Description: The cities plotted on the map were selected from national maps of each country.Glacial, salt lakes, lakes, lagoons, rivers and the continent boundary were compiled from national maps of each country and adjusted on Landsat TM images and SRTM of South America.
Service Item Id: ece6a80b868e4395a2e6cd5ca7981ac9
Copyright Text: Michel Sanginette (CPRM), Silvia Chavez (SEGEMAR), Analía Casa (SEGEMAR), Mariana Coppolecchia (SEGEMAR) and João Carlos Albuquerque (in memoriam, CPRM)
Description: This shape contains the location of the retro-eclogitos and was elaborated from and with the collaboration of Rudolph Trouw (Universidade Federal do Rio de Janeiro – UFRJ), Carlos Eduardo Ganade de Araújo (CPRM) and Franco Urbani (Universidad Central de Venezuela - UCV)
Description: Thereare seven sizable (>2 km in diameter) impact structures or astroblems confirmed on the continent, all of them located in Brazil.These features were compiled from: Crósta, A. P. (2012), Estruturas de impacto e astroblemas brasileiros. In: Y. Hasui, C. D. R. Carneiro, F. F. M. de Almeida and A. Bartorelli (Eds.) Geologia do Brasil, 673-708, São Paulo: Beca.
Description: About 1300 bodies of kimberlites and related rocks were recorded in several areas of Brazil and only some occur in Venezuela. The data was compiled from: Schobbenhaus, C., Gonçalves, J.H. Santos, J.O.S.; Abram, M.B., Leão Neto, R., Matos, G.M.M., Vidotti, R.M., Ramos, M.A.B., Jesus, J.A.D. (org.) (2004). Carta Geológica do Brasil ao Milionésimo-SIG / Geological Map of Brazil –GIS, 1:1.000.000 Scale. CPRM-Serviço Geológico do Brasil /Geological Survey of Brazil; and Kaminsky, F.V.; Sablukov,S.M.; Sablukova,L.I.; Channer, M.DeR. (2004), Neoproterozoic ‘anomalous’ kimberlites of Guaniamo, Venezuela: mica kimberlites of ‘isotopic transitional’ typ, Lithos 76, 565-590, Elsevier
Description: Active Andean volcanoes are related to the subduction of the Nazca and Antarctic oceanic plates below the western coast of South America, including over 200 potentially active Quaternary volcanoes. The data was compiled from: Base de Datos de Peligrosidad Geológica. 2005-2014. Dirección de Geología Ambiental y Aplicada, SEGEMAR; and Proyecto Multinacional Andino: Geociencias para las Comunidades Andinas. Conozcamos los peligros geológicos en la región andina, PMA: GCA, 2007. Publicación Geológica Multinacional: nº 5, 78 p. one map 1:7,500,000.
Description: Dykes wereextracted from the geological maps of each country and from the digital files (shapefiles) of the GeoSGB of CPRM, at 1:1.000.000 scale. Aeromagnetic maps wereused to improve the dyke shape from Brazil.
Service Item Id: ece6a80b868e4395a2e6cd5ca7981ac9
Copyright Text: Inácio de Medeiros Delgado and Lêda Maria Fraga
Description: The suture zones were extracted from geological maps and various other sources such as scientific papers,adjusted and improved by the analysis and interpretation of gravimetric and magnetic data.
Service Item Id: ece6a80b868e4395a2e6cd5ca7981ac9
Copyright Text: Andean Belt -Victor Ramos (UBA), Marcelo Cegarra (SEGEMAR) and Analía Casa (SEGEMAR)
South American Platform - Inácio de Medeiros Delgado, Umberto Cordani, Roberto Gusmão and Lêda Maria Fraga (CPRM)
Description: The cities plotted on the map were selected from national maps of each country.Glacial, salt lakes, lakes, lagoons, rivers and the continent boundary were compiled from national maps of each country and adjusted on Landsat TM images and SRTM of South America.
Service Item Id: ece6a80b868e4395a2e6cd5ca7981ac9
Copyright Text: Michel Sanginette (CPRM), Silvia Chavez (SEGEMAR), Analía Casa (SEGEMAR), Mariana Coppolecchia (SEGEMAR) and João Carlos Albuquerque (in memoriam, CPRM)
Description: The limits of the Cratonic terranes were extracted and interpreted from geological maps and various other sources such as scientific papers, adjusted and improved by the analysis and interpretation of gravimetric and magnetic data.
