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Summary

Short Citation
Pacific Islands Fisheries Science Center, 2024: Larval Fish Identification from Cruises at Oahu, TC-85-04, TC-85-05, TC-86-02, TC-86-04, https://www.fisheries.noaa.gov/inport/item/8791.
Full Citation Examples

Abstract

Four cruises aboard the NOAA ship Townsend Cromwell were conducted, collectors included George Boehlert and Bruce Mundy. Two transects, oriented in an east-west direction, were established, one each on the leeward and the windward sides of the island. Stations were located 1.8, 9.3, and 27.8 km from shore along the leeward side and 3.7, 9.3, and 27.8 km from shore along the windward side. Larvae were sampled below the surface with a 1 m2 multiple opening-closing net and environmental sensing system (MOCNESS) and at the sea surface with a 0.49 m2 Manta net modified to take surface samples to a depth of 0.7 m. All nets were constructed of 0.333 mm Nitex mesh. Estimates of water volumes filtered by both gear types were based on mechanical flowmeter readings. Samples were taken in eight depth strata (neuston, 0-10, 10-20, 20-30, 30-40, 40-50, 50-60, and 60-80 m) at each nearshore station and in nine depth strata (neuston, 0-20, 20-40, 40-60, 60-80, 80-100, 100-120, 120-160, and 160-200 m) at the 4 offshore stations. MOCNESS hauls were 12 minutes duration for each net (stratum), fished in a stepped oblique fashion from deep to shallow with mean tow speeds of approximately 75 cm/sec; the tow speed was adjusted to maintain a net mouth angle near 45". Neuston tows were 24 minutes, taken during the mid-point of the MOCNESS tows. Replicate tows were taken at each station in both day and night, but only the first replicate sample was sorted for the December, April, and June cruises, whereas both replicates were processed for the September cruise.

All fish larvae were identified to the lowest taxonomic level possible by Bruce C. Mundy. Squid paralarvae were transferred to the Dr. Richard Young (Dept. of Oceanography, Univ. of Hawai'i). Other taxa were not routinely sorted, but heteropods from selected samples have been transferred to Dr. Roger Seapy (Dept. of Biological Sciences, California State Univ. Fullerton; see Seapy 1990. Patterns of vertical distribution in epipelagic heteropod molluscs off Hawaii. Mar. Eco1.-Prog. Ser., 60: 235-246.) and numbers of four species of copepods were obtained from subsamples from certain stations by Dr. R. Patrick Hassett (Dept. of Zoology, Arizona State Univ.; see Hassett and Boehlert 1995. Seasonal, vertical and horizontal distributions of four species of copepods around Oahu, Hawaii: data report. NOAA Tech. Memo. NMFS, NOAA-TM-NMFS-SWFSC-215, 21 p.).

In 2023, Andrea Schmidt (andrea.schmidt@noaa.gov) provided:

1) RB008AA1_V_LAT_LONG_MEANS_V - Latitude and longitude from cruise reports and MOCNESS sensor data were inserted into RB008AA1_V data.

2) RB008AA1_UKUSIZES_V - A dataset with larval measurements for uku, Aprion virescens.

Methodology: We processed larval uku from a backlog of existing partially processed wet-archived ichthyoplankton samples from O'ahu that were likely to contain larval uku and enhance available record data. We identified and measured uku larvae from ichthyoplankton samples collected around the island of O'ahu on cruises TC8504 (September 6-15, 1985) and TC8604 (June 24-July 2, 1986). These cruises were part of a yearlong series of quarterly surveys described in Boehlert and Mundy (1996). Every three months a series of MOCNESS tows were conducted at 1.8, 9.3, and 27.8 km from shore during the day and the night. Two replicates were collected for each station, but not all replicates were processed. Since the entirety of these samples were archived and stored at PIFSC, we processed the second replicate for TC8604 and measure all previously identified uku from TC8504. These were the only depth integrated samples for which we could generate length data along a gradient from shore. Examination occurred under an EVOCAM2 scope (Vision Engineering Ltd, United Kingdom) and measurements of larval standard length were conducted with the ViPlus software (Vision Engineering Ltd, United Kingdom). The first replicates of the Boehlert and Mundy (1996) dataset were used to review Lutjanidae identification with a focus on uku and were examined several times. Previously unexamined samples from the second replicate were examined and the Aprion therein were removed. All identified Aprion were measured for standard length using the "line" tool in ViPlus. Flexion larvae were measured in segments, measurement points started from the caudal end of the vertebrae to the lateral line at the deepest point of the curve. The next measurement started from the same point and went to the most protruding point on the nose. Bent larvae, or those curled in on themselves which were not easily flattened without damaging the specimen, were laid vertically and measurements were taken in segments along their dorsal side from nose to tail end. In all other cases, a straight, single line measurement was taken.

Distribution Information

Access Constraints:

None

Child Items

Type Title
Entity RB008AA1_SPECIES_CODE
Entity RB008AA1_UKUSIZES_V
Entity RB008AA1_V
Entity RB008AA1_V_LAT_LONG_MEANS_V

Contact Information

Point of Contact
Eva M Schemmel
eva.schemmel@noaa.gov

Extents

Geographic Area 1

-159° W, -157° E, 22° N, 21° S

Oahu and Main Hawaiian Islands; Leeward side of the island,west, Kahe Point, latitude 21'21'N and Windward side of the island, east, Kaoio Point, latitude 21'32'N.

