| #D001 | | ALL FORMS OF MARINE LIFE | includes all life stages of all marine species. | high |
| #D002 | | AREA PRODUCTION FOREGONE (APF) | also known as habitat production foregone, is an estimate of the area that is required to produce (replace) the same amount of larvae or propagules* that are removed via entrainment at a desalination facilities* intakes. APF is calculated by multiplying the proportional mortality* by the source water body,* which are both determined using an empirical transport model.* | high |
| #D003 | | AREAS OF SPECIAL BIOLOGICAL SIGNIFICANCE (ASBS) | are those areas designated by the State Water Board as ocean areas requiring protection of species or biological communities to the extent that maintenance of natural water quality is assured. All Areas of Special Biological Significance are also classified as a subset of STATE WATER QUALITY PROTECTION AREAS.* ASBS are also referred to as State Water Quality Protection Areas* - Areas of Special Biological Significance (SWQPA-ASBS). | high |
| #D004 | | BACTERIA WATER QUALITY OBJECTIVE(S) | are the bacteria water quality objectives set forth in Chapter II.B.1.a.(1). | high |
| #D005 | | BASIN PLAN | is a water quality control plan that consists of a designation or establishment for the waters within a specified area of all of the following: (1) Beneficial uses to be protected, (2) Water quality objectives, (3) A program of implementation needed for achieving water quality objectives. | high |
| #D006 | | BRINE | is the byproduct of desalinated* water having a salinity* concentration greater than a desalination facility's* intake source water. | high |
| #D007 | | BRINE MIXING ZONE | is the area where salinity* may exceed 2.0 parts per thousand above natural background salinity,* or the concentration of salinity* approved as part of an alternative receiving water limitation. The standard brine mixing zone shall not exceed 100 meters (328 feet) laterally from the points of discharge and throughout the water column. An alternative brine mixing zone, if approved as described in chapter III.M.3.d, shall not exceed 200 meters (656 feet) laterally from the points of discharge and throughout the water column. The brine mixing zone is an allocated impact zone where there may be toxic effects on marine life due to elevated salinity. | high |
| #D008 | | CALENDAR MONTH(S) | is a period of time from a day of one month to the day before the corresponding day of the next month if the corresponding day exists, or if not to the last day of the next month (e.g. from January 1 to January 31, from June 15 to July 14, or from January 31 to February 28). | high |
| #D009 | | CHLORDANE | shall mean the sum of chlordane-alpha, chlordane-gamma, chlordenealpha, chlordene-gamma, nonachlor-alpha, nonachlor-gamma, and oxychlordane. | high |
| #D010 | | DDT | shall mean the sum of 4,4'DDT, 2,4'DDT, 4,4'DDE, 2,4'DDE, 4,4'DDD, and 2,4'DDD. | high |
| #D011 | | DESALINATION FACILITY | is an industrial facility that processes water to remove salts and other components from the source water to produce water that is less saline than the source water. | high |
| #D012 | | DICHLOROBENZENES | shall mean the sum of 1,2- and 1,3-dichlorobenzene. | high |
| #D013 | | DOWNSTREAM OCEAN WATERS | shall mean waters downstream with respect to ocean currents. | high |
| #D014 | | EELGRASS BEDS | are aggregations of the aquatic plant species of the genus Zostera. | high |
| #D015 | | EMPIRICAL TRANSPORT MODEL (ETM) | is a methodology for determining the spatial area known as the source water body* that contains the source water population, which are the organisms that are at risk of entrainment as determined by factors that may include but are not limited to biological, hydrodynamic, and oceanographic data. ETM can also be used to estimate proportional mortality,* Pm. | high |
| #D016 | | ENDOSULFAN | shall mean the sum of endosulfan-alpha and -beta and endosulfan sulfate. | high |
| #D017 | | FEASIBLE | for the purposes of chapter III.M, shall mean capable of being accomplished in a successful manner within a reasonable period of time, taking into account economic, environmental, social, and technological factors. | high |
| #D018 | | FLOW AUGMENTATION | is a type of in-plant dilution and occurs when a desalination facility* withdraws additional source water for the specific purpose of diluting brine* prior to discharge. | high |
| #D019 | | GEOMETRIC MEAN (GM) | is a type of mean or average that indicates the central tendency or typical value of a set of numbers by using the product of their values (as opposed to the arithmetic mean which uses their sum). The geometric mean is defined as the nth root of the product of n numbers. The formula is expressed as: GM = , where x is the sample value and n is the number of samples taken. | high |
