Sarah M. Banks Caleb J.P. DeAbreu William H. Asquith Kirk D. Rodgers 20240206 spreadsheet https://doi.org/10.5066/P9F162A0 The dataset entitled “imputedsalt_MissS” holds data structures to be relayed to statistical modeling of salinity in near-coastal environments of the Northern Gulf of Mexico. The content therein is created by the ‘covardr2formodel.R’ script that represents terminal decisions on variable setup and transformations). The design ideal is that the content of this directory would be copied to some path of “input” within a model building repository. The table in this directory would be especially suitable for both (1) formal data releases supporting as needed interpretive publications and (2) simultaneous long-term storage as copies within a model building repository in some specific terminal decisions (variable transforms or even dropping of whole data classes by switches in ‘covardr2formodel.R) are reflected in these data and they are a step removed as it were from the “raw” data in the ‘covardr/’ directory. The purpose of the dataset is to make model input variables for the Mississippi Sound (MissS) group readily available for modeling salinity in near-coastal environments. 19800101 20211231 ground condition Complete None planned -97.6162 -81.4770 30.6670 25.8922 None Salinity Modeling Estuary Gulf of Mexico USGS Metadata Identifier USGS:6471048cd34e4e58932d2ab5 None Gulf of Mexico Mississippi Sound Please see 'Distribution Info' for details. Although these data have been used by the U.S. Geological Survey (USGS), U.S. Department of the Interior, no warranty expressed or implied is made by the USGS as to the accuracy of the data. The act of distribution shall not constitute any such warranty, and no responsibility is assumed by the USGS in the use of this data, software, or related materials. Any use of trade, firm, or product names is for descriptive purposes only and does not imply endorsement by the U.S. Government. This dataset may be redistributed if it is not edited and is properly referenced. Although USGS intends to make this server available 24 hours a day, seven days a week, timely delivery of data and products from this server through the Internet is not guaranteed. William H. Asquith U.S. Geological Survey, SOUTHEAST REGION Research Hydrologist mailing address

8802 Urbana Avenue

Lubbock TX 79424 US 806-993-0232 806-993-0235 wasquith@usgs.gov William H. Asquith and Kirk D. Rodgers No formal attribute accuracy tests were conducted. No formal logical accuracy test were conducted. Dataset is considered complete for the information presented, as described in the abstract. Users are advised to read the rest of the metadata record carefully for additional steps. No formal positional accuracy tests were conducted. No formal positional accuracy tests Texas Water Development Board (TWDB) 2018 tabular digital data The webpage provides continuous salinity data collected along the Texas coast from multiple sources from active and discontinued stations https://waterdatafortexas.org/coastal Digital and/or Hardcopy 1986 2018 observed Texas Bays and Estuaries Continuous Water Quality Data Salinity data Porter, D.E., Director, CDMO Director, University of South Carolina, Columbia, SC 29208, porter@sc.edu 2018 tabular digital data Centralized Data Management Office https://cdmo.baruch.sc.edu/ The Centralized Data Management Office (CDMO) and the NERRS Data Management Committee (comprised of representation from the NERRS Managers, Research Coordinators, Education Coordinators, SWMP Technicians, Stewardship Coordinators, Coastal Training Program Coordinators, and NOAA) have established six priority areas in support of the System-wide Monitoring Program www.nerrsdata.org Digital and/or Hardcopy 1986 2018 observed National Estuarine Research Reserve System Centralized Data Management Office (NERR) Salinity data https://water.usgs.gov/user_feedback_form.html 2018 tabular digital data World Wide Web United States Geological Survey Mapping interface on WWW that links to water-quality stations in target area operated by the USGS. Data are directly retrievable https://maps.waterdata.usgs.gov/mapper/index.html Digital and/or Hardcopy 1986 2018 observed National Water Information System (NWIS): Mapper Salinity data Lower Colorado River Authority (LCRA) 2018 tabular digital data Water quality professionals from throughout the Colorado River basin collect the data and it is entered into a central database. The information comes from LCRA, the Colorado River Municipal Water District, the Upper Colorado River Authority, the Texas Commission on Environmental Quality, and the City of Austin. https://waterquality.lcra.org Digital and/or Hardcopy 1986 2018 observed Lower Colorado River Authority (LCRA) Salinity data Rizzo, James, Assistant Director Operations, 6300 Ocean Drive, Unit 5799, Corpus Christi, TX 78412, james.rizzo@tamucc.edu 2018 tabular digital data The TCOON, is a unique network of scientific data collection platforms used to amass critical data pertaining to wind and water — essential data to anyone who lives or works near the Gulf coast. A confluence of Federal, State and local governmental entities in partnership with academia, TCOON is that rare combination of tax dollars at work to provide a service that benefits all sectors of society, including commercial interests, recreational wind surfers and anglers, research scientists, and public officials responsible for environmental and public safety. The pooling of resources and funding to support TCOON reduces the financial burden of a single sponsor, while making the most of available funds. TCOON stations are designed to meet the rigid scientific guidelines of the National Oceanic and Atmospheric Administration (NOAA) which allows the use of TCOON data to establish tidal datums that are admissible in court. Tidal datums are used in identification and defense of littoral boundaries, or legal boundaries along the seashore separating privately owned land from State-owned, submerged land. Moreover, detailed records provide an audit trail of all the steps used in the collection and production of data products emanating from TCOON, assuring the accuracy and reliability of these products. In addition to the critical function of the production of tidal datums, TCOON data are used by public officials charged with hurricane preparedness, meteorologists providing storm forecasts, and research scientists monitoring the environmentally sensitive bays and estuaries along the Gulf of Mexico in Texas and as input for water level, storm surge, and circulation models. http://www.cbi.tamucc.edu/TCOON/ Digital and/or Hardcopy 1986 2018 observed Texas Coastal Ocean Observation Network (TCOON) Salinity data Mobile Bay National Estuary Program 2018 tabular digital data http://cf.disl.org/mondata/metadata.cfm Mobile Bay National Estuary Program Webpage links to a mapping interface showing locations of stations collecting continuous water-quality data including salinity. The webpage is hosted by the Dauphin Island Sea Laboratory under auspices of the Mobile Bay National Estuary Program. Metadata for the sites are found at: http://cf.disl.org/mondata/metadata.cfm https://www.disl.edu/arcos/ Digital and/or Hardcopy 1986 2018 observed Mobile Bay National Estuary Program Salinity data The repository, after the first step of cloning it from its homepage (https://code.usgs.gov/water/restore/covESTUSAL), requires sequences of initialization steps before the entire workflow can be executed. These steps are summarized below as concept and the specifics of the initialization and order of workflow operation are summarized in covar/README.md and output/README.md. Further written discussion and a schematic of parts of the workflow are provided in the WORKFLOW_DIAGRAM.md documentation. (The https://code.usgs.gov infrastructure provides dynamic markup of the WORKFLOW_DIAGRAM.md to a diagram when selected and viewed within an internet browser.)The user needs to synchronize the repository with external data resources. The first external data source is the time series of salinity data provided. The user with RStudio can navigate to input/salinity/ directory and source salinity_get.R. Other external data resources include the caching raw climatology files representing the climate donor locations and then acquiring many wind speed files. The user can open RStudio, navigate to covar/daymet/ directory, open the daymet_get.R script, source daymet_get.R, and then let the R process run to completion. Then with RStudio navigate to covar/windspeed/ directory, open the windspeed_get.R script, source windspeed_get.R, and then let the R process again run to completion. (The streamflow data when needed will be pulled on the fly without prior user interaction; there is no covar/swflow/swflow_get.R script.) At this point, the repository is initialized.The remainder of the workflow, as used by the developers, is with RStudio to navigate to covar/, open the covarBUILD.R script, source the covarBUILD.R, script and check back with the R process in perhaps as many as 6 to 12 hours to see process completion. Next, the developers with RStudio navigate to output/, open the covardr2formodel.R script, source covardr2formodel.R, and then let the R process run to completion (maybe 30 minutes to an hour). The user then has produced content in the output/formodel/ directory and could use the files therein for future statistical investigations. Texas Bays and Estuaries Continuous Water Quality Data National Estuarine Research Reserve System Centralized Data Management Office (NERR) Texas Coastal Ocean Observation Network (TCOON) National Water Information System (NWIS): Mapper Lower Colorado River Authority (LCRA) Mobile Bay National Estuary Program 20230223 William H. Asquith U.S. Geological Survey, SOUTHEAST REGION Research Hydrologist mailing address

8802 Urbana Avenue

Lubbock TX 79424 US 806-993-0232 806-993-0235 wasquith@usgs.gov imputedsalt_MissS_cols.txt Imputedsalt_MissS_cols.txt serves as a dedicated data dictionary for the MissS group dataset and contains definitions for column headers and data ranges associated with each column label in the metadata. Producer Defined imputedsalt_MissS.txt A .txt file type containing imputed salinity and covariate data for the MissS group, intended for relay to statistical modeling of salinity in near-coastal environments of the Northern Gulf of Mexico. Column definitions and data ranges can be accessed in the associated data dictionary (imputedsalt_ MissS_cols.txt). Producer Defined site_badge A character string representing a unique identifier for each salinity site containing the agency code abbreviation and the salinity site identification alpha-numeric string Producer Defined DIS:CRTA1 Dauphin Island Sealab: Cedar Point Producer defined DIS:PPTA1 Dauphin Island Sealab: Perdido Pass Producer defined DIS:MBLA1 Dauphin Island Sealab: Middle Bay Lighthouse Producer defined DIS:BSCA1 Dauphin Island Sealab: Bon Secour Producer defined DIS:DPIA1 Dauphin Island Sealab: Dauphin Island Sealab Producer defined DIS:MHPA1 Dauphin Island Sealab: Meaher Park Producer defined DIS:KATA1 Dauphin Island Sealab: Katrina Cut Producer defined NERR:WKBWB National Estuarine Research Reserve: Weeks Bay Producer defined NERR:WKBFR National Estuarine Research Reserve: Weeks Bay, Fish River Producer defined USGS:02481270 United States Geological Survey: Back Bay Of Biloxi Near Biloxi, Miss. Producer defined USGS:02480285 United States Geological Survey: West Pascagoula River At Hwy 90 At Gautier, Ms Producer defined USGS:02480212 United States Geological Survey: Pascagoula River At Mi 1 At Pascagoula, Ms Producer defined NERR:GNDBH National Estuarine Research Reserve: Grand Bay Nerr Blue Heron Producer defined USGS:301429089145600 United States Geological Survey: Mississippi Sound At Usgs Merrill Shell Bank Light Producer defined USGS:301912088583300 United States Geological Survey: Mississippi Sound At Usgs Gulfport Light, Ms Producer defined USGS:302318088512600 United States Geological Survey: Biloxi Bay At Point Cadet Harbor At Biloxi, Ms Producer defined USGS:301849088350000 United States Geological Survey: Mississippi Sound At Usgs Round Island Light, Ms Producer defined USGS:301527088521500 United States Geological Survey: Mississippi Sound At USGS East Ship Island Light Producer defined group_cd A character string providing an abbreviated identifier for the salinity site grouping. There are 15 unique codes. Producer Defined MissS Mississippi Sound salinity site group Producer defined group_nm A character string identifying the expanded name of a salinity site grouping. There are 15 unique names. Producer Defined Mississippi Sound Salinity site group name Producer defined salinity Daily mean salinity in parts per thousand. These numeric data have a minimum of 0.1 and a maximum of 37 in the units previously stated in this definition. Producer Defined NA No Data Producer defined 0.10 37.00 parts per thousand spec_conc Daily mean specific conductance in microsiemens per centimeter at 25 degrees Celsius. These numeric data have a minimum of 30 and a maximum of 59,261 in the units previously stated in this definition. Producer Defined NA No Data Producer defined 30 59261 microsiemens per centimeter at 25 degrees Celsius agency_cd A character string identifying the agency that collected salinity or specific conductance data. Producer Defined Dauphin Island Sealab DIS Producer defined National Estuarine Research Reserve NERR Producer defined United States Geological Survey USGS Producer defined site_no Alpha-numeric character string of the salinity site used for identification. Producer Defined CRTA1 site_no Producer defined PPTA1 site_no Producer defined MBLA1 site_no Producer defined BSCA1 site_no Producer defined DPIA1 site_no Producer defined MHPA1 site_no Producer defined KATA1 site_no Producer defined WKBWB site_no Producer defined WKBFR site_no Producer defined 02481270 site_no Producer defined 02480285 site_no Producer defined 02480212 site_no Producer defined GNDBH site_no Producer defined 301429089145600 site_no Producer defined 301912088583300 site_no Producer defined 301527088521500 site_no Producer defined 302318088512600 site_no Producer defined 301849088350000 site_no Producer defined site_name Unique character string name of the salinity site that often represents also spatial location. Producer Defined Cedar Point site_name Producer defined Perdido Pass site_name Producer defined Middle Bay Lighthouse site_name Producer defined Bon Secour site_name Producer defined Dauphin Island site_name Producer defined Meaher Park site_name Producer defined Katrina Cut site_name Producer defined Weeks Bay site_name Producer defined Fish River site_name Producer defined Pascagoula River At Mi 1 At Pascagoula, Ms site_name Producer defined "West Pascagoula River At Hwy 90 At Gautier, Ms site_name Producer defined Back Bay Of Biloxi Near Biloxi, Miss site_name Producer defined Grand Bay Nerr Blue Heron site_name Producer defined Mississippi Sound At Usgs Merrill Shell Bank Light site_name Producer defined Mississippi Sound At Usgs Gulfport Light, Ms site_name Producer defined Mississippi Sound At Usgs East Ship Island Light site_name Producer defined Biloxi Bay At Point Cadet Harbor At Biloxi, Ms site_name Producer defined Mississippi Sound At Usgs Round Island Light, Ms site_name Producer defined estuary A character string of the nearest estuary to salinity site location. Not all locations have an associated estuary name. Producer Defined NA No Data Producer defined Mississippi Sound estuary Producer defined bay A character string of the nearest bay to salinity site location. Not all locations have an associated bay name. Producer Defined NA No Data Producer defined Mobile Bay bay Producer defined Perdido Bay bay Producer defined Weeks Bay bay Producer defined Back Bay bay Producer defined Grand Bay bay Producer defined Biloxi Bay bay Producer defined dec_lat_va Decimal degrees of latitude of the salinity site in North American Datum (NAD) of 1983 (NAD83). These numeric data have a minimum of 30.238 and a maximum of 30.667 in the units previously stated in this definition. Producer Defined 30.238 30.667 decimal degrees dec_long_va Decimal degrees of longitude of the salinity site in North American Datum (NAD) of 1983 (NAD83). These numeric data have a minimum of -89.2428 and a maximum of -87.556 in the units previously stated in this definition. Producer Defined -89.2428 -87.556 decimal degrees IMPUTED_SALINITY Numeric value of imputed salinity based on the following algorithm in parts per thousand (ppt). If a salinity data value (in ppt) previously reported by the reporting agency was available on a given day, the imputed salinity is the reported salinity value for the day regardless of the method used by the agency. Otherwise, the specific conductance was converted to so-called practical salinity units (psu) by polynomial approximation and then the psu was converted to parts per thousand by a constant unit conversion factor (ppt = 