20230629
12122700
1.0
FALSE
CalculateField "QUATERNARY SEDIMENTS\QUATERNARY_SEDIMENTS" SYMBOLOGY "[QUATSEDIMENT]+", "+ [LITHOLOGY]" VB #
CalculateField QUATERNARY.QUATERNARY_SEDIMENTS SYMBOLOGY "Airfield/Airport" VB #
CalculateField QUATERNARY.QUATERNARY_SEDIMENTS SYMBOLOGY "Water" VB #
CalculateField QUATERNARY.QUATERNARY_SEDIMENTS SYMBOLOGY "Urban" VB #
CalculateField QUATERNARY.QUATERNARY_SEDIMENTS SYMBOLOGY "Hardstand" VB #
CalculateField QUATERNARY.QUATERNARY_SEDIMENTS SYMBOLOGY "Industrial" VB #
CalculateField QUATERNARY.QUATERNARY_SEDIMENTS SYMBOLOGY "Landfill" VB #
CalculateField QUATERNARY.QUATERNARY_SEDIMENTS SYMBOLOGY "Dam" VB #
CalculateField QUATERNARY.QUATERNARY_SEDIMENTS SYMBOLOGY "Embankment" VB #
CalculateField QUATERNARY.QUATERNARY_SEDIMENTS SYMBOLOGY "Tailings Pond" VB #
CalculateField QUATERNARY.QUATERNARY_SEDIMENTS SYMBOLOGY "KaRck, Kartsified bedrock outcrop or subcrop" VB #
CalculateField QUATERNARY.QUATERNARY_SEDIMENTS SYMBOLOGY "Pier" VB #
CalculateField QUATERNARY.QUATERNARY_SEDIMENTS SYMBOLOGY "TBi, Till derived from basic igneous rocks" VB #
CalculateField QUATERNARY.QUATERNARY_SEDIMENTS LITHOLOGY "Till derived from basic igneous rocks" VB #
CalculateField QUATERNARY.QUATERNARY_SEDIMENTS LITHOLOGY "Pier" VB #
CalculateField QUATERNARY.QUATERNARY_SEDIMENTS LITHOLOGY "Kartsified bedrock outcrop or subcrop" VB #
CalculateField QUATERNARY.QUATERNARY_SEDIMENTS SYMBOLOGY "TDCSs, Till derived from Devonian and Carboniferous sandstones" VB #
CalculateField QUATERNARY.QUATERNARY_SEDIMENTS LITHOLOGY "Till derived from Devonian and Carboniferous sandstones" VB #
CalculateField QUATERNARY.QUATERNARY_SEDIMENTS SYMBOLOGY "AcEsk, Eskers comprised of gravels of acidic reaction" VB #
CalculateField QUATERNARY.QUATERNARY_SEDIMENTS LITHOLOGY "Eskers comprised of gravels of acidic reaction" VB #
CalculateField QUATERNARY.QUATERNARY_SEDIMENTS SYMBOLOGY "BasEsk, Eskers comprised of gravels of basic reaction" VB #
CalculateField QUATERNARY.QUATERNARY_SEDIMENTS LITHOLOGY "Eskers comprised of gravels of basic reaction" VB #
CalculateField QUATERNARY_SEDIMENTS_Erase_M1 SYMBOLOGY "TLCSsS, Till derived from lower Carboniferous sandstones and shales" VB #
CalculateField QUATERNARY_SEDIMENTS_Erase_M1 LITHOLOGY "Till derived from lower Carboniferous sandstones and shales" VB #
FeatureClassToFeatureClass C:\TEMP\IQUAD2017\Quaternary_Sediments\Quaternary_Sediments\SHAPEFILES\QUATERNARY_SEDIMENTS.shp C:\TEMP\MS\NationalMap\Quaternary_Nat_Update_2020.gdb\Old_Mapping Quat_Seds_National_2016 # "LITHOLOGY "LITHOLOGY" true true false 200 Text 0 0 ,First,#,C:\TEMP\IQUAD2017\Quaternary_Sediments\Quaternary_Sediments\SHAPEFILES\QUATERNARY_SEDIMENTS.shp,LITHOLOGY,-1,-1;QUATSEDIME "QUATSEDIME" true true false 50 Text 0 0 ,First,#,C:\TEMP\IQUAD2017\Quaternary_Sediments\Quaternary_Sediments\SHAPEFILES\QUATERNARY_SEDIMENTS.shp,QUATSEDIME,-1,-1;SYMBOLOGY "SYMBOLOGY" true true false 150 Text 0 0 ,First,#,C:\TEMP\IQUAD2017\Quaternary_Sediments\Quaternary_Sediments\SHAPEFILES\QUATERNARY_SEDIMENTS.shp,SYMBOLOGY,-1,-1;Shape_Leng "Shape_Leng" true true false 19 Double 0 0 ,First,#,C:\TEMP\IQUAD2017\Quaternary_Sediments\Quaternary_Sediments\SHAPEFILES\QUATERNARY_SEDIMENTS.shp,Shape_Leng,-1,-1;Shape_Area "Shape_Area" true true false 19 Double 0 0 ,First,#,C:\TEMP\IQUAD2017\Quaternary_Sediments\Quaternary_Sediments\SHAPEFILES\QUATERNARY_SEDIMENTS.shp,Shape_Area,-1,-1" #
Erase "Quaternary Sediments" IQ18_AOI_1 C:\Users\xavier.pellicer\Documents\ArcGIS\Default.gdb\Quat_Seds_National_2016_Eras1 #
Append IQ18_SEDS Quat_Seds_National_2016_Eras1 TEST # #
