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1 .. *,.. **,.. * ( -)*** -. (Godard, 2001), , -. -,, - ( ), -, - (Escola, 1921; Lappin, Smith, 1978.). - -, - - -, (Griffin, 1987). -, (Chopin, 2003).,, - -, -, - *,. **,,. *** ( ). (., 2004). - () -, - (, 1971;, 1974; Pognante, 1985; Mørk, 1986; Koons et al., 1987; Wayte et al., 1989; John, Schenk, ). -, - -. in situ,,, (, 1968), -, - -. () - (, 1990), - (., 2004;, -, 2005;., 2005),,, - -, -, , -, - -- (-, 1990). 37

2 - -, - (. ) , , - - (., 2004) (. 1). ; -,, -, ;, -, -,, ---,. 2720±8 (., 2003) -, - - -, -.,,. 1. () () (.. :., 2006): : 1 (2,5 1,92 ) ; 2 5 : 2 ; 3 ; 4 - ; 5 - (); 6 (2,9 2,7 ); 7 (3,2 2,7 ) ; 8 ; : 1 ( 2,7 ); 2 ; (, ),, -- - ; 4 - ; 5 ; 6 ; 7 - (., 2004); 8,. 38

3 ,, , - -,., ,3±8,1 (., 2004). I, - (Fe-Ti), (Fe) (Na+K, Fe)., -., -, - --,, -, - (. )., -, -. --,, ( Grt * Omp ; = C, = 16,5 17,5 ) -, - --.,, - (20% Jd) (. ). -, - 2,7 2,45, - * : Ab, Act-Hbl, Alm, Am, An, Bt, Cpx, Crn, Di, Ed, Ed-Hbl, En, Fa, Gln, Grt, Grs, Hbl, Jd, Ky, Ne, Ol, Omp, Opx, Pl, Prg, Prg-Hbl, Prp, Qtz, Rut, Sil, Spl, Sps, Uv. Omp Di Jd, Pl An, En, Ol Opx, Grt Prp, Grs., II, (Mg-Cr) -, - - (, 1981). -, 2,43 2, (., 2001;., 2004; Lobach-Zhuchenko et al., 1998),. II -. (. ).. U-Pb ,1±1,3 (-., 2003).. III, - II, - (, -, 2005). - (Fe-Ti) 2,12 (., 2003). - () -. (Fe). -, N-MORB (,, 2005), - - -,, -. - Grt 25 Omp Rut ( = C, = 13,5 14,0 ) III (Fe) - II (Mg-Cr) (. -,. ). -,, II -,. - -.,, -,, -.., : 1),,, I II (. 2, ), III - (.,. 2,,. ) 39

4 ɚ ɛ ɜ ɝ ". 2:, ( $# Q# &' % 7 & 50 ' (( &- & %& II ( &. &##& ) ' (( & III (( &. & &% + 6 ) &7 "% 50 ' 8 $ 3 6 &/ 5 # 3 &"%& & ) ( ) &"%& & ) (() " '& 5) 7& ), 3 Q%&) ' (( & 5 )> (& %5 Q &#& % #%& 50 7& 0 % #%& 7 & 5;, ' Q &#& % #%& 5 7& 5 )> (& 7 8 $# 0 ' (( &- & %& II ( &. & &% + 6 ; ' &. &##& ). J $ ; 2) ' # 5 6 (. 2, )*,. %,, $ () #. * (20 1 ) ($ ) ' #, ', $ #, (. 2, ).! II III ( - \ ;, * ; ) ', ' #.! # ' # II #,. * #, ' # #. W,, #, '. +-4 ' #. * ', Cpx-Pl, $ Jd Omp 20 36%, $ 38 48%. /. ]. * J. * ; II ' $. / ' I III #. 40

5 (. ) ( ): 1 4 : (1) - (2); (I ); 4 ; : ( ); 6 () ( ); 7 8 : 7 - ; 8 ; 9 «-» - ; 10 ; 11 ; 12, ; 13 ; 14 ; 15 ; 16 ; 17 - () (); 18 : () (); 19 :, ~25, , -- (. 3).,, -,.., - -,,. -, ,. -,, - ± -,. - «-», -, - (. 4, )

6 . 4. () (). -31 () ()., (. 4, ) -,,, -, Cpx (Di ),. - -.,, (. 3). -, -, -. -, - (. 3)., (. 2). ( ) - -., -.,, - (±, ). -,,, -, - ( ) -., (. -16/67),, - (, 1981),, Na 2 O (. 1). -,, -. -., - - (. 3). - (7 8 ) - (8 10 ). (. 3) - -, I (. 1). - 33% Jd, - (- ),, -, , -, (. -49). 42

7 1 : (II ); 7 8 (I ) / #Mg 78,19 75,24 77,04 74,07 73,27 73,14 47,50 50,17 SiO 2 48,10 49,40 49,00 48,90 48,62 48,70 48,08 47,74 TiO 2 0,57 0,62 0,49 0,65 0,71 0,53 1,27 1,15 Al 2 O 3 8,82 10,10 10,20 10,52 9,50 12,00 14,90 15,25 Fe 2 O 3 1,10 1,70 2,50 1,70 2,09 2,46 3,30 2,56 FeO 9,40 8,85 7,67 9,15 9,94 7,80 11,25 10,90 MnO 0,188 0,185 0,178 0,190 0,183 0,172 0,227 0,214 MgO 20,90 17,70 18,68 17,12 18,18 15,30 7,22 7,46 CaO 8,22 8,80 8,53 8,82 7,50 8,98 9,53 9,52 Na 2 O 1,20 1,46 1,46 1,47 1,32 1,85 2,22 2,67 K 2 O 0,32 0,35 0,32 0,31 0,70 0,44 0,40 0,67 H 2 O 0,07 0,02 0,10 0,17 0,20 0,31 0,13 0,21 0,93 0,76 0,68 0,85 0,84 1,00 1,09 1,46 P 2 O 5 0,07 0,07 0,05 0,07 0,09 0,08 0,18 0,14 99,89 100,02 99,86 99,92 99,87 99,62 99,80 99, (. 3): 1 ; 2, 3 - () ; 4 6 : (-33, -49) - (-16/67); 7 8 Mg = MgO/(MgO+Fe)100 (. -). - (. -30, ) - (. 3)., -, - () Cpx (. 2, - 1) - (. 5). - Ol (20% Fa) Spl ( : 49%, 29%, 14% 9%) - Opx (En ), - Am Cr 2 O 3 (1,33. %) Ed-Hbl (. 2,. 5). - Opx, Am - Omp. Cpx Di Jd 12%, - Omp (28% Jd). Omp 35 41% Jd. Omp Cr 2 O 3, - Di-Omp - Cr 2 O 3, 1%. Grt - 49,3% Prp 11,9% Grs (. 2,. 20). Opx (. 2, - 2;. 6, ),,. Opx, Cpx, - Al 2 O 3 (1,03 2,72. %) CaO (2,36 2,39. %). Omp 23,6 40,9% Jd. Grt (Prp 48,4 50,6%, Grs 14,5 17,2%) Omp 46 - (F = 10,4%) (3,29. %) Bt. Omp 38 55% Jd Crn (. 2,. 6, ). Omp Jd (44% 38%) Crn Pl (15,6 17,9% An). -, - (. 6, ). Omp -, Grt Omp 57 Crn, - Omp 5137% Jd Pl 15 Crn., 48, Grt 13 Omp - (30 38% Jd), - (. 7, ) Grt (Prp 4146%, Grs 2315%) (. 3,. 42, 43,. 2, , ),, -,, - ( ). (-30) - Cpx Jd (19 20%), Opx (En 18 ) Am Ed-Hbl Prg-Hbl. - Opx Grt (. 7, )

