30679 Data Set Published / External 3954 Galveston Fisheries Ecology Projects Project Completed 1984 2016 Brown shrimp, Farfantepenaeus aztecus, and white shrimp, Litopenaeus setiferus, were held were held under natural light conditions before experiments. Experiments were conducted in twelve rectangular tanks (58 cm x 149 cm) under fluorescent lighting (7-10 microEinsteins/sec/sq m). Shrimp were placed in randomly-assigned tanks the day before observations were initiated at 0730 h, the lights were turned on, and observations of thepercentage of shrimp burrowed ( 1/2 of their body beneath the substrate) were recorded hourly (starting at 0830 h) throughout the daylight hours. For both species, burrowing rates decreased significantly as the substrate became courser. Brown shrimp burrowing was marginally affected by salinity with the lowest burrowing rates at 5 ppt white shrimp burrowing was not significantly affected by salinity. Large brown shrimp burrowed more than small and medium sized shrimp, but size did not significantly affect burrowing of white shrimp. The presence of a fish predator in the tanks did not affect burrowing of either species, but hunger level significantly affected burrowing for both species. Study of shrimp behavior Following the last daily observation in these experiments, the tanks were drained, and the shrimp were counted and measured from the tip of the rostrum to the tip of the telson (TL, total length). Theme World Register of Marine Species (WoRMS) Penaeus aztecus Theme World Register of Marine Species (WoRMS) Penaeus setiferus Spatial Global Change Master Directory (GCMD) Location Keywords OCEAN > ATLANTIC OCEAN > NORTH ATLANTIC OCEAN > GULF OF AMERICA Theme NODC DATA TYPES ANIMALS - INDIVIDUAL - BEHAVIOR Theme NODC OBSERVATION TYPES Laboratory Analysis Theme Brown shrimp Theme Farfantepenaeus aztecus Theme Litopenaeus setiferus Theme shrimp behavior Theme white shrimp Temporal 1984-2015 Spatial NODC SEA AREA NAMES Gulf Of Mexico Spatial Galveston Island Southeast Fisheries Science Center Miami FL USA PARR Data Server Data Set Table (digital) Laboratory experiments Laboratory experiments Laboratory experiments 33874 Published / External Completed Brown shrimp, Farfantepenaeus aztecus, and white shrimp, Litopenaeus setiferus, were held were held under natural light conditions before experiments. Experiments were conducted in twelve rectangular tanks (58 cm x 149 cm) under fluorescent lighting (7-10 microEinsteins/sec/sq m). Shrimp were placed in randomly-assigned tanks the day before observations were initiated at 0730 h, the lights were turned on, and observations of thepercentage of shrimp burrowed ( 1/2 of their body beneath the substrate) were recorded hourly (starting at 0830 h) throughout the daylight hours. For both species, burrowing rates decreased significantly as the substrate became courser. Brown shrimp burrowing was marginally affected by salinity with the lowest burrowing rates at 5 ppt white shrimp burrowing was not significantly affected by salinity. Large brown shrimp burrowed more than small and medium sized shrimp, but size did not significantly affect burrowing of white shrimp. The presence of a fish predator in the tanks did not affect burrowing of either species, but hunger level significantly affected burrowing for both species. Data Table "Juvenile shrimp were collected in the Galveston Bay system of Texas, U.S.A. and held before experiments in the laboratory under natural light conditions (skylights) in fiberglass tanks with a crushed shell substrate. Burrowing experiments were conducted in twelve rectangular tanks (58 cm x 149 cm; 0.86 m2 area) located in a dark temperature controlled room equipped with fluorescent lighting and under a 12:12 h day:night light regime. Light was constant during the daylight period in these experimental tanks and was measured near the substrate using a LI-COR quantum meter (Model LI-185B). From 10 observations in each tank during the simulated daylight hours, the mean intensity was 10.6 (SE=0.18) ¿E (microEinsteins) s-1m-2. This light intensity is comparable to the light reaching the bay bottom during a sunny day when incident light at the water’s surface is ~ 1000-2000 ¿E s-1m-2 and the following approximate conditions occur: water depth 2 m, nephelometric turbidity 20 FTUs, an attenuation coefficient (Kd) of 2.0, and a Secchi disk depth of 0.5-0.7 m. Tanks were filled to a depth of 25 cm with sand-filtered seawater pumped from the Gulf of Mexico off Galveston Island. When possible, treatments were randomly applied to tanks; the exception was for substrate experiments