Time Frame 1
1985-09-06 - 1986-07-02

These are the dates larval fish were collected on 4 cruises aboard the Townsend Cromwell: 6-15 September 1985, 12-20 December 1985, 8-18 April 1986, and 24 June-2 July 1986

Item Identification

Title: Larval Fish Identification from Cruises at Oahu, TC-85-04, TC-85-05, TC-86-02, TC-86-04
Status: Completed
Creation Date: 2016-04-08
Revision Date: 2023-09-08
Abstract:

Four cruises aboard the NOAA ship Townsend Cromwell were conducted, collectors included George Boehlert and Bruce Mundy. Two transects, oriented in an east-west direction, were established, one each on the leeward and the windward sides of the island. Stations were located 1.8, 9.3, and 27.8 km from shore along the leeward side and 3.7, 9.3, and 27.8 km from shore along the windward side. Larvae were sampled below the surface with a 1 m2 multiple opening-closing net and environmental sensing system (MOCNESS) and at the sea surface with a 0.49 m2 Manta net modified to take surface samples to a depth of 0.7 m. All nets were constructed of 0.333 mm Nitex mesh. Estimates of water volumes filtered by both gear types were based on mechanical flowmeter readings. Samples were taken in eight depth strata (neuston, 0-10, 10-20, 20-30, 30-40, 40-50, 50-60, and 60-80 m) at each nearshore station and in nine depth strata (neuston, 0-20, 20-40, 40-60, 60-80, 80-100, 100-120, 120-160, and 160-200 m) at the 4 offshore stations. MOCNESS hauls were 12 minutes duration for each net (stratum), fished in a stepped oblique fashion from deep to shallow with mean tow speeds of approximately 75 cm/sec; the tow speed was adjusted to maintain a net mouth angle near 45". Neuston tows were 24 minutes, taken during the mid-point of the MOCNESS tows. Replicate tows were taken at each station in both day and night, but only the first replicate sample was sorted for the December, April, and June cruises, whereas both replicates were processed for the September cruise.

All fish larvae were identified to the lowest taxonomic level possible by Bruce C. Mundy. Squid paralarvae were transferred to the Dr. Richard Young (Dept. of Oceanography, Univ. of Hawai'i). Other taxa were not routinely sorted, but heteropods from selected samples have been transferred to Dr. Roger Seapy (Dept. of Biological Sciences, California State Univ. Fullerton; see Seapy 1990. Patterns of vertical distribution in epipelagic heteropod molluscs off Hawaii. Mar. Eco1.-Prog. Ser., 60: 235-246.) and numbers of four species of copepods were obtained from subsamples from certain stations by Dr. R. Patrick Hassett (Dept. of Zoology, Arizona State Univ.; see Hassett and Boehlert 1995. Seasonal, vertical and horizontal distributions of four species of copepods around Oahu, Hawaii: data report. NOAA Tech. Memo. NMFS, NOAA-TM-NMFS-SWFSC-215, 21 p.).

In 2023, Andrea Schmidt (andrea.schmidt@noaa.gov) provided:

1) RB008AA1_V_LAT_LONG_MEANS_V - Latitude and longitude from cruise reports and MOCNESS sensor data were inserted into RB008AA1_V data.

2) RB008AA1_UKUSIZES_V - A dataset with larval measurements for uku, Aprion virescens.

Methodology: We processed larval uku from a backlog of existing partially processed wet-archived ichthyoplankton samples from O'ahu that were likely to contain larval uku and enhance available record data. We identified and measured uku larvae from ichthyoplankton samples collected around the island of O'ahu on cruises TC8504 (September 6-15, 1985) and TC8604 (June 24-July 2, 1986). These cruises were part of a yearlong series of quarterly surveys described in Boehlert and Mundy (1996). Every three months a series of MOCNESS tows were conducted at 1.8, 9.3, and 27.8 km from shore during the day and the night. Two replicates were collected for each station, but not all replicates were processed. Since the entirety of these samples were archived and stored at PIFSC, we processed the second replicate for TC8604 and measure all previously identified uku from TC8504. These were the only depth integrated samples for which we could generate length data along a gradient from shore. Examination occurred under an EVOCAM2 scope (Vision Engineering Ltd, United Kingdom) and measurements of larval standard length were conducted with the ViPlus software (Vision Engineering Ltd, United Kingdom). The first replicates of the Boehlert and Mundy (1996) dataset were used to review Lutjanidae identification with a focus on uku and were examined several times. Previously unexamined samples from the second replicate were examined and the Aprion therein were removed. All identified Aprion were measured for standard length using the "line" tool in ViPlus. Flexion larvae were measured in segments, measurement points started from the caudal end of the vertebrae to the lateral line at the deepest point of the curve. The next measurement started from the same point and went to the most protruding point on the nose. Bent larvae, or those curled in on themselves which were not easily flattened without damaging the specimen, were laid vertically and measurements were taken in segments along their dorsal side from nose to tail end. In all other cases, a straight, single line measurement was taken.

Purpose:

To identify fish larvae caught around the Hawaiian Islands.

Notes:

RB008AA1_V: Record count: 13,091

Station latitude and longitude were not collected on the data entry form. The station location list from the cruise reports will be provided in pdf format in the BagIt data/doc folder.

RB008AA1_V_LAT_LONG_MEANS_V: Record count: 13,209

RB008AA1_UKUSIZES_V: Record count: 135

- 20230908 - RB008AA2_UKUSIZES_V renamed to RB008AA1_UKUSIZES_V

Supplemental Information:

Larval fish data and a more detailed description of the study were published in Boehlert & Mundy (1996. Ichthyoplankton vertical distribution near Oahu, Hawai`i, 1985-1986: data report. NOAA Technical Memorandum, NMFS NOAA-TM-NMFS-SWFSC-235: 1-148.) and Boehlert and Mundy (1994. Vertical and onshore-offshore distributional patterns of tuna larvae in relation to physical habitat features. Mar. Ecol., Prog. Ser. 107: 1-13.)

SOURCE ID: RB008

Keywords

Theme Keywords

Thesaurus Keyword
UNCONTROLLED
None copepod
None FRMD
None ichthyoplankton
None larvae
None larval fish
None LHP
None mocness
None net
None PIFSC
None Townsend Cromwell

Spatial Keywords

Thesaurus Keyword
UNCONTROLLED
None Main Hawaiian Islands
None Oahu

Physical Location

Organization: Pacific Islands Fisheries Science Center
City: Honolulu
State/Province: HI
Country: USA

Data Set Information

Data Set Scope Code: Data Set
Data Set Type: Oracle Database
Maintenance Frequency: None Planned
Data Presentation Form: Table (digital)
Distribution Liability:

While every effort has been made to ensure that these data are accurate and reliable within the limits of the current state of the art, NOAA cannot assume liability for any damages caused by errors or omissions in the data, nor as a result of the failure of the data to function on a particular system. NOAA makes no warranty, expressed or implied, nor does the fact of distribution constitute such a warranty.

