Description: Description of fields RCID RCID RRCC, where RR = row and CC = column of statewide grid Highest_AR_Hydro_Score Highest_AR_Hydro_Score Highest AR hydrogeologic suitability score for aquifer grid cell. -1: no major/minor aquifer Highest_Scoring_Aquifer_ID Highest_Scoring_Aquifer_ID Four letter aquifer ID for highest scoring aquifer. -1: no major/minor aquifer Excess_Water_ID Excess_Water_ID RCID of cell where Excess Water was available. -1: Not reported: see Final_AR_rating flag for more information Excess_Water_Sum Excess_Water_Sum Sum of raw Excess Water score. -1: Not reported: see Final_AR_rating flag for more information Excess_Water_Normalized_Score Excess_Water_Normalized_Score Normalized Excess Water score based on sum of raw scores. -1: Not reported: see Final_AR_rating flag for more information Excess_Water_Distance Excess_Water_Distance Centroid distance from current cell to Excess Water cell. -1: Not reported: see Final_AR_rating flag for more information Excess_Water_Distance_Weight Excess_Water_Distance_Weight Excess Water distance weighting score based on Excess Water distance. -1: Not reported: see Final_AR_rating flag for more information Excess_Water_Score Excess_Water_Score Excess Water Score calculated by multiplying the normalized score by the distance weight. -1: Not reported: see Final_AR_rating flag for more information Needs_ID Needs_ID RCID of cell where Needs was available. -1: Not reported: see Final_AR_rating flag for more information Needs_Sum Needs_Sum Sum of raw Needs score. -1: Not reported: see Final_AR_rating flag for more information Needs_Normalized_Score Needs_Normalized_Score Normalized Needs score based on sum of raw scores. -1: Not reported: see Final_AR_rating flag for more information Needs_Distance Needs_Distance Centroid distance from current cell to Needs cell. -1: Not reported: see Final_AR_rating flag for more information Needs_Distance_Weight Needs_Distance_Weight Needs distance weighting score based on Needs distance. -1: Not reported: see Final_AR_rating flag for more information Needs_Score Needs_Score Needs Score calculated by multiplying the normalized score by the distance weight. -1: Not reported: see Final_AR_rating flag for more information Final_AR_rating Final_AR_rating Project suitability score based on combining the Hydrogelogic suitability score, Excess Water Score, and Needs Score. -2: no excess water, -3: no needs, -4: neither excess nor need, -5: no major/minor aquifer, -6: for AR, no outcropping aquifer Reg_Letter Reg_Letter Regional water planning area letter
Service Item Id: c28bc11fc53f4abfba49aad100756ed6
Copyright Text: Prepared by HDR Inc. for Texas Water Development Board contract number 2000012405.
Description: Description of fields RCID RCID RRCC, where RR = row and CC = column of statewide grid Highest_ASR_Hydro_Score Highest_ASR_Hydro_Score Highest ASR hydrogeologic suitability score for aquifer grid cell. -1: no major/minor aquifer Highest_Scoring_Aquifer_ID Highest_Scoring_Aquifer_ID Four letter aquifer ID for highest scoring aquifer. -1: no major/minor aquifer Excess_Water_ID Excess_Water_ID RCID of cell where Excess Water was available. -1: Not reported: see Final_ASR_rating flag for more information Excess_Water_Sum Excess_Water_Sum Sum of raw Excess Water score. -1: Not reported: see Final_ASR_rating flag for more information Excess_Water_Normalized_Score Excess_Water_Normalized_Score Normalized Excess Water score based on sum of raw scores. -1: Not reported: see Final_ASR_rating flag for more information Excess_Water_Distance Excess_Water_Distance Centroid distance from current cell to Excess Water cell. -1: Not reported: see Final_ASR_rating flag for more information Excess_Water_Distance_Weight Excess_Water_Distance_Weight Excess Water distance weighting score based on Excess Water distance. -1: Not reported: see Final_ASR_rating flag for more information Excess_Water_Score Excess_Water_Score Excess Water Score calculated by multiplying the normalized score by the distance weight. -1: Not reported: see Final_ASR_rating flag for more information Needs_ID Needs_ID RCID of cell where Needs was available. -1: Not reported: see Final_ASR_rating flag for more information Needs_Sum Needs_Sum Sum of raw Needs score. -1: Not reported: see Final_ASR_rating flag for more information Needs_Normalized_Score Needs_Normalized_Score Normalized Needs score based on sum of raw scores. -1: Not reported: see Final_ASR_rating flag for more information Needs_Distance Needs_Distance Centroid distance from current cell to Needs cell. -1: Not reported: see Final_ASR_rating flag for more information Needs_Distance_Weight Needs_Distance_Weight Needs distance weighting score based on Needs distance. -1: Not reported: see Final_ASR_rating flag for more information Needs_Score Needs_Score Needs Score calculated by multiplying the normalized score by the distance weight. -1: Not reported: see Final_ASR_rating flag for more information Final_ASR_rating Final_ASR_rating Project suitability score based on combining the Hydrogelogic suitability score, Excess Water Score, and Needs Score. -2: no excess water, -3: no needs, -4: neither excess nor need, -5: no major/minor aquifer, -6: for AR, no outcropping aquifer Reg_Letter Reg_Letter Regional water planning area letter
Service Item Id: c28bc11fc53f4abfba49aad100756ed6
Copyright Text: Prepared by HDR Inc. for Texas Water Development Board contract number 2000012405.
