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Petrov. Vemadsky Institute Geochem, Moscow
Edwards SJ, Falloon TJ, Malpas J, Pedersen RB (1996) A review of the petrology of Harzburgites
at Hess Deep and Garrett: implication for mantle processes beneath segments of the east
Pacific rise. In: Macleod CJ, Tyler PA, Walker CL (eds.) Tectonic, magmatic, hydrothermal
and biological egmentations of mid-ocean ridges. Geol Soc Special Publ 118:143–156
Fleming HS, Cherkis NZ, Heirtzler JR (1970) The Gibbbs fracture zone: double fracture at
52°330
0 Nin the Atlantic Ocean. Marine Geophys Res 1:37–45
Fox J, Gallo DG (1989) Transform in the eastern central Pacific. In: Winterer NE, Hussong DM,
Decker RW (eds) The geology of North America. Geol Soc America N:111–123
Francheteau J, Choukroune P, Hekinian R, Le Pichon X, Needham H.D (1976) Oceanic fracture
zones do not provide deep sections in the crust. Can J Earth Sci Vol 13 N° 9:1223–1235
Francheteau J, Patriat P, Segoufin J, Armijo R. Doucoure M, Yelles-Chaouche A, Zukin J,
Calmant S, Naar DF, Searle R (1988) Pito and Orongo fracture zones: the northern and
southern boundaries of the easter microplate (southeast Pacific). Earth Planet Sci Lett
89:363–374
Francheteau J, Naar DF, Armijo R, Cogné JP, Constantin M, Girardeau J, Hekinian R, Hey R,
Searle R (1994a) Black smoker discovered, Pito Seamount near Easter Microplate propagator
tip. EOS Trans 75(16):322
Francheteau J, Armijo R, Cogné JP, Girardeau J, Constantin M, Hekinian R, Naar DF, Hey RN,
Searle RC (1994b) Submersible observations of the Easter microplate and its boundary. EOS,
Trans 75(44):582
Hébert R, Bideau D, Hekinian R (1983) Ultramafic and mafic rocks from the Garrett transform
fault near 13°30
0 S on the east pacific rise: Igneous petrology. Earth Planet Sci Lett
65:107–125
Hekinian R, Aumento F (1973) Rocks from the Gibbs Fracture Zone and the Minia Seamount
near 53°N in the Atlantic Ocean. Marine Geol 14:47–72
Hekinian R, Bideau D, Cannat M, Franchteau J, Hebert R (1992) Volcanic activity and crustmantle exposure in ultrafast Garrett transform fault near 13°28
0 S in the Pacific. Earth, Planet
Sci Let 108:259–276
Hekinian R, Bideau D, Francheteau J, Cheminée J-L, Armijo R, Lonsdale P, Blum N (1993)
Petrology of the East Pacific-Rise Crust and Upper mantle exposed in the Hess Deep (Eastern
equatorial pacific). J Geophys Res 98(B5):8069–8094
Hekinian R, Juteau T, Garcia E, Sichler B, Sichel B, Udintse G, Apprioual R, Ligi M (2000)
Submersible observations of the equatorial Atlantic mantle: the st Paul fracture zone. Marine
Geophys Res 21:529–560
Jaroslow GE, Hirth G, Dick HJB (1996) Abyssal peridotitemylonites: implications for grain-size
sensitive flow and strain localization in oceanic lithosphere. Tectonophysics 256:17–37
Lagabrielle Y, Mamaloukas-Frangoulis V, Cannat M, Auzende J, Honnorez J, Mevel C, Bonatti E
(1992a) Vema fracture zone (Central Atlantic): Tectonic and magmatic evolution of the
median ridge and the eastern ridge>transform intersection domain. J Geophys Res
97(B12):1978–2012
Lagabrielle Y, Mamaloukas-Frangoulis V, Cannat M,.Auzende J-M, Honnorez J, Mevel C, and
Bonatti E, (1992b) Vema fracture zone (Central Atlantic): Tectonic and magmaticevolution of
the median ridge and the eastern ridge-transform intersection domain. J Geophys Res
97:17331–17351
Linklater E (1972) The voyage of the challenger. Garden city. Doubleday and Company Inc, New
York p 288
Lonsdale P (1978) Present day plate motion. J Geophys Res 83:5331–5354
Lonsdale P (1989) Segmentation of the Pacific-Nazca spreading center 1°N-20°S. J Geophys Res
94:12197–12225
Melson WG, Jorosewitch E, Bowen VT, Thompson G (1967) St. Peter and St. Paul’s Rocks: a
high temperature derived Intrusions. Science 155:1532