1.0047*psu) following methods in Millero (2010). If neither a salinity or specific conductance data value were available, then the imputing salinity was set to missing. These numeric data have a minimum of 0.021 and a maximum of 39.814 in the units previously stated in this definition. Producer Defined NA No Data Producer defined 0.02 39.81 parts per thousand DATE Plain-text character string or date-attributed data of imputed salinity date in year-month-day format. These dates have a starting date of 1980-01-08 and an ending date of 2021-12-31 in year-month-day format. Producer Defined 1980-01-08 2021-12-31 year-month-day YEAR The integer year component of the date column. These numeric data have a minimum of 1,980 and a maximum of 2,021 in the units previously stated in this definition. Producer Defined 1980 2021 integer year component of the date column MONTH The integer month component of the date column. These numeric data have a minimum of 1 and a maximum of 12 in the units previously stated in this definition. Producer Defined 1 12 integer month component of the date column DAY The integer day component of the date column. These numeric data have a minimum of 1 and a maximum of 31 in the units previously stated in this definition. Producer Defined 1 31 integer day component of the date column FRAC_YEAR The fraction into the year where January 1st datum is either 0.001366120 (leap years) or 0.001369863 (non-leap years) and the December 31st datum is either 0.9986301 (non-leap years) or 0.9986339 (leap years). These numeric data have a minimum of 0.00136612 and a maximum of 0.9986339 in the units previously stated in this definition. Producer Defined 0.001366 0.998634 leap years SIN2pi The trigonometric sine of 2 times pi times the fraction into the year. These numeric data have a minimum of -1 and a maximum of 1 in the units previously stated in this definition. Producer Defined -1 1 trigonometric sine of 2 times pi times the fraction into the year SIN4pi The trigonometric sine of 4 times pi times the fraction into the year. These numeric data have a minimum of -0.999991 and a maximum of 0.999991 in the units previously stated in this definition. Producer Defined -0.999991 0.999991 trigonometric sine of 4 times pi times the fraction into the year SIN6pi The trigonometric sine of 6 times pi times the fraction into the year. These numeric data have a minimum of -1 and a maximum of 1 in the units previously stated in this definition. Producer Defined -1 1 trigonometric sine of 6 times pi times the fraction into the year COS2pi The trigonometric cosine of 2 times pi times the fraction into the year. These numeric data have a minimum of -1 and a maximum of 0.999963 in the units previously stated in this definition. Producer Defined -1 0.999963 trigonometric cosine of 2 times pi times the fraction into the year COS4pi The trigonometric cosine of 4 times pi times the fraction into the year. These numeric data have a minimum of -1 and a maximum of 1 in the units previously stated in this definition. Producer Defined -1 1 trigonometric cosine of 4 times pi times the fraction into the year COS6pi The trigonometric cosine of 6 times pi times the fraction into the year. These numeric data have a minimum of -1 and a maximum of 0.999963 in the units previously stated in this definition. Producer Defined -1 0.999963 trigonometric cosine of 6 times pi times the fraction into the year FLOW_02375500_lag00 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02375500, and the daily lag backwards of daily streamflow association is 0 day. These numeric data have a minimum of 452 and a maximum of 103,000 in the units previously stated in this definition. Producer Defined 452 103000 cubic feet per second FLOW_02375500_lag01 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02375500, and the daily lag backwards of daily streamflow association is 1 day. These numeric data have a minimum of 452 and a maximum of 103,000 in the units previously stated in this definition. Producer Defined 452 103000 cubic feet per second FLOW_02375500_lag02 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02375500, and the daily lag backwards of daily streamflow association is 2 days. These numeric data have a minimum of 452 and a maximum of 103,000 in the units previously stated in this definition. Producer Defined 452 103000 cubic feet per second FLOW_02375500_lag03 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02375500, and the daily lag backwards of daily streamflow association is 3 days. These numeric data have a minimum of 452 and a maximum of 103,000 in the units previously stated in this definition. Producer Defined 452 103000 cubic feet per second FLOW_02375500_lag04 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02375500, and the daily lag backwards of daily streamflow association is 4 days. These numeric data have a minimum of 452 and a maximum of 103,000 in the units previously stated in this definition. Producer Defined 452 103000 cubic feet per second FLOW_02375500_lag05 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02375500, and the daily lag backwards of daily streamflow association is 5 days. These numeric data have a minimum of 452 and a maximum of 103,000 in the units previously stated in this definition. Producer Defined 452 103000 cubic feet per second FLOW_02375500_lag06 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02375500, and the daily lag backwards of daily streamflow association is 6 days. These numeric data have a minimum of 452 and a maximum of 103,000 in the units previously stated in this definition. Producer Defined 452 103000 cubic feet per second FLOW_02375500_lag07 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02375500, and the daily lag backwards of daily streamflow association is 7 days. These numeric data have a minimum of 452 and a maximum of 103,000 in the units previously stated in this definition. Producer Defined 452 103000 cubic feet per second FLOW_02375500_SLOPELAGS The median slope based on all unique pairwise combinations of the slope or change in streamflow per day based on lags of 1 through 7 days (seven days). The number of unique combinations for a sample of size seven is 7 * 6 / 2 = 21. This means, in arrears, 21 slopes were computed for each record in the data table, these slopes sorted, and the 11th ranked value extracted (the median slope). These numeric data have a minimum of -15,825 and a maximum of 12,600 in the units previously stated in this definition. Producer Defined -15825.00 12600.00 unique pairwise combinations of the slope or change in streamflow per day based on lags of 1 through 7 days FLOW_02376500_lag00 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02376500, and the daily lag backwards of daily streamflow association is 0 day. These numeric data have a minimum of 171 and a maximum of 40,800 in the units previously stated in this definition. Producer Defined 171 40800 cubic feet per second FLOW_02376500_lag01 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02376500, and the daily lag backwards of daily streamflow association is 1 day. These numeric data have a minimum of 171 and a maximum of 40,800 in the units previously stated in this definition. Producer Defined 171 40800 cubic feet per second FLOW_02376500_lag02 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02376500, and the daily lag backwards of daily streamflow association is 2 days. These numeric data have a minimum of 171 and a maximum of 40,800 in the units previously stated in this definition. Producer Defined 171 40800 cubic feet per second FLOW_02376500_lag03 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02376500, and the daily lag backwards of daily streamflow association is 3 days. These numeric data have a minimum of 171 and a maximum of 40,800 in the units previously stated in this definition. Producer Defined 171 40800 cubic feet per second FLOW_02376500_lag04 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02376500, and the daily lag backwards of daily streamflow association is 4 days. These numeric data have a minimum of 171 and a maximum of 40,800 in the units previously stated in this definition. Producer Defined 171 40800 cubic feet per second FLOW_02376500_lag05 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02376500, and the daily lag backwards of daily streamflow association is 5 days. These numeric data have a minimum of 171 and a maximum of 40,800 in the units previously stated in this definition. Producer Defined 171 40800 cubic feet per second FLOW_02376500_lag06 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02376500, and the daily lag backwards of daily streamflow association is 6 days. These numeric data have a minimum of 171 and a maximum of 40,800 in the units previously stated in this definition. Producer Defined 171 40800 cubic feet per second FLOW_02376500_lag07 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02376500, and the daily lag backwards of daily streamflow association is 7 days. These numeric data have a minimum of 171 and a maximum of 40,800 in the units previously stated in this definition. Producer Defined 171 40800 cubic feet per second FLOW_02376500_SLOPELAGS The median slope based on all unique pairwise combinations of the slope or change in streamflow per day based on lags of 1 through 7 days (seven days). The number of unique combinations for a sample of size seven is 7 * 6 / 2 = 21. This means, in arrears, 21 slopes were computed for each record in the data table, these slopes sorted, and the 11th ranked value extracted (the median slope). These numeric data have a minimum of -5,508.6 and a maximum of 6,525 in the units previously stated in this definition. Producer Defined -5508.600 6525.000 unique pairwise combinations of the slope or change in streamflow per day based on lags of 1 through 7 days FLOW_02428400_lag00 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02428400, and the daily lag backwards of daily streamflow association is 0 day. These numeric data have a minimum of 1,540 and a maximum of 255,000 in the units previously stated in this definition. Producer Defined 1540 255000 cubic feet per second FLOW_02428400_lag01 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02428400, and the daily lag backwards of daily streamflow association is 1 day. These numeric data have a minimum of 1,540 and a maximum of 255,000 in the units previously stated in this definition. Producer Defined 1540 255000 cubic feet per second FLOW_02428400_lag02 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02428400, and the daily lag backwards of daily streamflow association is 2 days. These numeric data have a minimum of 1,540 and a maximum of 255,000 in the units previously stated in this definition. Producer Defined 1540 255000 cubic feet per second FLOW_02428400_lag03 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02428400, and the daily lag backwards of daily streamflow association is 3 days. These numeric data have a minimum of 1,540 and a maximum of 255,000 in the units previously stated in this definition. Producer Defined 1540 255000 cubic feet per second FLOW_02428400_lag04 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02428400, and the daily lag backwards of daily streamflow association is 4 days. These numeric data have a minimum of 1,540 and a maximum of 255,000 in the units previously stated in this definition. Producer Defined 1540 255000 cubic feet per second FLOW_02428400_lag05 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02428400, and the daily lag backwards of daily streamflow association is 5 days. These numeric data have a minimum of 1,540 and a maximum of 255,000 in the units previously stated in this definition. Producer Defined 1540 255000 cubic feet per second FLOW_02428400_lag06 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02428400, and the daily lag backwards of daily streamflow association is 6 days. These numeric data have a minimum of 1,540 and a maximum of 255,000 in the units previously stated in this definition. Producer Defined 1540 255000 cubic feet per second FLOW_02428400_lag07 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02428400, and the daily lag backwards of daily streamflow association is 7 days. These numeric data have a minimum of 1,540 and a maximum of 255,000 in the units previously stated in this definition. Producer Defined 1540 255000 cubic feet per second FLOW_02428400_SLOPELAGS The median slope based on all unique pairwise combinations of the slope or change in streamflow per day based on lags of 1 through 7 days (seven days). The number of unique combinations for a sample of size seven is 7 * 6 / 2 = 21. This means, in arrears, 21 slopes were computed for each record in the data table, these slopes sorted, and the 11th ranked value extracted (the median slope). These numeric data have a minimum of -24,600 and a maximum of 27,540 in the units previously stated in this definition. Producer Defined -24600.00 27540.00 unique pairwise combinations of the slope or change in streamflow per day based on lags of 1 through 7 days FLOW_02469761_lag00 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02469761, and the daily lag backwards of daily streamflow association is 0 day. These numeric data have a minimum of 398 and a maximum of 284,000 in the units previously stated in this definition. Producer Defined 398 284000 cubic feet per second FLOW_02469761_lag01 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02469761, and the daily lag backwards of daily streamflow association is 1 day. These numeric data have a minimum of 398 and a maximum of 284,000 in the units previously stated in this definition. Producer Defined 398 284000 cubic feet per second FLOW_02469761_lag02 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02469761, and the daily lag backwards of daily streamflow association is 2 days. These numeric data have a minimum of 398 and a maximum of 284,000 in the units previously stated in this definition. Producer Defined 398 284000 cubic feet per second FLOW_02469761_lag03 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02469761, and the daily lag backwards of daily streamflow association is 3 days. These numeric data have a minimum of 398 and a maximum of 284,000 in the units previously stated in this definition. Producer Defined 398 284000 cubic feet per second FLOW_02469761_lag04 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02469761, and the daily lag backwards of daily streamflow association is 4 days. These numeric data have a minimum of 398 and a maximum of 284,000 in the units previously stated in this definition. Producer Defined 398 284000 cubic feet per second FLOW_02469761_lag05 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02469761, and the daily lag backwards of daily streamflow association is 5 days. These numeric data have a minimum of 398 and a maximum of 284,000 in the units previously stated in this definition. Producer Defined 398 284000 cubic feet per second FLOW_02469761_lag06 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02469761, and the daily lag backwards of daily streamflow association is 6 days. These numeric data have a minimum of 398 and a maximum of 284,000 in the units previously stated in this definition. Producer Defined 398 284000 cubic feet per second FLOW_02469761_lag07 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02469761, and the daily lag backwards of daily streamflow association is 7 days. These numeric data have a minimum of 398 and a maximum of 284,000 in the units previously stated in this definition. Producer Defined 398 284000 cubic feet per second FLOW_02469761_SLOPELAGS The median slope based on all unique pairwise combinations of the slope or change in streamflow per day based on lags of 1 through 7 days (seven days). The number of unique combinations for a sample of size seven is 7 * 6 / 2 = 21. This means, in arrears, 21 slopes were computed for each record in the data table, these slopes sorted, and the 11th ranked value extracted (the median slope). These numeric data have a minimum of -29,680 and a maximum of 29,925 in the units previously stated in this definition. Producer Defined -29680 29925 unique pairwise combinations of the slope or change in streamflow per day based on lags of 1 through 7 days FLOW_02471001_lag00 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02471001, and the daily lag backwards of daily streamflow association is 0 day. These numeric data have a minimum of 16 and a maximum of 17,100 in the units previously stated in this definition. Producer Defined 16.0 17100.0 cubic feet per second FLOW_02471001_lag01 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02471001, and the daily lag backwards of daily streamflow association is 1 day. These numeric data have a minimum of 16 and a maximum of 17,100 in the units previously stated in this definition. Producer Defined 16.0 17100.0 cubic feet per second FLOW_02471001_lag02 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02471001, and the daily lag backwards of