHT granulites from the Rauer Group are labeled as follows: (1) Mg–Al-rich metapelite from Mather Peninsula (Harley, 1998b); (2) Mg–Al-rich metapelite and mafic granulite from Mather Peninsula (Tong & Wilson, 2006); (3) Mg–Al-rich metapelite from Short Point and Fe-rich metapelite from Filla Island (Kelsey et al., 2003a, 2007); (4) Mg–Al-rich metapelite from Mather Peninsula (Harley, 2016); (5) Garnet–orthopyroxene granulite from Lunnyj Island (Clark et al., 2019). The grey districts represent the P–T conditions of M0–M3 generations of mineral assemblages constrained by conventional thermobarometry. The dotted blue curves represent quartz-out in mafic granulites, as constrained by pseudosection modeling (Figs 7a and 8a). Abbreviations: NG = ‘normal’ granulite; UHTG = ultrahigh-temperature granulite; E–HPG = eclogite–high-pressure granulite. The areas of NG, UHTG, and E–HPG are from Brown (2007).

Close
This Feature Is Available To Subscribers Only

Sign In or Create an Account

Close

This PDF is available to Subscribers Only

View Article Abstract & Purchase Options

For full access to this pdf, sign in to an existing account, or purchase an annual subscription.

Close