8 2 - (. -30, ) (. ) , * Di Ed Hbl Opx Opx Ol Spl Opx Di Di Di (Opx) Di Omp Di Omp Omp Omp Omp Omp Grt SiO 2 53,80 46,20 55,76 55,71 38,96 0,22 56,13 54,18 54,31 55,19 55,26 54,28 53,43 54,07 54,98 54,53 52,34 55,23 55,82 40,37 TiO 2 0,13 1,65 0,10 0,10 0,04 0,14 0,07 0,17 0,06 0,21 0,39 0,18 0,2 0,19 0,17 0,17 0,44 Al 2 O 3 2,83 12,39 0,93 0,57 25,85 0,61 2,60 2,94 3,65 0,59 3,60 4,95 4,07 6,20 6,68 13,46 8,83 8,28 22,56 Cr 2 O 3 0,95 1,31 0,16 0,14 35,87 0,63 1,09 1,18 0,06 1,22 0,74 0,94 0,94 0,79 0,03 0,25 0,48 0,07 FeO* 3,75 5,93 12,45 12,21 18,99 31,06 12,53 4,14 4,01 3,69 13,19 4,17 4,23 4,03 3,32 3,65 5,91 3,68 3,43 18,31 MnO 0,09 0,1 0,06 0,12 0,36 0,14 0,07 0,06 0,16 0,12 0,14 0,49 MgO 15,01 16,62 30,03 30,81 41,59 5,73 30,41 14,49 14,41 13,39 30,05 13,98 13,84 13,43 11,72 11,34 10,23 10,78 10,60 13,50 CaO 21,15 11,83 0,51 0,20 0,15 0,28 21,39 20,64 19,88 0,28 19,24 19,51 20,22 17,89 18,11 11,56 15,44 15,48 4,53 NiO / / / / / / / / / 0,18 / / / 0,37 0,02 Na 2 O 2,28 3,39 0,24 0,45 0,66 2,21 2,30 2,72 0,34 2,92 2,85 3,06 4,55 4,57 5,94 5,25 5,44 0,09 K 2 O 0,02 0,59 0,01 0,04 0,01 0,04 0,05 0,02 0,01 0,09 100,01 100,01 100,00 100,01 99,99 100,00 100,00 99,96 99,85 99,87 99,89 100,00 99,99 100,00 99,80 100,00 99,78 100,00 100,00 100,01 Prp 49,3 Alm 37,7 Sps 1,0 Grs 11,9 Uv 0,1 F 12,3 16,7 18,9 18,2 20,4 18,8 13,8 13,5 13,4 19,7 14,3 14,7 14,4 13,8 15,2 24,5 16,1 15,4 43,4 An, % Jd, % 12,0 11,1 12,6 15,7 15,3 20,2 17,3 26,2 28,2 40,9 36,3 35, , Opx Opx Omp Omp Grt Omp Bt Grt Omp Grt Crn Omp Omp Omp (Omp + Omp ) + (Pl + Pl ) SiO 2 56,44 54,48 55,74 55,26 40,40 54,63 40,77 40,89 53,38 40,45 1,22 55,21 54,58 55,66 54,68 54,11 64,79 63,86 TiO 2 0,18 0,07 0,06 3,29 0,14 0,02 0,05 0,26 0,16 0,21 0,19 Al 2 O 3 1,03 2,72 5,54 10,34 22,65 12,87 17,86 22,63 12,53 22,69 97,69 14,09 14,01 15,46 12,34 11,92 22,11 21,94 Cr 2 O 3 0,25 1,08 0,86 0,29 0,13 0,06 0,01 0,06 0,16 0,06 0,01 0,03 FeO* 9,37 10,45 3,38 3,60 16,19 3,05 4,70 16,28 3,26 17,07 0,41 2,61 2,27 2,45 2,64 2,64 0,13 MnO 0,17 0,14 0,01 0,55 0,05 0,18 0,37 0,49 0,01 0,04 0,01 0,10 0,12 0,06 0,08 MgO 30,11 27,95 12,40 9,53 13,18 8,67 22,68 13,84 9,49 13,74 0,33 7,54 8,42 7,18 9,00 9,85 0,15 CaO 2,39 2,36 17,98 14,82 6,57 13,88 0,03 5,69 15,67 5,53 0,31 13,36 12,99 10,98 14,56 15,68 3,22 3,92 NiO 0,13 0,22 / / / / / / / 0,08 0,04 / / / 0,15 / Na 2 O 0,27 0,64 3,96 5,91 0,21 6,72 0,73 0,29 5,54 6,95 7,21 8,01 6,40 5,54 9,52 9,84 K 2 O 0,03 0,02 0,06 9,76 0,01 0,04 0,01 0,05 0,01 0,12 0,13 100,03 100,00 100,02 100,00 100,01 99,99 100,01 100,00 100,01 100,01 100,00 99,99 100,00 100,00 100,01 100,00 100,00 100,00 Prp 48,4 50,6 49,8 Alm 33,3 33,7 34,7 Sps 1,0 0,7 1,0 Grs 17,2 15,0 14,5 Uv 0,1 F 14,8 17,4 13,3 17,5 40,8 16,5 10,4 39,9 16,1 41,0 16,3 13,0 16,1 14,1 13,1 An, % 15,6 17,9 Jd, % 23,6 40,9 46,0 38,3 47,6 49,3 54,5 44,0 38, , , Omp Grt Omp Grt Grt Ed-Hbl Di-Omp Opx Prg-Hbl Di-Omp Prg-Hbl Opx Grt /3 SiO 2 54,87 40,24 55,04 39,67 40,39 46,75 55,14 56,30 45,71 54,49 46,52 55,98 40,07 TiO 2 0,08 0,11 0,03 1,45 0,07 1,44 0,18 0,92 0,03 0,02 Al 2 O 3 7,80 22,64 9,08 22,55 22,53 13,79 4,59 0,65 14,02 4,41 13,84 0,60 22,64 Cr 2 O 3 0,06 0,01 0,05 0,59 0,13 0,03 0,48 0,28 0,37 0,06 FeO* 4,13 18,12 4,25 17,01 18,49 5,95 3,89 12,20 5,89 3,89 5,88 11,94 18,32 MnO 0,56 0,03 0,51 0,42 0,16 0,13 0,06 0,17 0,16 0,63 MgO 11,60 13,08 10,40 11,22 12,55 16,37 13,54 30,48 16,87 13,83 17,09 30,79 13,43 CaO 17,23 5,01 15,41 8,81 5,59 10,02 19,63 0,34 10,47 19,58 9,96 0,24 4,71 NiO 0,07 / 0,21 / 0,19 / / Na 2 O 4,25 0,35 5,67 0,17 4,16 2,80 3,95 3,28 4,28 0,23 0,12 K 2 O 0,02 0,01 0,02 0,84 0,04 0,02 0,84 0,79 0,04 0,02 100,02 100,02 100,00 100,00 100,02 99,99 99,99 100,02 100,01 100,00 100,01 100,01 100,02 Prp 48,1 41,0 46,0 49,0 Alm 37,4 34,7 38,1 37,5 Sps 1,3 1,0 1,0 1,3 Grs 13,2 23,3 14,9 12,2 Uv F 16,7 43,8 18,7 45,9 45,3 16,9 13,8 18,3 16,4 13,6 16,2 17,9 43,4 An, % Jd, % 29,5 38,1 19,5 18,7 44

