140R3019Q0112_Price_Schedule.xlsx
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- 140R3019Q0112
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Sheet1 Continuation of Price Schedule
| CLIN | Supplies or Services | Quantity | Unit | Unit Price | Total Price |
| 0010 | Contractor shall provide all necessary tools, materials, equipment, labor, travel, transportation, and per diem to perform Eloy and Maricopa-Stanfield Basin Study Groundwater Model Development in accordance with the Performance Work Statement (PWS) contained herein. | ||||
| Obtain data provided by Reclamation and Pinal Partnership | 1 | LS | $ - 0 | ||
| Obtain data from ADWR databases | 1 | LS | $ - 0 | ||
| Coordination with CAP staff on processing of CAP:SAM model to MODFLOW | 1 | LS | $ - 0 | ||
| Coordination with USBR Technical Services on incorporation of climate information into projections of phreatophytic evapotranspiration, streambed and mountain front recharge | 1 | LS | $ - 0 | ||
| Compile additonal data as requested by Study Participants | 1 | LS | $ - 0 | ||
| Prepare Technical Memorandum summarizing all data collected for review and approval | 1 | LS | $ - 0 | ||
| Review ADWR Pinal Model regarding geologic interpretations, hydraulic parameters, calibrations, water budgets, and identify any deficiencies | 1 | LS | $ - 0 | ||
| Coordinate with ADWR regarding any updates ADWR has made to existing Pinal Model. | 1 | LS | $ - 0 | ||
| Document revisions to existing ADWR Pinal Model geology and model parameters, including written justification and notation in appropriate electronic file format | 1 | LS | $ - 0 | ||
| Review and update ADWR revised geology as needed. Contractor shall use existing data for baseline, and update it with available new geology data. (No new field work for data collection anticipated.) | 1 | LS | $ - 0 | ||
| Review gravity measurements and seismic data to potentially improve the basin geometry | 1 | LS | $ - 0 | ||
| Identify wells drilled after 2009 in Pinal AMA using Well55 database - especially in geology data gap areas. (See ADWR Modeling Report 26 Figures 4,7,11.) | 1 | LS | $ - 0 | ||
| Analyze driller logs and supporting geophysical logs for revised geology interpretations for UAU, MSCU, and LCU layer contact elevations. | 1 | LS | $ - 0 | ||
| Collect and analyze additional aquifer tests that were performed after 2009 and use this data to update the aquifer parameter distributions. | 1 | LS | $ - 0 | ||
| Investigate and potentially update values for vertical hydraulic conductivity. | 1 | LS | $ - 0 | ||
| Coordinate and incorporate any additional aquifer test data that may be available. | 1 | LS | $ - 0 | ||
| Obtain updated reports from ADWRs RoGR database and use to update model. | 1 | LS | $ - 0 | ||
| Verify model is using actual pumping rates by comparing actual measured monthly well pumping values from CAIDD and MSIDD against values used in the ADWR model. | 1 | LS | $ - 0 | ||
| Collect future pumping rates from study participants and incorporate into model. | 1 | LS | $ - 0 | ||
| Review recharge components (stream flow, agriculture, canal, mountain front, artificial, and underflow) simulated in the existing 209 ADWR Pinal Model. | 1 | LS | $ - 0 | ||
| Update model recharge components to current conditions. | 1 | LS | $ - 0 | ||
| Update Model using future recharge from stream flow and canals using climate modeling results. | 1 | LS | $ - 0 | ||
| Update Models future artificial recharge using values provided by study participants. | 1 | LS | $ - 0 | ||
| Review and revise mountain front recharge due to climate change. | 1 | LS | $ - 0 | ||
| Evaluate and revise lag times for agricultural recharge | 1 | LS | $ - 0 | ||
| Devise method or algorithm for converting agricultural use to municipal per growth projections. | 1 | LS | $ - 0 | ||
| Evaluate changes of evapotranspiration to riparian vegetation | 1 | LS | $ - 0 | ||
| Evaluate canal seepage | 1 | LS | $ - 0 | ||
| Update surface water boundaries for planning scenarios using Reclamation climate change model results | 1 | LS | $ - 0 | ||
| Update all other boundary conditions as needed to reflect projected future conditions. | 1 | LS | $ - 0 | ||
| Update model calibration targets (hydrographs) using ADWRs GWSI. | 1 | LS | $ - 0 | ||
| Work with Pinal Partnership and Reclamation on selecting the wells used for calibration targets on vertical hydraulic gradients. | 1 | LS | $ - 0 | ||
| Analyze water level measurements and develop water level contour maps with flow directions for UAU, MSCU, and LAU. (Use water level measurements from ADWR GWSI between 2009 to 2018) | 1 | LS | $ - 0 | ||
| Obtain additional land subsidence data since 2009. | 1 | LS | $ - 0 | ||
| Prepare subsidence package outside of Groundwater Vistas program. | 1 | LS | $ - 0 | ||
| Update land subsidence targets for model calibrations. | 1 | LS | $ - 0 | ||
| Simulate land subsidence in model prediction scenarios. | 1 | LS | $ - 0 | ||
| Prepare maps of model predicted land subsidence for each planning scenario at selected years. | 1 | LS | $ - 0 | ||
| Analyze observed versus simulated heads for transient state. Update and recalibrate Pinal model. | 1 | LS | $ - 0 | ||
| Develop five planning scenarios | 1 | LS | $ - 0 | ||
| Run planing scenarios with base model and updated model. | 1 | LS | $ - 0 | ||
| Develop an array of adaptation and mitigation strategies to address issues identified in planning scenario model runs. | 1 | LS | $ - 0 | ||
| Refine adaptation strategies to three | 1 | LS | $ - 0 | ||
| Run model with one of the existing planning scenarios using each of the three adaptation strategies. | 1 | LS | $ - 0 | ||
| Kick-off Meeting [1] | 1 | EA | $ - 0 | ||
| Monthly Updates/Summaries [24] | 24 | EA | $ - 0 | ||
| Meeting to review technical results of updated model [2] | 2 | EA | $ - 0 | ||
| Quarterly Meetings or Stakeholder Meetings [10] | 10 | EA | $ - 0 | ||
| Scenario Development Workshop [1] | 1 | EA | $ - 0 | ||
| Draft report presentation [1] | 1 | EA | $ - 0 | ||
| Final report presentation [1] | 1 | EA | $ - 0 | ||
| Technical Memorandum | 1 | LS | $ - 0 | ||
| Biweekly Reports via Email | 1 | LS | $ - 0 | ||
| Draft Report | 1 | LS | $ - 0 | ||
| Maps - depth to water, water level elevation through time, change in depth to water through time, pairwise comparison of scenarios | 1 | LS | $ - 0 | ||
| Preparation of representative hydrographs | 1 | LS | $ - 0 | ||
| Subsidence map | 1 | LS | $ - 0 | ||
| Prepare and format electronic files | 1 | LS | $ - 0 | ||
| Summaries of sub-basin water budgets | 1 | LS | $ - 0 | ||
| Final Report | 1 | LS | $ - 0 | ||
| Final electronic file of groundwater model | 1 | LS | $ - 0 | ||
| Grand Total | $ - 0 |
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