Merge Quat_Seds_National_2016_Eras1;IQ18_SEDS C:\Users\xavier.pellicer\Documents\ArcGIS\Default.gdb\Quat_Seds_National_2016_Eras_Merg "LITHOLOGY "LITHOLOGY" true true false 200 Text 0 0 ,First,#,Quat_Seds_National_2016_Eras1,LITHOLOGY,-1,-1,IQ18_SEDS,LITHOLOGY,-1,-1;QUATSEDIME "QUATSEDIME" true true false 50 Text 0 0 ,First,#,Quat_Seds_National_2016_Eras1,QUATSEDIME,-1,-1;SYMBOLOGY "SYMBOLOGY" true true false 150 Text 0 0 ,First,#,Quat_Seds_National_2016_Eras1,SYMBOLOGY,-1,-1,IQ18_SEDS,SYMBOLOGY,-1,-1;Shape_Leng "Shape_Leng" true true false 8 Double 0 0 ,First,#,Quat_Seds_National_2016_Eras1,Shape_Leng,-1,-1;Shape_Length "Shape_Length" false true true 8 Double 0 0 ,First,#,Quat_Seds_National_2016_Eras1,Shape_Length,-1,-1,IQ18_SEDS,Shape_Length,-1,-1;Shape_Area "Shape_Area" false true true 8 Double 0 0 ,First,#,Quat_Seds_National_2016_Eras1,Shape_Area,-1,-1,IQ18_SEDS,Shape_Area,-1,-1;QUATSEDIMENT "QUATSEDIMENT" true true false 50 Text 0 0 ,First,#,IQ18_SEDS,QUATSEDIMENT,-1,-1"
CalculateField Quat_Seds_National_2016_Eras_Merg QUATSEDIME [QUATSEDIMENT] VB #
CalculateField Quat_Seds_National_2016_Eras_Merg QUATSEDIME [QUATSEDIMENT] VB #
CalculateField Quat_Seds_National_2016_Eras_Merg QUATSEDIME [QUATSEDIMENT] VB #
CalculateField Quat_Seds_National_2016_Eras_Merg QUATSEDIME [QUATSEDIMENT] VB #
Dissolve Quat_Seds_National_2016_Eras_Merg C:\Users\xavier.pellicer\Documents\ArcGIS\Default.gdb\Quat_Seds_National_2016_Eras4 LITHOLOGY;QUATSEDIME;SYMBOLOGY # MULTI_PART DISSOLVE_LINES
MultipartToSinglepart Quat_Seds_National_2016_Eras4 C:\Users\xavier.pellicer\Documents\ArcGIS\Default.gdb\Quat_Seds_National_2016_Eras_SIN
Erase Quat_Seds_National_2016_Eras_SIN Q19_AOI C:\Users\xavier.pellicer\Documents\ArcGIS\Default.gdb\AOI_19_Erase #
Merge AOI_19_Erase;Q19_RN_SEDS C:\Users\xavier.pellicer\Documents\ArcGIS\Default.gdb\AOI_19_Erase_Merge "LITHOLOGY "LITHOLOGY" true true false 200 Text 0 0 ,First,#,AOI_19_Erase,LITHOLOGY,-1,-1,Q19_RN_SEDS,LITHOLOGY,-1,-1;QUATSEDIME "QUATSEDIME" true true false 50 Text 0 0 ,First,#,AOI_19_Erase,QUATSEDIME,-1,-1,Q19_RN_SEDS,QUATSEDIME,-1,-1;SYMBOLOGY "SYMBOLOGY" true true false 150 Text 0 0 ,First,#,AOI_19_Erase,SYMBOLOGY,-1,-1,Q19_RN_SEDS,SYMBOLOGY,-1,-1;ORIG_FID "ORIG_FID" true true false 4 Long 0 0 ,First,#,AOI_19_Erase,ORIG_FID,-1,-1,Q19_RN_SEDS,ORIG_FID,-1,-1;Shape_Length "Shape_Length" false true true 8 Double 0 0 ,First,#,AOI_19_Erase,Shape_Length,-1,-1,Q19_RN_SEDS,Shape_Length,-1,-1;Shape_Area "Shape_Area" false true true 8 Double 0 0 ,First,#,AOI_19_Erase,Shape_Area,-1,-1,Q19_RN_SEDS,Shape_Area,-1,-1"
Dissolve AOI_19_Erase_Merge C:\Users\xavier.pellicer\Documents\ArcGIS\Default.gdb\AOI_19_Erase_Merge_Dissolve LITHOLOGY;QUATSEDIME;SYMBOLOGY # MULTI_PART DISSOLVE_LINES
MultipartToSinglepart AOI_19_Erase_Merge_Dissolve C:\Users\xavier.pellicer\Documents\ArcGIS\Default.gdb\AOI_19_Erase_Merge_Dissolve_Single
FeatureClassToFeatureClass "L:\QUATGEO\QUATGEO\quaternary\QUATERNARY_DATASETS\Nat_Map Backup.mdb\Nat_18_19" L:\QUATGEO\QUATGEO\quaternary\QUATERNARY_DATASETS\NatQuatMap2018_2019 NatQuatMap_18_19.shp # "LITHOLOGY "LITHOLOGY" true true false 200 Text 0 0 ,First,#,L:\QUATGEO\QUATGEO\quaternary\QUATERNARY_DATASETS\Nat_Map Backup.mdb\Nat_18_19,LITHOLOGY,-1,-1;QUATSEDIME "QUATSEDIME" true true false 50 Text 0 0 ,First,#,L:\QUATGEO\QUATGEO\quaternary\QUATERNARY_DATASETS\Nat_Map Backup.mdb\Nat_18_19,QUATSEDIME,-1,-1;SYMBOLOGY "SYMBOLOGY" true true false 150 Text 0 0 ,First,#,L:\QUATGEO\QUATGEO\quaternary\QUATERNARY_DATASETS\Nat_Map Backup.mdb\Nat_18_19,SYMBOLOGY,-1,-1;ORIG_FID "ORIG_FID" true true false 4 Long 0 0 ,First,#,L:\QUATGEO\QUATGEO\quaternary\QUATERNARY_DATASETS\Nat_Map Backup.mdb\Nat_18_19,ORIG_FID,-1,-1;Shape_Leng "Shape_Leng" false true true 8 Double 0 0 ,First,#,L:\QUATGEO\QUATGEO\quaternary\QUATERNARY_DATASETS\Nat_Map Backup.mdb\Nat_18_19,Shape_Length,-1,-1;Shape_Area "Shape_Area" false true true 8 Double 0 0 ,First,#,L:\QUATGEO\QUATGEO\quaternary\QUATERNARY_DATASETS\Nat_Map Backup.mdb\Nat_18_19,Shape_Area,-1,-1" #