Description: Final Grid- Score and Parameter Data for Excess Surface Water by grid cell. Unique record per cell. Combines Reservoir_Storage_GRID, Surplus_Appropriated_Surface_Water_GRID, and Unappropriated_Flow_WAM_Points_GRID data togetherSource TWDB Draft 2022 State Water Plan database (DB22)Description of FieldsRCIDRow- Column Identifier (grid cell)Score_Reservoir_StorageScore of 0-1 for Reservoir. See Reservoir_Storage_GRID description.Score_Appropriated_SurfaceScore of 0-1 for Surplus Appropriated Surface Water (Reservoirs & Run-of-River). See Surplus_Appropriated_Surface_Water_GRID description.Unap_Surplus_ScoreScore of 0-1 for Available Unappropriated Streamflow, including Storm Water. See Surplus_Appropriated_Surface_Water_GRID description.Excess_Surface_Water_ScoreScore for Reservoir. See Reservoir_Storage_GRID.Additive_SW_ComponentsTotal sum of all SW Water Scores (Surplus Appropriated Surface Water, Available Unappropriated Streamflow, and Existing Reservoir Storage) by grid cell (RCID). Not limited to 1.Note: ObjectID, Shape, Shape_Length, and Shape_Area are standard field parameters created by ArcGIS for geodatabases and feature classes and are included in all files but not included in metadata description.
Service Item Id: c28bc11fc53f4abfba49aad100756ed6
Copyright Text: Prepared by HDR Inc. for Texas Water Development Board contract number 2000012405.
Description: Final Grid- Score and Parameter Data for Excess Reclaimed Water by grid cell. Unique record per cell. Point data from Reclaimed_Water_Points was summed if within grid cellSource TCEQ TPDES Geodatabase and EPA Enforcement and Compliance History Online (ECHO)Description of FieldsRCIDRow- Column Identifier (Grid Cell)F2020_avg_discharge_afyAverage EPA ECHO discharge (2015-2019) of all points located within grid cell F2040_avg_discharge_afyAverage EPA ECHO discharge (2015-2019) of all points located within grid cell + population growth according to DB22 population growth of county anticipated by Year 2040F2070_avg_discharge_afyAverage EPA ECHO discharge (2015-2019) of all points located within grid cell + population growth according to DB22 population growth of county anticipated by Year 2070Reclaimed_VolumeScore of 0-1, for F2040_avg_discharge_afy according to volume criteria range.Reclaimed_FrequencyScore of 0 or 1. F2040_avg_discharge_afy is available and exceeds 500 acft/yr.Reclaimed_DurationScore of 0 or 1. F2040_avg_discharge_afy is available and exceeds 500 acft/yr.Reclaimed_WQScore of 0-1, for general estimated treatability. High treatment (reuse)- 0; Conventional treatment (SW)- 0.5; Low treatment (low TDS, fresh GW)-1Reclaimed_ScoreExcess Reclaimed Water Composite Score, considers Volume, Frequency, and Duration. Score 0-1.Note: ObjectID, Shape, Shape_Length, and Shape_Area are standard field parameters created by ArcGIS for geodatabases and feature classes and are included in all files but not included in metadata description.
Service Item Id: c28bc11fc53f4abfba49aad100756ed6
Copyright Text: Prepared by HDR Inc. for Texas Water Development Board contract number 2000012405.
Description: Final Grid Parameters and Scores for Excess Groundwater The Maximum Score by Grid cell for Major and Minor AquifersSource: TWDB Draft 2022 State Water Plan database (DB22)Description of FieldsRCID Row- Column Identifier (grid cell)SUM_2020_dividedVolume of Surplus Modeled Available Groundwater (Year 2020) from DB22 summed for all coincident major and minor aquifers, divided and assigned equally amongst respective cells located in County- River BasinSUM_2030_dividedVolume of Surplus Modeled Available Groundwater (Year 2030) from DB22 summed for all coincident major and minor aquifers, divided and assigned equally amongst respective cells located in County- River BasinSUM_2040_dividedVolume of Surplus Modeled Available Groundwater (Year 2040) from DB22 summed for all coincident major and minor aquifers, divided and assigned equally amongst respective cells located in County- River BasinSUM_2050_dividedVolume of Surplus Modeled Available Groundwater (Year 2050) from DB22 summed for all coincident major and minor aquifers, divided and assigned equally amongst respective cells located in County- River BasinSUM_2060_dividedVolume of Surplus Modeled Available Groundwater (Year 2060) from DB22 summed for all coincident major and minor aquifers, divided and assigned equally amongst respective cells located in County- River BasinSUM_2070_dividedVolume of Surplus Modeled Available Groundwater (Year 2070) from DB22 summed for all coincident major and minor aquifers, divided and assigned equally amongst respective cells located in County- River BasinSUM_Min_dividedMinimum MAG over 2020-2070 period summed for all coincident major and minor aquifers by grid cell. This is the Volume of Excess Groundwater used to calculate GW score.Excess_GW_Water_ScoreGW Composite Score (maximum- one record per cell), considers Volume, Frequency, and Duration. Score 0-1.Additive_GW_ComponentsTotal sum of all Excess_GW_Water_Scores for multiple aquifers, county, basin combinations in given cell. Not limited to 1.Note: ObjectID, Shape, Shape_Length, and Shape_Area are standard field parameters created by ArcGIS for geodatabases and feature classes and are included in all files but not included in metadata description.