Service Item Id: ece6a80b868e4395a2e6cd5ca7981ac9
Copyright Text: Umberto Cordani, Victor Ramos and Lêda Maria Fraga
Description: The plate boundaries were traced on the base of various sourcesand adjusted and improved by the analysis and interpretation of geological, gravimetric and magnetic data.
Service Item Id: ece6a80b868e4395a2e6cd5ca7981ac9
Copyright Text: Victor Ramos (UBA) and Marcelo Cegarra (SEGEMAR)
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Value: Plate Boundary by Axis of Active Oceanic Accretionary Ridge Label: Plate Boundary by Axis of Active Oceanic Accretionary Ridge Description: N/A Symbol:
Value: Plate Boundary by Axis of Ancient Oceanic Accretionary Ridge Label: Plate Boundary by Axis of Ancient Oceanic Accretionary Ridge Description: N/A Symbol:
Description: The main structures were compiled from geological maps of each country, adjusted and improved by the analysis and interpretation of gravimetric and magnetic data from various sources and also Landsat TM images and SRTM of South America. Archs, Concealed Contractional Faults or Shear Zones, Concealed Dextral Transcurrent or Transpressional Faults or Shear Zones, Concealed Extensional Faults or Shear Zones, Concealed Indiscriminated Faults or Shear Zones, Contractional Faults or Shear Zones, Dextral Transcurrent or Transpressional Faults or Shear Zones, were delineated for the Andes Belt and for the South America Platform.
Service Item Id: ece6a80b868e4395a2e6cd5ca7981ac9
Copyright Text: Andes Belt - Victor Ramos (UBA), Marcelo Cegarra (SEGEMAR), Analía Casa (SEGEMAR)
South American Platform - Lêda Maria Fraga (CPRM) and Inácio de Medeiros Delgado
Value: Concealed Dextral Transcurrent or Transpressional Fault or Shear Zone Label: Concealed Dextral Transcurrent or Transpressional Fault or Shear Zone Description: N/A Symbol:
Value: Dextral Transcurrent or Transpressional Fault or Shear Zone Label: Dextral Transcurrent or Transpressional Fault or Shear Zone Description: N/A Symbol:
Value: Indiscriminated or Infered Fracture, Fault or Shear Zone Label: Indiscriminated or Infered Fracture, Fault or Shear Zone Description: N/A Symbol:
Value: Sinistral Transcurrent or Transpressional Fault or Shear Zone Label: Sinistral Transcurrent or Transpressional Fault or Shear Zone Description: N/A Symbol:
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ID: Arch
Name: Arch
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Name: Arch
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type: Arch name: null
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ID: Concealed Contractional Fault or Shear Zone
Name: Concealed Contractional Fault or Shear Zone
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Templates:
Name: Concealed Contractional Fault or Shear Zone
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Prototype:
type: Concealed Contractional Fault or Shear Zone name: null
Drawing Tool: esriFeatureEditToolLine
ID: Concealed Dextral Transcurrent or Transpressional Fault or Shear Zone
Name: Concealed Dextral Transcurrent or Transpressional Fault or Shear Zone
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Name: Concealed Dextral Transcurrent or Transpressional Fault or Shear Zone
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type: Concealed Dextral Transcurrent or Transpressional Fault or Shear Zone name: null
Drawing Tool: esriFeatureEditToolLine
ID: Concealed Extensional Fault or Shear Zone
Name: Concealed Extensional Fault or Shear Zone
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Name: Concealed Extensional Fault or Shear Zone
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Prototype:
type: Concealed Extensional Fault or Shear Zone name: null
Drawing Tool: esriFeatureEditToolLine
ID: Concealed Indiscriminated Fault or Shear Zone
Name: Concealed Indiscriminated Fault or Shear Zone
Domains:
Templates:
Name: Concealed Indiscriminated Fault or Shear Zone
Description:
Prototype:
type: Concealed Indiscriminated Fault or Shear Zone name: null
Drawing Tool: esriFeatureEditToolLine
ID: Contractional Fault or Shear Zone
Name: Contractional Fault or Shear Zone
Domains:
Templates:
Name: Contractional Fault or Shear Zone