9 , , Grt Omp Omp Omp Pl Ol Ol Opx Di Grt Grt Grt Omp Di Opx SiO 2 40,00 55,30 54,54 53,52 64,64 39,42 38,47 56,10 54,27 40,22 40,24 40,54 53,88 54,47 55,59 TiO 2 0,02 0,18 0,30 0,22 0,04 0,13 0,10 Al 2 O 3 22,80 15,83 13,98 12,77 22,36 0,79 1,04 22,66 22,86 23,01 12,39 2,29 1,70 Cr 2 O 3 0,01 0,02 0,06 0,04 0,06 0,03 0,12 0,01 0,08 FeO* 18,92 3,30 3,32 3,16 0,02 16,86 18,92 11,58 3,30 17,51 15,63 16,29 2,75 3,05 10,46 MnO 0,44 0,08 0,09 0,12 0,15 0,13 0,03 0,07 0,45 0,24 0,45 0,09 0,11 MgO 12,05 6,71 7,99 9,47 43,48 42,31 31,09 16,65 13,68 12,54 14,23 9,71 16,01 31,74 CaO 5,68 10,20 12,37 15,43 3,13 0,05 0,21 24,33 5,28 8,36 5,48 15,82 22,81 0,18 Na 2 O 0,10 8,39 7,40 5,29 9,63 0,10 0,13 0,34 0,04 0,13 5,23 1,21 0,21 K 2 O 0,03 0,16 0,02 0,01 0,05 0,01 100,01 100,00 100,01 100,01 100,00 100,00 100,01 100,01 100,00 100,01 100,01 100,01 100,00 100,02 100,00 Prp 44,7 49,7 45,5 51,7 Alm 39,3 35,5 32,0 33,1 Sps 1,0 1,0 0,7 1,0 Grs 15,0 13,7 21,8 14,2 Uv 0,1 F 46,8 21,6 18,9 15,8 18,0 20,2 17,3 10,0 41,7 41,3 39,1 13,6 9,7 15,6 An, % 15,1 Jd, % 57,0 50,5 36,6 2,4 36,0 8, : CamScan 4DV Link AN ( ), CamScan MV 2300 ( ) ( , -53). FeO* FeO; F = Fe/(Fe+Mg) 100; An, % = Ca/(Ca+Na+K) 100. : Morimoto, 1988, : Leak, Jd, %, Cpx c : Cawthorn, Collerson, PX (Cebria, 1990). :,,,, - -,,,,,,,.. 5. Cpx - - Ol Spl, Opx - Ed-Hbl ( ). - - (). Jd- Cpx %

10 ". 6. & &"%!4 Q# &' % 7 & + % #6)6 6" + / "%! & & &'& ' (( &- & %. Opx # (24 41% Jd) ( ). * : Grt15 17 Omp38-46 Bt o - # (38 55% Jd) Crn o # (44 38% Jd)- (16 18% An) Crn ( *-30); 45 ' Grt15 Omp57 Crn o # (51 37% Jd)- (15% An) Crn ( *-16-3). \ $ $ ' " %& 5 Q# &' %5 8 %! &$ 7& 5: ' 48 ( Grt 13 Omp30-38) - ; ' Omp19-20 Opx Hbl). *-30. \ $ $ ' ( Grt 12? -