Service Item Id: c28bc11fc53f4abfba49aad100756ed6
Copyright Text: Prepared by HDR Inc. for Texas Water Development Board contract number 2000012405.
Description: Intermediate Grid- Score and Parameter Data for surplus appropriated surface water from TWDB DB22 (after WMS in RWPs). Unique record per cell. Combines Surplus_Appropriated_Surface_Water_Reservoirs_GRID and Surplus_Appropriated_Surface_Water_Run_of_River_GRID. Source TWDB Draft 2022 State Water Plan database (DB22)Description of FieldsRCIDRow- Column Identifier (grid cell)Surplus_2020Sum of Surplus Appropriated Surface Water (Reservoirs & Run-of-River) supply volume from DB22 for Year 2020 by grid cell. Surplus_2030Sum of Surplus Appropriated Surface Water (Reservoirs & Run-of-River) supply volume from DB22 for Year 2030 by grid cell. Surplus_2040Sum of Surplus Appropriated Surface Water (Reservoirs & Run-of-River) supply volume from DB22 for Year 2040 by grid cell. Surplus_2050Sum of Surplus Appropriated Surface Water (Reservoirs & Run-of-River) supply volume from DB22 for Year 2050 by grid cell. Surplus_2060Sum of Surplus Appropriated Surface Water (Reservoirs & Run-of-River) supply volume from DB22 for Year 2060 by grid cell. Surplus_2070Sum of Surplus Appropriated Surface Water (Reservoirs & Run-of-River) supply volume from DB22 for Year 2070 by grid cell. Score_VolumeScore of 0-1, for Average Surplus Appropriated Surface Water (Reservoirs & Run-of-River) supply volume from DB22 for 2020- 2070 period by grid cell according to volume criteria range. Score_FrequencyScore of 0-1, for Average Surplus Appropriated Surface Water (Reservoirs & Run-of-River) supply frequency from DB22 for 2020- 2070 period by grid cell according to criteria range. Score_DurationScore of 0-1, for Average Surplus Appropriated Surface Water (Reservoirs & Run-of-River) supply duration based on consecutive decades in DB22 over 2020- 2070 period by grid cell according to criteria range. Score_WaterQualityScore of 0-1, for general estimated treatability. High treatment (reuse)- 0; Conventional treatment (SW)- 0.5; Low treatment (low TDS, fresh GW)-1Score_Appropriated_SurfaceExcess Supply Score (Surplus Appropriated Surface Water for both Reservoirs and Run-of-the-River) by grid cell, considers Volume, Frequency, and Duration. Score 0-1.Note: ObjectID, Shape, Shape_Length, and Shape_Area are standard field parameters created by ArcGIS for geodatabases and feature classes and are included in all files but not included in metadata description.
Service Item Id: c28bc11fc53f4abfba49aad100756ed6
Copyright Text: Prepared by HDR Inc. for Texas Water Development Board contract number 2000012405.
Description: Intermediate Grid- Score and Parameter Data for available unappropriated flow from TCEQ WAM Run 3- No return flows. Highest ranking WAM point within a given cell (Unappropriated_Flow_WAM_Points).Source TCEQ WAM, TCEQ WAM Control Point Geodatabase,Description of FieldsRCIDRow- Column Identifier (grid cell)Unap_Surplus_ScoreScore of 0-1 for Available Unappropriated Streamflow for highest ranking WAM point based on volume, duration and frequency criteria calculated from data presented in Unappropriated_Flow_WAM_points.Note: ObjectID, Shape, Shape_Length, and Shape_Area are standard field parameters created by ArcGIS for geodatabases and feature classes and are included in all files but not included in metadata description.
Service Item Id: c28bc11fc53f4abfba49aad100756ed6
Copyright Text: Prepared by HDR Inc. for Texas Water Development Board contract number 2000012405.
Description: Intermediate Grid- Score and Parameter Data for surplus appropriated surface water from Run of River sources from TWDB DB22 (after WMS in RWPs). Sum of surplus appropriated supply points within a given cell.SourceTWDB Draft 2022 State Water Plan database (DB22)Description of FieldsRCIDRow- Column Identifier (grid cell)Surplus_2020Surplus Appropriated Surface Water- Run of River supply volume from DB22 for Year 2020 by grid cell. Surplus_2030Surplus Appropriated Surface Water- Run of River supply volume from DB22 for Year 2030 by grid cell. Surplus_2040Surplus Appropriated Surface Water- Run of River supply volume from DB22 for Year 2040 by grid cell. Surplus_2050Surplus Appropriated Surface Water- Run of River supply volume from DB22 for Year 2050 by grid cell. Surplus_2060Surplus Appropriated Surface Water- Run of River supply volume from DB22 for Year 2060 by grid cell. Surplus_2070Surplus Appropriated Surface Water- Run of River supply volume from DB22 for Year 2070 by grid cell. Note: ObjectID, Shape, Shape_Length, and Shape_Area are standard field parameters created by ArcGIS for geodatabases and feature classes and are included in all files but not included in metadata description.