Description:
Prototype:
type: Contractional Fault or Shear Zone name: null
Drawing Tool: esriFeatureEditToolLine
ID: Dextral Transcurrent or Transpressional Fault or Shear Zone
Name: Dextral Transcurrent or Transpressional Fault or Shear Zone
Domains:
Templates:
Name: Dextral Transcurrent or Transpressional Fault or Shear Zone
Description:
Prototype:
type: Dextral Transcurrent or Transpressional Fault or Shear Zone name: null
Drawing Tool: esriFeatureEditToolLine
ID: Extensional Fault or Shear Zone
Name: Extensional Fault or Shear Zone
Domains:
Templates:
Name: Extensional Fault or Shear Zone
Description:
Prototype:
type: Extensional Fault or Shear Zone name: null
Drawing Tool: esriFeatureEditToolLine
ID: Indiscriminated or Infered Fracture, Fault or Shear Zone
Name: Indiscriminated or Infered Fracture, Fault or Shear Zone
Domains:
Templates:
Name: Indiscriminated or Infered Fracture, Fault or Shear Zone
Description:
Prototype:
type: Indiscriminated or Infered Fracture, Fault or Shear Zone name: null
Drawing Tool: esriFeatureEditToolLine
ID: Magnetic Lineament
Name: Magnetic Lineament
Domains:
Templates:
Name: Magnetic Lineament
Description:
Prototype:
type: Magnetic Lineament name: null
Drawing Tool: esriFeatureEditToolLine
ID: Sinistral Transcurrent or Transpressional Fault or Shear Zone
Name: Sinistral Transcurrent or Transpressional Fault or Shear Zone
Domains:
Templates:
Name: Sinistral Transcurrent or Transpressional Fault or Shear Zone
Description:
Prototype:
type: Sinistral Transcurrent or Transpressional Fault or Shear Zone name: null
Drawing Tool: esriFeatureEditToolLine
ID: Trans-Brasiliano Magnetic Lineament
Name: Trans-Brasiliano Magnetic Lineament
Domains:
Templates:
Name: Trans-Brasiliano Magnetic Lineament
Description:
Prototype:
type: Trans-Brasiliano Magnetic Lineament name: null
Description: The Paleozoic erosional border is the subcropping limit of Paleozoic rocks that was delineated along the Amazonas and Solimões basins, respectively east and west of the Purus Arch, on the base of: Milani & Thomas Filho, 2000. Sedimentary Basins of South America. IN: Cordani et al., Tectonic Evolution of South America – Rio de janeiro:31° International Geological Congress, 2000, 856p; and other data from PETROBRAS-Petróleo Brasileiro S.A. / Petrobras-Brazilian Petroleum Company.
Description: The main tectonic elements including oceanic fracture zones or transformant faults, lineaments and axis of extinct oceanic accretionary ridges were compiled from several previous works and consolidated by the analysis and interpretation of gravimetric, bathymetric and magnetic data from various sources.
Service Item Id: ece6a80b868e4395a2e6cd5ca7981ac9
Copyright Text: Francisco Edson Mendonça Gomes (CPRM), Victor Ramos (UBA), Marcelo Cegarra (SEGEMAR) and Kaiser G. de Souza (CPRM)
Description: The cities plotted on the map were selected from national maps of each country.Glacial, salt lakes, lakes, lagoons, rivers and the continent boundary were compiled from national maps of each country and adjusted on Landsat TM images and SRTM of South America.
Service Item Id: ece6a80b868e4395a2e6cd5ca7981ac9
Copyright Text: Michel Sanginette (CPRM), Silvia Chavez (SEGEMAR), Analía Casa (SEGEMAR), Mariana Coppolecchia (SEGEMAR) and João Carlos Albuquerque (in memoriam, CPRM)
Description: The isopachs are represented in two forms:Depth to the base of Cretaceous in Meso-Cenozoic basins (in km); and depth to basement in pre-Cretaceous basins (in km). The data for basins inside the continent or along the continental margins were compiledfrom maps furnished by PETROBRAS-Petróleo Brasileiro S.A. / Petrobras-Brazilian Petroleum Company, SEGEMAR- Servicio Geológico Minero Argentino / Geological and Mining Survey of Argentina and various other sources, improved and adjusted.For the offshore area, these contour lineswere derived from the digital total-sediment-thickness database for the world’s oceans and marginal seas, compiled by the NOAA (National Oceanic and Atmospheric Administration, USA) and gridded with a spatial resolution of 5 arc-minutes. The isopachs were simplified, consolidated and adjusted along the continental margins to produce this unified shape.