| #D020 | | GRAYWATER | is drainage from galley, dishwasher, shower, laundry, bath, and lavatory wash basin sinks, and water fountains, but does not include drainage from toilets, urinals, hospitals, or cargo spaces. | high |
| #D021 | | HALOMETHANES | shall mean the sum of bromoform, bromomethane (methyl bromide) and chloromethane (methyl chloride). | high |
| #D022 | | HCH | shall mean the sum of the alpha, beta, gamma (lindane) and delta isomers of hexachlorocyclohexane. | high |
| #D023 | | INDICATOR BACTERIA | includes total coliform bacteria, fecal coliform bacteria (or E. coli ), and/or Enterococcus bacteria. | high |
| #D024 | | IN-KIND MITIGATION | is when the habitat or species lost is the same as what is replaced through mitigation. | high |
| #D025 | | INITIAL DILUTION | is the process which results in the rapid and irreversible turbulent mixing of wastewater with ocean water around the point of discharge. | high |
| #D026 | | LOEC | is the lowest observed effect concentration or the lowest concentration of effluent that causes observable adverse effects in exposed test organisms. | high |
| #D027 | | MARICULTURE | is the culture of algae, plants, and animals in marine waters independent of any pollution source. | high |
| #D028 | | MARINE MANAGED AREAS | are named, discrete geographic marine or estuarine areas along the California coast designated by law or administrative action, and intended to protect, conserve, or otherwise manage a variety of resources and their uses. | high |
| #D029 | | METHOD DETECTION LIMIT (MDL) | is the minimum concentration of a substance that can be measured and reported with 99% confidence that the analyte concentration is greater than zero, as defined in 40 CFR PART 136 Appendix B. | high |
| #D030 | | MINIMUM LEVEL (ML) | is the concentrations at which the entire analytical system must give a recognizable signal and acceptable calibration point. The ML is the concentration in a sample that is equivalent to the concentration of the lowest calibration standard analyzed by a specific analytical procedure, assuming that all the method-specified sample weights, volumes and processing steps have been followed. | high |
| #D031 | | MULTIPORT DIFFUSERS | are linear structures consisting of spaced ports or nozzles that are installed on submerged marine outfalls. For the purposes of chapter III.M, multiport diffusers discharge brine* waste into an ambient receiving water body and enable rapid mixing, dispersal, and dilution of brine* within a relatively small area. | high |
| #D032 | | MUNICIPAL SEPARATE STORM SEWER SYSTEM (MS4) | has the same meaning set forth in 40 Code of Federal Regulations section 122.26(b)(8). | high |
| #D033 | | NO DISCHARGE ZONE (NDZ) | is an area in which both treated and untreated sewage discharges from vessels are prohibited. | high |
| #D034 | | NON-STORM WATER DISCHARGE | is any runoff that is not the result of a precipitation event. This is often referred to as 'dry weather flow.' | high |
| #D035 | | OCEAN WATERS | are the territorial marine waters of the State as defined by California law to the extent these waters are outside of enclosed bays,* estuaries, and coastal lagoons.* | high |
| #D036 | | OCEANGOING VESSELS | means commercial vessels of 300 gross registered tons or more calling on California ports or places, excluding active military vessels. | high |
| #D037 | | OILY BILGE WATER | includes bilge water that contains used lubrication oils, oil sludge and slops, fuel and oil sludge, used oil, used fuel and fuel filters, and oily waste. | high |
| #D038 | | OUT-OF-KIND MITIGATION | is when the habitat or species lost is different than what is replaced through mitigation. | high |
| #D039 | | PAHs | shall mean the sum of acenaphthylene, anthracene, 1,2-benzanthracene, 3,4-benzofluoranthene, benzo[k]fluoranthene, 1,12-benzoperylene, benzo[a]pyrene, chrysene, dibenzo[ah]anthracene, fluorene, indeno[1,2,3-cd]pyrene, phenanthrene and pyrene. | high |
| #D040 | | PCBs | shall mean the sum of chlorinated biphenyls whose analytical characteristics resemble those of Aroclor-1016, Aroclor-1221, Aroclor1232, Aroclor-1242, Aroclor-1248, Aroclor-1254 and Aroclor-1260. | high |
| #D041 | | PERMITTING AUTHORITY | means the State Water Board or Regional Water Board, whichever issues the permit. | high |
| #D042 | | PREPRODUCTION PLASTIC | has the same meaning set forth in section 13367(a) of the Water Code. | high |
| #D043 | | PROPAGULES | are structures that are capable of propagating an organism to the next stage in its life cycle via dispersal. Dispersal is the movement of individuals from their birth site to their reproductive grounds. | high |