Data Set Credit: RB008AA1 - Bruce Mundy; RB008AA1_V_LAT_LONG_MEANS and RB008AA1_UKUSIZES - Andrea Schmidt

Support Roles

Distributor

CC ID: 233203
Date Effective From: 2015
Date Effective To:
Contact (Organization): Pacific Islands Fisheries Science Center (PIFSC)
Address: 1845 Wasp Blvd.
Honolulu, HI 96818
USA
Email Address: pifsc.info@noaa.gov
Phone: 808-725-5360
URL: https://www.pifsc.noaa.gov
Business Hours: 8:00 a.m. - 4:30 p.m.

Point of Contact

CC ID: 1268568
Date Effective From: 2023-08
Date Effective To:
Contact (Person): Schemmel, Eva M
Email Address: eva.schemmel@noaa.gov
Contact Instructions:

Contact via email.

View Historical Support Roles

Extents

Currentness Reference: Ground Condition

Extent Group 1

Extent Group 1 / Geographic Area 1

CC ID: 69568
W° Bound: -159
E° Bound: -157
N° Bound: 22
S° Bound: 21
Description

Oahu and Main Hawaiian Islands; Leeward side of the island,west, Kahe Point, latitude 21'21'N and Windward side of the island, east, Kaoio Point, latitude 21'32'N.

Extent Group 1 / Time Frame 1

CC ID: 69569
Time Frame Type: Range
Start: 1985-09-06
End: 1986-07-02
Description:

These are the dates larval fish were collected on 4 cruises aboard the Townsend Cromwell: 6-15 September 1985, 12-20 December 1985, 8-18 April 1986, and 24 June-2 July 1986

Access Information

Security Class: Unclassified
Data Access Procedure:

Send written request to PIFSC and get approval by the PIFSC data owner.

Data Access Constraints:

None

Metadata Access Constraints:

None

Metadata Use Constraints:

None

Distribution Information

Distribution 1

CC ID: 846674
Start Date: 2019-05-31
End Date: Present
Download URL: https://oceanwatch.pifsc.noaa.gov/xfer/PIFSC_PIRO_bulk_data_download_InPort_8791.tgz
Distributor: Pacific Islands Fisheries Science Center (PIFSC) (2015 - Present)
File Type (Deprecated): csv (comma-separated values)
Distribution Format: CSV - Comma Separated Values (Text)

Issues

Issue 1

CC ID: 833223
Issue Date: 2019-05-30
Author: Miyamoto, Brent M
Issue:

RB008AA1_V GEAR CODE ISSUES RESOLVED:

CRUISE_NUMBER=8504; STATION_NUMBER=036; SAMPLE_2_CODE BETWEEN 2 AND 9; SEQUENCE_NUMBER = 00003328-00003514; GEAR_CODE = 30 => 50 (187 RECORDS)

Issue 2

CC ID: 836564
Issue Date: 2019-05-29
Author: Miyamoto, Brent M
Issue:

RB008AA1_V SPECIES_CODE ISSUES RESOLVED:

2019 SPECIES CODE UPDATES BASED ON BCMUNDY'S UPDATES ON THE DATA ENTRY FORM

2023 SPECIES CODE UPDATES - CODES FOUND IN 1981 MAY CZM SPECIES CODE LIST AND TECH MEMO OF DATA

CRUISE_NUMBER=8504:

1) STATION_NUMBER=002; SAMPLE_CODE_2=6; ROW_NUMBER=023; SPECIES_CODE = 8557 07 0000 => 8555 07 0000 (2019)

2) STATION_NUMBER=007; SAMPLE_CODE_2=4; ROW_NUMBER=009; SPECIES_CODE = 8555 09 0390 => 8555 09 0300 (2019)

3) STATION_NUMBER=010; SAMPLE_CODE_2=4; ROW_NUMBER=012; SPECIES_CODE = 8554 18 0000 => 8554 18 0001 (2023-06-23)

4) STATION_NUMBER=010; SAMPLE_CODE_2=4; ROW_NUMBER=032; SPECIES_CODE = 8555 60 0000 => 8520 00 0000 (2019)

5) STATION_NUMBER=013; SAMPLE_CODE_2=5; ROW_NUMBER=011; SPECIES_CODE = 8531 59 2109 => 8531 59 2100 (2019)

6) STATION_NUMBER=015; SAMPLE_CODE_2=4; ROW_NUMBER=018; SPECIES_CODE = 8542 07 0100 => 8543 07 0102 (2019)

7) STATION_NUMBER=015; SAMPLE_CODE_2=8; ROW_NUMBER=017; SPECIES_CODE = 8531 52 0201 => 8531 59 1304 (2019)

8) STATION_NUMBER=015; SAMPLE_CODE_2=8; ROW_NUMBER=018; SPECIES_CODE = 8531 52 0701 => 8531 59 1802 (2019)

9) STATION_NUMBER=026; SAMPLE_CODE_2=8; ROW_NUMBER=017; SPECIES_CODE = 8531 59 1692 => 8531 59 1602 (2023-06-23)

10) STATION_NUMBER=036; SAMPLE_CODE_2=7; ROW_NUMBER=025; SPECIES_CODE = 8557 08 0001 => 8557 08 0000 (2023-07-13)

11) STATION_NUMBER=037; SAMPLE_CODE_2=7; ROW_NUMBER=033; SPECIES_CODE = 8557 07 0000 => 8555 07 0000 (2019)

12) STATION_NUMBER=044; SAMPLE_CODE_2=2; ROW_NUMBER=007; SPECIES_CODE = 8531 52 0202 => 8531 52 0803 (2023-07-13)

13) STATION_NUMBER=044; SAMPLE_CODE_2=3; ROW_NUMBER=015; SPECIES_CODE = 8531 52 0202 => 8531 52 0803 (2023-07-13)

14) STATION_NUMBER=044; SAMPLE_CODE_2=4; ROW_NUMBER=019; SPECIES_CODE = 8531 52 0202 => 8531 52 0803 (2023-07-13)

15) STATION_NUMBER=044; SAMPLE_CODE_2=5; ROW_NUMBER=004; SPECIES_CODE = 8531 52 0202 => 8531 52 0803 (2023-07-13)