where different substrates remained in the same tanks throughout the experimental series. Shrimp from holding tanks, however, were randomly placed in tanks during all experiments. Shrimp were moved from holding tanks to experimental tanks in the afternoon on the day before observations were initiated. At 0730 h the next day, the lights came on, and observations on behavior were recorded hourly (starting at 0830 h) throughout the daylight hours (generally 10 hourly observations during the day). Black plastic curtains surrounded each tank, and observations were made through small portals to avoid disturbance. During each hourly observation period, individual shrimp were categorized into one of eight behaviors." 1 Shrimp species CHAR 12 No No Active Brown shrimp, Farfantepenaeus aztecus, or white shrimp, Litopenaeus setiferus 2 Experiment CHAR 10 No No Active Identifies the experimental factor examined 3 Date NUMBER 8 No No Active Date the experiment was conducted 4 Behavior CHAR 4 No No Active Behavior of shrimp when tested, either Eyes Showing or Head Showing 5 Treatment CHAR 20 No No Active Treatment examined in each experiment 6 Tank CHAR 2 No No Active Experimental tank 7 No Tested NUMBER 2 No No Active Number of shrimp tested 8 Number emerged NUMBER 2 No No Active Number that emerged from the substrate after testing 9 Number stayed burrowed NUMBER 2 No No Active Number that stayed burrowed after testing 33875 Published / External Brown shrimp, Farfantepenaeus aztecus, and white shrimp, Litopenaeus setiferus, were held were held under natural light conditions before experiments. Experiments were conducted in twelve rectangular tanks (58 cm x 149 cm) under fluorescent lighting (7-10 microEinsteins/sec/sq m). Shrimp were placed in randomly-assigned tanks the day before observations were initiated at 0730 h, the lights were turned on, and observations of thepercentage of shrimp burrowed ( 1/2 of their body beneath the substrate) were recorded hourly (starting at 0830 h) throughout the daylight hours. For both species, burrowing rates decreased significantly as the substrate became courser. Brown shrimp burrowing was marginally affected by salinity with the lowest burrowing rates at 5 ppt white shrimp burrowing was not significantly affected by salinity. Large brown shrimp burrowed more than small and medium sized shrimp, but size did not significantly affect burrowing of white shrimp. The presence of a fish predator in the tanks did not affect burrowing of either species, but hunger level significantly affected burrowing for both species. Data Table "Juvenile shrimp were collected in the Galveston Bay system of Texas, U.S.A. and held before experiments in the laboratory under natural light conditions (skylights) in fiberglass tanks with a crushed shell substrate. Burrowing experiments were conducted in twelve rectangular tanks (58 cm x 149 cm; 0.86 m2 area) located in a dark temperature controlled room equipped with fluorescent lighting and under a 12:12 h day:night light regime. Light was constant during the daylight period in these experimental tanks and was measured near the substrate using a LI-COR quantum meter (Model LI-185B). From 10 observations in each tank during the simulated daylight hours, the mean intensity was 10.6 (SE=0.18) ¿E (microEinsteins) s-1m-2. This light intensity is comparable to the light reaching the bay bottom during a sunny day when incident light at the water’s surface is ~ 1000-2000 ¿E s-1m-2 and the following approximate conditions occur: water depth 2 m, nephelometric turbidity 20 FTUs, an attenuation coefficient (Kd) of 2.0, and a Secchi disk depth of 0.5-0.7 m. Tanks were filled to a depth of 25 cm with sand-filtered seawater pumped from the Gulf of Mexico off Galveston Island. When possible, treatments were randomly applied to tanks; the exception was for substrate experiments where different substrates remained in the same tanks throughout the experimental series. Shrimp from holding tanks, however, were randomly placed in tanks during all experiments. Shrimp were moved from holding tanks to experimental tanks in the afternoon on the day before observations were initiated. At 0730 h the next day, the lights came on, and observations on behavior were recorded hourly (starting at 0830 h) throughout the daylight hours (generally 10 hourly observations during the day). Black plastic curtains surrounded each tank, and observations were made through small portals to avoid disturbance. During each hourly observation period, individual shrimp were categorized into one of eight behaviors." 