Earthmoves Ltd.

List of figures for Volume 3: CONTINENTAL BASINS

Chapter 14: SÃO FRANCISCO BASIN

Fig. 14.1 Map of the São Francisco Basin and surrounding basement.
Fig. 14.2 Map of the Bambui Group.
Fig. 14.3 Lithostratigraphy of the São Francisco Basin.
Fig. 14.4 Geological column of the São Francisco Basin.
Fig. 14.5 Bouguer anomaly map.
Fig. 14.6 Geological map of the Alvorado do Norte Area.
Fig. 14.7. Geological sections across the Alvorada do Norte Area.

Chapter 15: PARANA BASIN
Fig. 15.1 Surface geology map of the Paraná Basin.
Fig. 15.2 Outline map of the Paraná Basin.
Fig. 15.3 Well location map.
Fig. 15.4 Summary of exploration history.
Fig. 15.5 General lithostratigraphy.
Fig. 15.6 Chronostratigraphy .
Fig. 15.7 Well correlation 2-CM-1-PR, 2-RI-1-PR, 2-TB-1-SP, 2-LA-1-SSP, 2-AR- 1-SP and 2-OL-1-SP.
Fig. 15.8 Well correlation 2-AO-1-RS, 2-LV-1-RS, 1-ES-1-RS, 2-LA-1-SC, 1-BN-2- SC, 1-BN-1-SC.
Fig. 15.9 Regional correlation of the wells ASU-2, 2-RI-PR, and 2-AN-1-PR.
Fig. 15.10 Type sections of the Rio Ivai, Furnas and Vila Maria Formations.
Fig. 15.11 Isopach maps of the Rio Ivai, Furnas and Vila Maria Formations.
Fig. 15.12 Structural sections showing the Silurian sequence in the central Paraná.
Fig. 15.13 Isopach map of the Ponta Grossa Formation.
Fig. 15.14 Stratigraphy of the Itararé Group.
Fig. 15.15 Proposed type section of the Lagoa Azul Formation.
Fig. 15.16 Isopach map of the Tarabai Member.
Fig. 15.17 Isopach map of the Campo Mourão Formation.
Fig. 15.18 Isopach map of the Taciba Formation.
Fig. 15.19 Isopach map of the Rio Segredo Member of the Taciba Formation.
Fig. 15.20 Isopach map of the Chapeu do Sol and Rio do Sul Members.
Fig. 15.21 Well correlation of the Itaré Group.
Fig. 15.22 Well correlation of the Itaré Group.
Fig. 15.23 Well correlation of the Itaré Group.
Fig. 15.24 Well correlation of the Itaré Group.
Fig. 15.25 Well correlation of the Itaré Group.
Fig. 15.26 Well correlation of the Itaré Group.
Fig. 15.27 Log of the Rio Bonito Sandstone.
Fig. 15.28 Isopach map of potential sandstones in the Itararé Formation.
Fig. 15.29 TOC levels in the Irati Formation wells 1-RP-1-PR and 2-RI-1-PR.
Fig. 15.30 Isopach map of the Irati Formation.
Fig. 15.31 Isopach map of the potential source rocks in the Irati Formation.
Fig. 15.32 Map of TOC levels in the Irati Formation.
Fig. 15.33 Map of the source rock thickness x TOC of the Irati Formation.
Fig. 15.34 Map of distribution of organic matter in the Irati Formation.
Fig. 15.35 Isopach map of potential source rocks in the Ponta Grossa Formation.
Fig. 15.36 Map of TOC levels in the Ponta Grossa Formation.
Fig. 15.37 Map of thickness of potential source rocks x TOC content Ponta Grossa Formation.
Fig. 15.38 Map of the type of organic matter in the Ponta Grossa Formation.
Fig. 15.39 Gas and oil chromatograms recovered from tar sands and Irati shales.
Fig. 15.40 Map of maturity of the Ponta Grossa Formation using method 1 Waples.
Fig. 15.41 Map of maturity of the Ponta Grossa Formation using method 2 Waples.
Fig. 15.42 Map of cumulative thickness of igneous intrusions in the Ponta Grossa Formation.
Fig. 15.43 Map of maturity of the Irati Formation.
Fig. 15.44 Map of the maturity of the Irati Formation using method 1 Waples.
Fig. 15.45 Map of maturity of the Irati Formation iusing method 2 Waples.
Fig. 15.46 Map of cumulative thickness of intrusives in the Irati Formation.
Fig. 15.47 a) Time-temperature-depth plot of well 2-RI-1-PR
b) Maturation profile showing effects of igneous intrusions.
Fig. 15.48 Present day geothermal gradients.
Fig. 15.49 Spatial distribution of the “three” Paraná Basins.
Fig. 15.50 a) Total subsidence and back-stripped curves for well 3-CB-3-CP.
b) Burial curves for six wells.
Fig. 15.51 Schematic structural evolution of the Paraná Basin.
Fig. 15.52 Schematic structural evolution of the Paraná Basin.
Fig. 15.53 Tentative map of the basement geology of the Paraná Basin.
Fig. 15.54 Schematic map of the basement structures in and around the Paraná Basin.
Fig. 15.55 Map of lineaments in and around the Paraná Basin.
Fig. 15.56 a) Compressional structures produced by Andean Collision .
b) Seismic section showing reverse Tertiary faulting in the Pantanal Basin.
Fig. 15.57 Geomorphological structures in and around the Paraná Basin.
Fig. 15.58 Structural section between Rio Urugai and Rio Iguaçu.
Fig. 15.59 Distribution of Mesozoic/Cenozoic magmatism in and around the Paraná Basin.
Fig. 15.60 Seismic section 225-RL-93.
Fig. 15.61 Possible hydrocarbon trap in anticlinal structure over a dextral strike-slip fault.
Fig. 15.62 Possible hydrocarbon trap associated with NE sinistral strike-slip fault.
Fig. 15.63 Possible hydrocarbon trap associated with footwall uplift next to a Mesozoic fault.
Fig. 15.64 Possible hydrocarbon trap in an anticline associated with reverse faulting.
Fig. 15.65 Regional seismic section across the central Paraná Basin.
Fig. 15.66 Seismic section 225-01 showing deformation associated with magmatic intrusion.
Fig. 15.67 Models of trapping mechanisms in the Paraná basin.
Fig. 15.68 Schematic diagram showing generation and migration of hydrocarbons.