11 3 () Omp Opx Spl Spl Opx Di Prg-Hbl Omp Omp Grt Omp Pl Bt Ed-Hbl Opx SiO 2 54,84 55,26 0,08 0,11 56,00 53,91 45,26 54,53 54,79 40,25 54,35 63,40 39,36 46,33 55,26 TiO 2 0,09 0,09 0,03 0,21 0,24 2,07 0,04 0,10 0,11 0,11 6,57 2,99 0,05 Al 2 O 3 4,52 1,20 10,77 11,99 0,93 3,97 12,19 4,58 5,15 22,13 4,52 22,65 15,77 11,47 0,70 Cr 2 O 3 2,43 0,38 52,10 50,26 0,19 1,42 2,11 1,17 0,16 0,03 0,66 0,30 0,05 FeO* 3,87 12,66 31,95 32,32 12,97 3,84 6,51 3,99 4,27 18,21 4,22 0,22 8,25 7,35 13,25 MnO 0,09 0,17 0,14 0,11 0,17 0,02 0,09 0,55 0,01 0,06 MgO 12,50 29,80 3,45 3,75 29,15 13,99 15,45 13,32 12,93 12,51 13,72 18,76 16,20 30,02 CaO 18,04 0,22 0,10 0,07 0,23 20,02 11,62 18,90 18,78 5,53 19,59 4,17 0,06 11,64 0,22 Na 2 O 3,63 0,38 0,27 0,04 0,43 2,41 3,53 3,13 3,52 0,64 3,30 9,40 0,58 2,98 0,10 K 2 O 0,02 0,05 1,14 0,03 0,04 9,77 0,74 0,02 100,01 100,01 98,92 98,89 100,01 100,02 99,90 99,62 99,73 99,95 99,85 99,99 99,78 100,00 99,73 Prp 46,5 Alm 37,9 Sps 1,0 Grs 14,6 Uv F 14,8 19,3 20,0 13,3 19,1 14,4 15,7 44,9 14,7 19,8 20,3 19,8 An, % 19,7 Jd, % 19,3 17,0 19,6 21,9 19, Di Di Opx Opx Omp Opx Grt Omp Grt Bt Di Grt Grt Grt Pl SiO 2 53,56 54,22 54,96 55,33 54,58 55,16 39,90 55,25 39,55 41,14 53,56 39,86 40,27 39,53 60,96 TiO 2 0,34 0,08 0,03 0,14 0,10 3,50 0,17 0,01 0,01 Al 2 O 3 3,60 4,14 0,93 0,77 4,72 1,11 21,92 5,15 22,51 16,80 5,24 22,35 22,49 22,12 23,91 Cr 2 O 3 1,24 1,21 0,34 0,17 1,10 0,13 0,23 0,10 0,40 0,28 0,09 0,02 FeO* 6,54 4,45 15,00 14,30 4,02 14,70 20,02 4,70 19,33 6,60 4,47 19,15 19,14 20,14 0,27 MnO 0,09 0,02 0,23 0,50 0,55 0,33 0,35 0,53 0,16 MgO 16,31 13,64 28,32 28,92 12,77 28,54 12,25 12,82 12,14 21,49 13,49 13,13 13,02 12,22 CaO 16,04 19,67 0,36 0,28 19,12 0,36 5,11 18,70 5,61 0,03 20,47 4,77 4,70 5,28 5,95 Na 2 O 2,27 2,44 0,05 3,55 0,05 3,24 0,20 0,21 2,33 0,30 0,14 8,65 K 2 O 0,11 0,06 0,01 0,01 0,04 0,04 0,02 9,83 0,02 0,11 100,01 100,00 100,01 100,00 100,01 100,01 100,02 100,00 100,01 100,00 100,01 99,99 99,99 99,99 100,01 Prp 44,8 44,4 47,8 47,6 44,3 Alm 40,8 39,8 39,0 39,4 41,0 Sps 1,0 1,0 0,7 0,7 1,0 Grs 13,3 14,7 12,4 12,3 13,7 Uv 0,1 0,1 0,1 F 18,4 15,6 22,9 21,7 15,0 22,4 47,7 17,1 47,3 14,7 15,7 44,9 45,3 48,1 An, % 28,0 Jd, % 15,3 17,5 20,1 21,9 16,4 Ol (18 20% Fa) (. 2, ) - Opx (En 17 ), - Cpx, Cpx Jd 2,4 8,5% (10%) (. 8,. 2). - - Grt (46 52% Prp, 14 22% Grs) Grt Omp 36 Omp Crn±Pl. -,,.. -. «-» Opx Cpx. Opx (. -32,. 3,. 9) - En 19 Di-Omp 19% Jd Spl. - -,,,, - (. 3,. 3, 4) ( 70 71%, 18 20%, 2,5 4,0%, 7,0 7,5%).,. -30 (. 9), Di 17% Jd - Opx (En 20 ) - - Am, Prg-Hbl, - Cr 2 O 3 (2,11. %), - Di (1,42 2,43. % Cr 2 O 3 ). Omp 20 22% Jd, Grt 47% Prp 15% Grs. (. 3, ) Di 19% Jd, Opx (En 20 ), - Ed-Hbl (3,0. % TiO 2 ) Bt (6,57. % TiO 2 ) Pl (20% An). 47

12 ". 8. "% Ol " 67 %& &$ # $)&$ Opx > ') % & 3 &+ &$ # $)&$ Cpx. \ ( ) $ - #.? * \ $ $ ' ". 9. "% Opx Q# &' % 7 & &) ' (( &- & % 3 &) =6%&/ &$ 7& 5 «' 6 & 50» Q# &' %&. ^ ( ) $ Cpx (19% Jd) Spl. * $ ( ) Opx,, Cpx (17% Jd) Prg-Hbl ( ). ( ) $ Omp (20 22% Jd).? *-32. \ $ $ ' 48

13 Cpx (. 3,. -31) Di 15 17,5% Jd () Opx (En 23 ) - - (. 10, ). -, Omp 20 22% Jd, Grt (44 45% Prp, 13 15% Grs) Opx (En 22 ) Bt (F = 15%, TiO 2 = 3,5. %) (. 10, ). Grt (44 48% Prp, 12 14% Grs) Cpx, - Jd (16%), Pl (28% An) Cpx Grt. - (. 4), - Omp (21 24% Jd), Grt (40 46% Prp, 12 14% Grs), Opx (En ), Am Bt (F = 20 26%, TiO 2 = 4,7 6,2. %). Am Hbl, Act-Hbl, Ed- Hbl Prg-Hbl.,, -, Omp - (. -49) Act-Hbl, Omp, -. Opx -. -, Cpx: Omp Di 18 Di 7-8 ; Am: HblPrg Act-HblPrg-Hbl (. 11,,. 4); - Prp Grt, - Pl (29 34% An) Grt Cpx - (. 11, ) Prg-Hbl Prg Grt+Cpx+H 2 OPl+Prg-Hbl. -., (. 3 11,, ), Omp 2420% Jd - Di 12 Pl 19 Opx (En 33 ). Prp 36%, 35%. - Grt Cpx (Cpx-Pl) Pl (27% An) Bt Am. Fe-Mg F, Bt - TiO 2 (5,5. %) (. 3) -, -, Cpx, Opx. -, Prg-Hbl (. 5,. -171) - Cpx, 12 15% Jd 8% Jd, - (25% An) Cpx - : Di 18 () Opx - 45 ; Grt 15 Omp 20 Opx

14 . 11: -, Cpx (Omp 23 Di 7 ), Am (HblPrg), Grt (Grt 44 Grt 42 ), - Pl ( -33); ( ). -, - (Ed-Hbl Prg-Hbl ), (23% An). - (. 6). 33% Prp 15 16% Grs, 24% Prp 17% Grs.,,, - (Mg-), - (Fe-). -, - --, -., (R-- ) (. 12, ).,,,,,. -, -., - (. 12,, ), - -., -,., -,, -,,, (. 13,, ).,, - (. 12, ). - -., - () -.,,,, -,. -, -, -, -. -, - -, - (. 3) (. 12, ) -,,, 50