16) STATION_NUMBER=044; SAMPLE_CODE_2=8; ROW_NUMBER=011; SPECIES_CODE = 8554 18 0000 => 8554 18 0001 (2023-06-23)

CRUISE_NUMBER=8505:

17) STATION_NUMBER=001; SAMPLE_CODE_2=9; ROW_NUMBER=018; SPECIES_CODE = 8554 57 0001 => 8554 57 0791 (2019)

18) STATION_NUMBER=002; SAMPLE_CODE_2=6; ROW_NUMBER=011; SPECIES_CODE = 8531 59 1407 => 8531 59 1691 (2019)

19) STATION_NUMBER=002; SAMPLE_CODE_2=9; ROW_NUMBER=035; SPECIES_CODE = 8555 60 0028 => 8520 00 0028 (2019)

20) STATION_NUMBER=002; SAMPLE_CODE_2=9; ROW_NUMBER=036; SPECIES_CODE = 8555 60 0086 => 8520 00 0086 (2019)

21) STATION_NUMBER=005; SAMPLE_CODE_2=4; ROW_NUMBER=006; SPECIES_CODE = 8531 52 0202 => 8531 52 0803 (2023-07-13)

22) STATION_NUMBER=007; SAMPLE_CODE_2=2; ROW_NUMBER=009; SPECIES_CODE = 8531 52 0202 => 8531 52 0803 (2023-07-13)

23) STATION_NUMBER=007; SAMPLE_CODE_2=4; ROW_NUMBER=017; SPECIES_CODE = 8531 52 0202 => 8531 52 0803 (2023-07-13)

24) STATION_NUMBER=007; SAMPLE_CODE_2=4; ROW_NUMBER=040; SPECIES_CODE = 8557 08 0015 => 8520 00 0015 (2019)

25) STATION_NUMBER=007; SAMPLE_CODE_2=6; ROW_NUMBER=034; SPECIES_CODE = 8555 34 8002 => 8555 34 0002 (2023-07-13)

26) STATION_NUMBER=007; SAMPLE_CODE_2=8; ROW_NUMBER=030; SPECIES_CODE = 8520 00 0000 => 8520 00 0089 (2019)

27) STATION_NUMBER=010; SAMPLE_CODE_2=7; ROW_NUMBER=039; SPECIES_CODE = 8555 07 0005 => 8555 07 0800 (2023-07-14)

28) STATION_NUMBER=014; SAMPLE_CODE_2=7; ROW_NUMBER=008; SPECIES_CODE = 8531 59 2104 => 8531 59 2107 (2019-06-26)

29) STATION_NUMBER=024; SAMPLE_CODE_2=3; ROW_NUMBER=010; SPECIES_CODE = 8531 52 0202 => 8531 52 0803 (2023-07-13)

30) STATION_NUMBER=026; SAMPLE_CODE_2=5; ROW_NUMBER=003; SPECIES_CODE = 8531 52 0202 => 8531 52 0803 (2023-07-13)

31) STATION_NUMBER=026; SAMPLE_CODE_2=6; ROW_NUMBER=015; SPECIES_CODE = 8531 52 0202 => 8531 52 0803 (2023-07-13)

32) STATION_NUMBER=032; SAMPLE_CODE_2=6; ROW_NUMBER=019; SPECIES_CODE = 8531 52 0202 => 8531 52 0803 (2023-07-13)

Issue 3

CC ID: 846263
Issue Date: 2019-05-29
Author: Miyamoto, Brent M
Issue:

RB008AA1_V SPECIES_CODE ISSUES RESOLVED:

2019 SPECIES CODE UPDATES BASED ON BCMUNDY'S UPDATES ON THE DATA ENTRY FORM

2023 SPECIES CODE UPDATES - CODES FOUND IN 1981 MAY CZM SPECIES CODE LIST AND TECH MEMO OF DATA

CRUISE_NUMBER=8602:

33) STATION_NUMBER=001; SAMPLE_CODE_2=0; ROW_NUMBER=003; SPECIES_CODE = 8544 01 5310 => 8544 01 5301 (2023-06-29)

34) STATION_NUMBER=001; SAMPLE_CODE_2=5; ROW_NUMBER=002; SPECIES_CODE = 8531 26 0302 => 8531 26 0300 (2019)

35) STATION_NUMBER=002; SAMPLE_CODE_2=4; ROW_NUMBER=016; SPECIES_CODE = 8555 07 0005 => 8555 07 0800 (2023-07-14)

36) STATION_NUMBER=003; SAMPLE_CODE_2=6; ROW_NUMBER=032; SPECIES_CODE = 8555 58 0001 => 8555 58 0006 (2023-07-13)

37) STATION_NUMBER=009; SAMPLE_CODE_2=5; ROW_NUMBER=005; SPECIES_CODE = 8531 52 0202 => 8531 52 0803 (2023-06-26)

38) STATION_NUMBER=009; SAMPLE_CODE_2=7; ROW_NUMBER=036; SPECIES_CODE = 8555 58 0002 => 8555 58 0001 (2023-07-13)

39) STATION_NUMBER=012; SAMPLE_CODE_2=6; ROW_NUMBER=020; SPECIES_CODE = 8532 32 0200 => 8532 13 0101 (2019)

40) STATION_NUMBER=012; SAMPLE_CODE_2=7; ROW_NUMBER=018; SPECIES_CODE = 8531 52 0202 => 8531 52 0803 (2023-07-13)

41) STATION_NUMBER=031; SAMPLE_CODE_2=2; ROW_NUMBER=004; SPECIES_CODE = 8531 52 0202 => 8531 52 0803 (2023-07-13)

42) STATION_NUMBER=034; SAMPLE_CODE_2=7; ROW_NUMBER=026; SPECIES_CODE = 8531 52 0202 => 8531 52 0803 (2023-07-13)

43) STATION_NUMBER=042; SAMPLE_CODE_2=0; ROW_NUMBER=010; SPECIES_CODE = 8531 59 3302 => 8531 47 0101 (2019)

44) STATION_NUMBER=042; SAMPLE_CODE_2=5; ROW_NUMBER=022; SPECIES_CODE = 8531 59 1400 => 8531 59 3100 (2019)