1 Shrimp species CHAR 12 No No Active Brown shrimp, Farfantepenaeus aztecus, or white shrimp, Litopenaeus setiferus 2 Experiment CHAR 10 No No Active Identifies the experimental factor examined 3 Date NUMBER 8 No No Active Date the experiment was conducted 4 Block CHAR 4 No No Active The same experiments were conducted on two separate days, Day1 and Day2 5 Time NUMBER 4 No No Active Military time 6 Treatment CHAR 20 No No Active Treatement examined in each experiment 7 Tank CHAR 2 No No Active Experimental tank 8 Completely Burrowed NUMBER 2 No No Active Number of shrimp in tank that were completely burrowed 9 Eyes Showing NUMBER 2 No No Active Number of shrimp in tank that had their eyes showing above substrate 10 Head Showing NUMBER 2 No No Active Number of shrimp in tank that had their head showing above substrate 11 More than Half Burrowed NUMBER 2 No No Active Number of shrimp in tank that were more than half beneath the substrate 12 Less than Half Burrowed NUMBER 2 No No Active Number of shrimp in tank that were less than half beneath the substrate 13 Stationary NUMBER 2 No No Active Number of shrimp in tank that were stationary on the substrate 14 Crawling NUMBER 2 No No Active Number of shrimp in tank that were crawling on the substrate 15 Swimming NUMBER 2 No No Active Number of shrimp in tank that were swimming 16 Number Present NUMBER 2 No No Active Number of shrimp in tank used to calculate percentages 17 Final Count NUMBER 2 No No Active Number of shrimp in tank at end of experiment 18 Percent Burrowed NUMBER 3 No No Active Percentage of shrimp in tank burrowed (more than half beneath substrate) 33876 Published / External Completed Brown shrimp, Farfantepenaeus aztecus, and white shrimp, Litopenaeus setiferus, were held were held under natural light conditions before experiments. Experiments were conducted in twelve rectangular tanks (58 cm x 149 cm) under fluorescent lighting (7-10 microEinsteins/sec/sq m). Shrimp were placed in randomly-assigned tanks the day before observations were initiated at 0730 h, the lights were turned on, and observations of thepercentage of shrimp burrowed ( 1/2 of their body beneath the substrate) were recorded hourly (starting at 0830 h) throughout the daylight hours. For both species, burrowing rates decreased significantly as the substrate became courser. Brown shrimp burrowing was marginally affected by salinity with the lowest burrowing rates at 5 ppt white shrimp burrowing was not significantly affected by salinity. Large brown shrimp burrowed more than small and medium sized shrimp, but size did not significantly affect burrowing of white shrimp. The presence of a fish predator in the tanks did not affect burrowing of either species, but hunger level significantly affected burrowing for both species. Data Table "Juvenile shrimp were collected in the Galveston Bay system of Texas, U.S.A. and held before experiments in the laboratory under natural light conditions (skylights) in fiberglass tanks with a crushed shell substrate. Burrowing experiments were conducted in twelve rectangular tanks (58 cm x 149 cm; 0.86 m2 area) located in a dark temperature controlled room equipped with fluorescent lighting and under a 12:12 h day:night light regime. Light was constant during the daylight period in these experimental tanks and was measured near the substrate using a LI-COR quantum meter (Model LI-185B). From 10 observations in each tank during the simulated daylight hours, the mean intensity was 10.6 (SE=0.18) ¿E (microEinsteins) s-1m-2. This light intensity is comparable to the light reaching the bay bottom during a sunny day when incident light at the water’s surface is ~ 1000-2000 ¿E s-1m-2 and the following approximate conditions occur: water depth 2 m, nephelometric turbidity 20 FTUs, an attenuation coefficient (Kd) of 2.0, and a Secchi disk depth of 0.5-0.7 m. Tanks were filled to a depth of 25 cm with sand-filtered seawater pumped from the Gulf of Mexico off Galveston Island. When possible, treatments were randomly applied to tanks; the exception was for substrate experiments where different substrates remained in the same tanks throughout the experimental series. Shrimp from holding tanks, however, were randomly placed in tanks during all experiments. Shrimp were moved from holding tanks to experimental tanks in the afternoon on the day before observations were initiated. At 0730 h the next day, the lights came on, and observations on behavior were recorded hourly (starting at 0830 h) throughout the daylight hours (generally 10 hourly observations during the day). Black plastic curtains surrounded each tank, and observations were made through small portals to avoid disturbance. During each hourly observation period, individual shrimp were categorized into one of eight behaviors." 