15 4 (. -33, -16-3, -49) ( ) Omp Di Grt Bt Opx Omp Hbl Di Act-Hbl Omp Grt Grt Grt Prg Hbl Omp Di Pl Bt SiO 2 54,70 53,13 40,02 39,65 54,38 54,74 51,82 54,04 53,92 54,91 39,62 39,62 39,56 43,96 52,49 54,62 53,18 60,24 39,95 TiO 2 0,10 0,20 0,03 4,67 0,06 1,10 0,18 0,58 0,02 0,02 0,08 1,98 0,89 0,13 0,10 5,24 Al 2 O 3 5,42 3,33 22,12 16,05 1,07 5,67 7,18 5,05 5,50 5,49 22,06 21,98 21,92 14,44 6,73 5,33 2,93 24,61 15,76 Cr 2 O 3 0,43 0,41 0,02 1,80 0,19 0,50 0,28 0,56 0,10 0,89 0,08 0,18 0,10 0,69 0,31 0,52 0,41 0,07 0,77 FeO* 4,45 4,42 20,75 8,55 14,86 4,22 5,99 4,58 6,10 4,33 21,47 21,00 21,32 7,55 6,00 4,46 4,25 0,42 8,81 MnO 0,08 0,55 0,13 0,25 0,08 0,05 0,08 0,02 0,06 0,56 0,57 0,44 0,14 0,02 0,07 0,05 MgO 12,77 15,03 11,84 18,85 28,80 12,44 19,32 13,51 19,99 12,48 11,59 12,06 11,27 15,13 19,32 12,76 15,08 18,91 CaO 18,45 22,28 4,51 0,04 0,33 18,52 12,36 19,38 12,53 18,18 4,59 4,54 5,25 12,65 12,57 18,92 23,01 7,07 0,05 Na 2 O 3,59 1,11 0,15 0,35 0,08 3,73 1,40 2,60 0,91 3,55 2,36 1,26 3,20 0,96 7,41 0,15 K 2 O 0,06 9,89 0,03 0,47 0,36 0,05 0,02 0,02 1,11 0,40 0,04 0,01 0,11 10,36 Sum 99,99 99,97 99,99 99,98 99,96 99,99 99,97 99,98 100,01 99,96 99,97 99,99 99,96 100,01 99,97 100,00 100,00 99,98 100,00 Prp 43,9 42,5 43,7 41,5 Alm 42,9 44,1 42,9 43,7 Sps 1,3 1,3 1,3 1,0 Grs 11,9 12,0 12,0 13,7 Uv 0,1 0,1 0,1 F 16,3 14,2 49,4 20,3 22,4 16,0 14,8 16,0 14,6 16,3 50,9 49,4 51,3 21,9 14,8 16,4 13,7 20,7 An, % 34,3 Jd, % 23,0 8,1 24,1 18,2 23,4 22,6 6, Grt Omp Opx Di Ed-Hbl Grt Grt Pl Act-Hbl Act-Hbl Prg-Hbl Bt Bt Opx Opx Grt Grt Omp Omp Pl Di Opx Bt Pl SiO 2 41,08 53,60 53,68 51,53 43,08 39,78 39,52 60,99 52,83 53,37 44,21 39,40 39,45 54,79 54,56 38,63 38,84 52,91 52,02 63,16 53,05 53,70 38,73 61,23 TiO 2 0,04 0,04 0,14 1,93 0,48 0,49 1,23 5,72 6,24 0,05 0,11 0,08 0,14 0,38 0,01 0,24 5,47 0,05 Al 2 O 3 22,47 6,06 0,58 4,36 13,24 22,47 22,31 24,12 6,12 5,52 13,99 15,22 15,64 0,50 0,76 22,06 21,89 7,08 6,76 22,75 3,61 0,77 15,75 23,78 Cr 2 O 3 0,03 0,67 0,82 0,66 0,01 0,25 0,02 0,24 0,27 0,53 0,28 0,47 0,04 0,06 0,07 0,14 0,23 0,03 0,41 FeO* 18,68 4,47 15,46 4,38 8,50 20,34 21,08 0,36 7,39 7,53 9,95 10,75 10,97 15,76 17,26 23,59 22,82 6,68 6,34 0,17 6,27 20,76 12,65 0,23 MnO 0,36 0,04 0,18 0,44 0,64 0,01 0,04 0,22 0,13 0,69 0,57 0,18 0,09 0,08 0,07 0,18 0,12 MgO 12,28 12,51 29,69 13,96 15,99 12,07 10,74 19,40 19,51 14,09 18,41 17,38 28,03 26,98 9,51 9,91 11,87 11,77 13,32 24,00 16,16 0,01 CaO 4,99 18,83 0,39 23,50 12,26 4,88 5,46 6,18 11,49 11,48 12,19 0,03 0,27 0,24 5,34 5,72 17,73 19,68 4,09 21,51 0,38 0,12 5,79 Na 2 O 0,06 3,77 1,30 2,75 8,22 1,64 1,45 2,55 0,31 0,19 0,32 0,08 0,03 3,37 2,76 9,34 1,69 0,13 0,02 8,60 K 2 O 0,03 0,08 0,95 0,02 0,01 0,11 0,41 0,38 1,23 9,88 9,66 0,02 0,05 0,28 10,41 0,15 Sum 100,02 99,99 100,06 99,99 99,36 100,01 100,01 100,00 100,01 100,00 100,01 100,00 100,00 100,00 99,99 100,01 99,98 99,96 99,94 99,88 99,99 99,95 99,72 99,96 Prp 46,4 44,4 40,1 35,3 36,4 Alm 39,3 41,8 44,1 49,0 47,0 Sps 0,7 1,0 1,3 1,3 1,3 Grs 13,6 12,8 14,4 14,4 15,2 Uv 0,1 0,1 F 45,9 16,7 22,6 15,0 23,0 48,5 52,4 17,6 17,8 28,4 24,7 26,1 24,0 26,4 58,1 56,4 24,0 23,3 20,9 32,7 30,5 An, % 29,2 19,2 26,9 Jd, % 20,9 8,8 23,7 19,5 12,00 -- (14% An), (. 12, ), - Pl+Qtz Pl >Na +Ky (, 1990) (. 5,. -171), - (. 5,. -171)., -, - (. 13, ). (27% Prp, 20 23% Grs) - (F = 39%), (F = 35%, TiO 2 = 4,01. %) (20 24% An). 4% Jd. (. 13, ), (F = 38%), (F = 31%, TiO 2 = 3,2. %), (22 25% An) 7 10% Jd., -,, -. 51