daily streamflow association is 2 days. These numeric data have a minimum of 16 and a maximum of 17,100 in the units previously stated in this definition. Producer Defined 16.0 17100.0 cubic feet per second FLOW_02471001_lag03 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02471001, and the daily lag backwards of daily streamflow association is 3 days. These numeric data have a minimum of 16 and a maximum of 17,100 in the units previously stated in this definition. Producer Defined 16.0 17100.0 cubic feet per second FLOW_02471001_lag04 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02471001, and the daily lag backwards of daily streamflow association is 4 days. These numeric data have a minimum of 16 and a maximum of 17,100 in the units previously stated in this definition. Producer Defined 16.0 17100.0 cubic feet per second FLOW_02471001_lag05 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02471001, and the daily lag backwards of daily streamflow association is 5 days. These numeric data have a minimum of 16 and a maximum of 17,100 in the units previously stated in this definition. Producer Defined 16.0 17100.0 cubic feet per second FLOW_02471001_lag06 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02471001, and the daily lag backwards of daily streamflow association is 6 days. These numeric data have a minimum of 16 and a maximum of 17,100 in the units previously stated in this definition. Producer Defined 16.0 17100.0 cubic feet per second FLOW_02471001_lag07 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02471001, and the daily lag backwards of daily streamflow association is 7 days. These numeric data have a minimum of 16 and a maximum of 17,100 in the units previously stated in this definition. Producer Defined 16.0 17100.0 cubic feet per second FLOW_02471001_SLOPELAGS The median slope based on all unique pairwise combinations of the slope or change in streamflow per day based on lags of 1 through 7 days (seven days). The number of unique combinations for a sample of size seven is 7 * 6 / 2 = 21. This means, in arrears, 21 slopes were computed for each record in the data table, these slopes sorted, and the 11th ranked value extracted (the median slope). These numeric data have a minimum of -1,813.2 and a maximum of 1,716.4 in the units previously stated in this definition. Producer Defined -1813.200 1716.400 unique pairwise combinations of the slope or change in streamflow per day based on lags of 1 through 7 days FLOW_02475000_lag00 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02475000, and the daily lag backwards of daily streamflow association is 0 day. These numeric data have a minimum of 401 and a maximum of 86,900 in the units previously stated in this definition. Producer Defined 401 86900 cubc feet per second FLOW_02475000_lag01 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02475000, and the daily lag backwards of daily streamflow association is 1 day. These numeric data have a minimum of 401 and a maximum of 86,900 in the units previously stated in this definition. Producer Defined 401 86900 cubic feet per second FLOW_02475000_lag02 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02475000, and the daily lag backwards of daily streamflow association is 2 days. These numeric data have a minimum of 401 and a maximum of 86,900 in the units previously stated in this definition. Producer Defined 401 86900 cubic feet per second FLOW_02475000_lag03 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02475000, and the daily lag backwards of daily streamflow association is 3 days. These numeric data have a minimum of 401 and a maximum of 86,900 in the units previously stated in this definition. Producer Defined 401 86900 cubic feet per second FLOW_02475000_lag04 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02475000, and the daily lag backwards of daily streamflow association is 4 days. These numeric data have a minimum of 401 and a maximum of 86,900 in the units previously stated in this definition. Producer Defined 401 86900 cubic feet per second FLOW_02475000_lag05 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02475000, and the daily lag backwards of daily streamflow association is 5 days. These numeric data have a minimum of 401 and a maximum of 86,900 in the units previously stated in this definition. Producer Defined 401 86900 cubic feet per second FLOW_02475000_lag06 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02475000, and the daily lag backwards of daily streamflow association is 6 days. These numeric data have a minimum of 401 and a maximum of 86,900 in the units previously stated in this definition. Producer Defined 401 86900 cubic feet per second FLOW_02475000_lag07 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02475000, and the daily lag backwards of daily streamflow association is 7 days. These numeric data have a minimum of 401 and a maximum of 86,900 in the units previously stated in this definition. Producer Defined 401 86900 cubic feet per second FLOW_02475000_SLOPELAGS The median slope based on all unique pairwise combinations of the slope or change in streamflow per day based on lags of 1 through 7 days (seven days). The number of unique combinations for a sample of size seven is 7 * 6 / 2 = 21. This means, in arrears, 21 slopes were computed for each record in the data table, these slopes sorted, and the 11th ranked value extracted (the median slope). These numeric data have a minimum of -16,672 and a maximum of 12,800 in the units previously stated in this definition. Producer Defined -16672.00 12800.00 unique pairwise combinations of the slope or change in streamflow per day based on lags of 1 through 7 days FLOW_02478500_lag00 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02478500, and the daily lag backwards of daily streamflow association is 0 day. These numeric data have a minimum of 172 and a maximum of 48,400 in the units previously stated in this definition. Producer Defined 172 48400 cubic feet per second FLOW_02478500_lag01 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02478500, and the daily lag backwards of daily streamflow association is 1 day. These numeric data have a minimum of 172 and a maximum of 48,400 in the units previously stated in this definition. Producer Defined 172 48400 cubic feet per second FLOW_02478500_lag02 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02478500, and the daily lag backwards of daily streamflow association is 2 days. These numeric data have a minimum of 172 and a maximum of 48,400 in the units previously stated in this definition. Producer Defined 172 48400 cubic feet per second FLOW_02478500_lag03 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02478500, and the daily lag backwards of daily streamflow association is 3 days. These numeric data have a minimum of 172 and a maximum of 48,400 in the units previously stated in this definition. Producer Defined 172 48400 cubic feet per second FLOW_02478500_lag04 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02478500, and the daily lag backwards of daily streamflow association is 4 days. These numeric data have a minimum of 172 and a maximum of 48,400 in the units previously stated in this definition. Producer Defined 172 48400 cubic feet per second FLOW_02478500_lag05 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02478500, and the daily lag backwards of daily streamflow association is 5 days. These numeric data have a minimum of 172 and a maximum of 48,400 in the units previously stated in this definition. Producer Defined 172 48400 cubic feet per second FLOW_02478500_lag06 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02478500, and the daily lag backwards of daily streamflow association is 6 days. These numeric data have a minimum of 172 and a maximum of 48,400 in the units previously stated in this definition. Producer Defined 172 48400 cubic feet per second FLOW_02478500_lag07 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02478500, and the daily lag backwards of daily streamflow association is 7 days. These numeric data have a minimum of 172 and a maximum of 48,400 in the units previously stated in this definition. Producer Defined 172 48400 cubic feet per second FLOW_02478500_SLOPELAGS The median slope based on all unique pairwise combinations of the slope or change in streamflow per day based on lags of 1 through 7 days (seven days). The number of unique combinations for a sample of size seven is 7 * 6 / 2 = 21. This means, in arrears, 21 slopes were computed for each record in the data table, these slopes sorted, and the 11th ranked value extracted (the median slope). These numeric data have a minimum of -7,370 and a maximum of 5,150 in the units previously stated in this definition. Producer Defined -7370.00 5150.00 unique pairwise combinations of the slope or change in streamflow per day based on lags of 1 through 7 days FLOW_02479000_lag00 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02479000, and the daily lag backwards of daily streamflow association is 0 day. These numeric data have a minimum of 648 and a maximum of 116,000 in the units previously stated in this definition. Producer Defined 648 116000 cubic feet per second FLOW_02479000_lag01 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02479000, and the daily lag backwards of daily streamflow association is 1 day. These numeric data have a minimum of 648 and a maximum of 116,000 in the units previously stated in this definition. Producer Defined 648 116000 cubic feet per second FLOW_02479000_lag02 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02479000, and the daily lag backwards of daily streamflow association is 2 days. These numeric data have a minimum of 648 and a maximum of 116,000 in the units previously stated in this definition. Producer Defined 648 116000 cubic feet per second FLOW_02479000_lag03 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02479000, and the daily lag backwards of daily streamflow association is 3 days. These numeric data have a minimum of 648 and a maximum of 116,000 in the units previously stated in this definition. Producer Defined 648 116000 cubic feet per second FLOW_02479000_lag04 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02479000, and the daily lag backwards of daily streamflow association is 4 days. These numeric data have a minimum of 648 and a maximum of 116,000 in the units previously stated in this definition. Producer Defined 648 116000 cubic feet per second FLOW_02479000_lag05 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02479000, and the daily lag backwards of daily streamflow association is 5 days. These numeric data have a minimum of 648 and a maximum of 116,000 in the units previously stated in this definition. Producer Defined 648 116000 cubic feet per second FLOW_02479000_lag06 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02479000, and the daily lag backwards of daily streamflow association is 6 days. These numeric data have a minimum of 648 and a maximum of 116,000 in the units previously stated in this definition. Producer Defined 648 116000 cubic feet per second FLOW_02479000_lag07 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02479000, and the daily lag backwards of daily streamflow association is 7 days. These numeric data have a minimum of 648 and a maximum of 116,000 in the units previously stated in this definition. Producer Defined 648 116000 cubic feet per second FLOW_02479000_SLOPELAGS The median slope based on all unique pairwise combinations of the slope or change in streamflow per day based on lags of 1 through 7 days (seven days). The number of unique combinations for a sample of size seven is 7 * 6 / 2 = 21. This means, in arrears, 21 slopes were computed for each record in the data table, these slopes sorted, and the 11th ranked value extracted (the median slope). These numeric data have a minimum of -20,400 and a maximum of 13,150 in the units previously stated in this definition. Producer Defined -20400.00 13150.00 unique pairwise combinations of the slope or change in streamflow per day based on lags of 1 through 7 days SUNY_ALT_MissS_lag00 Sun altitude above the horizon in radians with 0 at the horizon and PI/2 at the zenith (straight over head). The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 0 day. These numeric data have a minimum of 0.6293918 and a maximum of 1.447308 in the units previously stated in this definition. Producer Defined 0.6294 1.4473 radians SUNY_AZI_MissS_lag00 Sun azimuth in radians (direction along the horizon, measured from south to west) with 0 as south and (3/4)*PI as northwest. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 0 day. These numeric data have a minimum of -0.2015437 and a maximum of 0.09683434 in the units previously stated in this definition. Producer Defined -0.20154 0.09683 radians MOON_ALT_MissS_lag00 Moon altitude above the horizon in radians with 0 at the horizon and PI/2 at the zenith (straight over head). The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 0 day. These numeric data have a minimum of -1.516244 and a maximum of 1.514807 in the units previously stated in this definition. Producer Defined -1.516244 1.514807 radians MOON_AZI_MissS_lag00 Moon azimuth in radians. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 0 day. These numeric data have a minimum of -3.14097 and a maximum of 3.139681 in the units previously stated in this definition. Producer Defined -3.140970 3.139681 radians PRCP_MissS_lag00 Daily total precipitation in millimeters per day, sum of all forms converted to water-equivalent. Precipitation occurrence on any given day may be ascertained. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 0 day. These numeric data have a minimum of 0 and a maximum of 218.46 in the units previously stated in this definition. Producer Defined 0.00 218.46 millimeters per day SRAD_MissS_lag00 Incident shortwave radiation flux density in watts per square meter, taken as an average over the daylight period of the day. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 0 day. These numeric data have a minimum of 48.42 and a maximum of 581.1 in the units previously stated in this definition. Producer Defined 48.42 581.10 watts per square meter TMAX_MissS_lag00 Daily maximum 2-meter air temperature in degrees Celsius. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 0 day. These numeric data have a minimum of -4.21 and a maximum of 38.35 in the units previously stated in this definition. Producer Defined -4.21 38.35 degrees Celsius TMIN_MissS_lag00 Daily minimum 2-meter air temperature in degrees Celsius. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 0 day. These numeric data have a minimum of -14.84 and a maximum of 27.34 in the units previously stated in this definition. Producer Defined -14.84 27.34 degrees Celsius VAPO_MissS_lag00 Water vapor pressure in pascals. Daily average partial pressure of water vapor. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 0 day. These numeric data have a minimum of 193.33 and a maximum of 3,636.53 in the units previously stated in this definition. Producer Defined 193.3 3636.5 pascals PRCP_MissS_lag01 Daily total precipitation in millimeters per day, sum of all forms converted to water-equivalent. Precipitation occurrence on any given day may be ascertained. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 1 day. These numeric data have a minimum of 0 and a maximum of 218.46 in the units previously stated in this definition. Producer Defined 0.00 218.46 millimeters per day SRAD_MissS_lag01 Incident shortwave radiation flux density in watts per square meter, taken as an average over the daylight period of the day. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 1 day. These numeric data have a minimum of 48.42 and a maximum of 581.1 in the units previously stated in this definition. Producer Defined 48.42 581.10 watts per square meter TMAX_MissS_lag01 Daily maximum 2-meter air temperature in degrees Celsius. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 1 day. These numeric data have a minimum of -4.21 and a maximum of 38.35 in the units previously stated in this definition. Producer Defined -4.21 38.35 degrees Celsius TMIN_MissS_lag01 Daily minimum 2-meter air temperature in degrees Celsius. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 1 day. These numeric data have a minimum of -14.84 and a maximum of 27.34 in the units previously stated in this definition. Producer Defined -14.84 27.34 degrees Celsius VAPO_MissS_lag01 Water vapor pressure in pascals. Daily average partial pressure of water vapor. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 1 day. These numeric data have a minimum of 193.33 and a maximum of 3,636.53 in the units previously stated in this definition. Producer Defined 193.3 3636.5 pascals PRCP_MissS_lag02 Daily total precipitation in millimeters per day, sum of all forms converted to water-equivalent. Precipitation occurrence on any given day may be ascertained. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 2 days. These numeric data have a minimum of 0 and a maximum of 218.46 in the units previously stated in this definition. Producer Defined 0.00 218.46 millimeters per day SRAD_MissS_lag02 Incident shortwave radiation flux density in watts per square meter, taken as an average over the daylight period of the day. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 2 days. These numeric data have a minimum of 48.42 and a maximum of 581.1 in the units previously stated in this definition. Producer Defined 48.42 581.10 watts per square meter TMAX_MissS_lag02 Daily maximum 2-meter air temperature in degrees Celsius. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 2 days. These numeric data have a minimum of -4.21 and a maximum of 38.35 in the units previously stated in this definition. Producer Defined -4.21 38.35 degrees Celsius TMIN_MissS_lag02 Daily minimum 2-meter air temperature in degrees Celsius. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 2 days. These numeric data have a minimum of -14.84 and a maximum of 27.34 in the units previously stated in this definition. Producer Defined -14.84 27.34 degrees Celsius VAPO_MissS_lag02 Water vapor pressure in pascals. Daily average partial pressure of water vapor. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 2 days. These numeric data have a minimum of 193.33 and a maximum of 3,636.53 in the units previously stated in this definition. Producer Defined 193.3 3636.5 pascals PRCP_MissS_lag03 Daily total precipitation in millimeters per day, sum of all forms converted to water-equivalent. Precipitation occurrence on any given day may be ascertained. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 3 days. These numeric data have a minimum of 0 and a maximum of 218.46 in the units previously stated in this definition. Producer Defined 0.00 218.46 millimeters per day SRAD_MissS_lag03 Incident shortwave radiation flux density in watts per square meter, taken as an average over the daylight period of the day. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 3 days. These numeric data have a minimum of 48.42 and a maximum of 581.1 in the units previously stated in this definition. Producer Defined 48.42 581.10 watts per square meter TMAX_MissS_lag03 Daily maximum 2-meter air temperature in degrees Celsius. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 3 days. These numeric data have a minimum of -4.21 and a maximum of 38.35 in the units previously stated in this definition. Producer Defined -4.21 38.35 degrees Celsius TMIN_MissS_lag03 Daily minimum 2-meter air temperature in degrees Celsius. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 3 days. These numeric data have a minimum of -14.84 and a maximum of 27.34 in the units previously stated in this definition. Producer Defined -14.84 27.34 degrees Celsius VAPO_MissS_lag03 Water vapor pressure in pascals. Daily average partial pressure of water vapor. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 3 days. These numeric data have a minimum of 193.33 and a maximum of 3,636.53 in the units previously stated in this definition. Producer Defined 193.3 3636.5 pascals PRCP_MissS_lag04 Daily total precipitation in millimeters per day, sum of all forms converted to water-equivalent. Precipitation occurrence on any given day may be ascertained. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 4 days. These numeric data have a minimum of 0 and a maximum of 218.46 in the units previously stated in this definition. Producer Defined 0.00 218.46 millimeters per day SRAD_MissS_lag04 Incident shortwave radiation flux density in watts per square meter, taken as an average over the daylight period of the day. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 4 days. These numeric data have a minimum of 48.42 and a maximum of 581.1 in the units previously stated in this definition. Producer Defined 48.42 581.10 watts per square meter TMAX_MissS_lag04 Daily maximum 2-meter air temperature in degrees Celsius. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 4 days. These numeric data have a minimum of -4.21 and a maximum of 38.35 in the units previously stated in this definition. Producer Defined -4.21 38.35 degrees Celsius TMIN_MissS_lag04 Daily minimum 2-meter air temperature in degrees Celsius. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 4 days. These numeric data have a minimum of -14.84 and a maximum of 27.34 in the units previously stated in this definition. Producer Defined -14.84 27.34 degrees Celsius VAPO_MissS_lag04 Water vapor pressure in pascals. Daily average partial pressure of water vapor. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 4 days. These numeric data have a minimum of 193.33 and a maximum of 3,636.53 in the units previously stated in this definition. Producer Defined 193.3 3636.5 pascals PRCP_MissS_lag05 Daily total precipitation in millimeters per day, sum of all forms converted to water-equivalent. Precipitation occurrence on any given day may be ascertained. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 5 days. These numeric data have a minimum of 0 and a maximum of 218.46 in the units previously stated in this definition. Producer Defined 0.00 218.46 millimeters per day SRAD_MissS_lag05 Incident shortwave radiation flux density in watts per square meter, taken as an average over the daylight period of the day. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 5 days. These numeric data have a minimum of 48.42 and a maximum of 581.1 in the units previously stated in this definition. Producer Defined 48.42 581.10 watts per square meter TMAX_MissS_lag05 Daily maximum 2-meter air temperature in degrees Celsius. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 5 days. These numeric data have a minimum of -4.21 and a maximum of 38.35 in the units previously stated in this definition. Producer Defined -4.21 38.25 degrees Celsius TMIN_MissS_lag05 Daily minimum 2-meter air temperature in degrees Celsius. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 5 days. These numeric data have a minimum of -14.84 and a maximum of 27.34 in the units previously stated in this definition. Producer Defined -14.84 27.34 degrees Celsius VAPO_MissS_lag05 Water vapor pressure in pascals. Daily average partial pressure of water vapor. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 5 days. These numeric data have a minimum of 193.33 and a maximum of 3,636.53 in the units previously stated in this definition. Producer Defined 193.3 3636.5 pascals PRCP_MissS_lag06 Daily total precipitation in millimeters per day, sum of all forms converted to water-equivalent. Precipitation occurrence on any given day may be ascertained. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 6 days. These numeric data have a minimum of 0 and a maximum of 218.46 in the units previously stated in this definition. Producer Defined 0.00 218.46 millimeters per day SRAD_MissS_lag06 Incident shortwave radiation flux density in watts per square meter, taken as an average over the daylight period of the day. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 6 days. These numeric data have a minimum of 48.42 and a maximum of 581.1 in the units previously stated in this definition. Producer Defined 48.42 581.10 watts per square meter TMAX_MissS_lag06 Daily maximum 2-meter air temperature in degrees Celsius. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 6 days. These numeric data have a minimum of -4.21 and a maximum of 38.35 in the units previously stated in this definition. Producer Defined -4.21 38.35 degrees Celsius TMIN_MissS_lag06 Daily minimum 2-meter air temperature in degrees Celsius. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 6 days. These numeric data have a minimum of -14.84 and a maximum of 27.34 in the units previously stated in this definition. Producer Defined -14.84 27.34 degrees Celsius VAPO_MissS_lag06 Water vapor pressure in pascals. Daily average partial pressure of water vapor. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 6 days. These numeric data have a minimum of 193.33 and a maximum of 3,636.53 in the units previously stated in this definition. Producer Defined 193.3 3636.5 pascals PRCP_MissS_lag07 Daily total precipitation in millimeters per day, sum of all forms converted to water-equivalent. Precipitation occurrence on any given day may be ascertained. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 7 days. These numeric data have a minimum of 0 and a maximum of 218.46 in the units previously stated in this definition. Producer Defined 0.00 218.46 millimeters per day SRAD_MissS_lag07 Incident shortwave radiation flux density in watts per square meter, taken as an average over the daylight period of the day. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 7 days. These numeric data have a minimum of 48.42 and a maximum of 581.1 in the units previously stated in this definition. Producer Defined 48.42 581.10 watts per square meter TMAX_MissS_lag07 Daily maximum 2-meter air temperature in degrees Celsius. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 7 days. These numeric data have a minimum of -4.21 and a maximum of 38.35 in the units previously stated in this definition. Producer Defined -4.21 38.35 degrees Celsius TMIN_MissS_lag07 Daily minimum 2-meter air temperature in degrees Celsius. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 7 days. These numeric data have a minimum of -14.84 and a maximum of 27.34 in the units previously stated in this definition. Producer Defined -14.84 27.34 degrees Celsius VAPO_MissS_lag07 Water vapor pressure in pascals. Daily average partial pressure of water vapor. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 7 days. These numeric data have a minimum of 193.33 and a maximum of 3,636.53 in the units previously stated in this definition. Producer Defined 193.3 3636.5 pascals WINU_MissS_lag00 Daily mean wind speed in longitude direction (u-direction, uwind) in meters per second. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 0 day. These numeric data have a minimum of -17.425 and a maximum of 17.625 in the units previously stated in this definition. Producer Defined -17.4250 17.6250 meters per second WINV_MissS_lag00 Daily mean wind speed in latitude direction (v-direction, vwind) in meters per second. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 0 day. These numeric data have a minimum of -16.15 and a maximum of 19.4 in the units previously stated in this definition. Producer Defined -16.1500 19.4000 meters per second WINS_MissS_lag00 Daily magnitude of the wind speed in meters per second based on square root sum of square u-direction and v-directions. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 0 day. These numeric data have a minimum of 0.075 and a maximum of 19.405 in the units previously stated in this definition. Producer Defined 0.075 19.405 meters per second WIND_MissS_lag00 Daily wind direction in degrees from north based on the computation 180 + (180/pi) * atan2(uwind, vwind) in the R programming language. Therefore, 0 degrees is blowing from north, 90 is blowing from east, 180 is blowing from south and 270 is blowing from west. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 0 day. These numeric data have a minimum of 0.219 and a maximum of 360 in the units previously stated in this definition. Producer Defined 0.219 360.000 degrees from north WINU_MissS_lag01 Daily mean wind speed in longitude direction (u-direction, uwind) in meters per second. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 1 day. These numeric data have a minimum of -17.425 and a maximum of 17.625 in the units previously stated in this definition. Producer Defined -17.425 17.625 meters per second WINV_MissS_lag01 Daily mean wind speed in latitude direction (v-direction, vwind) in meters per second. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 1 day. These numeric data have a minimum of -16.15 and a maximum of 19.4 in the units previously stated in this definition. Producer Defined -16.1500 19.4000 meters per second WINS_MissS_lag01 Daily magnitude of the wind speed in meters per second based on square root sum of square u-direction and v-directions. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 1 day. These numeric data have a minimum of 0.075 and a maximum of 19.405 in the units previously stated in this definition. Producer Defined 0.075 19.405 meters per second WIND_MissS_lag01 Daily wind direction in degrees from north based on the computation 180 + (180/pi) * atan2(uwind, vwind) in the R programming language. Therefore, 0 degrees is blowing from north, 90 is blowing from east, 180 is blowing from south and 270 is blowing from west. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 1 day. These numeric data have a minimum of 0.219 and a maximum of 360 in the units previously stated in this definition. Producer Defined 0.219 360.000 degrees from north WINU_MissS_lag02 Daily mean wind speed in longitude direction (u-direction, uwind) in meters per second. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 2 days. These numeric data have a minimum of -17.425 and a maximum of 17.625 in the units previously stated in this definition. Producer Defined -17.425 17.625 meters per second WINV_MissS_lag02 Daily mean wind speed in latitude direction (v-direction, vwind) in meters per second. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 2 days. These numeric data have a minimum of -16.15 and a maximum of 19.4 in the units previously stated in this definition. Producer Defined -16.1500 19.4000 meters per second WINS_MissS_lag02 Daily magnitude of the wind speed in meters per second based on square root sum of square u-direction and v-directions. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 2 days. These numeric data have a minimum of 0.075 and a maximum of 19.405 in the units previously stated in this definition. Producer Defined 0.075 19.405 meters per second WIND_MissS_lag02 Daily wind direction in degrees from north based on the computation 180 + (180/pi) * atan2(uwind, vwind) in the R programming language. Therefore, 0 degrees is blowing from north, 90 is blowing from east, 180 is blowing from south and 270 is blowing from west. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 2 days. These numeric data have a minimum of 0.219 and a maximum of 360 in the units previously stated in this definition. Producer Defined 0.219 360.000 degrees from north WINU_MissS_lag03 Daily mean wind speed in longitude direction (u-direction, uwind) in meters per second. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 3 days. These numeric data have a minimum of -17.425 and a maximum of 17.625 in the units previously stated in this definition. Producer Defined -17.425 17.625 meters per second WINV_MissS_lag03 Daily mean wind speed in latitude direction (v-direction, vwind) in meters per second. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 3 days. These numeric data have a minimum of -16.15 and a maximum of 19.4 in the units previously stated in this definition. Producer Defined -16.1500 19.4000 meters per second WINS_MissS_lag03 Daily magnitude of the wind speed in meters per second based on square root sum of square u-direction and v-directions. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 3 days. These numeric data have a minimum of 0.075 and a maximum of 19.405 in the units previously stated in this definition. Producer Defined 0.075 19.405 meters per second WIND_MissS_lag03 Daily wind direction in degrees from north based on the computation 180 + (180/pi) * atan2(uwind, vwind) in the R programming language. Therefore, 0 degrees is blowing from north, 90 is blowing from east, 180 is blowing from south and 270 is blowing from west. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 3 days. These numeric data have a minimum of 0.219 and a maximum of 360 in the units previously stated in this definition. Producer Defined 0.219 360.000 degrees from north WINU_MissS_lag04 Daily mean wind speed in longitude direction (u-direction, uwind) in meters per second. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 4 days. These numeric data have a minimum of -17.425 and a maximum of 17.625 in the units previously stated in this definition. Producer Defined -17.425 17.625 meters per second WINV_MissS_lag04 Daily mean wind speed in latitude direction (v-direction, vwind) in meters per second. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 4 days. These numeric data have a minimum of -16.15 and a maximum of 19.4 in the units previously stated in this definition. Producer Defined -16.1500 19.4000 meters per second WINS_MissS_lag04 Daily magnitude of the wind speed in meters per second based on square root sum of square u-direction and v-directions. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 4 days. These numeric data have a minimum of 0.075 and a maximum of 19.405 in the units previously stated in this definition. Producer Defined 0.075 19.405 meters per second WIND_MissS_lag04 Daily wind direction in degrees from north based on the computation 180 + (180/pi) * atan2(uwind, vwind) in the R programming language. Therefore, 0 degrees is blowing from north, 90 is blowing from east, 180 is blowing from south and 270 is blowing from west. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 4 days. These numeric data have a minimum of 0.219 and a maximum of 360 in the units previously stated in this definition. Producer Defined 0.219 360.000 degrees from north WINU_MissS_lag05 Daily mean wind speed in longitude direction (u-direction, uwind) in meters per second. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 5 days. These numeric data have a minimum of -17.425 and a maximum of 17.625 in the units previously stated in this definition. Producer Defined -17.425 17.625 meters per second WINV_MissS_lag05 Daily mean wind speed in latitude direction (v-direction, vwind) in meters per second. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 5 days. These numeric data have a minimum of -16.15 and a maximum of 19.4 in the units previously stated in this definition. Producer Defined -16.1500 19.4000 meters per second WINS_MissS_lag05 Daily magnitude of the wind speed in meters per second based on square root sum of square u-direction and v-directions. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 5 days. These numeric data have a minimum of 0.075 and a maximum of 19.405 in the units previously stated in this definition. Producer Defined 0.075 19.405 meters per second WIND_MissS_lag05 Daily wind direction in degrees from north based on the computation 180 + (180/pi) * atan2(uwind, vwind) in the R programming language. Therefore, 0 degrees is blowing from north, 90 is blowing from east, 180 is blowing from south and 270 is blowing from west. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 5 days. These numeric data have a minimum of 0.219 and a maximum of 360 in the units previously stated in this definition. Producer Defined 0.219 360.000 degrees from north WINU_MissS_lag06 Daily mean wind speed in longitude direction (u-direction, uwind) in meters per second. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 6 days. These numeric data have a minimum of -17.425 and a maximum of 17.625 in the units previously stated in this definition. Producer Defined -17.425 17.625 meters per second WINV_MissS_lag06 Daily mean wind speed in latitude direction (v-direction, vwind) in meters per second. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 6 days. These numeric data have a minimum of -16.15 and a maximum of 19.4 in the units previously stated in this definition. Producer Defined -16.1500 19.4000 meters per second WINS_MissS_lag06 Daily magnitude of the wind speed in meters per second based on square root sum of square u-direction and v-directions. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 6 days. These numeric data have a minimum of 0.075 and a maximum of 19.405 in the units previously stated in this definition. Producer Defined 0.075 19.405 meters per second WIND_MissS_lag06 Daily wind direction in degrees from north based on the computation 180 + (180/pi) * atan2(uwind, vwind) in the R programming language. Therefore, 0 degrees is blowing from north, 90 is blowing from east, 180 is blowing from south and 270 is blowing from west. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 6 days. These numeric data have a minimum of 0.219 and a maximum of 360 in the units previously stated in this definition. Producer Defined 0.219 360.000 degrees from north WINU_MissS_lag07 Daily mean wind speed in longitude direction (u-direction, uwind) in meters per second. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 7 days. These numeric data have a minimum of -17.425 and a maximum of 17.625 in the units previously stated in this definition. Producer Defined -17.425 17.625 meters per second WINV_MissS_lag07 Daily mean wind speed in latitude direction (v-direction, vwind) in meters per second. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 7 days. These numeric data have a minimum of -16.15 and a maximum of 19.4 in the units previously stated in this definition. Producer Defined -16.1500 19.4000 meters per second WINS_MissS_lag07 Daily magnitude of the wind speed in meters per second based on square root sum of square u-direction and v-directions. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 7 days. These numeric data have a minimum of 0.075 and a maximum of 19.405 in the units previously stated in this definition. Producer Defined 0.075 19.405 meters per second WIND_MissS_lag07 Daily wind direction in degrees from north based on the computation 180 + (180/pi) * atan2(uwind, vwind) in the R programming language. Therefore, 0 degrees is blowing from north, 90 is blowing from east, 180 is blowing from south and 270 is blowing from west. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 7 days. These numeric data have a minimum of 0.219 and a maximum of 360 in the units previously stated in this definition. Producer Defined 0.219 360.000 degrees from north imputedsalt_MissS.feather A .feather file type containing imputed salinity and covariate data for the MissS group, intended for relay to statistical modeling of salinity in near-coastal environments of the Northern Gulf of Mexico. Column definitions and data ranges can be accessed in the associated data dictionary (imputedsalt_ MissS_cols.txt). Producer Defined site_badge A character string representing a unique identifier for each salinity site containing the agency code abbreviation and the salinity site identification alpha-numeric string Producer Defined DIS:CRTA1 Dauphin Island Sealab: Cedar Point Producer defined DIS:PPTA1 Dauphin Island Sealab: Perdido Pass Producer defined DIS:MBLA1 Dauphin Island Sealab: Middle Bay Lighthouse Producer defined DIS:BSCA1 Dauphin Island Sealab: Bon Secour Producer defined DIS:DPIA1 Dauphin Island Sealab: Dauphin Island Sealab Producer defined DIS:MHPA1 Dauphin Island Sealab: Meaher Park Producer defined DIS:KATA1 Dauphin Island Sealab: Katrina Cut Producer defined NERR:WKBWB National Estuarine Research Reserve: Weeks Bay Producer defined NERR:WKBFR National Estuarine Research Reserve: Weeks Bay, Fish River Producer defined USGS:02481270 United States Geological Survey: Back Bay Of Biloxi Near Biloxi, Miss. Producer defined USGS:02480285 United States Geological Survey: West Pascagoula River At Hwy 90 At Gautier, Ms Producer defined USGS:02480212 United States Geological Survey: Pascagoula River At Mi 1 At Pascagoula, Ms Producer defined NERR:GNDBH National Estuarine Research Reserve: Grand Bay Nerr Blue Heron Producer defined USGS:301429089145600 United States Geological Survey: Mississippi Sound At Usgs Merrill Shell Bank Light Producer defined USGS:301912088583300 United States Geological Survey: Mississippi Sound At Usgs Gulfport Light, Ms Producer defined USGS:302318088512600 United States Geological Survey: Biloxi Bay At Point Cadet Harbor At Biloxi, Ms Producer defined USGS:301849088350000 United States Geological Survey: Mississippi Sound At Usgs Round Island Light, Ms Producer defined USGS:301527088521500 United States Geological Survey: Mississippi Sound At USGS East Ship Island Light Producer defined group_cd A character string providing an abbreviated identifier for the salinity site grouping. There are 15 unique codes. Producer Defined MissS Mississippi Sound salinity site group Producer defined group_nm A character string identifying the expanded name of a salinity site grouping. There are 15 unique names. Producer Defined Mississippi Sound Salinity site group name Producer defined salinity Daily mean salinity in parts per thousand. These numeric data have a minimum of 0.1 and a maximum of 37 in the units previously stated in this definition. Producer Defined NA No Data Producer defined 0.10 37.00 parts per thousand spec_conc Daily mean specific conductance in microsiemens per centimeter at 25 degrees Celsius. These numeric data have a minimum of 30 and a maximum of 59,261 in the units previously stated in this definition. Producer Defined NA No Data Producer defined 30 59261 microsiemens per centimeter at 25 degrees Celsius agency_cd A character string identifying the agency that collected salinity or specific conductance data. Producer Defined Dauphin Island Sealab DIS Producer defined National Estuarine Research Reserve NERR Producer defined United States Geological Survey USGS Producer defined site_no Alpha-numeric character string of the salinity site used for identification. Producer Defined CRTA1 site_no Producer defined PPTA1 site_no Producer defined MBLA1 site_no Producer defined BSCA1 site_no Producer defined DPIA1 site_no Producer defined MHPA1 site_no Producer defined KATA1 site_no Producer defined WKBWB site_no Producer defined WKBFR site_no Producer defined 02481270 site_no Producer defined 02480285 site_no Producer defined 02480212 site_no Producer defined GNDBH site_no Producer defined 301429089145600 site_no Producer defined 301912088583300 site_no Producer defined 301527088521500 site_no Producer defined 302318088512600 site_no Producer defined 301849088350000 site_no Producer defined site_name Unique character string name of the salinity site that often represents also spatial location. Producer Defined Cedar Point site_name Producer defined Perdido Pass site_name Producer defined Middle Bay Lighthouse site_name Producer defined Bon Secour site_name Producer defined Dauphin Island site_name Producer defined Meaher Park site_name Producer defined Katrina Cut site_name Producer defined Weeks Bay site_name Producer defined Fish River site_name Producer defined Pascagoula River At Mi 1 At Pascagoula, Ms site_name Producer defined "West Pascagoula River At Hwy 90 At Gautier, Ms site_name Producer defined Back Bay Of Biloxi Near Biloxi, Miss site_name Producer defined Grand Bay Nerr Blue Heron site_name Producer defined Mississippi Sound At Usgs Merrill Shell Bank Light site_name Producer defined Mississippi Sound At Usgs Gulfport Light, Ms site_name Producer defined Mississippi Sound At Usgs East Ship Island Light site_name Producer defined Biloxi Bay At Point Cadet Harbor At Biloxi, Ms site_name Producer defined Mississippi Sound At Usgs Round Island Light, Ms site_name Producer defined estuary A character string of the nearest estuary to salinity site location. Not all locations have an associated estuary name. Producer Defined NA No Data Producer defined Mississippi Sound estuary Producer defined bay A character string of the nearest bay to salinity site location. Not all locations have an associated bay name. Producer Defined NA No Data Producer defined Mobile Bay bay Producer defined Perdido Bay bay Producer defined Weeks Bay bay Producer defined Back Bay bay Producer defined Grand Bay bay Producer defined Biloxi Bay bay Producer defined dec_lat_va Decimal degrees of latitude of the salinity site in North American Datum (NAD) of 1983 (NAD83). These numeric data have a minimum of 30.238 and a maximum of 30.667 in the units previously stated in this definition. Producer Defined 30.238 30.667 decimal degrees dec_long_va Decimal degrees of longitude of the salinity site in North American Datum (NAD) of 1983 (NAD83). These numeric data have a minimum of -89.2428 and a maximum of -87.556 in the units previously stated in this definition. Producer Defined -89.2428 -87.556 decimal degrees IMPUTED_SALINITY Numeric value of imputed salinity based on the following algorithm in parts per thousand (ppt). If a salinity data value (in ppt) previously reported by the reporting agency was available on a given day, the imputed salinity is the reported salinity value for the day regardless of the method used by the agency. Otherwise, the specific conductance was converted to so-called practical salinity units (psu) by polynomial approximation and then the psu was converted to parts per thousand by a constant unit conversion factor (ppt = 1.0047*psu) following methods in Millero (2010). If neither a salinity or specific conductance data value were available, then the imputing salinity was set to missing. These numeric data have a minimum of 0.021 and a maximum of 39.814 in the units previously stated in this definition. Producer Defined NA No Data Producer defined 0.02 39.81 parts per thousand DATE Plain-text character string or date-attributed data of imputed salinity date in year-month-day format. These dates have a starting date of 1980-01-08 and an ending date of 2021-12-31 in year-month-day format. Producer Defined 1980-01-08 2021-12-31 year-month-day YEAR The integer year component of the date column. These numeric data have a minimum of 1,980 and a maximum of 2,021 in the units previously stated in this definition. Producer Defined 1980 2021 integer year component of the date column MONTH The integer month component of the date column. These numeric data have a minimum of 1 and a maximum of 12 in the units previously stated in this definition. Producer Defined 1 12 integer month component of the date column DAY The integer day component of the date column. These numeric data have a minimum of 1 and a maximum of 31 in the units previously stated in this definition. Producer Defined 1 31 integer day component of the date column FRAC_YEAR The fraction into the year where January 1st datum is either 0.001366120 (leap years) or 0.001369863 (non-leap years) and the December 31st datum is either 0.9986301 (non-leap years) or 0.9986339 (leap years). These numeric data have a minimum of 0.00136612 and a maximum of 0.9986339 in the units previously stated in this definition. Producer Defined 0.001366 0.998634 leap years SIN2pi The trigonometric sine of 2 times pi times the fraction into the year. These numeric data have a minimum of -1 and a maximum of 1 in the units previously stated in this definition. Producer Defined -1 1 trigonometric sine of 2 times pi times the fraction into the year SIN4pi The trigonometric sine of 4 times pi times the fraction into the year. These numeric data have a minimum of -0.999991 and a maximum of 0.999991 in the units previously stated in this definition. Producer Defined -0.999991 0.999991 trigonometric sine of 4 times pi times the fraction into the year SIN6pi The trigonometric sine of 6 times pi times the fraction into the year. These numeric data have a minimum of -1 and a maximum of 1 in the units previously stated in this definition. Producer Defined -1 1 trigonometric sine of 6 times pi times the fraction into the year COS2pi The trigonometric cosine of 2 times pi times the fraction into the year. These numeric data have a minimum of -1 and a maximum of 0.999963 in the units previously stated in this definition. Producer Defined -1 0.999963 trigonometric cosine of 2 times pi times the fraction into the year COS4pi The trigonometric cosine of 4 times pi times the fraction into the year. These numeric data have a minimum of -1 and a maximum of 1 in the units previously stated in this definition. Producer Defined -1 1 trigonometric cosine of 4 times pi times the fraction into the year COS6pi The trigonometric cosine of 6 times pi times the fraction into the year. These numeric data have a minimum of -1 and a maximum of 0.999963 in the units previously stated in this definition. Producer Defined -1 0.999963 trigonometric cosine of 6 times pi times the fraction into the year FLOW_02375500_lag00 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02375500, and the daily lag backwards of daily streamflow association is 0 day. These numeric data have a minimum of 452 and a maximum of 103,000 in the units previously stated in this definition. Producer Defined 452 103000 cubic feet per second FLOW_02375500_lag01 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02375500, and the daily lag backwards of daily streamflow association is 1 day. These numeric data have a minimum of 452 and a maximum of 103,000 in the units previously stated in this definition. Producer Defined 452 103000 cubic feet per second FLOW_02375500_lag02 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02375500, and the daily lag backwards of daily streamflow association is 2 days. These numeric data have a minimum of 452 and a maximum of 103,000 in the units previously stated in this definition. Producer Defined 452 103000 cubic feet per second FLOW_02375500_lag03 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02375500, and the daily lag backwards of daily streamflow association is 3 days. These numeric data have a minimum of 452 and a maximum of 103,000 in the units previously stated in this definition. Producer Defined 452 103000 cubic feet per second FLOW_02375500_lag04 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02375500, and the daily lag backwards of daily streamflow association is 4 days. These numeric data have a minimum of 452 and a maximum of 103,000 in the units previously stated in this definition. Producer Defined 452 103000 cubic feet per second FLOW_02375500_lag05 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02375500, and the daily lag backwards of daily streamflow association is 5 days. These numeric data have a minimum of 452 and a maximum