Water Quality Monitoring Sample Clauses

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 ▇▇▇▇▇▇▇ audits for 14 stations X 16 sampling events 4 $33,840 Subtask Total $33,840 12/31/2021

Water Quality Monitoring. ▇▇▇▇▇▇▇ subcontracted with ▇▇▇▇▇▇▇ 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 12 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 • 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 12 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 F1.6. REDMOND will ensure coordination between the project team members. King County will oversee the continuous in-situ monitoring at each station using the probes. ▇▇▇▇▇▇▇ will coordinate with King County to provide review of continuous data and summarize them for presentation in the data report described in Subtask F1.6.

Water Quality Monitoring. (a) During the Term of this Agreement, the Customer will monitor the quality of water:‌ (i) extracted from the Water Source; (ii) held in a wetland treatment pond or storage pond; (iii) transferred downstream of the Connection Point or Further Connection Point under this Agreement; and (iv) water used at each Customer Property,‌ in accordance with any EIP requirements and will maintain records of each inspection, sampling and analysis undertaken for that purpose. (b) The Customer will forward to CWW copies of the results of monitoring and analyses, as agreed in writing by the parties.‌ (c) Where monitoring reveals any failure to meet the requirements of any EIP, the Customer will investigate the extent of the failure, and notify CWW of the findings of such investigation as soon as practicable after becoming aware of the failure.

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. 3.3.1 The monitoring locations used during the reporting quarter are depicted in Figure 3. 3.3.2 Fourteen (14) Action Level Exceedancs were recorded at measured dissolved oxygen (DO) value (mg L-1) During ebb tide on 15 August 2014, surface and middle DO in mg L-1 recorded at IS(Mf)11, IS10 and SR5; bottom DO in mg L-1 recorded at IS(Mf)11 and IS10 exceeded the Action Level. During flood tide on 15 August 2014, surface and middle DO in mg L-1 recorded at IS(Mf)11, IS10, SR5, SR6 and SR7; bottom DO in mg L-1 recorded at IS(Mf)11, IS10, SR5 and SR6 exceeded the Action Level. Station (N) Exceedance Level DO (S&M) DO (Bottom) Turbidity SS Total Note: S: Surface; M: Mid-depth; 3.3.3 Fourteen (14) Action Level Exceedancs were recorded at measured dissolved oxygen (DO) value (mg L-1) on 15 August 2014. During Mid-ebb tide on, surface and middle DO in mg L-1 recorded at IS(Mf)11, IS10 and SR5; bottom DO in mg L-1 recorded at IS(Mf)11 and IS10 exceeded the Action Level. During mid-flood tide on 15 August 2014, surface and middle DO in mg L-1 recorded at IS(Mf)11, IS10, SR5, SR6 and SR7; bottom DO in mg L-1 recorded at IS(Mf)11, IS10, SR5 and SR6 exceeded the Action Level. 3.3.3.1 For marine works, marine filling was conducted at portion C2b during flood and ebb tide at area behind cellular structures on 15 Aug 2014. Also refer to above layout map. 3.3.3.2 Exceedance was not due to marine based construction works of the Project because: 3.3.3.3 With reference to the silt curtain checking record defects was observed at north parts of the perimeter silt curtain and at southwest entrance of the perimeter silt curtain. 3.3.3.4 As informed by the Contractor, filling was conducted on 13, 15 and 18 August 2014 at Portion C2b, but with referred to monitoring record and photo record attached, no sediment plume has been observed to flow from the inside of the perimeter silt curtain to the outside of the perimeter silt curtain and no discoloration of sea water has been observed. Please refer to the photo attached for reference of the sea condition during ebb tide and flood tide on 15 August 2014. 3.3.3.5 Photo record of sea condition taken during ebb tide at north of HKBCF Reclamation Works near IS(Mf)11, IS10 and SR5 on 15 August 2014. 3.3.3.6 Photo record of sea condition taken during flood tide at north of HKBCF Reclamation Works near IS(Mf)11, IS10 and SR5 on 15 August 2014. 3.3.3.7 Construction activities were reviewed, almost the same marine works were conducted at almos...

Water Quality Monitoring. The permittee shall conduct instream water quality monitoring in order to evaluate storm water impacts on the receiving water bodies of the outfalls of the Airport’s storm water drainage system. The monitoring shall be conducted annually and be coordinated with an outfall monitoring event during the deicing season as specified in Part I.A.1., I.A.2., I.A.4, and I.A.5. This monitoring will assist in determining the Airport’s compliance with state water quality standards. The water quality monitoring plan shall consist of the following conditions:

Water Quality Monitoring. Onshore and offshore monitoring to evaluate the quality of water bodies, including parameters such as Dissolved Oxygen, pH, Chlorophyll A, Turbidity, and Temperature.

Water Quality Monitoring. The Water Quality Monitoring Network of the Mekong was launched in January 1985,190 and has been monitoring physical and chemical parameters at 98 sites of the basin on a monthly basis. Measurements have included the amount of sediment in the water, salinity, and levels of nutrients.191 The network was revitalised in 2003 focusing on transboundary aspects of water quality and it began operating in 2004 with new equipment and training of staff. The Procedures on Water Use Monitoring (Monitoring Procedures) provide a legal basis for a water use monitoring system to be established in the Lower Mekong Basin. It is mainly concerned with institutional arrangements, while detailed requirements of how monitoring is to be carried out is left to a technical support team.192 The Monitoring System is meant to monitor water use in the Mekong Basin which “may have a significant impact to the water quality or flows regime of the mainstream of the Mekong River System”. Inter-basin diversion (The diversion of water from the mainstream or a tributary of the Mekong river system into another basin”) shall also be monitored by the parties.193 Agreements have also been reached with Myanmar for the setting up of two monitoring stations in Myanmar.194 Those stations are however, only monitoring water flows as a mean of early flood warning. They are not concerned with water quality.