Erase NationalQ AOI_ D:\Temp2020\IQUAD\Connor_Wex_Quat.gdb\NationalQ_Erase #
Merge NationalQ_Erase;IQ2020_ED_QUAT D:\Temp2020\IQUAD\Connor_Wex_Quat.gdb\NationalQ_Erase_Merge1 "LITHOLOGY "LITHOLOGY" true true false 200 Text 0 0 ,First,#,NationalQ_Erase,LITHOLOGY,-1,-1,IQ2020_ED_QUAT,LITHOLOGY,-1,-1;QUATSEDIME "QUATSEDIME" true true false 50 Text 0 0 ,First,#,NationalQ_Erase,QUATSEDIME,-1,-1,IQ2020_ED_QUAT,QUATSEDIME,-1,-1;SYMBOLOGY "SYMBOLOGY" true true false 150 Text 0 0 ,First,#,NationalQ_Erase,SYMBOLOGY,-1,-1,IQ2020_ED_QUAT,SYMBOLOGY,-1,-1;ORIG_FID "ORIG_FID" true true false 4 Long 0 0 ,First,#,NationalQ_Erase,ORIG_FID,-1,-1;Shape_Leng "Shape_Leng" true true false 8 Double 0 0 ,First,#,NationalQ_Erase,Shape_Leng,-1,-1;Shape_Length "Shape_Length" false true true 8 Double 0 0 ,First,#,NationalQ_Erase,Shape_Length,-1,-1,IQ2020_ED_QUAT,Shape_Length,-1,-1;Shape_Area "Shape_Area" false true true 8 Double 0 0 ,First,#,NationalQ_Erase,Shape_Area,-1,-1,IQ2020_ED_QUAT,Shape_Area,-1,-1"
Dissolve NationalQ_Erase_Merge1 D:\Temp2020\IQUAD\Connor_Wex_Quat.gdb\NationalQ_Erase_Merge_Dissolve LITHOLOGY;QUATSEDIME;SYMBOLOGY # MULTI_PART DISSOLVE_LINES
MultipartToSinglepart NationalQ_Erase_Merge_Dissolve D:\Temp2020\IQUAD\Connor_Wex_Quat.gdb\NationalQ_Erase_Merge_Dissolve_Single
FeatureClassToFeatureClass "G:\quaternary\QUATERNARY_DATASETS\Nat_Map Backup.mdb\Nat_20" G:\quaternary\QUATERNARY_DATASETS\QUATERNARY_DATA.gdb\SEDIMENTS QUATERNARY_SEDIMENTS_2020 # "LITHOLOGY "LITHOLOGY" true true false 200 Text 0 0 ,First,#,G:\quaternary\QUATERNARY_DATASETS\Nat_Map Backup.mdb\Nat_20,LITHOLOGY,-1,-1;QUATSEDIME "QUATSEDIME" true true false 50 Text 0 0 ,First,#,G:\quaternary\QUATERNARY_DATASETS\Nat_Map Backup.mdb\Nat_20,QUATSEDIME,-1,-1;SYMBOLOGY "SYMBOLOGY" true true false 150 Text 0 0 ,First,#,G:\quaternary\QUATERNARY_DATASETS\Nat_Map Backup.mdb\Nat_20,SYMBOLOGY,-1,-1;ORIG_FID "ORIG_FID" true true false 4 Long 0 0 ,First,#,G:\quaternary\QUATERNARY_DATASETS\Nat_Map Backup.mdb\Nat_20,ORIG_FID,-1,-1;Shape_Length "Shape_Length" false true true 8 Double 0 0 ,First,#,G:\quaternary\QUATERNARY_DATASETS\Nat_Map Backup.mdb\Nat_20,Shape_Length,-1,-1;Shape_Area "Shape_Area" false true true 8 Double 0 0 ,First,#,G:\quaternary\QUATERNARY_DATASETS\Nat_Map Backup.mdb\Nat_20,Shape_Area,-1,-1" #
CopyMultiple "\\sgsihsm01\general_access\SECURE\Portal\GSI\Connections\QUATERNARY@mapstore.sde\QUATERNARY.IE_GSI_Q_SEDIMENTS_50K_ITM FeatureClass" \\sgsihsm01\general_access\SECURE\Portal\GSI\Connections\QUATERNARY@GSIVECTOR.sde IE_GSI_Q_SEDIMENTS_50K_ITM "QUATERNARY.IE_GSI_Q_SEDIMENTS_50K_ITM FeatureClass VQUATERNARY.IE_GSI_Q_SEDIMENTS_50K_ITM #"
Rename \\sgsihsm01\general_access\SECURE\Portal\GSI\Connections\QUATERNARY@GSIVECTOR.sde\VQUATERNARY.IE_GSI_Q_SEDIMENTS_50K_ITM \\sgsihsm01\general_access\SECURE\Portal\GSI\Connections\QUATERNARY@GSIVECTOR.sde\VQUATERNARY.Quaternary_Sediments_50K_IE26_ITM FeatureClass
CopyMultiple "\\sgsihsm01\general_access\SECURE\Portal\GSI\Connections\QUATERNARY@GSIVECTOR.sde\VQUATERNARY.Quaternary_Sediments_50K_IE26_ITM FeatureClass" \\sgsihsm01\General_access\SECURE\Portal\GSI\Connections\QUATERNARY@GSIVECTOR.sde Quaternary_Sediments_50K_IE26_ITM_1 "VQUATERNARY.Quaternary_Sediments_50K_IE26_ITM FeatureClass VQUATERNARY.Quaternary_Sediments_50K_IE26_ITM_1 #"