1 Shrimp species CHAR 12 No No Active Brown shrimp, Farfantepenaeus aztecus, or white shrimp, Litopenaeus setiferus 2 Experiment CHAR 10 No No Active Identifies the experimental factor examined 3 Date NUMBER 8 No No Active Date the experiment was conducted 4 Block CHAR 4 No No Active The same experiments were conducted on two separate days, Day1 and Day2 5 Treatment CHAR 20 No No Active Treatement examined in each experiment 6 Tank CHAR 2 No No Active Experimental tank 7 TL1 NUMBER 3 No No Active Total length of shrimp number 1 8 TL2 NUMBER 3 No No Active Total length of shrimp number 2 9 TL3 NUMBER 3 No No Active Total length of shrimp number 3 10 TL4 NUMBER 3 No No Active Total length of shrimp number 4 11 TL5 NUMBER 3 No No Active Total length of shrimp number 5 12 TL6 NUMBER 3 No No Active Total length of shrimp number 6 13 TL7 NUMBER 3 No No Active Total length of shrimp number 7 14 TL8 NUMBER 3 No No Active Total length of shrimp number 8 15 TL9 NUMBER 3 No No Active Total length of shrimp number 9 16 TL10 NUMBER 3 No No Active Total length of shrimp number 10 17 TL11 NUMBER 3 No No Active Total length of shrimp number 11 18 TL12 NUMBER 3 No No Active Total length of shrimp number 12 19 TL13 NUMBER 3 No No Active Total length of shrimp number 13 20 TL14 NUMBER 3 No No Active Total length of shrimp number 14 21 TL15 NUMBER 3 No No Active Total length of shrimp number 15 22 TL16 NUMBER 3 No No Active Total length of shrimp number 16 23 TL17 NUMBER 3 No No Active Total length of shrimp number 17 24 TL18 NUMBER 3 No No Active Total length of shrimp number 18 25 TL19 NUMBER 3 No No Active Total length of shrimp number 19 26 TL20 NUMBER 3 No No Active Total length of shrimp number 20 54492 Published / External Completed Meta Table which provides definitions for the columns in the table Penaeid_Shrimp_Size_Data.csv Data Table Yes Column Definitions Meta Table which provides definitions for the columns in the data entities for this data set 20 Original Variable Name Character 40 Yes No Active The original variable name for which the data is supplied. This is the column name in the original_data.csv file 30 Revised Variable Name Character 40 Yes No Active This is the normalized corrected variable name for which the data is supplied. This is the column name in the data table renamed_data_table.csv file (if the data table is instead renamed_data_sheet.csv it will correspond to columns in that table. 40 Data Description Character 150 Yes No Active The descriptor/Column definition of the corresponding column 50 Data Type Character 12 Yes No Active Indicates the data type (generally character or numeric ) of the corresponding data column Character Number 60 Data Length Numeric 4 Yes No 0 Active The length of the corresponding field in question 70 Number of Decimal Places Numeric 2 No No Active Indicates the number of data places (for a numeric column) of the corresponding column in question. This will be blank if the corresponding column in question I 100 Required? Character 7 Yes No Active Indicates If it is required that this column be populated in the corresponding data table Yes No 54493 Published / External Completed Meta Table which provides definitions for the columns in the table Penaeid_Shrimp_Emergence_Data.csv Data Table Yes Column Definitions Meta Table which provides definitions for the columns in the data entities for this data set 20 Original Variable Name Character 40 Yes No Active The original variable name for which the data is supplied. This is the column name in the original_data.csv file 30 Revised Variable Name Character 40 Yes No Active This is the normalized corrected variable name for which the data is supplied. This is the column name in the data table renamed_data_table.csv file (if the data table is instead renamed_data_sheet.csv it will correspond to columns in that table. 