| #D044 | | PROPORTIONAL MORTALITY | is percentage of larval organisms or propagules* in the source water body* that is expected to be entrained at a desalination facility's* intake. It is assumed that all entrained larvae or propagules* die as a result of entrainment. | high |
| #D045 | | REFERENCE SYSTEM | is a watershed or waterbody segment determined by the Water Board to be minimally disturbed by anthropogenic stresses but otherwise is representative of conditions of the assessed site, watershed, or water body segment. | high |
| #D046 | | SALINITY | is a measure of the dissolved salts in a volume of water. For the purposes of this Plan, salinity shall be measured using a standard method approved by the regional water board (e.g. Standard Method 2520 B, EPA Method 120.1, EPA Method 160.1) and reported in parts per thousand (ppt). | high |
| #D047 | | SEAWATER | is salt water that is in or from the ocean. For the purposes chapter III.M, seawater includes tidally influenced waters in coastal estuaries and coastal lagoons* and underground salt water beneath the seafloor, beach, or other contiguous land with hydrologic connectivity to the ocean. | high |
| #D048 | | SENSITIVE HABITATS | for the purposes of this Plan, are kelp beds,* rocky substrate, surfgrass beds,* eelgrass beds,* oyster beds, spawning grounds for state or federally managed species, market squid nurseries,* or other habitats in need of special protection as determined by the Water Boards. | high |
| #D049 | | SHELLFISH | are organisms identified by the California Department of Public Health as shellfish for public health purposes (i.e., mussels, clams and oysters). | high |
| #D050 | | SIGNIFICANT difference | is defined as a statistically significant difference in the means of two distributions of sampling results at the 95 percent confidence level. | high |
| #D051 | | SINGLE SAMPLE MAXIMUM (SSM) | is a maximum value not to be exceeded in any single sample. | high |
| #D052 | | SOURCE WATER BODY | is the spatial area that contains the organisms that are at risk of entrainment at a desalination facility* as determined by factors that may include, but are not limited to, biological, hydrodynamic, and oceanographic data. | high |
| #D053 | | STATISTICAL THRESHOLD VALUE (STV) | for the bacteria water quality objective* is a set value that approximates the 90th percentile of the water quality distribution of a bacterial population. The STV* for the bacteria water quality objective* is 110 cfu/100mL. | high |
| #D054 | | STORM WATER | has the same meaning set forth in 40 Code of Federal Regulations section 122.26(b)(13) (Nov. 16, 1990). | high |
| #D055 | | SUBSURFACE INTAKE | for the purposes of chapter III.M, is an intake withdrawing seawater* from the area beneath the ocean floor or beneath the surface of the earth inland from the ocean. | high |
| #D056 | | SURFGRASS BEDS | are aggregations of marine flowering plants of the genus Phyllospadix . | high |
| #D057 | | TRASH | means all improperly discarded solid material from any production, manufacturing, or processing operation including, but not limited to, products, product packaging, or containers constructed of plastic, steel, aluminum, glass, paper, or other synthetic or natural materials. | high |
| #D058 | | WASTE | As used in this Plan, waste includes a discharger's total discharge, of whatever origin, i.e., gross, not net, discharge. | high |
| #D059 | | WQS VARIANCE | A water quality standards variance , as defined by 40 Code of Federal Regulations section 131.3(o), is a time-limited designated use and criterion for a specific pollutant(s) or water quality parameter(s) that reflect the highest attainable condition during the term of the water quality standards variance. | high |
| #D060 | | ACUTE TOXICITY | a. Acute Toxicity (TUa) Expressed in Toxic Units Acute (TUa) b. Lethal Concentration 50% (LC 50) LC 50 (percent waste giving 50% survival of test organisms) shall be determined by static or continuous flow bioassay techniques using standard marine test species as specified in Appendix III. If specific identifiable substances in wastewater can be demonstrated by the discharger as being rapidly rendered harmless upon discharge to the marine environment, but not as a result of dilution, the LC 50 may be determined after the test samples are adjusted to remove the influence of those substances. When it is not possible to measure the 96-hour LC 50 due to greater than 50 percent survival of the test species in 100 percent waste, the toxicity concentration shall be calculated by the expression: TUa = log(100 - S) / 1.7 where: S = percentage survival in 100% waste. If S > 99, TUa shall be reported as zero. | high |