16 5 - (. -171) (. -171) Di Prg-Hbl Pl Di Di Prg-Hbl Grt Grt Pl Prg-Hbl Ed-Hbl Prg-Hbl Grt SiO 2 51,32 44,61 62,17 50,18 50,77 44,07 38,81 39,10 63,33 44,42 45,50 44,22 37,28 TiO 2 0,08 1,46 0,01 0,23 0,12 1,75 0,21 0,14 1,16 1,23 1,68 0,01 Al 2 O 3 7,60 12,12 23,28 6,66 6,63 12,31 21,74 21,89 22,79 12,18 11,18 11,98 21,35 Cr 2 O 3 0,25 0,44 0,06 0,14 0,20 0,38 0,08 0,03 0,02 0,03 0,12 0,01 FeO* 7,12 12,59 0,21 7,48 7,05 13,21 23,95 23,62 0,11 14,01 13,72 14,13 27,59 MnO 0,20 0,02 0,02 0,17 0,17 0,16 0,65 0,83 0,08 0,14 0,08 0,85 MgO 11,26 12,92 0,01 12,12 11,61 12,53 8,89 8,65 12,96 13,38 12,81 6,46 CaO 19,99 12,49 5,30 21,83 21,73 12,43 5,61 5,84 4,73 12,32 12,21 12,50 6,42 Na 2 O 2,13 1,83 8,66 1,11 1,68 1,72 0,06 8,69 1,61 1,59 1,52 K 2 O 0,05 1,33 0,25 0,05 0,04 1,27 0,18 1,13 0,86 1,03 100,00 99,81 99,97 99,97 100,00 99,83 100,00 99,96 99,99 99,9 99,93 99,95 99,97 Prp 33,2 32,7 23,9 Alm 50,3 49,8 57,0 Sps 1,3 1,7 1,9 Grs 15,1 15,8 17,2 Uv 0,1 F 26,2 35,3 25,7 25,4 37,2 60,2 60,4 37,8 36,5 38,2 70,5 An, % 24,9 22,9 Jd, % 15,4 8,2 12, Grt Grt Pl Ed-Hbl Di Pl Bt Pl Grt Grt Bt Pl Di Di Prg-Hbl Pl SiO 2 38,54 37,89 61,47 45,05 53,01 63,12 39,50 63,07 39,24 38,50 38,55 62,91 51,03 50,63 43,98 61,91 TiO 2 0,13 0,04 1,37 0,24 0,03 4,01 0,03 0,07 0,08 3,23 0,34 0,32 1,50 0,10 Al 2 O 3 21,67 21,74 23,41 12,17 1,71 22,74 15,28 22,93 22,07 21,77 15,58 23,39 5,36 6,71 13,17 23,52 Cr 2 O 3 0,08 0,14 0,06 0,05 0,11 0,01 0,07 0,12 0,04 0,05 0,09 0,01 FeO* 22,96 24,34 0,39 14,01 6,80 0,16 14,83 0,11 22,64 23,35 12,93 0,13 8,03 7,88 13,59 0,21 MnO 0,61 1,04 0,03 0,18 0,08 0,02 0,60 0,62 0,01 0,07 0,05 0,07 0,05 MgO 7,24 7,16 0,06 12,19 14,24 0,05 15,78 7,03 6,94 16,13 0,01 12,01 11,73 12,32 0,02 CaO 8,66 7,47 5,28 12,55 23,12 4,28 0,02 4,68 8,26 8,65 0,07 4,53 22,11 21,18 11,92 5,29 Na 2 O 0,10 0,13 8,78 1,36 0,62 9,24 8,79 0,07 2,16 8,58 1,01 1,39 1,88 8,52 K 2 O 0,05 0,40 1,22 0,21 10,34 0,38 9,67 0,39 1,35 0,34 99,99 100,0 99,88 99,92 99,92 99,96 99,89 100,0 99,98 99,98 98,44 99,99 99,96 99,94 99,87 99,97 Prp 27,2 26,6 27,2 26,2 Alm 48,2 51,0 48,7 49,2 Sps 1,3 2,3 1,3 1,3 Grs 23,2 20,0 22,8 23,2 Uv 0,1 0,1 0,1 F 63,9 65,7 39,2 21,1 34,5 64,2 65,2 31,0 27,3 27,3 38,2 An, % 24,4 20,1 22,2 22,1 25,1 Jd, % 4,4 7,3 9,9 6 (I ) (. -35, -53) Grt Grt Di Pl Di Di Pl Ed Omp Ed-Hbl Prg-Hbl Pl SiO 2 37,48 38,01 50,51 62,79 50,30 50,07 62,88 46,61 50,93 44,43 43,11 62,52 TiO 2 0,26 0,04 0,26 0,36 0,42 1,18 0,20 1,06 0,97 0,02 Al 2 O 3 20,80 21,25 4,82 22,61 4,01 4,14 22,51 9,69 8,63 11,48 12,57 23,14 Cr 2 O 3 0,02 0,18 0,10 0,05 0,03 0,10 0,08 0,09 FeO* 26,86 25,26 10,66 0,18 9,74 10,38 0,11 15,60 9,14 16,44 16,66 0,13 MnO 0,67 0,45 0,15 0,06 0,07 0,07 0,12 0,12 MgO 5,66 5,94 12,02 0,01 11,55 11,89 11,18 9,13 11,42 11,07 CaO 8,17 9,00 20,29 4,76 22,79 21,84 4,56 13,22 18,67 12,45 12,55 4,92 Na 2 O 0,99 9,19 1,13 1,07 9,60 1,55 3,12 1,78 1,75 8,82 K 2 O 0,09 0,30 0,14 0,28 0,65 0,76 0,90 0,32 99,92 99,95 99,97 100,00 100,00 99,98 99,94 99,85 99,94 99,82 99,78 99,96 Prp 21,1 22,2 Alm 55,9 52,6 Sps 1,3 1,0 Grs 21,7 24,2 Uv F 72,6 70,4 33,3 32,2 32,9 43,9 35,9 44,7 45,8 An, % 21,9 20,5 23,1 Jd, % 7,6 8,2 8,4 22,3 52