40 Data Description Character 150 Yes No Active The descriptor/Column definition of the corresponding column 50 Data Type Character 12 Yes No Active Indicates the data type (generally character or numeric ) of the corresponding data column Character Number 60 Data Length Numeric 4 Yes No 0 Active The length of the corresponding field in question 70 Number of Decimal Places Numeric 2 No No Active Indicates the number of data places (for a numeric column) of the corresponding column in question. This will be blank if the corresponding column in question I 100 Required? Character 7 Yes No Active Indicates If it is required that this column be populated in the corresponding data table Yes No 54494 Published / External Completed Meta Table which provides definitions for the columns in the table Penaeid_Shrimp_Burrowing_Data.csv Data Table Yes Column Definitions Meta Table which provides definitions for the columns in the data entities for this data set 20 Original Variable Name Character 40 Yes No Active The original variable name for which the data is supplied. This is the column name in the original_data.csv file 30 Revised Variable Name Character 40 Yes No Active This is the normalized corrected variable name for which the data is supplied. This is the column name in the data table renamed_data_table.csv file (if the data table is instead renamed_data_sheet.csv it will correspond to columns in that table. 40 Data Description Character 150 Yes No Active The descriptor/Column definition of the corresponding column 50 Data Type Character 12 Yes No Active Indicates the data type (generally character or numeric ) of the corresponding data column Character Number 60 Data Length Numeric 4 Yes No 0 Active The length of the corresponding field in question 70 Number of Decimal Places Numeric 2 No No Active Indicates the number of data places (for a numeric column) of the corresponding column in question. This will be blank if the corresponding column in question I 100 Required? Character 7 Yes No Active Indicates If it is required that this column be populated in the corresponding data table Yes No 54496 Published / External Completed Multi tabbed xls(x) file containing the burrowing data which includes one tab which contains what is in the data table Penaeid_Shrimp_Burrowing_Data.csv and another tab which contains the table which describes the columns in the table Penaeid_Shrimp_Burrowing_Data_Column_Definitions.csv as well as a tab which contains documentation on the table. Spreadsheet Yes Multi tabbed xls(x) file containing the burrowing data which includes one tab which contains what is in the data table Penaeid_Shrimp_Burrowing_Data.csv and another tab which contains the table which describes the columns in the table Penaeid_Shrimp_Burrowing_Data_Column_Definitions.csv as well as a tab which contains documentation on the table. 10 Original Data Excel Tab No No Active The original named columns of what would be Data Table Penaeid_Shrimp_Burrowing_Data.csv 20 Metadata_Table Excel Tab No No Active Contains the information that is in the metadata table Penaeid_Shrimp_Burrowing_Data_Column_Definitions which defines the columns in Data Table Penaeid_Shrimp_Burrowing_Data.csv 30 Renamed_Data_Table Excel Tab No No Active The renamed columns of what would be Data Table Penaeid_Shrimp_Burrowing_Data.csv 40 Dataset_Metadata Excel Tab No No Active Provides some documentation describing Penaeid_Shrimp_Burrowing_Data.csv 54497 Published / External Completed Multi tabbed xls(x) file containing the burrowing data which includes one tab which contains what is in the data table Penaeid_Shrimp_Emergence_Data.csv and another tab which contains the table which describes the columns in the table Penaeid_Shrimp_Emergence_Data_Column_Definitions.csv as well as a tab which contains documentation on the table. Spreadsheet Yes Multi tabbed xls(x) file containing the burrowing data which includes one tab which contains what is in the data table Penaeid_Shrimp_Burrowing_Data.csv and another tab which contains the table which describes the columns in the table Penaeid_Shrimp_Burrowing_Data_Column_Definitions.csv as well as a tab which contains documentation on the table. 10 Original Data Excel Tab No No Active The original named columns of what would be Data Table Penaeid_Shrimp_Emergence_Data.csv 20 Metadata_Table Excel Tab No No Active Contains the information that is in the metadata table Penaeid_Shrimp_Emergence_Data_Column_Definitions which defines the columns in Data Table Penaeid_Shrimp_Emergence_Data.csv 30 Renamed_Data_Table Excel Tab No No Active The renamed columns of what would be Data Table Penaeid_Shrimp_Emergence_Data.csv 40 Dataset_Metadata Excel Tab No No Active Provides some documentation describing Penaeid_Shrimp_Emergence_Data.csv 54498 Published / External Completed Multi tabbed xls(x) file containing the burrowing data which includes one tab which contains what is in the data table Penaeid_Shrimp_Size_Data.csv and another tab which contains the table which describes the columns in the table Penaeid_Shrimp_Size_Data_Column_Definitions.csv as well as a tab which contains documentation on the table. Spreadsheet Yes Multi tabbed xls(x) file containing the burrowing data which includes one tab which contains what is in the data table Penaeid_Shrimp_Burrowing_Data.csv and another tab which contains the table which describes the columns in the table Penaeid_Shrimp_Burrowing_Data_Column_Definitions.csv as well as a tab which contains documentation on the table. 