Service Item Id: c28bc11fc53f4abfba49aad100756ed6
Copyright Text: Prepared by HDR Inc. for Texas Water Development Board contract number 2000012405.
Description: Intermediate Grid- Score and Parameter Data for existing reservoir locations >5000 acft by grid cell. Source TWDB Water Data for TexasDescription of FieldsRCID Row- Column Identifier (grid cell)Reservoir_Storage_ACFTReservoir Storage, from TWDB Water Date for Texas websiteReservoir_FrequencyScore of 0 or 1. Based on presence of reservoir (>5,000 acft)Reservoir_VolumeScore of 0 to 1. Based on volume of reservoir (>5,000 acft)Reservoir_DurationScore of 0 or 1. Based on presence of reservoir (>5,000 acft)Reservoir_WQScore of 0-1, for general estimated treatability. High treatment (reuse)- 0; Conventional treatment (SW)- 0.5; Low treatment (low TDS, fresh GW)-1Score_Reservoir_StorageExcess Supply Score (Presence of Reservoir) by grid cell, considers Volume, Frequency, and Duration. Score 0-1.
Service Item Id: c28bc11fc53f4abfba49aad100756ed6
Copyright Text: Prepared by HDR Inc. for Texas Water Development Board contract number 2000012405.
Description: Intermediate Grid- Score and Parameter Data for Excess Groundwater by grid cell. Many to one record per cell for major aquifers coincident with each other.Source TWDB Draft 2022 State Water Plan database (DB22)Description of FieldsRCIDRow- Column Identifier (grid cell)CTY_BS_AQCounty- Basin- Aquifer concatenated unique identifier. For major aquifers only.RCID_NEW_CTY_BS_AQGrid cell added to County- Basin- Aquifer concatenated unique identifier. For major aquifers only.ClassMajor or Minor Aquifer designationSource_IDUnique ID assigned to each RCID_New_Cty_Bs_Aq combination. SourceID_RCIDSource ID and RCID concatenated AQ_NameAquifer Name from DB22 (major aquifers)Source_RegionRegion showing GW sourceSource_NameFull name of Aquifer (from DB22)GW_IDAquifer ID (from DB22)ASRCodeAlphaUnique Aquifer Code, consistent with four digit aquifer code in Hydrogeological Parameter Screening Tool (Task 2) StatusMAG or Non-MAG (i.e. identified by the RWPG)Source_DetailDetails on Source (from DB22)Source_CountyCounty with Source of Excess GW (DB22)Source_BasinRiver Basin where Excess GW is located (DB22)SalinityFresh, Brackish, Saline identifier used to score WQ (DB22)WB_2020_dividedVolume of Surplus Modeled Available Groundwater (Year 2020) from DB22 for each major and minor aquifer (multiple often per grid cell), divided and assigned equally amongst respective cells located in County- River BasinWB_2030_dividedVolume of Surplus Modeled Available Groundwater (Year 2030) from DB22 for each major and minor aquifer (multiple often per grid cell), divided and assigned equally amongst respective cells located in County- River BasinWB_2040_dividedVolume of Surplus Modeled Available Groundwater (Year 2040) from DB22 for each major and minor aquifer (multiple often per grid cell), divided and assigned equally amongst respective cells located in County- River BasinWB_2050_dividedVolume of Surplus Modeled Available Groundwater (Year 2050) from DB22 for each major and minor aquifer (multiple often per grid cell), divided and assigned equally amongst respective cells located in County- River BasinWB_2060_dividedVolume of Surplus Modeled Available Groundwater (Year 2060) from DB22 for each major and minor aquifer (multiple often per grid cell), divided and assigned equally amongst respective cells located in County- River BasinWB_2070_dividedVolume of Surplus Modeled Available Groundwater (Year 2070) from DB22 for each major and minor aquifer (multiple often per grid cell), divided and assigned equally amongst respective cells located in County- River BasinWB_Min_dividedMinimum MAG over 2020-2070 period for each major and minor aquifers by grid cell. This is the Volume of Excess Groundwater used to calculate GW score.Water_Balance_2020Total volume of Surplus Modeled Available Groundwater at County- River Basin level for Year 2020 (from DB22) before assigning to grid cellsWater_Balance_2030Total volume of Surplus Modeled Available Groundwater at County- River Basin level for Year 2030 (from DB22) before assigning to grid cellsWater_Balance_2040Total volume of Surplus Modeled Available Groundwater at County- River Basin level for Year 2040 (from DB22) before assigning to grid cellsWater_Balance_2050Total volume of Surplus Modeled Available Groundwater at County- River Basin level for Year 2050 (from DB22) before assigning to grid cellsWater_Balance_2060Total volume of Surplus Modeled Available Groundwater at County- River Basin level for Year 2060 (from DB22) before assigning to grid cellsWater_Balance_2070Total volume of Surplus Modeled Available Groundwater at County- River Basin level for Year 2070 (from DB22) before assigning to grid cellsWater_Balance_MinimumMinimum volume of Surplus Modeled Available Groundwater at County- River Basin level over Year 2020- 2070 period (from DB22) before assigning to grid cellsGround_DurationScore of 0 or 1. Based on number of consecutive decades MAG exceeding 500 acft/yr is available over the 2020-2070 period (6 decades)No_of_DecadesNumber of decades MAG exceeding 500 acft/yr is available. For use in scoring Ground_Frequency.Ground_FrequencyScore of 0 or 1. Based on number of decades MAG exceeding 500 acft/yr is available over the 2020-2070 period (6 decades)Ground_VolumeScore of 0-1, for WB_Min_Divided according to volume criteria range.Ground_WQScore of 0-1, for general estimated treatability. High treatment (reuse)- 0; Conventional treatment (SW)- 0.5; Low treatment (low TDS, fresh GW)-1Ground_ScoreGW Excess Supply Score by grid cell (many records per cell based for coincident aquifers/basin/county combinations), considers Volume, Frequency, and Duration. Score 0-1.Freq_CountNot used. Part of internal QC process.