17 Omp Omp Omp Di + Pl Omp Di + Pl Grt Grt Grt + Omp Omp + Grt SiO 2 52,46 52,17 51,73 50,70 62,96 52,12 50,04 63,23 37,86 38,06 37,88 51,41 51,47 38,18 TiO 2 0,20 0,17 0,43 0,28 0,30 0,32 0,01 0,07 0,14 0,49 0,31 0,08 Al 2 O 3 9,19 9,30 8,59 4,87 22,82 8,03 6,85 22,86 21,28 21,21 21,23 7,35 8,44 21,32 Cr 2 O 3 0,05 0,04 0,02 0,01 0,04 0,01 0,09 0,03 0,13 0,08 FeO* 8,69 8,68 8,78 10,24 0,20 9,51 10,89 0,28 26,01 24,87 25,20 8,55 8,71 25,43 MnO 0,16 0,06 0,16 0,17 0,02 0,10 0,02 0,61 0,58 0,56 0,02 0,01 0,36 MgO 8,55 8,55 8,83 11,05 9,01 10,22 5,71 6,36 6,17 9,90 9,35 5,83 CaO 16,10 16,35 17,13 20,98 4,17 17,06 19,32 4,12 8,42 8,78 8,93 18,47 17,79 8,80 Na 2 O 4,61 4,69 4,32 1,63 9,37 3,97 2,16 9,15 3,68 3,85 K 2 O 0,07 0,42 0,02 0,32 0,04 100,01 100,01 99,99 100,00 100,00 100,01 100,01 99,99 100,00 100,00 100,00 100,01 100,01 99,99 Prp 21,4 23,5 22,8 21,8 Alm 54,6 51,7 52,2 53,7 Sps 1,3 1,3 1,3 0,7 Grs 22,7 23,5 23,7 23,8 Uv F 36,4 36,3 35,8 34,3 37,2 37,4 71,9 68,8 69,7 32,7 34,3 71,1 An, % 19,3 19,6 Jd, % 32,5 33,1 30,6 12,1 28,2 15,6 26,1 27, : (. 1-, ); Pl - Cpx Bt ( ); Grt-Cpx-Am-Bt (., 179-1,.. 3); Pl Ky (., )

18 . 13. Grt-Cpx-Am-Bt -, (.. 3). -, -, - (,, -,.), -, - - -, -, ,,,,. - (F = 18 20%) - -, -,,. -- (Jackson, 1969) (. 2) 930 C (. 7), -. (. 2,. 21, 22) Al 2 O 3 (1,03 2,72. %) CaO (2,36 2,39. %) (En ) (, 1981; -, 2000;., 2004). - (. 9),,,,, -, -, - (En 19 ) Cpx (Di-Omp 19 ) - (Di 17 ) Opx (En) Prg-Hbl.,,, (En ), (En ) (Di); - (En ), - (En ) - (En 33 ). - Opx - Al 2 O 3 CaO. -,, - (- ), - Na 2 O. 7 -,,. Ol-Spl Opx-Cpx Jd Ol F Spl Opx F Cpx Jd (1) (2) (3) Ol 20 Spl En 19 DI , En 23 Di , En 19 Di ,0. : (1) Jackson, 1969; (2) Brey, Kohler, 1990; : (3) Holland,

19 . 14 Jd--, -,,. - - (., 2004). - - (. 10),, - (. 5). ( - ) 9 14% 19% Jd. Opx-Cpx - - (En 19 Di 12,. 5) - (En 23 Di 18,. 10 En 19 Di 19,. 9) - (Brey, Kohler, 1990) - Jd (Holland, 1980) - (. 7,. 15), - Opx Cpx () «-» (Grt 47 Omp En 20 ) (Grt 44 Omp En 22 ) (. 8,. 15) C - - (. 15). - - Fe-Mg,,,,,, - (12 17%) (. 16).., - Jd (9 11%) - Cpx,, - Jd (., 2004), -, ( 18, 20, 27 Grt Omp 21-22,. 8,. 15). - Cpx Jd %, - Opx Cpx (28 41% Jd), (Grt ),, (Grt 48 Omp 30-38,. 7, ), - Omp Grt ± Omp 46 Omp Crn Omp Crn+Pl (. 6, ) Omp Grt 45 + Omp 57 +Crn Omp 37 +Crn+Pl 15 (. 6, ) C (. 8) Cpx

20 : 1, 2 (?) ; 3 8 (3) - : Omp Crn+Pl (4), Grt Di±Pl, Qtz (5), Am Pl-Qtz±Grt (6) (7), Di Am - (8); 9 13 : (I - ) (9) Grt Di Pl Qtz (10) Am Pl Qtz (11) - ; Grt Di Pl Qtz, Di Am (12) Grt Am Pl Qtz (13); (14) (I ) (15). Jd Cpx : Holland, 1980; Ky Sil : Holland, Powell, 1990; Gln : Maresh, 1977; (), () () : Cloos, Si,,.. (2005),, Ab = Jd+Qtz, Ne+Ab = Jd, - (Harlow, 1994). Omp Crn Omp Crn+Pl 15-18, Omp Ab. Omp Crn+Pl 15-18,, - Omp Omp Pl ( ) C 14 9 (. 8,. 15) = C, = 11,7 8,5. - ( = C, = 11,0 6,7 ), - ( = C, = 9,0 6,9 ) ( , , 37, 39,. 8,. 15). -. -,, -, , (. 1) ( I), - -,, - -- ( II)., - 56

21 Fe ( = 930 C, = 17,5,. 8) - Cpx-Pl, Cpx Omp Di 8 (. 6), - -, - ( = C, = 7,3 7,5 ) / -30/1-30/2-30/3.,, - Grt-Cpx Cpx-Hbl Hbl-Pl-Qtz Grt-Hbl Jd Grt-Cpx-Pl-Qtz Hbl Grt Prp Cpx Jd Pl An Am (1) (2) (3) (4) (5) (6) (7) 5 Grt 49 Omp ,2 6 Grt 49 Omp ,5 7 Grt 49 Omp ,5 8 Grt 48 Omp ,6 9 Grt 48 Omp ,8 10 Grt 51 Omp ,0 11 Grt 50 Omp ,0 12 Grt 48 Omp ,2 13 Grt 48 Omp ,2 14 Grt 45 Omp , Grt 52 Omp ,5-30/4 16 Grt 49 Di-Omp ,5-31/2 17 Grt 45 Omp ,4-31/3 18 Grt 44 Omp ,7-31/4 19 Grt 48 Di ,4 20 Grt 47 Omp , Grt 47 Omp-Di ,8-33/1 22 Grt 44 Omp ,9 23 Grt 44 Omp ,8 24 Grt 43 Di ,7-33/2 25 Grt 42 Di 7 Pl ,5 26 Grt 43 Pl 34 Prg , Grt 46 Omp , Pl 30 Prg-Hbl 705 8,3-16/ Grt 37 Omp Grt 35 Omp c 31 Grt 35 Di 7 Pl ,3 32 Di 12 Prg-Hbl ,0 33 Pl 25 Prg-Hbl ,0 34 Grt 33 Pl 23 Prg-Hbl ,8 35 Grt 24 Pl 23 Prg-Hbl ,7 36 Grt 27 Pl 24 Ed-Hbl ,9 37 Grt 27 Di 4 Pl ,0 38 Di 10 Prg-Hbl ,5 39 Grt 27 Pl 25 Prg-Hbl ,7 40 Grt 24 Omp ,5 41 Grt 24 Omp ,1 42 Grt 24 Omp ,3 43 Grt 23 Di 16 Pl ,3 13,3 44 Grt 23 Prg-Hbl 650 7,5 45 Grt 22 Omp ,2 46 Grt 21 Di 8 c Pl ,9 47 Pl 23 Prg-Hbl 700 7,3. : (1) Powell, 1985; (2), 1986; (3) Holland, Blundy, 1994; (4),, 1989; : (5) Holland, 1980; (6) Perkins, Newton, 1981; (7) Blundy, Holland, ,