Rename \\sgsihsm01\General_access\SECURE\Portal\GSI\Connections\QUATERNARY@GSIVECTOR.sde\VQUATERNARY.Quaternary_Sediments_50K_IE26_ITM_1 \\sgsihsm01\General_access\SECURE\Portal\GSI\Connections\QUATERNARY@GSIVECTOR.sde\VQUATERNARY.Quaternary_Sediments_50K_IE26_ITM_MS FeatureClass
UpdateSchema "CIMDATA=<CIMStandardDataConnection xsi:type='typens:CIMStandardDataConnection' xmlns:xsi='http://www.w3.org/2001/XMLSchema-instance' xmlns:xs='http://www.w3.org/2001/XMLSchema' xmlns:typens='http://www.esri.com/schemas/ArcGIS/3.0.0'><WorkspaceConnectionString>ENCRYPTED_PASSWORD_UTF8=00022e683536446d786677334571613753616254784776355a4456326270454b6747387766737856482f52443347413d2a00;ENCRYPTED_PASSWORD=00022e6865764b76473164344743704a796750544d52784756715367346937595065347a356f5835392b71633371383d2a00;SERVER=GSIVECTOR;INSTANCE=sde:oracle11g:GSIVECTOR;DBCLIENT=oracle;DB_CONNECTION_PROPERTIES=GSIVECTOR;PROJECT_INSTANCE=sde;USER=VQUATERNARY;VERSION=SDE.DEFAULT;AUTHENTICATION_MODE=DBMS</WorkspaceConnectionString><WorkspaceFactory>SDE</WorkspaceFactory><Dataset>VQUATERNARY.Quaternary_Sediments_50K_IE26_ITM_MS</Dataset><DatasetType>esriDTFeatureClass</DatasetType></CIMStandardDataConnection>" <operationSequence><workflow><DeleteField><field_name>ORIG_FID</field_name></DeleteField></workflow></operationSequence>
UpdateSchema "CIMDATA=<CIMStandardDataConnection xsi:type='typens:CIMStandardDataConnection' xmlns:xsi='http://www.w3.org/2001/XMLSchema-instance' xmlns:xs='http://www.w3.org/2001/XMLSchema' xmlns:typens='http://www.esri.com/schemas/ArcGIS/3.0.0'><WorkspaceConnectionString>ENCRYPTED_PASSWORD_UTF8=00022e683536446d786677334571613753616254784776355a4456326270454b6747387766737856482f52443347413d2a00;ENCRYPTED_PASSWORD=00022e6865764b76473164344743704a796750544d52784756715367346937595065347a356f5835392b71633371383d2a00;SERVER=GSIVECTOR;INSTANCE=sde:oracle11g:GSIVECTOR;DBCLIENT=oracle;DB_CONNECTION_PROPERTIES=GSIVECTOR;PROJECT_INSTANCE=sde;USER=VQUATERNARY;VERSION=SDE.DEFAULT;AUTHENTICATION_MODE=DBMS</WorkspaceConnectionString><WorkspaceFactory>SDE</WorkspaceFactory><Dataset>VQUATERNARY.Quaternary_Sediments_50K_IE26_ITM_MS</Dataset><DatasetType>esriDTFeatureClass</DatasetType></CIMStandardDataConnection>" <operationSequence><workflow><AlterField><field_name>LITHOLOGY</field_name><new_field_name>qSedDesc</new_field_name><field_type>TEXT</field_type><field_is_nullable>True</field_is_nullable><clear_field_alias>False</clear_field_alias></AlterField></workflow><workflow><AlterField><field_name>QUAT_SED</field_name><new_field_name>qSedCode</new_field_name><field_type>TEXT</field_type><field_is_nullable>True</field_is_nullable><clear_field_alias>False</clear_field_alias></AlterField></workflow></operationSequence>
UpdateSchema "CIMDATA=<CIMStandardDataConnection xsi:type='typens:CIMStandardDataConnection' xmlns:xsi='http://www.w3.org/2001/XMLSchema-instance' xmlns:xs='http://www.w3.org/2001/XMLSchema' xmlns:typens='http://www.esri.com/schemas/ArcGIS/3.0.0'><WorkspaceConnectionString>ENCRYPTED_PASSWORD_UTF8=00022e683536446d786677334571613753616254784776355a4456326270454b6747387766737856482f52443347413d2a00;ENCRYPTED_PASSWORD=00022e6865764b76473164344743704a796750544d52784756715367346937595065347a356f5835392b71633371383d2a00;SERVER=GSIVECTOR;INSTANCE=sde:oracle11g:GSIVECTOR;DBCLIENT=oracle;DB_CONNECTION_PROPERTIES=GSIVECTOR;PROJECT_INSTANCE=sde;USER=VQUATERNARY;VERSION=SDE.DEFAULT;AUTHENTICATION_MODE=DBMS</WorkspaceConnectionString><WorkspaceFactory>SDE</WorkspaceFactory><Dataset>VQUATERNARY.Quaternary_Sediments_50K_IE26_ITM_MS</Dataset><DatasetType>esriDTFeatureClass</DatasetType></CIMStandardDataConnection>" <operationSequence><workflow><AlterField><field_name>SYMBOLOGY</field_name><new_field_name>LegendDesc</new_field_name><field_type>TEXT</field_type><field_is_nullable>True</field_is_nullable><clear_field_alias>False</clear_field_alias></AlterField></workflow></operationSequence>