45) STATION_NUMBER=047; SAMPLE_CODE_2=3; ROW_NUMBER=013; SPECIES_CODE = 8520 00 0000 => 8520 00 0106 (2019-06-26)

46) STATION_NUMBER=047; SAMPLE_CODE_2=5; ROW_NUMBER=009; SPECIES_CODE = 8531 59 1691 => 8531 59 1621 (2023-06-23)

47) STATION_NUMBER=047; SAMPLE_CODE_2=6; ROW_NUMBER=017; SPECIES_CODE = 8531 59 2108 => 8531 59 2105 (2019)

CRUISE_NUMBER=8604:

48) STATION_NUMBER=002; SAMPLE_CODE_2=4; ROW_NUMBER=010; SPECIES_CODE = 8531 52 0202 => 8531 52 0803 (2023-07-13)

49) STATION_NUMBER=002; SAMPLE_CODE_2=5; ROW_NUMBER=011; SPECIES_CODE = 8531 52 0202 => 8531 52 0803 (2023-07-13)

50) STATION_NUMBER=002; SAMPLE_CODE_2=9; ROW_NUMBER=028; SPECIES_CODE = 8555 34 8000 => 8555 34 8001 (2023-07-13)

51) STATION_NUMBER=004; SAMPLE_CODE_2=4; ROW_NUMBER=012; SPECIES_CODE = 8531 52 0202 => 8531 52 0803 (2023-07-13)

52) STATION_NUMBER=006; SAMPLE_CODE_2=4; ROW_NUMBER=009; SPECIES_CODE = 8520 59 0000 => 8531 59 0000 (2019)

53) STATION_NUMBER=006; SAMPLE_CODE_2=9; ROW_NUMBER=021; SPECIES_CODE = 8554 64 0087 => 8520 00 0087 (2019)

54) STATION_NUMBER=006; SAMPLE_CODE_2=9; ROW_NUMBER=025; SPECIES_CODE = 8555 34 8001 => 8555 34 0001 (2023-07-13)

55) STATION_NUMBER=008; SAMPLE_CODE_2=3; ROW_NUMBER=012; SPECIES_CODE = 8531 52 0202 => 8531 52 0803 (2023-07-13)

56) STATION_NUMBER=016; SAMPLE_CODE_2=6; ROW_NUMBER=041; SPECIES_CODE = 8555 55 0022 => 8555 55 0000 (2019)

57) STATION_NUMBER=016; SAMPLE_CODE_2=9; ROW_NUMBER=021; SPECIES_CODE = 8555 07 0005 => 8555 07 0800 (2023-07-14)

58) STATION_NUMBER=029; SAMPLE_CODE_2=6; ROW_NUMBER=036; SPECIES_CODE = 8555 55 0022 => 8555 55 0000 (2019)

59) STATION_NUMBER=035; SAMPLE_CODE_2=5; ROW_NUMBER=015; SPECIES_CODE = 8531 52 0202 => 8531 52 0803 (2023-07-13)

Issue 4

CC ID: 1262025
Issue:

RB008AA1_UKUSIZES ISSUES RESOLVED:

1) LEADING ZEROES INSERTED INTO THE FOLLOWING COLUMNS:

- COLLECTION_DEPTH_M_MAX

- EXPECTED_NUM_UKU_PREV_DATA

- IDENTIFIED_NUMBER_UKU_IN_CAST

- ORDER_NUM_TO_LARVA_FOR_CAST

2) LOWER CASE LETTERS CONVERTED TO CAPITAL LETTERS IN THE FOLLOWING COLUMNS:

- VESSEL_NAME

- LENGTH_TYPE

- MEASUREMENT_TYPE

- SPECIMEN_LOCATION

- NOTES

Issue 5

CC ID: 1257181
Issue Date: 2023-06-15
Author: Miyamoto, Brent M
Issue:

RB008AA1_V TRAWL_DAY ISSUES RESOLVED:

1) CRUISE_NUMBER=8504; STATION_NUMBER=010; SEQUENCE_NUMBERS=00001858-00001896; TRAWL_DAY = 09 => 07

2) CRUISE_NUMBER=8504; STATION_NUMBER=044; SEQUENCE_NUMBERS=00002718-00002997; TRAWL_DAY = 13 => 14

3) CRUISE_NUMBER=8604; STATION_NUMBER=032; SEQUENCE_NUMBERS=00001588-00001619; TRAWL_DAY = 26 => 29

Issue 6

CC ID: 1257040
Issue Date: 2023-06-16
Author: Miyamoto, Brent M
Issue:

RB008AA1_V_LAT_LONG_MEANS_V ISSUES RESOLVED:

TRAWL_DAY ISSUES RESOLVED:

1) CRUISE_NUMBER=8504; STATION_NUMBER=010; SEQUENCE_NUMBERS=00001858-00001896; TRAWL_DAY = 09 => 07

2) CRUISE_NUMBER=8504; STATION_NUMBER=044; SEQUENCE_NUMBERS=00002718-00002997; TRAWL_DAY = 13 => 14

3) CRUISE_NUMBER=8604; STATION_NUMBER=032; SEQUENCE_NUMBERS=00001588-00001619; TRAWL_DAY = 26 => 29

LATITUDE_RAW_N, LONGITUDE_RAW_W, STATION_ID INSERTED FOR CRUISE_NUMBER=8504 AND POSITION DATA PARSED INTO DEGREES, MINUTES, AND DIRECTION :

1) STATION_NUMBER=010; SEQUENCE_NUMBER=00001858-00001896, 00004085-00004201; LATITUDE_RAW_N = 21 DEG 32.0 MIN N; LONGITUDE_RAW_W = 157 DEG 47.9 MIN W; STATION_ID = W2N2

2) STATION_NUMBER=038; SEQUENCE_NUMBER=00008540-00008729; LATITUDE_RAW_N = 21 DEG 21.0 MIN N; LONGITUDE_RAW_W = 158 DEG 22.6 MIN W; STATION_ID = L15N2

3) STATION_NUMBER=044; SEQUENCE_NUMBER=00002718-00002997; LATITUDE_RAW_N = 21 DEG 22.3 MIN N; LONGITUDE_RAW_W = 158 DEG 9.7 MIN W; STATION_ID = L1N2

