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February Continuous water monitoring at Station B (discharge from San Luis Drain), February 2008 Show… General Content
January Continuous water monitoring at Station B (discharge from San Luis Drain), January 2008. Show… General Content
December Continuous water monitoring at Station B (discharge from San Luis Drain), December 2007. Show… General Content
November Continuous water monitoring at Station B (discharge from San Luis Drain), November 2007 Show… General Content
October Continuous water monitoring at Station B (discharge from San Luis Drain), October 2007 Show… General Content
Footnotes General Content
2007-2008 2007-2008 Selenium Load General Content
1996-1999 Quarterly Narratives 1996-1999 General Content
2000-2002 Quarterly Narratives 2000-2002 General Content
2003-2005 Quarterly Narratives 2003-2005 General Content
Atospheric Deposition Strategy Planning Meeting This is the first meeting to develop a long-term strategy for understanding atmospheric deposition… Event
Quarterly Narratives General Content
Quarterly Reports Quarterly Reports by Year General Content
Monthly Reports Reports by Month General Content
RMP Steering Committee Meeting Event
2006 2006 Monthly Reports General Content
2007 2007 Monthly Reports General Content
2008 2008 Monthly Reports General Content
Section 6.0 References Alemi, M. 1992. The San Joaquin Valley Drainage Program (Follow up) Surface Water Monitoring Plan.… General Content
5.2.7 Contractors The contractors listed in Table 5.2 are procured and monitored by the agencies responsible for… General Content
Table 5.2 Contractors CONTRACTORS   Steve Wilson US Geological Survey Office of Mineral Resources Branch of… General Content
5.2.6 Quality Assurance John Fields, a USBR member of the Data Collection and Reporting Team, has been designated as the… General Content
5.2.5 Data Evaluation The TAC will be responsible for ensuring that necessary data evaluation and interpretation is… General Content
5.2.4 Reporting SFEI will assemble, summarize, and distribute monthly and quarterly reports. Monthly reports will… General Content
5.2.3 Data Management Each entity collecting data will be responsible for its own internal data quality and management… General Content
5.2.2 Monitoring Coordination The Data Collection and Reporting Team will meet regularly and as necessary in order to ensure… General Content
5.2.1 Data Collection The GBP monitoring program is a multi-agency cooperative effort which incorporates and relies on… General Content
5.2. Project Responsibilities General Content
5.1.3 Data Collection and Reporting Team A Data Collection and Reporting Team for the GBP has been formed and has prepared this Monitoring… General Content
5.1.2 Technical Advisory Committee The GBP OC will designate a Technical Advisory Committee (TAC), which will serve as staff to the OC… General Content
5.1.1 Oversight Committee The GBP OC is comprised of senior level representatives from USBR, USFWS, CDFG, CVRWQCB, and the… General Content
Table 5.1 Organization OVERSIGHT COMMITTEE General Content
5.1 Project Organization The GBP involves the coordination and cooperation of several State and Federal agencies whose… General Content
Section 5.0 Project Management General Content
4.6.2.8 Data uses Data from the in situ toxicity tests will be presented with laboratory toxicity test results and… General Content
4.6.2.7 Quality assurance The in situ toxicity testing program will follow a written SOP to be included inn the QAPP. There… General Content
4.6.2.6 Water chemistry Chemical and physical parameters measured at each site will include temperature, pH, dissolved… General Content
4.6.2.5 Field techniques Field procedures/protocols are currently under development and will be fully documented in the… General Content
4.6.2.4 Species selection The test species is fathead minnow Pimephales promelas, four and fourteen days old. General Content
4.6.2.3. Frequency of sampling The sites selected for the in situ toxicity testing program are Site D - Mud Slough downstream of… General Content
4.6.2.2 Sampling locations General Content
4.6.2.1 Purpose The purpose of the in situ toxicity testing program is to determine whether direct exposure of test… General Content
4.6.2 In Situ Toxicity Testing General Content
4.6.1.10 Data analysis Data will be evaluated using the TOXIS statistical package, which includes USEPA flow through chart… General Content
4.6.1.9 Summary of quality assurance measures Laboratory QA/QC measures will consist of following a written SOP for each type of test, including… General Content
4.6.1.8 Bioaccumulation studies with algae After each algal bioassay, test and control replicates will be composited. Samples will be… General Content
4.6.1.7 Chemical analysis Water quality and chemical analysis will be performed on each grab water sample collected. Analyses… General Content
4.6.1.6 Laboratory techniques Laboratory techniques selected for toxicity testing include USEPA methods using the short term… General Content
4.6.1.5 Species selection Test species include the larval fathead minnow, Pimephales promelas (less than 24 hours old), the… General Content
4.6.1.4 Field sampling Field sampling techniques will follow the protocol described in "Short-Term Methods for Estimating… General Content
4.6.1.3 Frequency of sampling Current plans require monthly sampling and toxicity testing at the selected sites. However, should… General Content
4.6.1.2 Sampling locations Grab samples will be collected at the following sites for use in laboratory bioassays: Site B - SLD… General Content
4.6.1.1 Purpose The purpose of the toxicity testing program is to evaluate potential toxicity of agriculture drain… General Content