MatchLayerSymbologyToAStyle Quaternary_Sediments_50K_IE26_ITM_MS $feature.QSEDDESC Quaternary
MatchLayerSymbologyToAStyle Quaternary_Sediments_50K_IE26_ITM_MS $feature.QSEDDESC IE_GSI_Quaternary_Sediments_50K_IE26_ITM
UpdateSchema "CIMDATA=<CIMStandardDataConnection xsi:type='typens:CIMStandardDataConnection' xmlns:xsi='http://www.w3.org/2001/XMLSchema-instance' xmlns:xs='http://www.w3.org/2001/XMLSchema' xmlns:typens='http://www.esri.com/schemas/ArcGIS/3.2.0'><WorkspaceConnectionString>ENCRYPTED_PASSWORD_UTF8=00022e683646526e4178523542662b61524e3271765741793258384b6e512f64397a4c434b414f776a345373776c513d2a00;ENCRYPTED_PASSWORD=00022e686c657644596453704466416c7232722f5748765152743235356d4d4d4a423056716635707444645a4372413d2a00;SERVER=GSIVECTOR;INSTANCE=sde:oracle11g:GSIVECTOR;DBCLIENT=oracle;DB_CONNECTION_PROPERTIES=GSIVECTOR;PROJECT_INSTANCE=sde;USER=VQUATERNARY;VERSION=SDE.DEFAULT;AUTHENTICATION_MODE=DBMS</WorkspaceConnectionString><WorkspaceFactory>SDE</WorkspaceFactory><Dataset>VQUATERNARY.Quaternary_Sediments_50K_IE26_ITM_MS</Dataset><DatasetType>esriDTFeatureClass</DatasetType></CIMStandardDataConnection>" <operationSequence><workflow><AlterField><field_name>QSEDDESC</field_name><new_field_name>QSED_TYPE</new_field_name><field_type>TEXT</field_type><field_is_nullable>True</field_is_nullable><clear_field_alias>False</clear_field_alias></AlterField></workflow><workflow><AlterField><field_name>QSEDCODE</field_name><new_field_name>QSED_CODE</new_field_name><field_type>TEXT</field_type><field_is_nullable>True</field_is_nullable><clear_field_alias>False</clear_field_alias></AlterField></workflow></operationSequence>
Server=GSIVECTOR; Service=sde:oracle11g:GSIVECTOR; User=VQUATERNARY; Version=SDE.DEFAULT
ArcSDE Connection
VQUATERNARY.Quaternary_Sediments_50K_IE26_ITM
417434.449800
734495.135100
520073.684000
959857.787100
1
0.000
002
Projected
GCS_IRENET95
Linear Unit: Meter (1.000000)
IRENET95_Irish_Transverse_Mercator
<ProjectedCoordinateSystem xsi:type='typens:ProjectedCoordinateSystem' xmlns:xsi='http://www.w3.org/2001/XMLSchema-instance' xmlns:xs='http://www.w3.org/2001/XMLSchema' xmlns:typens='http://www.esri.com/schemas/ArcGIS/2.6.0'><WKT>PROJCS["IRENET95_Irish_Transverse_Mercator",GEOGCS["GCS_IRENET95",DATUM["D_IRENET95",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Transverse_Mercator"],PARAMETER["False_Easting",600000.0],PARAMETER["False_Northing",750000.0],PARAMETER["Central_Meridian",-8.0],PARAMETER["Scale_Factor",0.99982],PARAMETER["Latitude_Of_Origin",53.5],UNIT["Meter",1.0],AUTHORITY["EPSG",2157]]</WKT><XOrigin>-5022200</XOrigin><YOrigin>-15179500</YOrigin><XYScale>10000</XYScale><ZOrigin>0</ZOrigin><ZScale>1</ZScale><MOrigin>0</MOrigin><MScale>1</MScale><XYTolerance>0.001</XYTolerance><ZTolerance>0.001</ZTolerance><MTolerance>0.001</MTolerance><HighPrecision>true</HighPrecision><WKID>2157</WKID><LatestWKID>2157</LatestWKID></ProjectedCoordinateSystem>
20220107
18124800
20240605
12522800
INSPIRE Metadata Directive
INSPIRE
500000
5000
MD_SO_IE_GeologicalSurveyIreland_QuaternarySediments_50k_ROI_ITM
dataset
Information Management
Geological Survey Ireland
Head of Information Management
+353-1-6782896
Booterstown Hall, Booterstown Avenue, Booterstown, Blackrock
Dublin
A94 N2R6
IE
support@geodata.gov.ie
https://www.gsi.ie
text/html
GSI Website
GSI Website
20240605
Information Management
Geological Survey Ireland
Head of Information Management
+353-1-6782896
Booterstown Hall, Booterstown Avenue, Booterstown, Blackrock
Dublin
A94 N2R6
IE
support@geodata.gov.ie
https://www.gsi.ie
text/html