Service Item Id: ece6a80b868e4395a2e6cd5ca7981ac9
Copyright Text: Carlos Schobbenhaus (CPRM), Victor Ramos (UBA), Francisco Edson Mendonça Gomes (CPRM), Analia Casa (SEGEMAR), Marcelo Cegarra (SEGEMAR), and Lêda Maria Fraga (CPRM)
Description: Estimated continental/ oceanic crust boundary was compiled from several previous works and consolidated by the analysis and interpretation of gravimetric, bathymetric and magnetic data from various sources.
Description: The cities plotted on the map were selected from national maps of each country.Glacial, salt lakes, lakes, lagoons, rivers and the continent boundary were compiled from national maps of each country and adjusted on Landsat TM images and SRTM of South America.
Service Item Id: ece6a80b868e4395a2e6cd5ca7981ac9
Copyright Text: Michel Sanginette (CPRM), Silvia Chavez (SEGEMAR), Analía Casa (SEGEMAR), Mariana Coppolecchia (SEGEMAR) and João Carlos Albuquerque (in memoriam, CPRM)
Description: The cities plotted on the map were selected from national maps of each country.Glacial, salt lakes, lakes, lagoons, rivers and the continent boundary were compiled from national maps of each country and adjusted on Landsat TM images and SRTM of South America.
Service Item Id: ece6a80b868e4395a2e6cd5ca7981ac9
Copyright Text: Michel Sanginette (CPRM), Silvia Chavez (SEGEMAR), Analía Casa (SEGEMAR), Mariana Coppolecchia (SEGEMAR) and João Carlos Albuquerque (in memoriam, CPRM)
Description: The cities plotted on the map were selected from national maps of each country.Glacial, salt lakes, lakes, lagoons, rivers and the continent boundary were compiled from national maps of each country and adjusted on Landsat TM images and SRTM of South America.
Service Item Id: ece6a80b868e4395a2e6cd5ca7981ac9
Copyright Text: Michel Sanginette (CPRM), Silvia Chavez (SEGEMAR), Analía Casa (SEGEMAR), Mariana Coppolecchia (SEGEMAR) and João Carlos Albuquerque (in memoriam, CPRM)
Description: The cities plotted on the map were selected from national maps of each country.Glacial, salt lakes, lakes, lagoons, rivers and the continent boundary were compiled from national maps of each country and adjusted on Landsat TM images and SRTM of South America.
Service Item Id: ece6a80b868e4395a2e6cd5ca7981ac9
Copyright Text: Michel Sanginette (CPRM), Silvia Chavez (SEGEMAR), Analía Casa (SEGEMAR), Mariana Coppolecchia (SEGEMAR) and João Carlos Albuquerque (in memoriam, CPRM)
Description: Concerning the South American Platform, previously called the Brazilian Shield, the work began with the use of the digital files (shapefiles) of the GeoSGB of CPRM, at 1:1.000.000 scale, containing the attributes of the Brazilian lithostratigraphic units. The latest geological information available for the main geological units was compiled for the map. Additionally, for Colombia, Venezuela, Guyana, Suriname, French Guiana, Bolivia, Paraguay and Uruguay, all available information was integrated in the newly built geological database. SEGEMAR in Argentina compiled the information for the Andean sector based on tectonic data of the Metallogenetic Map of South America (2005, 1:5 M scale) published by SEGEMAR under the aegis of CGMW, ASGMI and UNESCO. The compilation involved liaison with colleagues from all Andean countries – Chile, Peru, Ecuador, Bolivia, Colombia and Venezuela. All information was adjusted on Landsat TM images and SRTM of South America and complemented with subsequent updates and suggestions received from regional specialists.This enabled the preparation of a new georeferenced base map of South America, carried out by CPRM and SEGEMAR. The geological polygons were then interpreted and classified according to a unified legend for the South American Platform and the Andean region, in order to enable the discrimination of different tectonic settings and ages. Three essential attributes were developed to allow the application of that legend: (1) age of the last tectonic event that affected the area; (2) nature of the tectonic setting; and (3) age of formation of the rocks. The attributes of about 8,000 individual polygons were included in the final database. Owing to the scale of the map, 1:5.000.000, many of the regionally mapped geologic and tectonic units could not be included because of their relatively small outcrop areas.