| #D061 | | CHRONIC TOXICITY | This parameter shall be used to measure the acceptability of waters for supporting a healthy marine biota until improved methods are developed to evaluate biological response. a. Chronic Toxicity (TUc) Expressed as Toxic Units Chronic (TUc) b. No Observed Effect Level (NOEL) The NOEL is expressed as the maximum percent effluent or receiving water* that causes no observable effect on a test organism, as determined by the result of a critical life stage toxicity test listed in Appendix III, Table III-1. | high |
| #D062 | | DEGRADE | Degradation shall be determined by comparison of the waste field and reference site(s) for characteristic species diversity, population density, contamination, growth anomalies, debility, or supplanting of normal species by undesirable plant and animal species. Degradation occurs if there are significant* differences in any of three major biotic groups, namely, demersal fish, benthic invertebrates, or attached algae. Other groups may be evaluated where benthic species are not affected, or are not the only ones affected. | high |
| #D063 | | DREDGED MATERIAL | Any material* excavated or dredged from the navigable waters of the United States, including material* otherwise referred to as 'spoil'. | high |
| #D064 | | ENCLOSED BAYS | are indentations along the coast which enclose an area of oceanic water within distinct headlands or harbor works. Enclosed bays include all bays where the narrowest distance between headlands or outermost harbor works is less than 75 percent of the greatest dimension of the enclosed portion of the bay. This definition includes but is not limited to: Humboldt Bay, Bodega Harbor, Tomales Bay, Drakes Estero, San Francisco Bay, Morro Bay, Los Angeles Harbor, Upper and Lower Newport Bay, Mission Bay, and San Diego Bay. | high |
| #D065 | | ESTUARIES AND COASTAL LAGOONS | are waters at the mouths of streams that serve as mixing zones for fresh and ocean* waters during a major portion of the year. Mouths of streams that are temporarily separated from the ocean by sandbars shall be considered as estuaries. Estuarine waters will generally be considered to extend from a bay or the open ocean to the upstream limit of tidal action but may be considered to extend seaward if significant* mixing of fresh and salt water occurs in the open coastal waters. The waters described by this definition include but are not limited to the Sacramento-San Joaquin Delta as defined by section 12220 of the California Water Code, Suisun Bay, Carquinez Strait downstream to Carquinez Bridge, and appropriate areas of the Smith, Klamath, Mad, Eel, Noyo, and Russian Rivers. | high |
| #D066 | | FULL CAPTURE SYSTEM | is a treatment control*, or series of treatment controls*, including but not limited to, a multi-benefit project* or a low-impact development control* that traps all particles that are 5 mm or greater, and has a design treatment capacity that is either: a) of not less than the peak flow rate, Q, resulting from a oneyear, one-hour, storm in the subdrainage area, or b) appropriately sized to, and designed to carry at least the same flows as, the corresponding storm drain. [Rational equation is used to compute the peak flow rate: Q = C · I · A, where Q = design flow rate (cubic feet per second, cfs); C = runoff coefficient (dimensionless); I = design rainfall intensity (inches per hour, as determined per the rainfall isohyetal map specific to each region, and A = subdrainage area (acres).] | high |
| #D067 | | INSTITUTIONAL CONTROLS | are non-structural best management practices (i.e., no structures are involved) that may include, but not be limited to, street sweeping, sidewalk Trash* bins, collection of the Trash*, anti-litter educational and outreach programs, producer take-back for packaging, and ordinances. | high |
| #D068 | | KELP BEDS | are aggregations of marine algae of the order Laminariales, including species in the genera Macrocystis, Nereocystis, and Pelagophycus . Kelp beds include the total foliage canopy throughout the water column. | high |
| #D069 | | LARGE PASSENGER VESSELS | are vessels of 300 gross registered tons or greater engaged in carrying passengers for hire. The following vessels are not large passenger vessels: (1) Vessels without berths or overnight accommodations for passengers; (2) Noncommercial vessels, warships, vessels operated by nonprofit entities as determined by the Internal Revenue Service, and vessels operated by the state, the United States, or a foreign government; (3) Oceangoing vessels,* as defined below (e.g. those used to transport cargo). | high |
