ALBUM
All 26 evidence-bearing records are shown below.
Sheet 20 opens the 5-sheet RTB 09 profile and establishes the track order and scale that must remain unchanged through the following tranches. Across the complete RTB 09 profile, Seam D is source-correlated at approximately 142–147 m; that interval is an anchor for checking the order and scale carried across these sheets.
Sheet 21 is tranche 2 of the 5-sheet RTB 09 profile, bounded by Sheets 20 and 22; continuity at both joins is part of the evidence. Across the complete RTB 09 profile, Seam D is source-correlated at approximately 142–147 m; that interval is an anchor for checking the order and scale carried across these sheets.
Sheet 22 is tranche 3 of the 5-sheet RTB 09 profile, bounded by Sheets 21 and 23; continuity at both joins is part of the evidence. Across the complete RTB 09 profile, Seam D is source-correlated at approximately 142–147 m; that interval is an anchor for checking the order and scale carried across these sheets.
Sheet 23 is tranche 4 of the 5-sheet RTB 09 profile, bounded by Sheets 22 and 24; continuity at both joins is part of the evidence. Across the complete RTB 09 profile, Seam D is source-correlated at approximately 142–147 m; that interval is an anchor for checking the order and scale carried across these sheets.
Sheet 24 closes the 5-sheet RTB 09 profile; its upper boundary must join Sheet 23 without a duplicated or omitted depth interval. Across the complete RTB 09 profile, Seam D is source-correlated at approximately 142–147 m; that interval is an anchor for checking the order and scale carried across these sheets.
Sheet 25 opens the 4-sheet RTB 11 profile and establishes the track order and scale that must remain unchanged through the following tranches. The thesis correlation places Seam A1 at about 29–37 m and Seam B2 at about 104–109 m in RTB 11, providing two separated anchors for testing track alignment and intervening stratigraphy.
Sheet 26 is tranche 2 of the 4-sheet RTB 11 profile, bounded by Sheets 25 and 27; continuity at both joins is part of the evidence. The thesis correlation places Seam A1 at about 29–37 m and Seam B2 at about 104–109 m in RTB 11, providing two separated anchors for testing track alignment and intervening stratigraphy.
Sheet 27 is tranche 3 of the 4-sheet RTB 11 profile, bounded by Sheets 26 and 28; continuity at both joins is part of the evidence. The thesis correlation places Seam A1 at about 29–37 m and Seam B2 at about 104–109 m in RTB 11, providing two separated anchors for testing track alignment and intervening stratigraphy.
Sheet 28 closes the 4-sheet RTB 11 profile; its upper boundary must join Sheet 27 without a duplicated or omitted depth interval. The thesis correlation places Seam A1 at about 29–37 m and Seam B2 at about 104–109 m in RTB 11, providing two separated anchors for testing track alignment and intervening stratigraphy.
Sheet 29 opens the 4-sheet RTS 74 profile and establishes the track order and scale that must remain unchanged through the following tranches. The source places Seam A1 at about 14–24 m and Seam B2 at about 107–112 m in RTS 74; the wide vertical separation makes continuous depth registration between sheets especially important.
Sheet 30 is tranche 2 of the 4-sheet RTS 74 profile, bounded by Sheets 29 and 31; continuity at both joins is part of the evidence. The source places Seam A1 at about 14–24 m and Seam B2 at about 107–112 m in RTS 74; the wide vertical separation makes continuous depth registration between sheets especially important.
Sheet 31 is tranche 3 of the 4-sheet RTS 74 profile, bounded by Sheets 30 and 32; continuity at both joins is part of the evidence. The source places Seam A1 at about 14–24 m and Seam B2 at about 107–112 m in RTS 74; the wide vertical separation makes continuous depth registration between sheets especially important.