LATITUDE_RAW_N, LONGITUDE_RAW_W, STATION_ID INSERTED FOR CRUISE_NUMBER=8604 AND POSITION DATA PARSED INTO DEGREES, MINUTES, AND DIRECTION :

1) STATION_NUMBER=002; SEQUENCE_NUMBER=00000465-00000652; LATITUDE_RAW_N = 21 DEG 20.2 MIN N; LONGITUDE_RAW_W = 158 DEG 13.6 MIN W; STATION_ID = L5N1

2) STATION_NUMBER=032; SEQUENCE_NUMBER=00001588-00001619; LATITUDE_RAW_N = 21 DEG 31.6 MIN N; LONGITUDE_RAW_W = 157 DEG 47.5 MIN W; STATION_ID = W2D1

3) STATION_NUMBER=035; SEQUENCE_NUMBER=00001816-00001969; LATITUDE_RAW_N = 21 DEG 31.5 MIN N; LONGITUDE_RAW_W = 157 DEG 47.5 MIN W; STATION_ID = W2N1

Issue 7

CC ID: 1255822
Issue Date: 2023-06-16
Author: Miyamoto, Brent M
Issue:

RB008AA1_V_LAT_LONG_MEANS_V ISSUES RESOLVED:

SPECIES CODE ISSUES RESOLVED:

CRUISE_NUMBER 8504:

1) STATION_NUMBER=002; SAMPLE_CODE_2=7; ROW_NUMBER=001; SPECIES_CODE = 8520 00 0000 => 8522 00 0000 (2023-07-18)

2) STATION_NUMBER=004; SAMPLE_CODE_2=2; ROW_NUMBER=002; SPECIES_CODE = 8530 00 0000 => 8525 00 0000 (2023-07-18)

3) STATION_NUMBER=005; SAMPLE_CODE_2=5; ROW_NUMBER=001; SPECIES_CODE = 8520 00 0000 => 8522 00 0000 (2023-07-18)

4) STATION_NUMBER=005; SAMPLE_CODE_2=8; ROW_NUMBER=002; SPECIES_CODE = 8520 00 0000 => 8522 00 0000 (2023-07-18)

5) STATION_NUMBER=005; SAMPLE_CODE_2=8; ROW_NUMBER=040; SPECIES_CODE = 8560 00 0000 => 8557 00 0000 (2023-07-18)

6) STATION_NUMBER=005; SAMPLE_CODE_2=9; ROW_NUMBER=009; SPECIES_CODE = 8540 00 0000 => 8542 00 0000 (2023-07-18)

7) STATION_NUMBER=007; SAMPLE_CODE_2=6; ROW_NUMBER=037; SPECIES_CODE = 8530 00 0000 => 8525 00 0000 (2023-07-18)

8) STATION_NUMBER=007; SAMPLE_CODE_2=7; ROW_NUMBER=003; SPECIES_CODE = 8530 00 0000 => 8525 00 0000 (2023-07-18)

9) STATION_NUMBER=008; SAMPLE_CODE_2=5; ROW_NUMBER=004; SPECIES_CODE = 8530 00 0000 => 8525 00 0000 (2023-07-18)

10) STATION_NUMBER=008; SAMPLE_CODE_2=7; ROW_NUMBER=002; SPECIES_CODE = 8530 00 0000 => 8525 00 0000 (2023-07-18)

11) STATION_NUMBER=009; SAMPLE_CODE_2=6; ROW_NUMBER=004; SPECIES_CODE = 8530 00 0000 => 8525 00 0000 (2023-07-18)

12) STATION_NUMBER=010; SAMPLE_CODE_2=4; ROW_NUMBER=001; SPECIES_CODE = 8520 00 0000 => 8522 00 0000 (2023-07-18)

13) STATION_NUMBER=010; SAMPLE_CODE_2=4; ROW_NUMBER=012; SPECIES_CODE = 8554 18 0000 => 8554 18 0001 (2023-06-23)

14) STATION_NUMBER=014; SAMPLE_CODE_2=6; ROW_NUMBER=033; SPECIES_CODE = 8560 00 0000 => 8557 00 0000 (2023-07-18)

15) STATION_NUMBER=014; SAMPLE_CODE_2=7; ROW_NUMBER=005; SPECIES_CODE = 8520 00 0000 => 8522 00 0000 (2023-07-18)

16) STATION_NUMBER=014; SAMPLE_CODE_2=8; ROW_NUMBER=004; SPECIES_CODE = 8520 00 0000 => 8522 00 0000 (2023-07-18)

17) STATION_NUMBER=026; SAMPLE_CODE_2=7; ROW_NUMBER=048; SPECIES_CODE = 8540 00 0000 => 8541 00 0000 (2023-07-18)

18) STATION_NUMBER=026; SAMPLE_CODE_2=8; ROW_NUMBER=017; SPECIES_CODE = 8531 59 1692 => 8531 59 1602 (2023-06-23)

19) STATION_NUMBER=028; SAMPLE_CODE_2=9; ROW_NUMBER=008; SPECIES_CODE = 8540 00 0000 => 8542 00 0000 (2023-07-18)

20) STATION_NUMBER=029; SAMPLE_CODE_2=3; ROW_NUMBER=001; SPECIES_CODE = 8520 00 0000 => 8522 00 0000 (2023-07-18)

21) STATION_NUMBER=029; SAMPLE_CODE_2=4; ROW_NUMBER=029; SPECIES_CODE = 8560 00 0000 => 8557 00 0000 (2023-07-18)

22) STATION_NUMBER=030; SAMPLE_CODE_2=7; ROW_NUMBER=007; SPECIES_CODE = 8540 00 0000 => 8542 00 0000 (2023-07-18)

23) STATION_NUMBER=030; SAMPLE_CODE_2=7; ROW_NUMBER=020; SPECIES_CODE = 8530 00 0000 => 8525 00 0000 (2023-07-18)

24) STATION_NUMBER=030; SAMPLE_CODE_2=8; ROW_NUMBER=007; SPECIES_CODE = 8540 00 0000 => 8542 00 0000 (2023-07-18)