Service Item Id: c28bc11fc53f4abfba49aad100756ed6
Copyright Text: Prepared by HDR Inc. for Texas Water Development Board contract number 2000012405.
Description: Intermediate Grid- Score and Parameter Data for Excess Groundwater by grid cell. Many to one record per cell for minor aquifers coincident with each other.Source TWDB Draft 2022 State Water Plan database (DB22)Description of FieldsRCIDRow- Column Identifier (grid cell)CTY_BS_AQCounty- Basin- Aquifer concatenated unique identifier. For minor aquifers only.RCID_NEW_CTY_BS_AQGrid cell added to County- Basin- Aquifer concatenated unique identifier. For minor aquifers only.ClassMajor or Minor Aquifer designationSource_IDUnique ID assigned to each RCID_New_Cty_Bs_Aq combination. SourceID_RCIDSource ID and RCID concatenated AQ_NameAquifer Name from DB22 (minor aquifers)Source_RegionRegion showing GW sourceSource_NameFull name of Aquifer (from DB22)GW_IDAquifer ID (from DB22)ASRCodeAlphaUnique Aquifer Code, consistent with four digit aquifer code in Hydrogeological Parameter Screening Tool (Task 2) StatusMAG or Non-MAG (i.e. identified by the RWPG)Source_DetailDetails on Source (from DB22)Source_CountyCounty with Source of Excess GW (DB22)Source_BasinRiver Basin where Excess GW is located (DB22)SalinityFresh, Brackish, Saline identifier used to score WQ (DB22)WB_2020_dividedVolume of Surplus Modeled Available Groundwater (Year 2020) from DB22 for each major and minor aquifer (multiple often per grid cell), divided and assigned equally amongst respective cells located in County- River BasinWB_2030_dividedVolume of Surplus Modeled Available Groundwater (Year 2030) from DB22 for each major and minor aquifer (multiple often per grid cell), divided and assigned equally amongst respective cells located in County- River BasinWB_2040_dividedVolume of Surplus Modeled Available Groundwater (Year 2040) from DB22 for each major and minor aquifer (multiple often per grid cell), divided and assigned equally amongst respective cells located in County- River BasinWB_2050_dividedVolume of Surplus Modeled Available Groundwater (Year 2050) from DB22 for each major and minor aquifer (multiple often per grid cell), divided and assigned equally amongst respective cells located in County- River BasinWB_2060_dividedVolume of Surplus Modeled Available Groundwater (Year 2060) from DB22 for each major and minor aquifer (multiple often per grid cell), divided and assigned equally amongst respective cells located in County- River BasinWB_2070_dividedVolume of Surplus Modeled Available Groundwater (Year 2070) from DB22 for each major and minor aquifer (multiple often per grid cell), divided and assigned equally amongst respective cells located in County- River BasinWB_Min_dividedMinimum MAG over 2020-2070 period for each major and minor aquifers by grid cell. This is the Volume of Excess Groundwater used to calculate GW score.Water_Balance_2020Total volume of Surplus Modeled Available Groundwater at County- River Basin level for Year 2020 (from DB22) before assigning to grid cellsWater_Balance_2030Total volume of Surplus Modeled Available Groundwater at County- River Basin level for Year 2030 (from DB22) before assigning to grid cellsWater_Balance_2040Total volume of Surplus Modeled Available Groundwater at County- River Basin level for Year 2040 (from DB22) before assigning to grid cellsWater_Balance_2050Total volume of Surplus Modeled Available Groundwater at County- River Basin level for Year 2050 (from DB22) before assigning to grid cellsWater_Balance_2060Total volume of Surplus Modeled Available Groundwater at County- River Basin level for Year 2060 (from DB22) before assigning to grid cellsWater_Balance_2070Total volume of Surplus Modeled Available Groundwater at County- River Basin level for Year 2070 (from DB22) before assigning to grid cellsWater_Balance_MinimumMinimum volume of Surplus Modeled Available Groundwater at County- River Basin level over Year 2020- 2070 period (from DB22) before assigning to grid cellsGround_DurationScore of 0 or 1. Based on number of consecutive decades MAG exceeding 500 acft/yr is available over the 2020-2070 period (6 decades)No_of_DecadesNumber of decades MAG exceeding 500 acft/yr is available. For use in scoring Ground_Frequency.Ground_FrequencyScore of 0 or 1. Based on number of decades MAG exceeding 500 acft/yr is available over the 2020-2070 period (6 decades)Ground_VolumeScore of 0-1, for WB_Min_Divided according to volume criteria range.Ground_WQScore of 0-1, for general estimated treatability. High treatment (reuse)- 0; Conventional treatment (SW)- 0.5; Low treatment (low TDS, fresh GW)-1Ground_ScoreGW Excess Supply Score by grid cell (many records per cell based for coincident aquifers/basin/county combinations), considers Volume, Frequency, and Duration. Score 0-1.Freq_CountNot used. Part of internal QC process.