GSI Website
GSI Website
10.7
Enterprise Geodatabase Feature Class
https://gsi.geodata.gov.ie/portal/apps/webappviewer/index.html?id=f1b130022e7146a7b76e1010c7efb2a9
application/html
Webmapping Viewer
Webmapping Viewer
https://gsi.geodata.gov.ie/downloads/Quaternary/Data/IE_GSI_Quaternary_Sediments_50K_IE26_ITM.zip
application/zip
Download Data
Download Data
https://gsi.geodata.gov.ie/server/rest/services/Quaternary/IE_GSI_Quaternary_Sediments_50K_IE26_ITM/MapServer
text/html
REST Service
REST Service
https://gsi.geodata.gov.ie/downloads/Quaternary/Data/IE_GSI_Quaternary_Sediments_50K_IE26_ITM_Style.zip
application/zip
Download Data Style Files
Download Data Style Files
https://gsi.geodata.gov.ie/server/services/Quaternary/IE_GSI_Quaternary_Sediments_50K_IE26_ITM/MapServer/WMSServer?request=GetCapabilities&service=WMS
text/xml
WMS
WMS
https://www.gsi.ie/en-ie/programmes-and-projects/geological-mapping/activities/Pages/Quaternary-Field-Mapping.aspx
text/html
Further Information
Further Information
IE GSI Quaternary Sediments 50k Ireland (ROI) ITM
2013-01-01T00:00:00
1990-01-01T00:00:00
2021-05-11T00:00:00
geodata.gov.ie
2021-04-26T00:00:00
1990-01-01T00:00:00
2021-04-26T00:00:00
2018
SO_IE_GeologicalSurveyIreland_QuaternarySediments_50k_ROI_ITM
vector digital data
Geological Mapping
Geological Survey Ireland
Head of Geological Mapping
Booterstown Hall, Booterstown Avenue, Booterstown, Blackrock
Dublin
A94 N2R6
support@geodata.gov.ie
IE
+353-1-6782896
https://www.gsi.ie
text/html
GSI Website
GSI Website
Land Mapping
<div style='text-align:Left;'><div><div><p style='margin:0 0 14 0;'><span><span>In terms of time scale in geology, </span></span><span><span>Quaternary is the present-day time and it began 2.6 million years ago. A lot of this time period relates to the Ice Age. </span></span></p><p style='margin:0 0 14 0;'><span><span>Quaternary sediments are the soft material that has been deposited during this time. In Ireland much of this is related to the movement of glaciers and ice sheets. The main types of sediments shown on the map are tills (boulder clays), gravels, sands and peat. Over most parts of Ireland, these sediments cover the bedrock (</span></span><span><span>solid rock at or below the land surface</span></span><span><span>). </span></span></p><p style='margin:0 0 14 0;'><span><span>Geologists map and record information from the shallow sediments which can be seen at or near the surface. This information along with boreholes (a deep narrow round hole drilled in the ground), geophysical data (</span></span><span><span>information on the physical properties of the Earth's surface and subsurface e.g. magnetics, gravity and electromagnetics) and geochemical data (chemical properties) </span></span><span><span>is used to create the map. Areas are drawn on a map to show where sediments are found. </span></span></p><p style='margin:0 0 14 0;'><span><span>We collect new data to update our map and use data made available from other sources.</span></span></p><p style='margin:0 0 14 0;'><span><span>This map is to the scale 1:50,000 (1cm on the map relates to a distance of 500m).</span></span></p><p style='margin:0 0 14 0;'><span><span>It is a vector dataset. Vector data portray the world using points, lines, and polygons (areas).</span></span></p><p style='margin:0 0 14 0;'><span><span>The sediments data is shown as polygons. Each polygon holds information on the sediment type, sediment code and its unique identifier.</span></span><span> </span></p></div></div></div>
Quaternary sediments are the soft material that has been deposited over the last 2.6 million years. In Ireland, much of this is glacial sediment.