of 103,000 in the units previously stated in this definition. Producer Defined 452 103000 cubic feet per second FLOW_02375500_lag06 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02375500, and the daily lag backwards of daily streamflow association is 6 days. These numeric data have a minimum of 452 and a maximum of 103,000 in the units previously stated in this definition. Producer Defined 452 103000 cubic feet per second FLOW_02375500_lag07 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02375500, and the daily lag backwards of daily streamflow association is 7 days. These numeric data have a minimum of 452 and a maximum of 103,000 in the units previously stated in this definition. Producer Defined 452 103000 cubic feet per second FLOW_02375500_SLOPELAGS The median slope based on all unique pairwise combinations of the slope or change in streamflow per day based on lags of 1 through 7 days (seven days). The number of unique combinations for a sample of size seven is 7 * 6 / 2 = 21. This means, in arrears, 21 slopes were computed for each record in the data table, these slopes sorted, and the 11th ranked value extracted (the median slope). These numeric data have a minimum of -15,825 and a maximum of 12,600 in the units previously stated in this definition. Producer Defined -15825.00 12600.00 unique pairwise combinations of the slope or change in streamflow per day based on lags of 1 through 7 days FLOW_02376500_lag00 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02376500, and the daily lag backwards of daily streamflow association is 0 day. These numeric data have a minimum of 171 and a maximum of 40,800 in the units previously stated in this definition. Producer Defined 171 40800 cubic feet per second FLOW_02376500_lag01 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02376500, and the daily lag backwards of daily streamflow association is 1 day. These numeric data have a minimum of 171 and a maximum of 40,800 in the units previously stated in this definition. Producer Defined 171 40800 cubic feet per second FLOW_02376500_lag02 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02376500, and the daily lag backwards of daily streamflow association is 2 days. These numeric data have a minimum of 171 and a maximum of 40,800 in the units previously stated in this definition. Producer Defined 171 40800 cubic feet per second FLOW_02376500_lag03 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02376500, and the daily lag backwards of daily streamflow association is 3 days. These numeric data have a minimum of 171 and a maximum of 40,800 in the units previously stated in this definition. Producer Defined 171 40800 cubic feet per second FLOW_02376500_lag04 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02376500, and the daily lag backwards of daily streamflow association is 4 days. These numeric data have a minimum of 171 and a maximum of 40,800 in the units previously stated in this definition. Producer Defined 171 40800 cubic feet per second FLOW_02376500_lag05 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02376500, and the daily lag backwards of daily streamflow association is 5 days. These numeric data have a minimum of 171 and a maximum of 40,800 in the units previously stated in this definition. Producer Defined 171 40800 cubic feet per second FLOW_02376500_lag06 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02376500, and the daily lag backwards of daily streamflow association is 6 days. These numeric data have a minimum of 171 and a maximum of 40,800 in the units previously stated in this definition. Producer Defined 171 40800 cubic feet per second FLOW_02376500_lag07 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02376500, and the daily lag backwards of daily streamflow association is 7 days. These numeric data have a minimum of 171 and a maximum of 40,800 in the units previously stated in this definition. Producer Defined 171 40800 cubic feet per second FLOW_02376500_SLOPELAGS The median slope based on all unique pairwise combinations of the slope or change in streamflow per day based on lags of 1 through 7 days (seven days). The number of unique combinations for a sample of size seven is 7 * 6 / 2 = 21. This means, in arrears, 21 slopes were computed for each record in the data table, these slopes sorted, and the 11th ranked value extracted (the median slope). These numeric data have a minimum of -5,508.6 and a maximum of 6,525 in the units previously stated in this definition. Producer Defined -5508.600 6525.000 unique pairwise combinations of the slope or change in streamflow per day based on lags of 1 through 7 days FLOW_02428400_lag00 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02428400, and the daily lag backwards of daily streamflow association is 0 day. These numeric data have a minimum of 1,540 and a maximum of 255,000 in the units previously stated in this definition. Producer Defined 1540 255000 cubic feet per second FLOW_02428400_lag01 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02428400, and the daily lag backwards of daily streamflow association is 1 day. These numeric data have a minimum of 1,540 and a maximum of 255,000 in the units previously stated in this definition. Producer Defined 1540 255000 cubic feet per second FLOW_02428400_lag02 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02428400, and the daily lag backwards of daily streamflow association is 2 days. These numeric data have a minimum of 1,540 and a maximum of 255,000 in the units previously stated in this definition. Producer Defined 1540 255000 cubic feet per second FLOW_02428400_lag03 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02428400, and the daily lag backwards of daily streamflow association is 3 days. These numeric data have a minimum of 1,540 and a maximum of 255,000 in the units previously stated in this definition. Producer Defined 1540 255000 cubic feet per second FLOW_02428400_lag04 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02428400, and the daily lag backwards of daily streamflow association is 4 days. These numeric data have a minimum of 1,540 and a maximum of 255,000 in the units previously stated in this definition. Producer Defined 1540 255000 cubic feet per second FLOW_02428400_lag05 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02428400, and the daily lag backwards of daily streamflow association is 5 days. These numeric data have a minimum of 1,540 and a maximum of 255,000 in the units previously stated in this definition. Producer Defined 1540 255000 cubic feet per second FLOW_02428400_lag06 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02428400, and the daily lag backwards of daily streamflow association is 6 days. These numeric data have a minimum of 1,540 and a maximum of 255,000 in the units previously stated in this definition. Producer Defined 1540 255000 cubic feet per second FLOW_02428400_lag07 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02428400, and the daily lag backwards of daily streamflow association is 7 days. These numeric data have a minimum of 1,540 and a maximum of 255,000 in the units previously stated in this definition. Producer Defined 1540 255000 cubic feet per second FLOW_02428400_SLOPELAGS The median slope based on all unique pairwise combinations of the slope or change in streamflow per day based on lags of 1 through 7 days (seven days). The number of unique combinations for a sample of size seven is 7 * 6 / 2 = 21. This means, in arrears, 21 slopes were computed for each record in the data table, these slopes sorted, and the 11th ranked value extracted (the median slope). These numeric data have a minimum of -24,600 and a maximum of 27,540 in the units previously stated in this definition. Producer Defined -24600.00 27540.00 unique pairwise combinations of the slope or change in streamflow per day based on lags of 1 through 7 days FLOW_02469761_lag00 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02469761, and the daily lag backwards of daily streamflow association is 0 day. These numeric data have a minimum of 398 and a maximum of 284,000 in the units previously stated in this definition. Producer Defined 398 284000 cubic feet per second FLOW_02469761_lag01 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02469761, and the daily lag backwards of daily streamflow association is 1 day. These numeric data have a minimum of 398 and a maximum of 284,000 in the units previously stated in this definition. Producer Defined 398 284000 cubic feet per second FLOW_02469761_lag02 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02469761, and the daily lag backwards of daily streamflow association is 2 days. These numeric data have a minimum of 398 and a maximum of 284,000 in the units previously stated in this definition. Producer Defined 398 284000 cubic feet per second FLOW_02469761_lag03 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02469761, and the daily lag backwards of daily streamflow association is 3 days. These numeric data have a minimum of 398 and a maximum of 284,000 in the units previously stated in this definition. Producer Defined 398 284000 cubic feet per second FLOW_02469761_lag04 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02469761, and the daily lag backwards of daily streamflow association is 4 days. These numeric data have a minimum of 398 and a maximum of 284,000 in the units previously stated in this definition. Producer Defined 398 284000 cubic feet per second FLOW_02469761_lag05 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02469761, and the daily lag backwards of daily streamflow association is 5 days. These numeric data have a minimum of 398 and a maximum of 284,000 in the units previously stated in this definition. Producer Defined 398 284000 cubic feet per second FLOW_02469761_lag06 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02469761, and the daily lag backwards of daily streamflow association is 6 days. These numeric data have a minimum of 398 and a maximum of 284,000 in the units previously stated in this definition. Producer Defined 398 284000 cubic feet per second FLOW_02469761_lag07 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02469761, and the daily lag backwards of daily streamflow association is 7 days. These numeric data have a minimum of 398 and a maximum of 284,000 in the units previously stated in this definition. Producer Defined 398 284000 cubic feet per second FLOW_02469761_SLOPELAGS The median slope based on all unique pairwise combinations of the slope or change in streamflow per day based on lags of 1 through 7 days (seven days). The number of unique combinations for a sample of size seven is 7 * 6 / 2 = 21. This means, in arrears, 21 slopes were computed for each record in the data table, these slopes sorted, and the 11th ranked value extracted (the median slope). These numeric data have a minimum of -29,680 and a maximum of 29,925 in the units previously stated in this definition. Producer Defined -29680 29925 unique pairwise combinations of the slope or change in streamflow per day based on lags of 1 through 7 days FLOW_02471001_lag00 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02471001, and the daily lag backwards of daily streamflow association is 0 day. These numeric data have a minimum of 16 and a maximum of 17,100 in the units previously stated in this definition. Producer Defined 16.0 17100.0 cubic feet per second FLOW_02471001_lag01 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02471001, and the daily lag backwards of daily streamflow association is 1 day. These numeric data have a minimum of 16 and a maximum of 17,100 in the units previously stated in this definition. Producer Defined 16.0 17100.0 cubic feet per second FLOW_02471001_lag02 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02471001, and the daily lag backwards of daily streamflow association is 2 days. These numeric data have a minimum of 16 and a maximum of 17,100 in the units previously stated in this definition. Producer Defined 16.0 17100.0 cubic feet per second FLOW_02471001_lag03 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02471001, and the daily lag backwards of daily streamflow association is 3 days. These numeric data have a minimum of 16 and a maximum of 17,100 in the units previously stated in this definition. Producer Defined 16.0 17100.0 cubic feet per second FLOW_02471001_lag04 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02471001, and the daily lag backwards of daily streamflow association is 4 days. These numeric data have a minimum of 16 and a maximum of 17,100 in the units previously stated in this definition. Producer Defined 16.0 17100.0 cubic feet per second FLOW_02471001_lag05 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02471001, and the daily lag backwards of daily streamflow association is 5 days. These numeric data have a minimum of 16 and a maximum of 17,100 in the units previously stated in this definition. Producer Defined 16.0 17100.0 cubic feet per second FLOW_02471001_lag06 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02471001, and the daily lag backwards of daily streamflow association is 6 days. These numeric data have a minimum of 16 and a maximum of 17,100 in the units previously stated in this definition. Producer Defined 16.0 17100.0 cubic feet per second FLOW_02471001_lag07 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02471001, and the daily lag backwards of daily streamflow association is 7 days. These numeric data have a minimum of 16 and a maximum of 17,100 in the units previously stated in this definition. Producer Defined 16.0 17100.0 cubic feet per second FLOW_02471001_SLOPELAGS The median slope based on all unique pairwise combinations of the slope or change in streamflow per day based on lags of 1 through 7 days (seven days). The number of unique combinations for a sample of size seven is 7 * 6 / 2 = 21. This means, in arrears, 21 slopes were computed for each record in the data table, these slopes sorted, and the 11th ranked value extracted (the median slope). These numeric data have a minimum of -1,813.2 and a maximum of 1,716.4 in the units previously stated in this definition. Producer Defined -1813.200 1716.400 unique pairwise combinations of the slope or change in streamflow per day based on lags of 1 through 7 days FLOW_02475000_lag00 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02475000, and the daily lag backwards of daily streamflow association is 0 day. These numeric data have a minimum of 401 and a maximum of 86,900 in the units previously stated in this definition. Producer Defined 401 86900 cubc feet per second FLOW_02475000_lag01 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02475000, and the daily lag backwards of daily streamflow association is 1 day. These numeric data have a minimum of 401 and a maximum of 86,900 in the units previously stated in this definition. Producer Defined 401 86900 cubic feet per second FLOW_02475000_lag02 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02475000, and the daily lag backwards of daily streamflow association is 2 days. These numeric data have a minimum of 401 and a maximum of 86,900 in the units previously stated in this definition. Producer Defined 401 86900 cubic feet per second FLOW_02475000_lag03 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02475000, and the daily lag backwards of daily streamflow association is 3 days. These numeric data have a minimum of 401 and a maximum of 86,900 in the units previously stated in this definition. Producer Defined 401 86900 cubic feet per second FLOW_02475000_lag04 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02475000, and the daily lag backwards of daily streamflow association is 4 days. These numeric data have a minimum of 401 and a maximum of 86,900 in the units previously stated in this definition. Producer Defined 401 86900 cubic feet per second FLOW_02475000_lag05 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02475000, and the daily lag backwards of daily streamflow association is 5 days. These numeric data have a minimum of 401 and a maximum of 86,900 in the units previously stated in this definition. Producer Defined 401 86900 cubic feet per second FLOW_02475000_lag06 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02475000, and the daily lag backwards of daily streamflow association is 6 days. These numeric data have a minimum of 401 and a maximum of 86,900 in the units previously stated in this definition. Producer Defined 401 86900 cubic feet per second FLOW_02475000_lag07 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02475000, and the daily lag backwards of daily streamflow association is 7 days. These numeric data have a minimum of 401 and a maximum of 86,900 in the units previously stated in this definition. Producer Defined 401 86900 cubic feet per second FLOW_02475000_SLOPELAGS The median slope based on all unique pairwise combinations of the slope or change in streamflow per day based on lags of 1 through 7 days (seven days). The number of unique