Service Item Id: c28bc11fc53f4abfba49aad100756ed6
Copyright Text: Prepared by HDR Inc. for Texas Water Development Board contract number 2000012405.
Description: Point File- Native Data for Discharge Locations and Projected Discharges based on growth identified in county demand projections in 2022 Draft State Water Plan.Source TCEQ TPDES Geodatabase, EPA Enforcement and Compliance History Online (ECHO), TWDB approved demand projections for 2022 State Water PlanDescription of FieldsNPDES_IDTCEQ NPDES record number (ID) for discharge pointF2020_avg_annual_afyAverage EPA ECHO discharge (2015-2019) at each pointF2040_avg_annual_afyAverage EPA ECHO discharge (2015-2019) at each point + population growth according to DB22 population growth of county anticipated by Year 2040F2070_avg_annual_afyAverage EPA ECHO discharge (2015-2019) at each point + population growth according to DB22 population growth of county anticipated by Year 2070Note: ObjectID, Shape, Shape_Length, and Shape_Area are standard field parameters created by ArcGIS for geodatabases and feature classes and are included in all files but not included in metadata description.
Service Item Id: c28bc11fc53f4abfba49aad100756ed6
Copyright Text: Prepared by HDR Inc. for Texas Water Development Board contract number 2000012405.
Description: Point File- Native data for Appropriated Surplus Water (after accounting for WMS) in the 2022 Draft State Water Plan. Applied as point in centroid of reservoirs.Source TWDB Draft 2022 State Water Plan database (DB22)Description of FieldsRES_NAMEReservoir Name (TWDB DB22)Surplus_2020Surplus Appropriated Surface Water- Reservoirs supply volume from DB22 for Year 2020 by sourceSurplus_2030Surplus Appropriated Surface Water- Reservoirs supply volume from DB22 for Year 2030 by sourceSurplus_2040Surplus Appropriated Surface Water- Reservoirs supply volume from DB22 for Year 2040 by sourceSurplus_2050Surplus Appropriated Surface Water- Reservoirs supply volume from DB22 for Year 2050 by sourceSurplus_2060Surplus Appropriated Surface Water- Reservoirs supply volume from DB22 for Year 2060 by sourceSurplus_2070Surplus Appropriated Surface Water- Reservoirs supply volume from DB22 for Year 2070 by source Note: ObjectID, Shape, Shape_Length, and Shape_Area are standard field parameters created by ArcGIS for geodatabases and feature classes and are included in all files but not included in metadata description.
Service Item Id: c28bc11fc53f4abfba49aad100756ed6
Copyright Text: Prepared by HDR Inc. for Texas Water Development Board contract number 2000012405.
Description: Point File- Native data of Reservoirs in Texas and conservation pool capacity for identifying potential opportunities for storing excess water for ASR recharge, balancing, and/or scalping to provide operational benefits.Source: TWDB Water Data for TexasDescription of FieldsRES_NAMEReservoir Name (TWDB DB22)Reservoir_StorageConservation Capacity by reservoir (from Water Data for Texas)Note: ObjectID, Shape, Shape_Length, and Shape_Area are standard field parameters created by ArcGIS for geodatabases and feature classes and are included in all files but not included in metadata description.
Service Item Id: c28bc11fc53f4abfba49aad100756ed6
Copyright Text: Prepared by HDR Inc. for Texas Water Development Board contract number 2000012405.