25) STATION_NUMBER=008; SAMPLE_CODE_2=8; ROW_NUMBER=021; SPECIES_CODE = 8530 00 0000 => 8525 00 0000 (2023-07-18)

26) STATION_NUMBER=032; SAMPLE_CODE_2=4; ROW_NUMBER=014; SPECIES_CODE = 8550 00 0000 => 8554 00 0000 (2023-07-18)

27) STATION_NUMBER=036; SAMPLE_CODE_2=7; ROW_NUMBER=025; SPECIES_CODE = 8557 08 0001 => 8557 08 0000 (2023-07-14)

28) STATION_NUMBER=044, SAMPLE_CODE_2=2; ROW_NUMBER=007; SPECIES_CODE = 8531 52 0202 => 8531 52 0803 (2023-07-14)

29) STATION_NUMBER=044, SAMPLE_CODE_2=3; ROW_NUMBER=015; SPECIES_CODE = 8531 52 0202 => 8531 52 0803 (2023-07-14)

30) STATION_NUMBER=044, SAMPLE_CODE_2=4; ROW_NUMBER=019; SPECIES_CODE = 8531 52 0202 => 8531 52 0803 (2023-07-14)

31) STATION_NUMBER=044, SAMPLE_CODE_2=5; ROW_NUMBER=004; SPECIES_CODE = 8531 52 0202 => 8531 52 0803 (2023-07-14)

32) STATION_NUMBER=044; SAMPLE_CODE_2=8; ROW_NUMBER=009; SPECIES_CODE = 8540 00 0000 => 8542 00 0000 (2023-07-18)

33) STATION_NUMBER=044; SAMPLE_CODE_2=8; ROW_NUMBER=011; SPECIES_CODE = 8554 18 0000 => 8554 18 0001 (2023-06-23)

Issue 8

CC ID: 1257615
Issue Date: 2023-06-16
Author: Miyamoto, Brent M
Issue:

RB008AA1_V_LAT_LONG_MEANS_V ISSUES RESOLVED:

SPECIES CODE ISSUES RESOLVED:

CRUISE_NUMBER 8505:

34) STATION_NUMBER=001; SAMPLE_CODE_2=2; ROW_NUMBER=001; SPECIES_CODE = 8520 00 0000 => 8522 00 0000 (2023-07-18)

35) STATION_NUMBER=001; SAMPLE_CODE_2=3; ROW_NUMBER=001; SPECIES_CODE = 8520 00 0000 => 8522 00 0000 (2023-07-18)

36) STATION_NUMBER=001; SAMPLE_CODE_2=4; ROW_NUMBER=001; SPECIES_CODE = 8520 00 0000 => 8522 00 0000 (2023-07-18)

37) STATION_NUMBER=001; SAMPLE_CODE_2=5; ROW_NUMBER=001; SPECIES_CODE = 8520 00 0000 => 8522 00 0000 (2023-07-18)

38) STATION_NUMBER=001; SAMPLE_CODE_2=6; ROW_NUMBER=001; SPECIES_CODE = 8520 00 0000 => 8522 00 0000 (2023-07-18)

39) STATION_NUMBER=001; SAMPLE_CODE_2=7; ROW_NUMBER=001; SPECIES_CODE = 8520 00 0000 => 8522 00 0000 (2023-07-18)

40) STATION_NUMBER=001; SAMPLE_CODE_2=8; ROW_NUMBER=001; SPECIES_CODE = 8520 00 0000 => 8522 00 0000 (2023-07-18)

41) STATION_NUMBER=002; SAMPLE_CODE_2=2; ROW_NUMBER=001; SPECIES_CODE = 8520 00 0000 => 8522 00 0000 (2023-07-18)

42) STATION_NUMBER=002; SAMPLE_CODE_2=4; ROW_NUMBER=018; SPECIES_CODE = 8540 00 0000 => 8542 00 0000 (2023-07-18)

43) STATION_NUMBER=002; SAMPLE_CODE_2=5; ROW_NUMBER=001; SPECIES_CODE = 8520 00 0000 => 8522 00 0000 (2023-07-18)

44) STATION_NUMBER=002; SAMPLE_CODE_2=6; ROW_NUMBER=001; SPECIES_CODE = 8520 00 0000 => 8522 00 0000 (2023-07-18)

45) STATION_NUMBER=005; SAMPLE_CODE_2=3; ROW_NUMBER=002; SPECIES_CODE = 8520 00 0000 => 8522 00 0000 (2023-07-18)

46) STATION_NUMBER=005; SAMPLE_CODE_2=4; ROW_NUMBER=001; SPECIES_CODE = 8520 00 0000 => 8522 00 0000 (2023-07-18)

47) STATION_NUMBER=005; SAMPLE_CODE_2=4; ROW_NUMBER=006; SPECIES_CODE = 8531 52 0202 => 8531 52 0803 (2023-07-14)

48) STATION_NUMBER=005; SAMPLE_CODE_2=5; ROW_NUMBER=001; SPECIES_CODE = 8530 00 0000 => 8525 00 0000 (2023-07-18)

49) STATION_NUMBER=005; SAMPLE_CODE_2=6; ROW_NUMBER=001; SPECIES_CODE = 8520 00 0000 => 8522 00 0000 (2023-07-18)

50) STATION_NUMBER=007; SAMPLE_CODE_2=2; ROW_NUMBER=009; SPECIES_CODE = 8531 52 0202 => 8531 52 0803 (2023-07-14)

51) STATION_NUMBER=007; SAMPLE_CODE_2=3; ROW_NUMBER=001; SPECIES_CODE = 8520 00 0000 => 8522 00 0000 (2023-07-18)

52) STATION_NUMBER=007; SAMPLE_CODE_2=4; ROW_NUMBER=003; SPECIES_CODE = 8520 00 0000 => 8522 00 0000 (2023-07-18)

53) STATION_NUMBER=007; SAMPLE_CODE_2=4; ROW_NUMBER=017; SPECIES_CODE = 8531 52 0202 => 8531 52 0803 (2023-07-14)

54) STATION_NUMBER=007; SAMPLE_CODE_2=4; ROW_NUMBER=023; SPECIES_CODE = 8540 00 0000 => 8542 00 0000 (2023-07-18)