4.6.1 In-Lab Toxicity Testing The objective of the laboratory toxicity testing program is to evaluate the potential toxicity of… General Content
4.6 Toxicity Testing General Content
4.5.2.7 Data uses Fish communities assessment will be used to improve the resolution of whether or not impairment or… General Content
4.5.2.6 Quality assurance To ensure fish survey data is representative of the fish assemblage within the pre-project area, it… General Content
4.5.2.5 Analytical techniques Fish assemblage information will be qualified by using the 8 integrated metrics defined by the… General Content
4.5.2.4 Field sampling techniques Fish collection techniques employed will depend on stream size and whether or not the stream is… General Content
4.5.2.3 Frequency of sampling Sampling will be conducted a minimum of twice annually during the summer (June, August). Collecting… General Content
4.5.2.2 Sampling locations Aquatic Communities Assessment monitoring stations are as follows: Site C: Located in Mud Slough… General Content
4.5.2.1 Purpose An assessment of fish communities existing within the GBP area will be employed to evaluate changes… General Content
4.5.2 Fish Community Assessment General Content
4.5.1.6 Data uses The tissue sampling is intended to provide data to compare to known critical contaminant levels to… General Content
4.5.1.5 Analytical techniques Biological specimens collected will be analyzed for body burden concentrations of selenium and… General Content
4.5.1.4 Field sampling techniques Procedures and protocol for biota sampling to determine contaminant body burdens in fish,… General Content
4.5.1.3 Frequency of sampling Fish and invertebrates will be collected from all sites (C-I) on a quarterly basis, according to… General Content
4.5.1.1 Purpose The purposes for tissue sampling in biological specimens are: 1. to assess the potential for… General Content
4.5.1 Tissue Sampling General Content
4.5 Biological Monitoring General Content
4.4.3.6 Data uses The sediment data will be used to detect any accumulation of selenium in the sediments. The data… General Content
4.4.3.5 Analytical Techniques Analytical techniques are the same as previously described for in-drain sediments. General Content
4.4.3.4 Field Sampling Techniques The techniques and sampling design rationale are identical to those stated for in-drain sediment… General Content
4.4.3.3 Frequency of Sampling Sediment samples will be collected quarterly. General Content
4.4.3.2 Sampling locations Sites C, D, E, and F are located in the Salt Slough/Mud Slough system. Site C is located in Mud… General Content
4.4.3.1 Purpose Other locations will be sampled to determine whether changes in sediment chemistry are occurring as… General Content
4.4.3 Other Sediment Monitoring General Content
4.4.2.5 Data Uses The in-drain sediment data will provide indication of any trends with respect to accumulation or… General Content
4.4.2.4 Analytical Techniques The samples will be analyzed for total selenium and TOC by USBR contract laboratory. Selenium will… General Content
4.4.2.3 Field Sampling Techniques Samples at stations in the SLD will consist of three composite samples per sampling location using… General Content
4.4.2.2 Sampling locations The Monitoring Plan provides for sediment chemistry samples on annual and quarterly sites in the… General Content
4.4.2.1 Purpose The purpose of in-drain sediment chemistry monitoring is to detect whether selenium levels in San… General Content
4.4.2 San Luis Drain Sediment Quality General Content
4.4.1.7 Data Uses The data will be used to tabulate the quantity of sediment in the various reaches of the SLD. General Content
4.4.1.6 Quality Assurance Distances along the SLD between structures will be measured using a cherry-picker retrofitted with… General Content
4.4.1.5 Volume Calculations a. Water Level Calculations The level of the water will be determined by measuring along the lining… General Content
4.4.1.4 Field sampling techniques Cross-sections of the SLD from Check 19 to the terminus are shown in Figure 4.4.1. There will be… General Content
4.4.1.3 Frequency of sampling An annual sediment survey of four reaches will be performed by the SLD-MWA. This will allow for the… General Content
4.4.1.2 Sampling locations The sediment is not uniformly deposited along the length of the SLD. In general, sediment tends to… General Content
Table 4.4.1 San Lusi Drain Survey Summers Engineering, March 1987 Depth Measurement Locations Checks 17-18, 14-15, 10-11, 1-2 General Content
4.4.1.1 Purpose The purpose of this task is to assess the transport of sediment and selenium within the SLD by… General Content
4.4.1 San Luis Drain Sediment Quantity General Content
4.4 Sediment Monitoring General Content
4.3.4 Sampling Methods Several sampling techniques will be used to collect samples, including grab, time and depth… General Content
4.3.3.4 Grasslands Channels The Grasslands channels monitoring sites (Sites F and J through M) will be sampled at a weekly… General Content
4.3.3.3 San Joaquin River The San Joaquin River at Fremont Ford and at Hills Ferry will be sampled on a weekly basis. Weekly… General Content
4.3.3.1 San Luis Drain (Grassland Bypass) Weekly samples will be collected at Sites A and B for selected parameters. A sample will be… General Content
4.3.3 Frequency of Sampling Frequency of water quality sample collection is summarized in Table 4.3.1. The frequency of sample… General Content
4.3.2.4 Grasslands Channels and Salt Slough Five monitoring sites have been selected in the Grasslands wetland channels. These sites include… General Content
4.3.2.3 San Joaquin River Three water quality monitoring sites have been selected on the San Joaquin River. Site G (San… General Content