Description: Point File- Run of River locations with Appropriated Surplus Water (after accounting for WMS) in the 2022 Draft State Water PlanSource TWDB Draft 2022 State Water Plan database (DB22)Description of FieldsSource_NameRun of River Supply (TWDB DB22)Surplus_2020Surplus Appropriated Surface Water- Run of River supply volume from DB22 for Year 2020 by sourceSurplus_2030Surplus Appropriated Surface Water- Run of River supply volume from DB22 for Year 2030 by sourceSurplus_2040Surplus Appropriated Surface Water- Run of River supply volume from DB22 for Year 2040 by sourceSurplus_2050Surplus Appropriated Surface Water- Run of River supply volume from DB22 for Year 2050 by sourceSurplus_2060Surplus Appropriated Surface Water- Run of River supply volume from DB22 for Year 2060 by sourceSurplus_2070Surplus Appropriated Surface Water- Run of River supply volume from DB22 for Year 2070 by source COUNTY_BASINCounty and River Basin concatenated for confirmation of locationsNote: ObjectID, Shape, Shape_Length, and Shape_Area are standard field parameters created by ArcGIS for geodatabases and feature classes and are included in all files but not included in metadata description.
Service Item Id: c28bc11fc53f4abfba49aad100756ed6
Copyright Text: Prepared by HDR Inc. for Texas Water Development Board contract number 2000012405.
Description: Point File- Native data for control points in TCEQ WAM Run 3 and statistics performed on raw data used to assimilate on grid levelSource TCEQ WAM, TCEQ WAM Control Point Geodatabase,Description of FieldsIdArcGIS field. Not used in calculations.BASINRiver Basin where WAM control point is locatedUNIQUE_IDUnique identifier of WAM control point and River Basin concatenatedUnap_Surplus_VolumeScore of 0-1, for Available Unappropriated Streamflow according to median annual flow at WAM control point according to volume criteria range. Unap_Surplus_FrequencyScore of 0-1, for Available Unappropriated Streamflow according to percentage of months with flow at WAM control point according to frequency criteria range. Unap_Surplus_DurationScore of 0-1, for Available Unappropriated Streamflow according to consecutive years with available flow greater and less than median at WAM control point according to duration criteria range. Unap_FWIScore of 0-1, for Available Unappropriated Streamflow according to distance from coast at WAM control point according to account for fresh water inflow considerations. Unap_Surplus_WQScore of 0-1, for general estimated treatability. High treatment (reuse)- 0; Conventional treatment (SW)- 0.5; Low treatment (low TDS, fresh GW)-1Unap_Surplus_ScoreScore of 0-1 for Available Unappropriated Streamflow for each WAM point based on volume, duration and frequency criteriaMiles_to_CoastNumber of miles (straight line distance) to coast for FWI considerationOBJECTID_12ArcGIS field. Not used in calculations.CPTCEQ WAM control point IDPercentage_of_Years_with_Available_FlowPercentage of Years with Available FlowPercentage_of_All_Months_with_Available_FlowPercentage of All Months with Available FlowPercentage_of_January_Months_with_Available_FlowPercentage of January Months with Available FlowPercentage_of_February_Months_with_Available_FlowPercentage of February Months with Available FlowPercentage_of_March_Months_with_Available_FlowPercentage of March Months with Available FlowPercentage_of_April_Months_with_Available_FlowPercentage of April Months with Available FlowPercentage_of_May_Months_with_Available_FlowPercentage of May Months with Available FlowPercentage_of_June_Months_with_Available_FlowPercentage of June Months with Available FlowPercentage_of_July_Months_with_Available_FlowPercentage of July Months with Available FlowPercentage_of_August_Months_with_Available_FlowPercentage of August Months with Available FlowPercentage_of_September_Months_with_Available_FlowPercentage of September Months with Available FlowPercentage_of_October_Months_with_Available_FlowPercentage of Oct Months with Available FlowPercentage_of_November_Months_with_Available_FlowPercentage of November Months with Available FlowPercentage_of_December_Months_with_Available_FlowPercentage of December Months with Available FlowF90th_Percentile_of_Monthly_Available_Flow__af_90th Percentile of Monthly Available FlowPercentage_of_Month_with___90th_Percentile_of_Monthly_Available% of months with flow above 90th percentileF75th_Percentile_of_Monthly_Available_Flow__af_75th Percentile of Monthly Available FlowPercentage_of_Month_with___75th_Percentile_of_Monthly_Available% of months with flow above 75th percentileF50th_Percentile_of_Monthly_Available_Flow__af_50th Percentile of Monthly Available FlowPercentage_of_Month_with___50th_Percentile_of_Monthly_Available% of months with flow above medianF25th_Percentile_of_Monthly_Available_Flow__af_25th Percentile of Monthly Available FlowPercentage_of_Month_with___25th_Percentile_of_Monthly_Available% of months with flow above 25th percentileF10th_Percentile_of_Monthly_Available_Flow__af_10th Percentile of Monthly Available FlowPercentage_of_Month_with___10th_Percentile_of_Monthly_Available% of months with flow above 10th