10 Original Data Excel Tab No No Active The original named columns of what would be Data Table Penaeid_Shrimp_Size_Data.csv 20 Metadata_Table Excel Tab No No Active Contains the information that is in the metadata table Penaeid_Shrimp_Size_Data_Column_Definitions which defines the columns in Data Table Penaeid_Shrimp_Size_Data.csv 30 Renamed_Data_Table Excel Tab No No Active The renamed columns of what would be Data Table Penaeid_Shrimp_Size_Data.csv 40 Dataset_Metadata Excel Tab No No Active Provides some documentation describing Penaeid_Shrimp_Size_Data.csv Data Steward 2016 Person Ditty, James Jim.Ditty@noaa.gov 4700 Avenue U Galveston TX 77551-5997 409-766-3782 409-766-3508 Data Steward 1984 2017 Person Minello, Thomas J https://orcid.org/0000-0002-4544-3062 retired Distributor 2017 Organization Southeast Fisheries Science Center SEFSC https://ror.org/0396y0w87 75 Virginia Beach Drive Miami FL 33149 USA (305)361-5761 https://www.fisheries.noaa.gov/about/southeast-fisheries-science-center About SEFSC Online Resource 8:00 a.m. - 4:30 p.m. EST Metadata Contact 2017 Person Baumer, Tim J tim.baumer@noaa.gov 4700 Avenue U Galveston TX 77551 409-766-3784 Metadata Contact 2000 2017 Person Minello, Thomas J https://orcid.org/0000-0002-4544-3062 retired Point of Contact 2016 Person Baumer, Tim J tim.baumer@noaa.gov 4700 Avenue U Galveston TX 77551 409-766-3784 Contact by email preferred. Ground Condition -94.815127 -94.815127 29.275417 29.275417 Gulf Of Mexico Range 1984 2015 Unclassified Open to everyone Download From Provided Link None Please cite appropriately None Please cite appropriately https://grunt.sefsc.noaa.gov/parr/30679.zip 2017 Organization Southeast Fisheries Science Center https://ror.org/0396y0w87 30679.zip Zip Zip Chked Viruses Inapp Content The number of shrimp counted was exact When possible, treatments were randomly applied to tanks; the exception was for substrate experiments where different substrates remained in the same tanks throughout the experimental series Log books were used to record shrimp behavior observations from all experiments. When possible, treatments were randomly applied to tanks; the exception was for substrate experiments where different substrates remained in the same tanks throughout the experimental series. Shrimp from holding tanks, however, were randomly placed in tanks during all experiments. Shrimp were moved from holding tanks to experimental tanks in the afternoon on the day before observations were initiated. At 0730 h the next day, the lights came on, and observations on behavior were recorded hourly (starting at 0830 h) throughout the daylight hours (generally 10 hourly observations during the day). Black plastic curtains surrounded each tank, and observations were made through small portals to avoid disturbance. During each hourly observation period, individual shrimp were categorized into one of eight behaviors. No 0 Yes No No 180 To Be Determined 180 The data resides on a secure government network requiring multi-factor authentication for network access. 1 After observations of behavior in laboratory experiments, data were entered into an Excel spreadsheet. A text file was created to describe these data and associated variables. Entered data were checked against the laboratory record books to minimize entry errors. The electronic file was also sorted and examined in a variety of ways to look for outliers, missing data, and other potential errors. Verified data files were then saved electronically on the Galveston Laboratory server and backed-up as needed. Person Ditty, James Jim.Ditty@noaa.gov 4700 Avenue U Galveston TX 77551-5997 409-766-3782 409-766-3508 LI-185A Quantum Radiometer Photometer instrument Radiometer RadioMeter PhotoMeter (discontinued) Tank Drainable tank where samples are grown LI-185A Quantum Radiometer Photometer instrument Radiometer RadioMeter PhotoMeter (discontinued) 54495 Document 54516 Document 54499 Document 54497 Entity 54496 Entity 54498 Entity 33876 Entity 33875 Entity 54494 Entity 54493 Entity 33874 Entity 54492 Entity gov.noaa.nmfs.inport:30679 Carlos Rivero 2016-02-11T06:54:14 SysAdmin InPortAdmin 2026-03-04T19:17:28 2021-10-21 Southeast Fisheries Science Center SEFSC 75 Virginia Beach Drive Miami FL 33149 USA (305)361-5761 www.sefsc.noaa.gov 8:00 a.m. - 4:30 p.m. EST 1001 Public No No 2021-10-21 1 Year 2022-10-21