Service Item Id: ece6a80b868e4395a2e6cd5ca7981ac9
Copyright Text: Andes Belt -Victor Ramos (UBA), Marcelo Cegarra (SEGEMAR), Analía Casa (SEGEMAR), Silvia Chavez (SEGEMAR)
South American Platform - Inácio de Medeiros Delgado, Lêda Maria Fraga, Umberto Cordani and Carlos Schobbehnaus
Description: Concerning the South American Platform, previously called the Brazilian Shield, the work began with the use of the digital files (shapefiles) of the GeoSGB of CPRM, at 1:1.000.000 scale, containing the attributes of the Brazilian lithostratigraphic units. The latest geological information available for the main geological units was compiled for the map. Additionally, for Colombia, Venezuela, Guyana, Suriname, French Guiana, Bolivia, Paraguay and Uruguay, all available information was integrated in the newly built geological database. SEGEMAR in Argentina compiled the information for the Andean sector based on tectonic data of the Metallogenetic Map of South America (2005, 1:5 M scale) published by SEGEMAR under the aegis of CGMW, ASGMI and UNESCO. The compilation involved liaison with colleagues from all Andean countries – Chile, Peru, Ecuador, Bolivia, Colombia and Venezuela. All information was adjusted on Landsat TM images and SRTM of South America and complemented with subsequent updates and suggestions received from regional specialists.This enabled the preparation of a new georeferenced base map of South America, carried out by CPRM and SEGEMAR. The geological polygons were then interpreted and classified according to a unified legend for the South American Platform and the Andean region, in order to enable the discrimination of different tectonic settings and ages. Three essential attributes were developed to allow the application of that legend: (1) age of the last tectonic event that affected the area; (2) nature of the tectonic setting; and (3) age of formation of the rocks. The attributes of about 8,000 individual polygons were included in the final database. Owing to the scale of the map, 1:5.000.000, many of the regionally mapped geologic and tectonic units could not be included because of their relatively small outcrop areas.
Service Item Id: ece6a80b868e4395a2e6cd5ca7981ac9
Copyright Text: Andes Belt -Victor Ramos (UBA), Marcelo Cegarra (SEGEMAR), Analía Casa (SEGEMAR), Silvia Chavez (SEGEMAR)
South American Platform - Inácio de Medeiros Delgado, Lêda Maria Fraga, Umberto Cordani and Carlos Schobbehnaus
Description: The bathymetric digital elevation model, values in meters, was obtained by processing of the GEBCO_08 Grid, release in October 2010 with a spatial resolution of 30 arc-seconds. Data range from 0 to -8000 meters in depth and were classified into five intervals. The first one from 0 to -200, the second from -200 to -2,000 and the other at intervals of 2,000 meters. They are represented by bright bluish bands along the continental shelfs and continental margins. The GEBCO_08 grid was also used to generate the greyscale shaded relief image that composes the map background. Source of grid data: www.gebco.net.
Description: To prevent overload the printed map, just a few submarine physiographic features were noted: Rises (Rio Grande, Malvinas and Northeast Georgia and the Pirie Bank), Aseismic Ridges (North Scotia, Malpelo, Nazca, Juan Fernandez, Cocos, Coiba, Carnegie, North Brazilian, Paraiba and São Paulo), Seamount Chains (Vitoria-Trinidad and Jean-Charcot), and Abrolhos Volcanic Complex.Interpreted Offshore Lavas from SDRs (Seaward Dipping Reflectors) and Island Arc are also represented in this shape.
Service Item Id: ece6a80b868e4395a2e6cd5ca7981ac9
Copyright Text: Francisco Edson Mendonca Gomes (CPRM), Victor Ramos (UBA) and Kaiser G. de Souza (CPRM)