percentileF5th_Percentile_of_Monthly_Available_Flow__af_5th Percentile of Monthly Available FlowPercentage_of_Month_with___5th_Percentile_of_Monthly_Available_F% of months with flow above 5th percentileF1th_Percentile_of_Monthly_Available_Flow__af_1st Percentile of Monthly Available FlowPercentage_of_Month_with___1th_Percentile_of_Monthly_Available_F% of months with flow above 1st percentileF90th_Percentile_of_Annual_Available_Flow__af_90th Percentile of Annual Available FlowPercentage_of_Year_with___90th_Percentile_of_Annual_Available_Fl% of years with flow above 90th percentileF75th_Percentile_of_Annual_Available_Flow__af_75th Percentile of Annual Available FlowPercentage_of_Year_with___75th_Percentile_of_Annual_Available_Fl% of years with flow above 75th percentileF50th_Percentile_of_Annual_Available_Flow__af_50th Percentile of Annual Available FlowPercentage_of_Year_with___50th_Percentile_of_Annual_Available_Fl% of years with flow above medianF25th_Percentile_of_Annual_Available_Flow__af_25th Percentile of Annual Available FlowPercentage_of_Year_with___25th_Percentile_of_Annual_Available_Fl% of years with flow above 25th percentileF10th_Percentile_of_Annual_Available_Flow__af_10th Percentile of Annual Available FlowPercentage_of_Year_with___10th_Percentile_of_Annual_Available_Fl% of years with flow above 10th percentileF5th_Percentile_of_Annual_Available_Flow__af_5th Percentile of Annual Available FlowPercentage_of_Year_with___5th_Percentile_of_Annual_Available_Flo% of years with flow above 5th percentileF1th_Percentile_of_Annual_Available_Flow__af_1st Percentile of Annual Available FlowPercentage_of_Year_with___1th_Percentile_of_Annual_Available_Flo% of years with flow above 1st percentileMax_Consecutive_Months_with_Available_Flow_Greater_than_50th_PerMax consecutive months with flow exceeding medianMax_Consecutive_Months_with_Available_Flow_Less_than_or_Equal_toMax consecutive months with flow less than medianMax_Consecutive_Years_with_Available_Flow_Greater_than_50th_PercMax consecutive years with flow exceeding medianMax_Consecutive_Years_with_Available_Flow_Less_than_or_Equal_toMax consecutive years with flow less than medianUnap_Surplus_CCEFN_FutureFor future use. RWPG consideration of Consensus Based Flows or other site-specific flow standard.Note: ObjectID, Shape, Shape_Length, and Shape_Area are standard field parameters created by ArcGIS for geodatabases and feature classes and are included in all files but not included in metadata description.
Service Item Id: c28bc11fc53f4abfba49aad100756ed6
Copyright Text: Prepared by HDR Inc. for Texas Water Development Board contract number 2000012405.
Description: Intermediate Grid- Score and Parameter Data for surplus appropriated surface water from TWDB DB22 (after WMS in RWPs). Unique record per cell. Combines Surplus_Appropriated_Surface_Water_Reservoirs_GRID and Surplus_Appropriated_Surface_Water_Run_of_River_GRID. Source TWDB Draft 2022 State Water Plan database (DB22)Description of FieldsRCIDRow- Column Identifier (grid cell)Surplus_2020Sum of Surplus Appropriated Surface Water (Reservoirs & Run-of-River) supply volume from DB22 for Year 2020 by grid cell. Surplus_2030Sum of Surplus Appropriated Surface Water (Reservoirs & Run-of-River) supply volume from DB22 for Year 2030 by grid cell. Surplus_2040Sum of Surplus Appropriated Surface Water (Reservoirs & Run-of-River) supply volume from DB22 for Year 2040 by grid cell. Surplus_2050Sum of Surplus Appropriated Surface Water (Reservoirs & Run-of-River) supply volume from DB22 for Year 2050 by grid cell. Surplus_2060Sum of Surplus Appropriated Surface Water (Reservoirs & Run-of-River) supply volume from DB22 for Year 2060 by grid cell. Surplus_2070Sum of Surplus Appropriated Surface Water (Reservoirs & Run-of-River) supply volume from DB22 for Year 2070 by grid cell. Score_VolumeScore of 0-1, for Average Surplus Appropriated Surface Water (Reservoirs & Run-of-River) supply volume from DB22 for 2020- 2070 period by grid cell according to volume criteria range. Score_FrequencyScore of 0-1, for Average Surplus Appropriated Surface Water (Reservoirs & Run-of-River) supply frequency from DB22 for 2020- 2070 period by grid cell according to criteria range. Score_DurationScore of 0-1, for Average Surplus Appropriated Surface Water (Reservoirs & Run-of-River) supply duration based on consecutive decades in DB22 over 2020- 2070 period by grid cell according to criteria range. Score_WaterQualityScore of 0-1, for general estimated treatability. High treatment (reuse)- 0; Conventional treatment (SW)- 0.5; Low treatment (low TDS, fresh GW)-1Score_Appropriated_SurfaceExcess Supply Score (Surplus Appropriated Surface Water for both Reservoirs and Run-of-the-River) by grid cell, considers Volume, Frequency, and Duration. Score 0-1.Note: ObjectID, Shape, Shape_Length, and Shape_Area are standard field parameters created by ArcGIS for geodatabases and feature classes and are included in all files but not included in metadata description.
Service Item Id: c28bc11fc53f4abfba49aad100756ed6
Copyright Text: Prepared by HDR Inc. for Texas Water Development Board contract number 2000012405.