The data provides evidence about our past. The sediments help us to understand how our environment has changed over time and how it may change in the future..
This sediment data helps us locate groundwater sources which can be used to supply drinking water. Groundwater is the water that soaks into the ground from rain and can be stored beneath the ground. An aquifer is a body of rock and/or sediment that holds groundwater. There are two main types of aquifer in Ireland – bedrock aquifers, and sand and gravel aquifers.
The data can also help to protect drinking water. Sediment properties impact how water and/or pollutants move below the surface. Drinking water can be protected by locating potential polluting operations, such as landfills, away from groundwater. Similarly, sediments can change how water drains into the ground and hence, the data is useful for creating flooding maps.
The data is also helpful when planning large scale infrastructure projects such as motorways, wind farms, offshore energy devices, housing projects and other construction. Understanding the geology of an area will help prevent any disasters or long-term problems with a structure. This can be done by avoiding bad ground or engineering a project to suit the type of ground it is to be built on.
Sediment data is used to find sites suitable for the extraction of sand and gravel deposits needed by the construction industry for things like concrete.
Sediment data, along other data, helps us predict where geological hazards, such as landslides, may occur.
Geological Survey Ireland
Metadata Registry of the Publications Office of the EU Named Authority Lists - Country
MDR-COUNTRIES
2015-03-18T00:00:00
20200624-0
https://op.europa.eu/en/web/eu-vocabularies/concept/-/resource?uri=http://publications.europa.eu/resource/authority/country/IRL
text/html
Name authority list
Name authority list
Ireland
GEMET - INSPIRE themes, version 1.0
GEMET INSPIRE
2008-06-01T00:00:00
https://www.eionet.europa.eu/gemet/en/inspire-theme/so
text/html
INSPIRE theme register
INSPIRE theme register
Soil
Global Change Master Directory (GCMD) Data Center Keywords 9.1.5
GCMD Data Center Keywords
2016-08-04T00:00:00
9.1.5
https://vocabs.ardc.edu.au/repository/api/lda/ardc-curated/gcmd-providers/9-1-5-2020-02-06/resource?uri=https://gcmdservices.gsfc.nasa.gov/kms/concept/4bdbb012-4aed-485b-8ee8-16519985681e
text/html
GCMD Data Center Keywords
GCMD Data Center Keywords
IE/GSI
Ireland
IE/GSI
Geology
Quaternary
Sediments
Glacial
Soil
<div style='text-align:Left;'><div><div><p style='margin:0 0 14 0;'><span><span>Data that is produced directly by the Geological Survey Ireland (GSI) is free for use under the conditions of Creative Commons Attribution 4.0 International license.</span></span></p><p style='margin:0 0 14 0;'><a href='https://creativecommons.org/licenses/by/4.0/' style='text-decoration:underline;'><span><span>https://creativecommons.org/licenses/by/4.0/</span></span></a></p><p style='margin:0 0 14 0;'><a href='https://creativecommons.org/licenses/by/4.0/legalcode' style='text-decoration:underline;'><span><span>https://creativecommons.org/licenses/by/4.0/legalcode</span></span></a></p><p style='margin:0 0 14 0;'><span><span>Under the CC-BY Licence, users must acknowledge the source of the Information in their product or application.</span></span></p><p style='margin:0 0 14 0;'><span><span>Please use this specific attribution statement: "Contains Irish Public Sector Data (Geological Survey Ireland) licensed under a Creative Commons Attribution 4.0 International (CC BY 4.0) licence".</span></span></p><p style='margin:0 0 14 0;'><span>In cases where it is not practical to use the statement users may include a URI or hyperlink to a resource that contains the required attribution statement.</span></p></div></div></div>
500
50000
1990-01-01T00:00:00
2021-05-11T00:00:00
Geological Mapping
Geological Survey Ireland
Head of Geological Mapping
+353-1-6782896
Booterstown Hall, Booterstown Avenue, Booterstown, Blackrock
Dublin
A94 N2R6
IE
support@geodata.gov.ie
https://www.gsi.ie
text/html
GSI Website
GSI Website
Groundwater
Microsoft Windows 7 Version 6.1 (Build 7601) Service Pack 1; Esri ArcGIS 12.6.3.24783
1
-10.879025
-5.878352
55.385630
51.403976
Spatial scope
2019-05-22T00:00:00
https://inspire.ec.europa.eu/metadata-codelist/SpatialScope
text/html
Spatial scope
Spatial scope
National
<DIV STYLE="text-align:Left;"><DIV><DIV><P STYLE="margin:0 0 14 0;"><SPAN><SPAN>Data that is produced directly by the Geological Survey Ireland (GSI) is free for use under the conditions of Creative Commons Attribution 4.0 International license.</SPAN></SPAN></P><P STYLE="margin:0 0 14 0;"><A href="https://creativecommons.org/licenses/by/4.0/" STYLE="text-decoration:underline;"><SPAN><SPAN>https://creativecommons.org/licenses/by/4.0/</SPAN></SPAN></A></P><P STYLE="margin:0 0 14 0;"><A href="https://creativecommons.org/licenses/by/4.0/legalcode" STYLE="text-decoration:underline;"><SPAN><SPAN>https://creativecommons.org/licenses/by/4.0/legalcode</SPAN></SPAN></A></P><P STYLE="margin:0 0 14 0;"><SPAN><SPAN>Under the CC-BY Licence, users must acknowledge the source of the Information in their product or application.</SPAN></SPAN></P><P STYLE="margin:0 0 14 0;"><SPAN><SPAN>Please use this specific attribution statement: "Contains Irish Public Sector Data (Geological Survey Ireland) licensed under a Creative Commons Attribution 4.0 International (CC BY 4.0) licence".</SPAN></SPAN></P><P STYLE="margin:0 0 14 0;"><SPAN>In cases where it is not practical to use the statement users may include a URI or hyperlink to a resource that contains the required attribution statement.</SPAN></P></DIV></DIV></DIV>
COMMISSION REGULATION (EU) No 1089/2010 of 23 November 2010 implementing Directive 2007/2/EC of the European Parliament and of the Council as regards interoperability of spatial data sets and services
D2.8.III.3 Data Specification on Soil – Technical Guidelines
2010-12-08T00:00:00
https://inspire.ec.europa.eu/id/document/tg/so
text/html
INSPIRE Data Specification
INSPIRE Data Specification
The INSPIRE Directive or INSPIRE lays down a general framework for a Spatial Data Infrastructure (SDI) for the purposes of European Community environmental policies and policies or activities which may have an impact on the environment.