References
299
Petrov. Vemadsky Institute Geochem, Moscow
Edwards SJ, Falloon TJ, Malpas J, Pedersen RB (1996) A review of the petrology of Harzburgites
at Hess Deep and Garrett: implication for mantle processes beneath segments of the east
Pacific rise. In: Macleod CJ, Tyler PA, Walker CL (eds.) Tectonic, magmatic, hydrothermal
and biological egmentations of mid-ocean ridges. Geol Soc Special Publ 118:143–156
Fleming HS, Cherkis NZ, Heirtzler JR (1970) The Gibbbs fracture zone: double fracture at
52°330
0 Nin the Atlantic Ocean. Marine Geophys Res 1:37–45
Fox J, Gallo DG (1989) Transform in the eastern central Pacific. In: Winterer NE, Hussong DM,
Decker RW (eds) The geology of North America. Geol Soc America N:111–123
Francheteau J, Choukroune P, Hekinian R, Le Pichon X, Needham H.D (1976) Oceanic fracture
zones do not provide deep sections in the crust. Can J Earth Sci Vol 13 N° 9:1223–1235
Francheteau J, Patriat P, Segoufin J, Armijo R. Doucoure M, Yelles-Chaouche A, Zukin J,
Calmant S, Naar DF, Searle R (1988) Pito and Orongo fracture zones: the northern and
southern boundaries of the easter microplate (southeast Pacific). Earth Planet Sci Lett
89:363–374
Francheteau J, Naar DF, Armijo R, Cogné JP, Constantin M, Girardeau J, Hekinian R, Hey R,
Searle R (1994a) Black smoker discovered, Pito Seamount near Easter Microplate propagator
tip. EOS Trans 75(16):322
Francheteau J, Armijo R, Cogné JP, Girardeau J, Constantin M, Hekinian R, Naar DF, Hey RN,
Searle RC (1994b) Submersible observations of the Easter microplate and its boundary. EOS,
Trans 75(44):582
Hébert R, Bideau D, Hekinian R (1983) Ultramafic and mafic rocks from the Garrett transform
fault near 13°30
0 S on the east pacific rise: Igneous petrology. Earth Planet Sci Lett
65:107–125
Hekinian R, Aumento F (1973) Rocks from the Gibbs Fracture Zone and the Minia Seamount
near 53°N in the Atlantic Ocean. Marine Geol 14:47–72
Hekinian R, Bideau D, Cannat M, Franchteau J, Hebert R (1992) Volcanic activity and crustmantle exposure in ultrafast Garrett transform fault near 13°28
0 S in the Pacific. Earth, Planet
Sci Let 108:259–276
Hekinian R, Bideau D, Francheteau J, Cheminée J-L, Armijo R, Lonsdale P, Blum N (1993)
Petrology of the East Pacific-Rise Crust and Upper mantle exposed in the Hess Deep (Eastern
equatorial pacific). J Geophys Res 98(B5):8069–8094
Hekinian R, Juteau T, Garcia E, Sichler B, Sichel B, Udintse G, Apprioual R, Ligi M (2000)
Submersible observations of the equatorial Atlantic mantle: the st Paul fracture zone. Marine
Geophys Res 21:529–560
Jaroslow GE, Hirth G, Dick HJB (1996) Abyssal peridotitemylonites: implications for grain-size
sensitive flow and strain localization in oceanic lithosphere. Tectonophysics 256:17–37
Lagabrielle Y, Mamaloukas-Frangoulis V, Cannat M, Auzende J, Honnorez J, Mevel C, Bonatti E
(1992a) Vema fracture zone (Central Atlantic): Tectonic and magmatic evolution of the
median ridge and the eastern ridge>transform intersection domain. J Geophys Res
97(B12):1978–2012
Lagabrielle Y, Mamaloukas-Frangoulis V, Cannat M,.Auzende J-M, Honnorez J, Mevel C, and
Bonatti E, (1992b) Vema fracture zone (Central Atlantic): Tectonic and magmaticevolution of
the median ridge and the eastern ridge-transform intersection domain. J Geophys Res
97:17331–17351
Linklater E (1972) The voyage of the challenger. Garden city. Doubleday and Company Inc, New
York p 288
Lonsdale P (1978) Present day plate motion. J Geophys Res 83:5331–5354
Lonsdale P (1989) Segmentation of the Pacific-Nazca spreading center 1°N-20°S. J Geophys Res
94:12197–12225
Melson WG, Jorosewitch E, Bowen VT, Thompson G (1967) St. Peter and St. Paul’s Rocks: a
high temperature derived Intrusions. Science 155:1532
References
299