| #D070 | | LOW-IMPACT DEVELOPMENT CONTROLS | are treatment controls* that employ natural and constructed features that reduce the rate of storm water* runoff, filter out pollutants, facilitate storm water* storage onsite, infiltrate storm water* into the ground to replenish groundwater supplies, or improve the quality of receiving groundwater and surface water. (See Water Code § 10564.) | high |
| #D071 | | MULTI-BENEFIT PROJECT | is a treatment control* project designed to achieve any of the benefits set forth in section 10562, subdivision (d) of the Water Code. Examples include projects designed to: infiltrate, recharge or store storm water* for beneficial reuse; develop or enhance habitat and open space through storm water* and nonstorm water management; and/or reduce storm water* and non-storm water runoff volume. | high |
| #D072 | | NATURAL BACKGROUND SALINITY | is the salinity* at a location that results from naturally occurring processes and is without apparent human influence. For purposes of determining natural background salinity, the regional water board may approve the use of: (1) the mean monthly natural background salinity... or (2) the actual salinity at a reference location, or reference locations, that is representative of natural background salinity at the discharge location. | high |
| #D073 | | NATURAL LIGHT | Reduction of natural light may be determined by the Regional Board by measurement of light transmissivity or total irradiance, or both, according to the monitoring needs of the Regional Board. | high |
| #D074 | | PRIORITY LAND USES | are those developed sites, facilities, or land uses (i.e., not simply zoned land uses) within the MS4* permittee's jurisdiction from which discharges of Trash* are regulated by this Ocean Plan as follows: (1) High-density residential: all land uses with at least ten (10) developed dwelling units/acre. (2) Industrial : land uses where the primary activities on the developed parcels involve product manufacture, storage, or distribution... (3) Commercial : land uses where the primary activities on the developed parcels involve the sale or transfer of goods or services to consumers... (4) Mixed urban : land uses where high-density residential, industrial, and/or commercial land uses predominate collectively... (5) Public transportation stations : facilities or sites where public transit agencies' vehicles load or unload passengers or goods... | high |
| #D075 | | STATE WATER QUALITY PROTECTION AREAS (SWQPAs) | are nonterrestrial marine or estuarine areas designated to protect marine species or biological communities from an undesirable alteration in natural water quality. All Areas of Special Biological Significance (ASBS)* that were previously designated by the State Water Board in Resolutions 74-28, 74-32, and 75-61 are now also classified as a subset of State Water Quality Protection Areas and require special protections afforded by this Plan. | high |
| #D076 | | STATE WATER QUALITY PROTECTION AREAS - GENERAL PROTECTION (SWQPA-GP) | designated by the State Water Board to protect marine species and biological communities from an undesirable alteration in natural water quality within State Marine Parks and State Marine Conservation Areas. | high |
| #D077 | | TCDD EQUIVALENTS | shall mean the sum of the concentrations of chlorinated dibenzodioxins (2,3,7,8-CDDs) and chlorinated dibenzofurans (2,3,7,8-CDFs) multiplied by their respective toxicity factors, as shown in the table [contained in Appendix I]. | high |
| #D078 | | TRASH PROVISIONS | are the water quality objective for Trash*, as well as the prohibition of discharge set forth in Chapter III.I and implementation requirements set forth in Chapter III.L herein. | high |
| #D079 | | TREATMENT CONTROLS | are structural best management practices to either (a) remove pollutants and/or solids from storm water* runoff, wastewater, or effluent, or (b) capture, infiltrate or reuse storm water* runoff, wastewater, or effluent. Treatment controls include full capture systems* and low-impact development controls*. | high |
| #D080 | | WATER RECLAMATION | The treatment of wastewater to render it suitable for reuse, the transportation of treated wastewater to the place of use, and the actual use of treated wastewater for a direct beneficial use or controlled use that would not otherwise occur. | high |
| #D081 | | ETM/APF APPROACH or ANALYSIS | For guidance on how to perform an ETM/APF analysis please see Appendix E of the Staff Report for Amendment to the Water Quality Control Plan For Ocean Waters of California Addressing Desalination Facility Intakes, Brine Discharges, And The Incorporation Of Other Non-substantive Changes. | high |
