Water Quality Monitoring. The Authority will be responsible for obtaining and testing any water sampling as requested by the regulatory authorities. The costs for this testing are included in the rate charged for disposal.
Water Quality Monitoring. The Licensee shall conduct an ongoing water quality 4 monitoring program for the Project to provide data to demonstrate the level of protection 5 provided for Beneficial Uses of Project waters and to identify any trends in water quality 6 conditions that may occur over time. If adverse water quality is shown to be a result of 7 the Licensee’s Project operations or maintenance, the Licensee shall develop and 8 implement a plan and/or measures to mitigate Project-related effects on water quality. 9
Water Quality Monitoring. Laboratory analytical results and documentation of Xxxxxxx audits for 14 stations X 16 sampling events 4 $33,840 Subtask Total $33,840 12/31/2021
Water Quality Monitoring. (a) During the Term of this Agreement, the Customer will monitor the quality of water:
Water Quality Monitoring. 3.3.1 The monitoring locations used during the reporting quarter are depicted in Figure 3.
Water Quality Monitoring. PacifiCorp will fund water quality monitoring, including on-going BGA and BGA toxin monitoring. Funding of $500,000 will be provided per year. Monitoring will be performed by an entity agreed upon by the Parties and in coordination with appropriate water quality agencies.
Water Quality Monitoring. REDMOND subcontracted with Xxxxxxx for the water quality monitoring component of the RPWS. This involves the collection of up to twelve grab samples over the water year during storm events (three each quarter) at 14 stations. In addition, up to four grab samples will be collected over the water year during base flow (one each quarter) at these stations. Each sample will be analyzed for the following indicators for evaluating water quality impacts from urban development: • Total suspended solids • Turbidity • Conductivity • Hardness • Dissolved organic carbon • Fecal coliform bacteria • Total phosphorus • Total nitrogen • Copper, total and dissolved • Zinc, total and dissolved In addition, probes will be used for continuous in-situ monitoring of temperature at all 14 stations and conductivity at a subset of 9 stations. Collection of grab samples during both storm and base flow events will include the following activities performed in accordance with the QAPP for the study: • Weather tracking and go/no go decision coordination • Mobilization of field crews for sampling during the event • Delivery of samples to the laboratory after the event • Auditing of laboratory analytical results within seven days of their receipt • Entry of the analytical results into the study's data management system • Preparation of a data validation memorandum that will establish the usability of all the data • Preparation of graphical and tabular summaries for the data report described in Subtask D1.6 REDMOND will ensure coordination between the project team members. King County will oversee the continuous in-situ monitoring at each station using the probes. Xxxxxxx will coordinate with King County to provide review of continuous data and summarize them for presentation in the data report described in Subtask D1.6.
Water Quality Monitoring. 3.3.1 Impact water quality monitoring was conducted 3 times per week during mid-ebb and mid-flood tides at 21 water monitoring stations (9 Impact Stations, 7 Sensitive Receiver Stations and 5 Control/Far Field Stations).
Water Quality Monitoring. 5.4.3.1 Previous Action and Current Activity. Beginning in 1994, we initiated river water quality characterization. This work includes characterization of the mercury concentrations in the St. Croix, Minnesota and Mississippi Rivers and selected tributaries. The results from four different studies have been published in professional, peer-reviewed journals. A mercury nonpoint source study of six streams in the Minnesota River basin has been conducted. In addition, XXXX studied historical inputs of mercury and methyl mercury to 55 lakes in Minnesota (with MPCA and the Science Museum of Minnesota) and conducted two studies, in association with other agencies, that characterized mercury in snowmelt runoff from agricultural fields and mercury in snowmelt runoff in 12 rivers and streams. In 1998, we received an Interagency Monitoring Grant, in association with the MPCA, to further evaluate mercury from nonpoint sources on the Minnesota River. The grant award of $300,000 over 2 years has allowed us to establish six monitoring sites on rivers and streams in the Mankato area to characterize mercury and methyl mercury concentrations and loadings. This important work has helped us to establish a strong correlation between total suspended solids (TSS) from sediment, turbidity and mercury concentrations.
Water Quality Monitoring. BWR intends to conduct water quality monitoring in the Reservoir and perform related water quality analyses to understand the baseline water quality parameters for the Reservoir throughout the water year.1 The scope and parameters of the water quality monitoring and analyses shall be developed and managed by BWR in consultation with the City and County. BWR agrees to provide the City and County with copies of the water quality monitoring and analyses for the reservoir and the City and County agree to protect such information, to the extent possible, from disclosure as confidential and trade secret information of BWR. The Parties may enter into a nondisclosure agreement to provide additional protections for such information shared by BWR to the City and County. During the initial diligence period following entry of the final decree in the Application, the City and County agree to provide reimbursement to BWR for the reasonable costs incurred by BWR for the water quality monitoring and analyses in the amount of up to $30,000 per year. The Parties agree to work together in good faith to update the water quality monitoring and analysis performed during the initial diligence period, as may be appropriate, to understand the baseline water quality parameters for the Reservoir within two to three years prior to the commencement of any construction for an enlargement at no expense to BWR. The amount of reimbursement to BWR may be increased based on actual costs for work done following the initial diligence period.