22 - -, -,, , - (., 2005) Grt - (1 5) (1), - (2) (3), (4) (5) - (6 7) - (6) (7) Fe-Mg - (. 6). (. 16) Grt-Cpx. - -.,, - - 2,7, 2,45 2,40 1,9 1,8 (, 1990), -,,... ( = C, = 14,0 17,5 ) 2720±8 (., 2003;., 2004), -. -.,, (Slabunov, Stepanov, 1998), -. 2,7 (., 2004) -, - - ( = C, = 14,0 13,0 6,5 ).,, ,, -, - (), , -., (-, 1981), 2416,3±1 (., 2003). -,, (1,9 1,8 ), -.,,,, -. -, - - (, 1990) ). --,, -,,, - ( ) -. 2) - 58

23 - -, -,, - -, - -. II - - (. 2, ) (II ), - = 6,7 7,7 = C, , -,, , -. - ( ) -. -, - - = 900 C 700 C = C -., -, - Jd Omp 33 36% ( = 15, = C),,., ( 20 ) ( 930 C) Jd Omp 57%,,, -, , -,, () -, -. ( = 0, = 0),. -, -, - - -, -, -, - - (..., 2004) (),.... ( ) -...,.., ( ) //. II -.., , ,..,... - (- ) // , ,.., ( 59

24 ) // :,,,.... -, ,..,.. - : // , //.. XXIII...., , ,.. ( ): U-Pb Sm-Nd // - :,,,.... -, , - // ,.. - ( ) // , (- ) -, // , , //.., ,.., //.. 3., ,..,.. U-Pb, Nd - ( ) // II.. «-».., , ,.. :,, // - :,, -,... -., ,..,... (2.1. ) Fe- - : -, // , , ,.., () // , ,..,... -,,, :, - - // - :,, -,...., Blundy J. D., Holland T. J. B. Calcic amphibole equilibria and a new amphibole-plagioclase geothermometer // Contrib. to Mineral. and Petrol Vol. 104, N 2. P Brey G. P., Kohler T. Geothermobarometry in four-phase lherzolites II. New thermobarometers, and practical assessment of existing thermobarometer // J. Petrol Vol. 31, N 6. P Cawthorn R. G., Collerson K. D. The recalculation of pyroxene end-member parameters and the estimation of ferrous and ferric iron content from electron microprobe analyses // Amer. Mineral Vol. 59, N P Cebria J. M. PX: A program for pyroxene classification and calculation of end-members // Amer. Mineral Vol. 75. P Chopin C. Ultrahigh-pressure metamorphism: tracing continental crust into the mantle // Earth and Planet. Sci. Letters P Cloos M. Litospheric buoyancy and collisional orogenesis: subduction of oceanic plateaus, continental margins, island areas, spreading ridges and seamounts // Geol. Soc. Amer. Bull Vol. 105, N 6. P Eskola P. On the eclogites of Norway. Skr. Vidensk. Selsk. Christiania. Mat.-Nat K P Godard G. Eclogites and their geodynamic interpretation: a history // Journal of Geodynamics N 32. P Griffin W. L. «On the eclogites of Norway» 65 years later // Mineralogical Magazine Vol. 51, N 361. P Harlow G. E. Jadeitites, albitites and related rocks from the Motagua Fault Zone, Guatemala // Jour. Metam. Geol Vol. 12. P Holland T. J. B. The reaction albite=jadeite+quartz determined experimentally in the range grad. C // Amer. Mineral Vol. 65. P Holland T. J. B., Blundy J. D. Non-ideal interactions in calcic amphiboles and their bearing on amphibole-plagioclase thermometry // Contrib. to Mineral. and Petrol Vol P Holland T. J. B., Powell R. An enlarged and updated internally consistent thermodynamic dataset with uncertainties and corrections: the system K 2 O-Na 2 O-CaO-MgO-MnO-FeO- Fe 2 O 3 -Al 2 O 3 -TiO 2 -SiO 2 -C-H 2 -O 2 // J. Metamorphic Geol Vol. 8. P Jackson E. D. Chemical variation in coexisting chromite and olivine in chromitite zones of the Stillwater complex // Economic Geology Vol. 4. P John T., Schenk V. Partial eclogitization of gabbroic rocks in a late Precambrian subduction zone (Zambia): prograde metamorphism triggered by fluid infiltration // Contrib. to Mineral. and Petrol Vol P Koons P. O., Rubie D. C., Frueh-Green G. The effects of disequilibrium and deformation on the mineralogical evolution of quartz-diorite during metamorphism in the eclogite facies // Journal of Petrology P Lappin M. A., Smith D. C. Mantle-equilibrated eclogite pods from the basal gneisses in the Selje district, Western Norway // Journal of Petrology N 19. P Leak B. E. Nomenclature of amphiboles // Amer. Mineral Vol. 63, N P

25 Lobach-Zhuchenko S. B., Arestova N. A., Chekulaev V. P. et al. Geochemistry and petrology of Ga magmatic rocks in the north-western Belomorian Belt, Fennoscandian Shield, Russia // Precambrian Research Vol Maresh W.V. Experimental studies on glaucophane: an analysis of present knowledge // Tectonoph Vol. 43. P Morimoto N. Nomenclature of pyroxene // Mineral. Mag Vol. 52, N 4. P Mørk M. B. Coronite and eclogite formation in olivine gabbro (Western Norway): reaction paths and garnet zoning // Mineralogical Magazine P Perkins D.III, Newton R.C. Charnockite geobarometers based on coexisting garnet-pyroxene-plagioclase-quartz // Nature Vol. 292, N 9. P Pognante U. Coronitic reactions and ductile shear zones in eclogitized ophiolite metagabbro, Western Alps, north Jtaly // Chemical Geology P Powell R. Regression diagnostics and robust regression in geothermometer/geobarometer calibration: the garnetclinopyroxene geothermometer revised // J. Metamorph. Geol Vol. 3, N 3. P Slabunov A. I., Stepanov V. S. Late Archean ophiolites of the Belomorian Mobile Belt, Fennoscandian/Baltic Shield: why not? // International Ophiolite Symposium and Field Excursion. Generation and Emplacement of Ophiolites through time, August Oulu, Finland. Geol. Survey of Finland, Special Paper 26. P. 56. Wayte G. J., Worden R. H., Rubie R. C. et al. A TEM study of disequilibrium plagioclase breakdown at high pressure: the role of the infiltrating fluid // Contrib. to Mineral. and Petrol Vol P

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