| #D082 | | FULL CAPTURE SYSTEM EQUIVALENCY | is the Trash* load that would be reduced if full capture systems* were installed, operated, and maintained for all storm drains that capture runoff from the relevant areas of land (priority land uses*, significant trash generating areas*, facilities or sites regulated by NPDES permits for discharges of storm water* associated with industrial activity, or specific land uses or areas that generate substantial amounts of Trash*, as applicable). The full capture system equivalency* is a Trash* load reduction target that the permittee quantifies by using an approach, and technically acceptable and defensible assumptions and methods for applying the approach, subject to the approval of permitting authority*. Examples of such approaches include, but are not limited to, the following: (1) Trash Capture Rate Approach. Directly measure or otherwise determine the amount of Trash* captured by full capture systems* for representative samples of all similar types of land uses, facilities, or areas within the relevant areas of land over time to identify specific trash capture rates. Apply each specific Trash* capture rate across all similar types of land uses, facilities, or areas to determine full capture system equivalency*. Trash* capture rates may be determined either through a pilot study or literature review. Full capture systems* selected to evaluate Trash* capture rates may cover entire types of land uses, facilities, or areas, or a representative subset of types of land uses, facilities, or areas. With this approach, full capture system equivalency* is the sum of the products of each type of land use, facility, or area multiplied by Trash* capture rates for that type of land use, facility, or area. (2) Reference Approach. Determine the amount of Trash* in a reference receiving water in a reference watershed where full capture systems* have been installed for all storm drains that capture runoff from all relevant areas of land. The reference watershed must be comprised of similar types and extent of sources of trash* and land uses (including priority land uses* and all other land uses), facilities, or areas as the permittee's watershed. With this approach, full capture system equivalency* would be demonstrated when the amount of Trash* in the receiving water is equivalent to the amount of Trash* in the reference receiving water. | high |
| #D083 | | MARKET SQUID NURSERIES | are comprised of numerous egg capsules, each containing approximately 200 developing embryos, attached in clusters or mops to sandy substrate with moderate water flow. Market squid ( Doryteuthis opalescens ) nurseries occur at a wide range of depths; however, mop densities are greatest in shallow, nearshore waters between ten and 100 meters (328 feet) deep. | high |
| #D084 | | MATERIAL | (a) In common usage: (1) the substance or substances of which a thing is made or composed (2) substantial; (b) For purposes of this Ocean Plan relating to waste disposal, dredging and the disposal of dredged material* and fill, MATERIAL means matter of any kind or description which is subject to regulation as waste, or any material dredged from the navigable waters of the United States. See also, DREDGED MATERIAL.* For the purposes of chapter III.M.2.d, materials relates to the common usage in (a). | high |
| #D085 | | RECEIVING WATER | for permitted storm water discharges and nonpoint sources, should be measured at the point of discharge(s), in the surf zone immediately where runoff from an outfall meets the ocean water (a.k.a., at point zero). | high |
| #D086 | | SIGNIFICANT TRASH GENERATING AREAS | means all locations or facilities within the Department's jurisdiction where Trash* accumulates in substantial amounts, such as: (1) Highway on- and off-ramps in high density residential, commercial, and industrial land uses (as such land uses are defined under priority land uses* herein). (2) Rest areas and park-and-rides. (3) State highways in commercial and industrial land uses (as such land uses are defined under priority land uses* herein). (4) Mainline highway segments to be identified by the Department through pilot studies and/or surveys. | high |
| #D087 | | State Board or State Water Board | shall mean the State Water Resources Control Board. | high |
| #D088 | | Regional Board or Regional Water Board | shall mean a California Regional Water Quality Control Board. | high |
| #D089 | | Environmental Protection Agency, USEPA, or EPA | shall mean the federal Environmental Protection Agency. | high |
| #D090 | | Report of Waste Discharge (ROWD) | This application package constitutes a Report of Waste Discharge (ROWD) pursuant to California Water Code Section 13260. | high |