combinations for a sample of size seven is 7 * 6 / 2 = 21. This means, in arrears, 21 slopes were computed for each record in the data table, these slopes sorted, and the 11th ranked value extracted (the median slope). These numeric data have a minimum of -16,672 and a maximum of 12,800 in the units previously stated in this definition. Producer Defined -16672.00 12800.00 unique pairwise combinations of the slope or change in streamflow per day based on lags of 1 through 7 days FLOW_02478500_lag00 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02478500, and the daily lag backwards of daily streamflow association is 0 day. These numeric data have a minimum of 172 and a maximum of 48,400 in the units previously stated in this definition. Producer Defined 172 48400 cubic feet per second FLOW_02478500_lag01 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02478500, and the daily lag backwards of daily streamflow association is 1 day. These numeric data have a minimum of 172 and a maximum of 48,400 in the units previously stated in this definition. Producer Defined 172 48400 cubic feet per second FLOW_02478500_lag02 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02478500, and the daily lag backwards of daily streamflow association is 2 days. These numeric data have a minimum of 172 and a maximum of 48,400 in the units previously stated in this definition. Producer Defined 172 48400 cubic feet per second FLOW_02478500_lag03 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02478500, and the daily lag backwards of daily streamflow association is 3 days. These numeric data have a minimum of 172 and a maximum of 48,400 in the units previously stated in this definition. Producer Defined 172 48400 cubic feet per second FLOW_02478500_lag04 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02478500, and the daily lag backwards of daily streamflow association is 4 days. These numeric data have a minimum of 172 and a maximum of 48,400 in the units previously stated in this definition. Producer Defined 172 48400 cubic feet per second FLOW_02478500_lag05 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02478500, and the daily lag backwards of daily streamflow association is 5 days. These numeric data have a minimum of 172 and a maximum of 48,400 in the units previously stated in this definition. Producer Defined 172 48400 cubic feet per second FLOW_02478500_lag06 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02478500, and the daily lag backwards of daily streamflow association is 6 days. These numeric data have a minimum of 172 and a maximum of 48,400 in the units previously stated in this definition. Producer Defined 172 48400 cubic feet per second FLOW_02478500_lag07 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02478500, and the daily lag backwards of daily streamflow association is 7 days. These numeric data have a minimum of 172 and a maximum of 48,400 in the units previously stated in this definition. Producer Defined 172 48400 cubic feet per second FLOW_02478500_SLOPELAGS The median slope based on all unique pairwise combinations of the slope or change in streamflow per day based on lags of 1 through 7 days (seven days). The number of unique combinations for a sample of size seven is 7 * 6 / 2 = 21. This means, in arrears, 21 slopes were computed for each record in the data table, these slopes sorted, and the 11th ranked value extracted (the median slope). These numeric data have a minimum of -7,370 and a maximum of 5,150 in the units previously stated in this definition. Producer Defined -7370.00 5150.00 unique pairwise combinations of the slope or change in streamflow per day based on lags of 1 through 7 days FLOW_02479000_lag00 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02479000, and the daily lag backwards of daily streamflow association is 0 day. These numeric data have a minimum of 648 and a maximum of 116,000 in the units previously stated in this definition. Producer Defined 648 116000 cubic feet per second FLOW_02479000_lag01 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02479000, and the daily lag backwards of daily streamflow association is 1 day. These numeric data have a minimum of 648 and a maximum of 116,000 in the units previously stated in this definition. Producer Defined 648 116000 cubic feet per second FLOW_02479000_lag02 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02479000, and the daily lag backwards of daily streamflow association is 2 days. These numeric data have a minimum of 648 and a maximum of 116,000 in the units previously stated in this definition. Producer Defined 648 116000 cubic feet per second FLOW_02479000_lag03 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02479000, and the daily lag backwards of daily streamflow association is 3 days. These numeric data have a minimum of 648 and a maximum of 116,000 in the units previously stated in this definition. Producer Defined 648 116000 cubic feet per second FLOW_02479000_lag04 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02479000, and the daily lag backwards of daily streamflow association is 4 days. These numeric data have a minimum of 648 and a maximum of 116,000 in the units previously stated in this definition. Producer Defined 648 116000 cubic feet per second FLOW_02479000_lag05 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02479000, and the daily lag backwards of daily streamflow association is 5 days. These numeric data have a minimum of 648 and a maximum of 116,000 in the units previously stated in this definition. Producer Defined 648 116000 cubic feet per second FLOW_02479000_lag06 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02479000, and the daily lag backwards of daily streamflow association is 6 days. These numeric data have a minimum of 648 and a maximum of 116,000 in the units previously stated in this definition. Producer Defined 648 116000 cubic feet per second FLOW_02479000_lag07 Daily mean streamflow in cubic feet per second. The USGS streamgage identification number is 02479000, and the daily lag backwards of daily streamflow association is 7 days. These numeric data have a minimum of 648 and a maximum of 116,000 in the units previously stated in this definition. Producer Defined 648 116000 cubic feet per second FLOW_02479000_SLOPELAGS The median slope based on all unique pairwise combinations of the slope or change in streamflow per day based on lags of 1 through 7 days (seven days). The number of unique combinations for a sample of size seven is 7 * 6 / 2 = 21. This means, in arrears, 21 slopes were computed for each record in the data table, these slopes sorted, and the 11th ranked value extracted (the median slope). These numeric data have a minimum of -20,400 and a maximum of 13,150 in the units previously stated in this definition. Producer Defined -20400.00 13150.00 unique pairwise combinations of the slope or change in streamflow per day based on lags of 1 through 7 days SUNY_ALT_MissS_lag00 Sun altitude above the horizon in radians with 0 at the horizon and PI/2 at the zenith (straight over head). The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 0 day. These numeric data have a minimum of 0.6293918 and a maximum of 1.447308 in the units previously stated in this definition. Producer Defined 0.6294 1.4473 radians SUNY_AZI_MissS_lag00 Sun azimuth in radians (direction along the horizon, measured from south to west) with 0 as south and (3/4)*PI as northwest. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 0 day. These numeric data have a minimum of -0.2015437 and a maximum of 0.09683434 in the units previously stated in this definition. Producer Defined -0.20154 0.09683 radians MOON_ALT_MissS_lag00 Moon altitude above the horizon in radians with 0 at the horizon and PI/2 at the zenith (straight over head). The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 0 day. These numeric data have a minimum of -1.516244 and a maximum of 1.514807 in the units previously stated in this definition. Producer Defined -1.516244 1.514807 radians MOON_AZI_MissS_lag00 Moon azimuth in radians. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 0 day. These numeric data have a minimum of -3.14097 and a maximum of 3.139681 in the units previously stated in this definition. Producer Defined -3.140970 3.139681 radians PRCP_MissS_lag00 Daily total precipitation in millimeters per day, sum of all forms converted to water-equivalent. Precipitation occurrence on any given day may be ascertained. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 0 day. These numeric data have a minimum of 0 and a maximum of 218.46 in the units previously stated in this definition. Producer Defined 0.00 218.46 millimeters per day SRAD_MissS_lag00 Incident shortwave radiation flux density in watts per square meter, taken as an average over the daylight period of the day. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 0 day. These numeric data have a minimum of 48.42 and a maximum of 581.1 in the units previously stated in this definition. Producer Defined 48.42 581.10 watts per square meter TMAX_MissS_lag00 Daily maximum 2-meter air temperature in degrees Celsius. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 0 day. These numeric data have a minimum of -4.21 and a maximum of 38.35 in the units previously stated in this definition. Producer Defined -4.21 38.35 degrees Celsius TMIN_MissS_lag00 Daily minimum 2-meter air temperature in degrees Celsius. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 0 day. These numeric data have a minimum of -14.84 and a maximum of 27.34 in the units previously stated in this definition. Producer Defined -14.84 27.34 degrees Celsius VAPO_MissS_lag00 Water vapor pressure in pascals. Daily average partial pressure of water vapor. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 0 day. These numeric data have a minimum of 193.33 and a maximum of 3,636.53 in the units previously stated in this definition. Producer Defined 193.3 3636.5 pascals PRCP_MissS_lag01 Daily total precipitation in millimeters per day, sum of all forms converted to water-equivalent. Precipitation occurrence on any given day may be ascertained. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 1 day. These numeric data have a minimum of 0 and a maximum of 218.46 in the units previously stated in this definition. Producer Defined 0.00 218.46 millimeters per day SRAD_MissS_lag01 Incident shortwave radiation flux density in watts per square meter, taken as an average over the daylight period of the day. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 1 day. These numeric data have a minimum of 48.42 and a maximum of 581.1 in the units previously stated in this definition. Producer Defined 48.42 581.10 watts per square meter TMAX_MissS_lag01 Daily maximum 2-meter air temperature in degrees Celsius. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 1 day. These numeric data have a minimum of -4.21 and a maximum of 38.35 in the units previously stated in this definition. Producer Defined -4.21 38.35 degrees Celsius TMIN_MissS_lag01 Daily minimum 2-meter air temperature in degrees Celsius. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 1 day. These numeric data have a minimum of -14.84 and a maximum of 27.34 in the units previously stated in this definition. Producer Defined -14.84 27.34 degrees Celsius VAPO_MissS_lag01 Water vapor pressure in pascals. Daily average partial pressure of water vapor. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 1 day. These numeric data have a minimum of 193.33 and a maximum of 3,636.53 in the units previously stated in this definition. Producer Defined 193.3 3636.5 pascals PRCP_MissS_lag02 Daily total precipitation in millimeters per day, sum of all forms converted to water-equivalent. Precipitation occurrence on any given day may be ascertained. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 2 days. These numeric data have a minimum of 0 and a maximum of 218.46 in the units previously stated in this definition. Producer Defined 0.00 218.46 millimeters per day SRAD_MissS_lag02 Incident shortwave radiation flux density in watts per square meter, taken as an average over the daylight period of the day. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 2 days. These numeric data have a minimum of 48.42 and a maximum of 581.1 in the units previously stated in this definition. Producer Defined 48.42 581.10 watts per square meter TMAX_MissS_lag02 Daily maximum 2-meter air temperature in degrees Celsius. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 2 days. These numeric data have a minimum of -4.21 and a maximum of 38.35 in the units previously stated in this definition. Producer Defined -4.21 38.35 degrees Celsius TMIN_MissS_lag02 Daily minimum 2-meter air temperature in degrees Celsius. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 2 days. These numeric data have a minimum of -14.84 and a maximum of 27.34 in the units previously stated in this definition. Producer Defined -14.84 27.34 degrees Celsius VAPO_MissS_lag02 Water vapor pressure in pascals. Daily average partial pressure of water vapor. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 2 days. These numeric data have a minimum of 193.33 and a maximum of 3,636.53 in the units previously stated in this definition. Producer Defined 193.3 3636.5 pascals PRCP_MissS_lag03 Daily total precipitation in millimeters per day, sum of all forms converted to water-equivalent. Precipitation occurrence on any given day may be ascertained. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 3 days. These numeric data have a minimum of 0 and a maximum of 218.46 in the units previously stated in this definition. Producer Defined 0.00 218.46 millimeters per day SRAD_MissS_lag03 Incident shortwave radiation flux density in watts per square meter, taken as an average over the daylight period of the day. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 3 days. These numeric data have a minimum of 48.42 and a maximum of 581.1 in the units previously stated in this definition. Producer Defined 48.42 581.10 watts per square meter TMAX_MissS_lag03 Daily maximum 2-meter air temperature in degrees Celsius. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 3 days. These numeric data have a minimum of -4.21 and a maximum of 38.35 in the units previously stated in this definition. Producer Defined -4.21 38.35 degrees Celsius TMIN_MissS_lag03 Daily minimum 2-meter air temperature in degrees Celsius. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 3 days. These numeric data have a minimum of -14.84 and a maximum of 27.34 in the units previously stated in this definition. Producer Defined -14.84 27.34 degrees Celsius VAPO_MissS_lag03 Water vapor pressure in pascals. Daily average partial pressure of water vapor. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 3 days. These numeric data have a minimum of 193.33 and a maximum of 3,636.53 in the units previously stated in this definition. Producer Defined 193.3 3636.5 pascals PRCP_MissS_lag04 Daily total precipitation in millimeters per day, sum of all forms converted to water-equivalent. Precipitation occurrence on any given day may be ascertained. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 4 days. These numeric data have a minimum of 0 and a maximum of 218.46 in the units previously stated in this definition. Producer Defined 0.00 218.46 millimeters per day SRAD_MissS_lag04 Incident shortwave radiation flux density in watts per square meter, taken as an average over the daylight period of the day. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 4 days. These numeric data have a minimum of 48.42 and a maximum of 581.1 in the units previously stated in this definition. Producer Defined 48.42 581.10 watts per square meter TMAX_MissS_lag04 Daily maximum 2-meter air temperature in degrees Celsius. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 4 days. These numeric data have a minimum of -4.21 and a maximum of 38.35 in the units previously stated in this definition. Producer Defined -4.21 38.35 degrees Celsius TMIN_MissS_lag04 Daily minimum 2-meter air temperature in degrees Celsius. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 4 days. These numeric data have a minimum of -14.84 and a maximum of 27.34 in the units previously stated in this definition. Producer Defined -14.84 27.34 degrees Celsius VAPO_MissS_lag04 Water vapor pressure in pascals. Daily average partial pressure of water vapor. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 4 days. These numeric data have a minimum of 193.33 and a maximum of 3,636.53 in the units previously stated in this definition. Producer Defined 193.3 3636.5 pascals PRCP_MissS_lag05 Daily total precipitation in millimeters per day, sum of all forms converted to water-equivalent. Precipitation occurrence on any given day may be ascertained. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 5 days. These numeric data have a minimum of 0 and a maximum of 218.46 in the units previously stated in this definition. Producer Defined 0.00 218.46 millimeters per day SRAD_MissS_lag05 Incident shortwave radiation flux density in watts per square meter, taken as an average over the daylight period of the day. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 5 days. These numeric data have a minimum of 48.42 and a maximum of 581.1 in the units previously stated in this definition. Producer Defined 48.42 581.10 watts per square meter TMAX_MissS_lag05 Daily maximum 2-meter air temperature in degrees Celsius. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 5 days. These numeric data have a minimum of -4.21 and a maximum of 38.35 in the units previously stated in this definition. Producer Defined -4.21 38.25 degrees Celsius TMIN_MissS_lag05 Daily minimum 2-meter air temperature in degrees Celsius. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 5 days. These numeric data have a minimum of -14.84 and a maximum of 27.34 in the units previously stated in this definition. Producer Defined -14.84 27.34 degrees Celsius VAPO_MissS_lag05 Water vapor pressure in pascals. Daily average partial pressure of water vapor. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 5 days. These numeric data have a minimum of 193.33 and a maximum of 3,636.53 in the units previously stated in this definition. Producer Defined 193.3 3636.5 pascals PRCP_MissS_lag06 Daily total precipitation in millimeters per day, sum of all forms converted to water-equivalent. Precipitation occurrence on any given day may be ascertained. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 6 days. These numeric data have a minimum of 0 and a maximum of 218.46 in the units previously stated in this definition. Producer Defined 0.00 218.46 millimeters per day SRAD_MissS_lag06 Incident shortwave radiation flux density in watts per square meter, taken as an average over the daylight period of the day. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 6 days. These numeric data have a minimum of 48.42 and a maximum of 581.1 in the units previously stated in this definition. Producer Defined 48.42 581.10 watts per square meter TMAX_MissS_lag06 Daily maximum 2-meter air temperature in degrees Celsius. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 6 days. These numeric data have a minimum of -4.21 and a maximum of 38.35 in the units previously stated in this definition. Producer Defined -4.21 38.35 degrees Celsius TMIN_MissS_lag06 Daily minimum 2-meter air temperature in degrees Celsius. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 6 days. These numeric data have a minimum of -14.84 and a maximum of 27.34 in the units previously stated in this definition. Producer Defined -14.84 27.34 degrees Celsius VAPO_MissS_lag06 Water vapor pressure in pascals. Daily average partial pressure of water vapor. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 6 days. These numeric data have a minimum of 193.33 and a maximum of 3,636.53 in the units previously stated in this definition. Producer Defined 193.3 3636.5 pascals PRCP_MissS_lag07 Daily total precipitation in millimeters per day, sum of all forms converted to water-equivalent. Precipitation occurrence on any given day may be ascertained. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 7 days. These numeric data have a minimum of 0 and a maximum of 218.46 in the units previously stated in this definition. Producer Defined 0.00 218.46 millimeters per day SRAD_MissS_lag07 Incident shortwave radiation flux density in watts per square meter, taken as an average over the daylight period of the day. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 7 days. These numeric data have a minimum of 48.42 and a maximum of 581.1 in the units previously stated in this definition. Producer Defined 48.42 581.10 watts per square meter TMAX_MissS_lag07 Daily maximum 2-meter air temperature in degrees Celsius. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 7 days. These numeric data have a minimum of -4.21 and a maximum of 38.35 in the units previously stated in this definition. Producer Defined -4.21 38.35 degrees Celsius TMIN_MissS_lag07 Daily minimum 2-meter air temperature in degrees Celsius. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 7 days. These numeric data have a minimum of -14.84 and a maximum of 27.34 in the units previously stated in this definition. Producer Defined -14.84 27.34 degrees Celsius VAPO_MissS_lag07 Water vapor pressure in pascals. Daily average partial pressure of water vapor. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 7 days. These numeric data have a minimum of 193.33 and a maximum of 3,636.53 in the units previously stated in this definition. Producer Defined 193.3 3636.5 pascals WINU_MissS_lag00 Daily mean wind speed in longitude direction (u-direction, uwind) in meters per second. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 0 day. These numeric data have a minimum of -17.425 and a maximum of 17.625 in the units previously stated in this definition. Producer Defined -17.4250 17.6250 meters per second WINV_MissS_lag00 Daily mean wind speed in latitude direction (v-direction, vwind) in meters per second. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 0 day. These numeric data have a minimum of -16.15 and a maximum of 19.4 in the units previously stated in this definition. Producer Defined -16.1500 19.4000 meters per second WINS_MissS_lag00 Daily magnitude of the wind speed in meters per second based on square root sum of square u-direction and v-directions. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 0 day. These numeric data have a minimum of 0.075 and a maximum of 19.405 in the units previously stated in this definition. Producer Defined 0.075 19.405 meters per second WIND_MissS_lag00 Daily wind direction in degrees from north based on the computation 180 + (180/pi) * atan2(uwind, vwind) in the R programming language. Therefore, 0 degrees is blowing from north, 90 is blowing from east, 180 is blowing from south and 270 is blowing from west. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 0 day. These numeric data have a minimum of 0.219 and a maximum of 360 in the units previously stated in this definition. Producer Defined 0.219 360.000 degrees from north WINU_MissS_lag01 Daily mean wind speed in longitude direction (u-direction, uwind) in meters per second. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 1 day. These numeric data have a minimum of -17.425 and a maximum of 17.625 in the units previously stated in this definition. Producer Defined -17.425 17.625 meters per second WINV_MissS_lag01 Daily mean wind speed in latitude direction (v-direction, vwind) in meters per second. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 1 day. These numeric data have a minimum of -16.15 and a maximum of 19.4 in the units previously stated in this definition. Producer Defined -16.1500 19.4000 meters per second WINS_MissS_lag01 Daily magnitude of the wind speed in meters per second based on square root sum of square u-direction and v-directions. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 1 day. These numeric data have a minimum of 0.075 and a maximum of 19.405 in the units previously stated in this definition. Producer Defined 0.075 19.405 meters per second WIND_MissS_lag01 Daily wind direction in degrees from north based on the computation 180 + (180/pi) * atan2(uwind, vwind) in the R programming language. Therefore, 0 degrees is blowing from north, 90 is blowing from east, 180 is blowing from south and 270 is blowing from west. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 1 day. These numeric data have a minimum of 0.219 and a maximum of 360 in the units previously stated in this definition. Producer Defined 0.219 360.000 degrees from north WINU_MissS_lag02 Daily mean wind speed in longitude direction (u-direction, uwind) in meters per second. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 2 days. These numeric data have a minimum of -17.425 and a maximum of 17.625 in the units previously stated in this definition. Producer Defined -17.425 17.625 meters per second WINV_MissS_lag02 Daily mean wind speed in latitude direction (v-direction, vwind) in meters per second. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 2 days. These numeric data have a minimum of -16.15 and a maximum of 19.4 in the units previously stated in this definition. Producer Defined -16.1500 19.4000 meters per second WINS_MissS_lag02 Daily magnitude of the wind speed in meters per second based on square root sum of square u-direction and v-directions. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 2 days. These numeric data have a minimum of 0.075 and a maximum of 19.405 in the units previously stated in this definition. Producer Defined 0.075 19.405 meters per second WIND_MissS_lag02 Daily wind direction in degrees from north based on the computation 180 + (180/pi) * atan2(uwind, vwind) in the R programming language. Therefore, 0 degrees is blowing from north, 90 is blowing from east, 180 is blowing from south and 270 is blowing from west. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 2 days. These numeric data have a minimum of 0.219 and a maximum of 360 in the units previously stated in this definition. Producer Defined 0.219 360.000 degrees from north WINU_MissS_lag03 Daily mean wind speed in longitude direction (u-direction, uwind) in meters per second. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 3 days. These numeric data have a minimum of -17.425 and a maximum of 17.625 in the units previously stated in this definition. Producer Defined -17.425 17.625 meters per second WINV_MissS_lag03 Daily mean wind speed in latitude direction (v-direction, vwind) in meters per second. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 3 days. These numeric data have a minimum of -16.15 and a maximum of 19.4 in the units previously stated in this definition. Producer Defined -16.1500 19.4000 meters per second WINS_MissS_lag03 Daily magnitude of the wind speed in meters per second based on square root sum of square u-direction and v-directions. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 3 days. These numeric data have a minimum of 0.075 and a maximum of 19.405 in the units previously stated in this definition. Producer Defined 0.075 19.405 meters per second WIND_MissS_lag03 Daily wind direction in degrees from north based on the computation 180 + (180/pi) * atan2(uwind, vwind) in the R programming language. Therefore, 0 degrees is blowing from north, 90 is blowing from east, 180 is blowing from south and 270 is blowing from west. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 3 days. These numeric data have a minimum of 0.219 and a maximum of 360 in the units previously stated in this definition. Producer Defined 0.219 360.000 degrees from north WINU_MissS_lag04 Daily mean wind speed in longitude direction (u-direction, uwind) in meters per second. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 4 days. These numeric data have a minimum of -17.425 and a maximum of 17.625 in the units previously stated in this definition. Producer Defined -17.425 17.625 meters per second WINV_MissS_lag04 Daily mean wind speed in latitude direction (v-direction, vwind) in meters per second. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 4 days. These numeric data have a minimum of -16.15 and a maximum of 19.4 in the units previously stated in this definition. Producer Defined -16.1500 19.4000 meters per second WINS_MissS_lag04 Daily magnitude of the wind speed in meters per second based on square root sum of square u-direction and v-directions. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 4 days. These numeric data have a minimum of 0.075 and a maximum of 19.405 in the units previously stated in this definition. Producer Defined 0.075 19.405 meters per second WIND_MissS_lag04 Daily wind direction in degrees from north based on the computation 180 + (180/pi) * atan2(uwind, vwind) in the R programming language. Therefore, 0 degrees is blowing from north, 90 is blowing from east, 180 is blowing from south and 270 is blowing from west. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 4 days. These numeric data have a minimum of 0.219 and a maximum of 360 in the units previously stated in this definition. Producer Defined 0.219 360.000 degrees from north WINU_MissS_lag05 Daily mean wind speed in longitude direction (u-direction, uwind) in meters per second. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 5 days. These numeric data have a minimum of -17.425 and a maximum of 17.625 in the units previously stated in this definition. Producer Defined -17.425 17.625 meters per second WINV_MissS_lag05 Daily mean wind speed in latitude direction (v-direction, vwind) in meters per second. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 5 days. These numeric data have a minimum of -16.15 and a maximum of 19.4 in the units previously stated in this definition. Producer Defined -16.1500 19.4000 meters per second WINS_MissS_lag05 Daily magnitude of the wind speed in meters per second based on square root sum of square u-direction and v-directions. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 5 days. These numeric data have a minimum of 0.075 and a maximum of 19.405 in the units previously stated in this definition. Producer Defined 0.075 19.405 meters per second WIND_MissS_lag05 Daily wind direction in degrees from north based on the computation 180 + (180/pi) * atan2(uwind, vwind) in the R programming language. Therefore, 0 degrees is blowing from north, 90 is blowing from east, 180 is blowing from south and 270 is blowing from west. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 5 days. These numeric data have a minimum of 0.219 and a maximum of 360 in the units previously stated in this definition. Producer Defined 0.219 360.000 degrees from north WINU_MissS_lag06 Daily mean wind speed in longitude direction (u-direction, uwind) in meters per second. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 6 days. These numeric data have a minimum of -17.425 and a maximum of 17.625 in the units previously stated in this definition. Producer Defined -17.425 17.625 meters per second WINV_MissS_lag06 Daily mean wind speed in latitude direction (v-direction, vwind) in meters per second. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 6 days. These numeric data have a minimum of -16.15 and a maximum of 19.4 in the units previously stated in this definition. Producer Defined -16.1500 19.4000 meters per second WINS_MissS_lag06 Daily magnitude of the wind speed in meters per second based on square root sum of square u-direction and v-directions. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 6 days. These numeric data have a minimum of 0.075 and a maximum of 19.405 in the units previously stated in this definition. Producer Defined 0.075 19.405 meters per second WIND_MissS_lag06 Daily wind direction in degrees from north based on the computation 180 + (180/pi) * atan2(uwind, vwind) in the R programming language. Therefore, 0 degrees is blowing from north, 90 is blowing from east, 180 is blowing from south and 270 is blowing from west. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 6 days. These numeric data have a minimum of 0.219 and a maximum of 360 in the units previously stated in this definition. Producer Defined 0.219 360.000 degrees from north WINU_MissS_lag07 Daily mean wind speed in longitude direction (u-direction, uwind) in meters per second. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 7 days. These numeric data have a minimum of -17.425 and a maximum of 17.625 in the units previously stated in this definition. Producer Defined -17.425 17.625 meters per second WINV_MissS_lag07 Daily mean wind speed in latitude direction (v-direction, vwind) in meters per second. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 7 days. These numeric data have a minimum of -16.15 and a maximum of 19.4 in the units previously stated in this definition. Producer Defined -16.1500 19.4000 meters per second WINS_MissS_lag07 Daily magnitude of the wind speed in meters per second based on square root sum of square u-direction and v-directions. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 7 days. These numeric data have a minimum of 0.075 and a maximum of 19.405 in the units previously stated in this definition. Producer Defined 0.075 19.405 meters per second WIND_MissS_lag07 Daily wind direction in degrees from north based on the computation 180 + (180/pi) * atan2(uwind, vwind) in the R programming language. Therefore, 0 degrees is blowing from north, 90 is blowing from east, 180 is blowing from south and 270 is blowing from west. The project-specific, salinity-site grouping code is MissS, and the daily lag backwards of this variable's association is 7 days. These numeric data have a minimum of 0.219 and a maximum of 360 in the units previously stated in this definition. Producer Defined 0.219 360.000 degrees from north U.S. Geological Survey - ScienceBase GS ScienceBase mailing address

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