false
COMMISSION REGULATION (EU) No 1089/2010 of 23 November 2010 implementing Directive 2007/2/EC of the European Parliament and of the Council as regards interoperability of spatial data sets and services
2010-12-08T00:00:00
Regulation 1089/2010 COMMISSION REGULATION (EU) No 1089/2010 of 23 November 2010 implementing Directive 2007/2/EC of the European Parliament and of the Council as regards interoperability of spatial data sets and services
https://inspire.ec.europa.eu/documents/guidance-regulation-access-spatial-data-sets-and-services-member-states-community-1
text/html
INSPIRE Guidance
INSPIRE Guidance
See the reference specification
false
COMMISSION REGULATION (EU) No 1089/2010 of 23 November 2010 implementing Directive 2007/2/EC of the European Parliament and of the Council as regards interoperability of spatial data sets and services
2010-12-08T00:00:00
COMMISSION REGULATION (EC) No 1205/2008 of 3 December 2008 implementing Directive 2007/2/EC of the European Parliament and of the Council as regards metadata
https://inspire.ec.europa.eu/documents/commission-regulation-ec-no-12052008-3-december-2008-implementing-directive-20072ec
text/html
INSPIRE Guidance
INSPIRE Guidance
See the reference specification
true
Geologists map and record information from the shallow sediments which can be seen at or near the surface. This information along with boreholes (a deep narrow round hole drilled in the ground) and geophysics is used to create the map. Areas are drawn on a map to show where materials are found. Originally, the Quaternary sediments map for various parts of Ireland were hand drawn on paper maps. Phase 1: The paper maps were digitised.
Each map was manually digitised using AutoCAD software.
The data was clipped to the OSi coastline (high water mark).
Water bodies such as lakes were also clipped.
Irish National Grid (IG) projection.
Phase 2: Data was converted to shapefiles IG
AutoCAD layers were converted from .dxf format to shapefiles.
New data was compiled, interpreted and added to these data to produce a map covering Ireland (2013)
A stylefile was generated.
A legend was generated.
Shapefiles produced were: QuaternarySediments.shp - A polygon shapefile that contains Quaternary geological information on deposit type.
Phase 3: Quaternary sediments 1:50,000 Map, 2013 to present, ITM Quaternary Sediments Map re-projected in ArcGIS from Irish National Grid (IG) to Irish transverse Mercator (ITM) projection.
New data is compiled and interpreted from the following sources: field observation data, Tellus geophysics data (magnetic, electromagnetic, radiometric data), Tellus geochemistry data, borehole data and groundwater data. When this information changes the distribution of the areas of Quaternary deposit, we update this 1:50,000 map with the changes. New data has been added into this dataset from parts of Cavan, Galway, Leitrim, Longford Monaghan, Sligo, Roscommon, Westmeath and Wexford. The dataset comprises one Featureclass. In 2021, the data structure was reviewed and a new database was created in ArcGIS Enterprise.
Using ArcGIS Pro 2.6.3, the dataset was renamed as part of a GSI data standardisation process.
The sediment field was renamed and an alias added.
The sediment code field was renamed and an alias added.
Metadata was updated to the new GSI standard based on INSPIRE and ISO standards.
206336
European Petroleum Survey Group (EPSG) Geodetic Parameter Dataset
EPSG
2004-04-07T00:00:00
9.8.12
http://www.opengis.net/def/crs/EPSG/0/2157
text/html
EPSG
EPSG
6.5.1(8.1.2)
EPSG
thematic collections of polygons
ESRI
IE_GSI_Quaternary_Sediments_50K_IE26_ITM
Feature Class
206336
QSED_CODE
Quaternary Sediment Code
String
50
0
0
Quaternary Sediment Code
GSI
Quaternary_Sediments_50K_IE26_ITM_qSedCode
GSI
QSED_TYPE
Quaternary Sediment Type
String
150
0
0
Quaternary Sediment Type
GSI
Quaternary_Sediments_50K_IE26_ITM_qSedDesc
GSI
LEGENDDESC
Legend Description
Legend Description
GSI
String
150
Legend Description
Simple
FALSE
206336
TRUE
FALSE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