| #D091 | | Regional Water Quality Control Board (RWQCB) | appropriate Regional Water Quality Control Board (RWQCB) | high |
| #D092 | | waste discharge requirements (WDRs) | waste discharge requirements (WDRs) | high |
| #D093 | | National Pollutant Discharge Elimination System (NPDES) | National Pollutant Discharge Elimination System (NPDES) permits | high |
| #D094 | | Assessor's Parcel Number(s) (APN) | Assessor's Parcel Number(s) (APN), which is located on the property tax bill. | high |
| #D095 | | NEW DISCHARGE OR FACILITY | A discharge or facility that is proposed but does not now exist, or that does not yet have WDRs or an NPDES permit. | high |
| #D096 | | CHANGE IN DESIGN OR OPERATION | A material change in design or operation from existing discharge requirements. | high |
| #D097 | | CHANGE IN QUANTITY/TYPE OF DISCHARGE | A material change in characteristics of the waste from existing discharge requirements. | high |
| #D098 | | CHANGE IN OWNERSHIP/ OPERATOR | Change of legal owner of the facility. | high |
| #D099 | | REISSUANCE | A new application is required to reissue an NPDES permit which has expired. | high |
| #D100 | | California Environmental Quality Act (CEQA) | California Environmental Quality Act (CEQA) | high |
| #D101 | | California Environmental Protection Agency (Cal/EPA) | California Environmental Protection Agency (Cal/EPA) | high |
| #D102 | | FACILITY OPERATOR | The agency or business, not the person | high |
| #D103 | | Completion date | the date when all required information, including the correct fee, is received by the RWQCB | high |
| #D104 | | Lead Agency | responsible for completion of CEQA requirements for the project, i.e., completion and certification of CEQA documentation | high |
| #D105 | | Best Management Practices (BMPs) | Best Management Practices (BMPs) | high |
| #D106 | | NPDES PERMITS | If you are applying for a permit to discharge to surface water, you will need an NPDES permit which is issued under both State and Federal law and may be required to complete one or more of the following Federal NPDES permit application forms: Short Form A, Standard Form A, Forms 1, 2B, 2C, 2D, 2E, and 2F. | high |
| #D107 | | WASTE DISCHARGE REQUIREMENTS UPDATE OR NPDES PERMIT REISSUANCE | WDRs must be updated periodically to reflect changing technology standards and conditions. A new application is required to reissue an NPDES permit which has expired. | high |
| #D108 | | Permit Assistance Centers | Permit Assistance Centers located throughout California have permit specialists from all the State, regional, and local agencies to identify permit requirements and assist in permit processing. | high |
| #D109 | | Ombudsman | All Cal/EPA programs maintain an Ombudsman to work directly with applicants. | high |
| #D110 | | Regional MS4 Permit | Order No. R9-20130001, National Pollutant Discharge Elimination System (NPDES) Permit and Waste Discharge Requirements for Discharges from the Municipal Separate Storm Sewer Systems (MS4s) Draining the Watersheds within the San Diego Region... as amended | high |
| #D111 | | Copermittees | 39 governmental municipalities named in the Regional MS4 Permit | high |
| #D112 | | WQIPs | Water Quality Improvement Plans | high |
| #D113 | | Bacteria TMDLs | Resolution No. R9-2010-0001, a Resolution Amending the Water Quality Control Plan for the San Diego Basin to Incorporate Revised Total Maximum Daily Loads for Indicator Bacteria, Project I - Twenty Beaches and Creeks in the San Diego Region (including Tecolote Creek) | high |
| #D114 | | Basin Plan | Water Quality Control Plan for the San Diego Region | high |
| #D115 | | WLAs | Waste Load Allocations | high |
| #D116 | | FIB | Fecal Indicator Bacteria | high |
| #D117 | | REC-1 | water contact recreation beneficial use | high |
| #D118 | | WQBELs | water quality based effluent limitations | high |
| #D119 | | Final RWLs | Final Receiving Water Limitations | high |
| #D120 | | TMDL waterbodies | impaired waterbodies and segments thereof subject to Bacteria TMDL requirements | high |
| #D121 | | TMDL Responsible Permittees | designated permittees responsible for implementing the TMDL requirements | high |
| #D122 | | TSO Responsible Permittees | TMDL Responsible Permittees that are included in Attachment E, Table 6.0 of the Basin Plan and that have requested TSO coverage | high |
| #D123 | | QMRA | Quantitative Microbial Risk Assessment | high |
| #D124 | | PPP | Pollution Prevention Plan | high |
| #D125 | | dry season | May 1 to September 30 | high |
| #D126 | | MSIWP | Microbial Source Identification Work Plan | high |
| #D127 | | MSAWP | Microbial Source Abatement Work Plan | high |