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Putting GLOBIOM data into a database

Putting GLOBIOM data into a database. Pedro R. Andrade Cambrigde, 2013. Integration between TerraLib and IIASA tools. SciSoft. G4M. GLOBIOM. EPIC. GeoWiki. ???. TerraLib. Integration between TerraLib and GLOBIOM. GLOBIOM. TerraLib. GLOBIOM Integration. data. GeoTiff, CSV. GMS

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Putting GLOBIOM data into a database

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  1. Putting GLOBIOM data into a database Pedro R. Andrade Cambrigde, 2013

  2. Integration between TerraLib and IIASA tools SciSoft G4M GLOBIOM EPIC GeoWiki ??? TerraLib

  3. Integration between TerraLib and GLOBIOM GLOBIOM TerraLib

  4. GLOBIOM Integration data GeoTiff, CSV GMS files import GLOBIOM export data GDX files Amazonia (TerraLib) TerraView simU shapefiles

  5. GLOBIOM Integration data GeoTiff, CSV GMS files import GLOBIOM export data GDX files Amazonia (TerraLib) TerraView simU shapefiles

  6. Implementation generate- brazil-cr.R brasilcr_pt.shp

  7. Implementation ACR_COMPARE.csv CROP_DATA_COMPARE.csv YLD_COMPARE.csv ... CRbrazil- plotall.R bmp files CRbrazil- basics.R globiom (TerraLib) aRT CRbrazil- database.R

  8. 7_output.gms FILE aux3 /'Land_Compare3.CSV'/; aux3.pc=5; PUT aux3; LOOP ( (COUNTRY('Brazil'),ALLCOLROW,AltiClass,SlpClass,SOILCLASS,AEZCLASS,LC_TYPE, AllMacroScen,AllBioenScen,IEA_SCEN,ALLScenYear) $ Land_Compare3(COUNTRY,ALLCOLROW,AltiClass,SlpClass,SOILCLASS,AEZCLASS, LC_TYPE, AllMacroScen,AllBioenScen,IEA_SCEN,ALLScenYear), PUT COUNTRY.tl,ALLCOLROW.tl,AltiClass.tl,SlpClass.tl,SOILCLASS.tl, AEZCLASS.tl, LC_TYPE.tl,AllMacroScen.tl,AllBioenScen.tl,IEA_SCEN.tl, ALLScenYear.tl, Land_Compare3(COUNTRY,ALLCOLROW,AltiClass,SlpClass, SOILCLASS,AEZCLASS, LC_TYPE,AllMacroScen,AllBioenScen,IEA_SCEN, ALLScenYear) / ); PUTCLOSE; attribute_names = list( ... Land_Compare3 = c("COUNTRY", "ALLCOLROW", "ALTICLASS", "SLPCLASS", "SOILCLASS", "AEZCLASS", "LC_TYPE", "AllMacroScen", "AllBioenScen", "IEA_SCEN”, "ALLScenYear", "Value"), ) CRbrazil-basics.R

  9. CRbrazil-plotall.R/CRbrazil-database.R original_file = "LUCDET_Compare" r = read_output_csv(original_file) print_unique(r) w = uniques(r) w$AEZCLASS = NULL w$COUNTRY = NULL w$ALLScenYear = 2000 w$IEA_SCEN = "BASE" w$AllMacroScen = NULL w$ALTICLASS = NULL w$SLPCLASS = NULL w$SOILCLASS = NULL save_all(w, original_file) tstates = createTheme(lstates, paste("states-", original_file, sep=""), view=original_file) setVisual(tstates, visualPolygons(transp=100, cwidth=2)) Input Selecting attributes Output

  10. 7_output.gms

  11. 7_output.gms

  12. R plot x TerraLib database

  13. Future development • Version 2.0 of the scripts • Review R-Script_Instructions.pdf • Adapt the scripts to work with different geographical areas

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