Sheet 32 closes the 4-sheet RTS 74 profile; its upper boundary must join Sheet 31 without a duplicated or omitted depth interval. The source places Seam A1 at about 14–24 m and Seam B2 at about 107–112 m in RTS 74; the wide vertical separation makes continuous depth registration between sheets especially important.
Sheet 33 opens the 7-sheet RTS 01 profile and establishes the track order and scale that must remain unchanged through the following tranches. Across the assembled RTS 01 record, Seam D is source-correlated at approximately 181–185 m; the pick is meaningful only when the adjoining tranches preserve an unbroken depth sequence.
Sheet 34 is tranche 2 of the 7-sheet RTS 01 profile, bounded by Sheets 33 and 35; continuity at both joins is part of the evidence. Across the assembled RTS 01 record, Seam D is source-correlated at approximately 181–185 m; the pick is meaningful only when the adjoining tranches preserve an unbroken depth sequence.
Sheet 35 is tranche 3 of the 7-sheet RTS 01 profile, bounded by Sheets 34 and 36; continuity at both joins is part of the evidence. Across the assembled RTS 01 record, Seam D is source-correlated at approximately 181–185 m; the pick is meaningful only when the adjoining tranches preserve an unbroken depth sequence.
Sheet 36 is tranche 4 of the 7-sheet RTS 01 profile, bounded by Sheets 35 and 37; continuity at both joins is part of the evidence. Across the assembled RTS 01 record, Seam D is source-correlated at approximately 181–185 m; the pick is meaningful only when the adjoining tranches preserve an unbroken depth sequence.
Sheet 37 is tranche 5 of the 7-sheet RTS 01 profile, bounded by Sheets 36 and 38; continuity at both joins is part of the evidence. Across the assembled RTS 01 record, Seam D is source-correlated at approximately 181–185 m; the pick is meaningful only when the adjoining tranches preserve an unbroken depth sequence.
Sheet 38 is tranche 6 of the 7-sheet RTS 01 profile, bounded by Sheets 37 and 39; continuity at both joins is part of the evidence. Across the assembled RTS 01 record, Seam D is source-correlated at approximately 181–185 m; the pick is meaningful only when the adjoining tranches preserve an unbroken depth sequence.
Sheet 39 closes the 7-sheet RTS 01 profile; its upper boundary must join Sheet 38 without a duplicated or omitted depth interval. Across the assembled RTS 01 record, Seam D is source-correlated at approximately 181–185 m; the pick is meaningful only when the adjoining tranches preserve an unbroken depth sequence.
Sheet 40 opens the 5-sheet RTS 06 profile and establishes the track order and scale that must remain unchanged through the following tranches. The thesis places Seam A1 at about 87–96 m and Seam B2 at about 161–165 m in RTS 06.
Sheet 41 is tranche 2 of the 5-sheet RTS 06 profile, bounded by Sheets 40 and 42; continuity at both joins is part of the evidence. The thesis places Seam A1 at about 87–96 m and Seam B2 at about 161–165 m in RTS 06.
Sheet 42 is tranche 3 of the 5-sheet RTS 06 profile, bounded by Sheets 41 and 43; continuity at both joins is part of the evidence. The thesis places Seam A1 at about 87–96 m and Seam B2 at about 161–165 m in RTS 06.
Sheet 43 is tranche 4 of the 5-sheet RTS 06 profile, bounded by Sheets 42 and 44; continuity at both joins is part of the evidence. The thesis places Seam A1 at about 87–96 m and Seam B2 at about 161–165 m in RTS 06.
Sheet 44 closes the 5-sheet RTS 06 profile; its upper boundary must join Sheet 43 without a duplicated or omitted depth interval. The thesis places Seam A1 at about 87–96 m and Seam B2 at about 161–165 m in RTS 06.
The integrated correlation panel places the individual well sheets in one stratigraphic frame. Marker continuity is persuasive only where lithology, gamma response, density behaviour and superposition agree; line smoothness between wells is interpretive and should not be confused with measured continuity.