55) STATION_NUMBER=007; SAMPLE_CODE_2=5; ROW_NUMBER=001; SPECIES_CODE = 8520 00 0000 => 8522 00 0000 (2023-07-18)

56) STATION_NUMBER=007; SAMPLE_CODE_2=6; ROW_NUMBER=034; SPECIES_CODE = 8555 34 8002 => 8555 34 0002 (2023-07-14)

57) STATION_NUMBER=010; SAMPLE_CODE_2=7; ROW_NUMBER=039; SPECIES_CODE = 8555 07 0005 => 8555 07 0800 (2023-07-14)

58) STATION_NUMBER=014; SAMPLE_CODE_2=5; ROW_NUMBER=007; SPECIES_CODE = 8520 00 0000 => 8522 00 0000 (2023-07-18)

Issue 9

CC ID: 1261431
Issue Date: 2023-06-06
Author: Miyamoto, Brent M
Issue:

RB008AA1_V_LAT_LONG_MEANS_V ISSUES RESOLVED:

SPECIES CODE ISSUES RESOLVED:

CRUISE_NUMBER 8505 (CONTINUED):

59) STATION_NUMBER=021; SAMPLE_CODE_2=2; ROW_NUMBER=001; SPECIES_CODE = 8520 00 0000 => 8522 00 0000 (2023-07-18)

60) STATION_NUMBER=021; SAMPLE_CODE_2=5; ROW_NUMBER=010; SPECIES_CODE = 8530 00 0000 => 8525 00 0000 (2023-07-18)

61) STATION_NUMBER=024; SAMPLE_CODE_2=3; ROW_NUMBER=010; SPECIES_CODE = 8531 52 0202 => 8531 52 0803 (2023-07-14)

62) STATION_NUMBER=024; SAMPLE_CODE_2=7; ROW_NUMBER=018; SPECIES_CODE = 8550 00 0000 => 8554 00 0000 (2023-07-18)

63) STATION_NUMBER=026; SAMPLE_CODE_2=3; ROW_NUMBER=001; SPECIES_CODE = 8520 00 0000 => 8522 00 0000 (2023-07-18)

64) STATION_NUMBER=026; SAMPLE_CODE_2=4; ROW_NUMBER=001; SPECIES_CODE = 8520 00 0000 => 8522 00 0000 (2023-07-18)

65) STATION_NUMBER=026; SAMPLE_CODE_2=5; ROW_NUMBER=003; SPECIES_CODE = 8531 52 0202 => 8531 52 0803 (2023-07-14)

66) STATION_NUMBER=026; SAMPLE_CODE_2=6; ROW_NUMBER=015; SPECIES_CODE = 8531 52 0202 => 8531 52 0803 (2023-07-14)

67) STATION_NUMBER=029; SAMPLE_CODE_2=2; ROW_NUMBER=001; SPECIES_CODE = 8520 00 0000 => 8522 00 0000 (2023-07-18)

68) STATION_NUMBER=029; SAMPLE_CODE_2=5; ROW_NUMBER=001; SPECIES_CODE = 8520 00 0000 => 8522 00 0000 (2023-07-18)

69) STATION_NUMBER=032; SAMPLE_CODE_2=6; ROW_NUMBER=002; SPECIES_CODE = 8520 00 0000 => 8522 00 0000 (2023-07-18)

70) STATION_NUMBER=032; SAMPLE_CODE_2=6; ROW_NUMBER=019; SPECIES_CODE = 8531 52 0202 => 8531 52 0803 (2023-07-14)

CRUISE_NUMBER 8602:

71) STATION_NUMBER=001; SAMPLE_CODE_2=0; ROW_NUMBER=003; SPECIES_CODE = 8544 01 5310 => 8544 01 5301 (2023-06-29)

72) STATION_NUMBER=001; SAMPLE_CODE_2=4; ROW_NUMBER=001; SPECIES_CODE = 8520 00 0000 => 8522 00 0000 (2023-07-18)

73) STATION_NUMBER=001; SAMPLE_CODE_2=7; ROW_NUMBER=001; SPECIES_CODE = 8520 00 0000 => 8522 00 0000 (2023-07-18)

74) STATION_NUMBER=002; SAMPLE_CODE_2=4; ROW_NUMBER=016; SPECIES_CODE = 8555 07 0005 => 8555 07 0800 (2023-07-14)

75) STATION_NUMBER=003; SAMPLE_CODE_2=3; ROW_NUMBER=012; SPECIES_CODE = 8540 00 0000 => 8542 00 0000 (2023-07-18)

76) STATION_NUMBER=003; SAMPLE_CODE_2=6; ROW_NUMBER=032; SPECIES_CODE = 8555 58 0001 => 8555 58 0006 (2023-07-14)

77) STATION_NUMBER=006; SAMPLE_CODE_2=6; ROW_NUMBER=001; SPECIES_CODE = 8530 00 0000 => 8525 00 0000 (2023-07-18)

78) STATION_NUMBER=009; SAMPLE_CODE_2=5; ROW_NUMBER=005; SPECIES_CODE = 8531 52 0202 => 8531 52 0803 (2023-07-14)

79) STATION_NUMBER=009; SAMPLE_CODE_2=7; ROW_NUMBER=004; SPECIES_CODE = 8530 00 0000 => 8525 00 0000 (2023-07-18)

80) STATION_NUMBER=009; SAMPLE_CODE_2=7; ROW_NUMBER=036; SPECIES_CODE = 8555 58 0002 => 8555 58 0001 (2023-07-14)

81) STATION_NUMBER=012; SAMPLE_CODE_2=3; ROW_NUMBER=007; SPECIES_CODE = 8540 00 0000 => 8542 00 0000 (2023-07-18)

82) STATION_NUMBER=012; SAMPLE_CODE_2=7; ROW_NUMBER=018; SPECIES_CODE = 8531 52 0202 => 8531 52 0803 (2023-07-14)

83) STATION_NUMBER=031; SAMPLE_CODE_2=2; ROW_NUMBER=004; SPECIES_CODE = 8531 52 0202 => 8531 52 0803 (2023-07-14)

84) STATION_NUMBER=031; SAMPLE_CODE_2=4; ROW_NUMBER=001; SPECIES_CODE = 8520 00 0000 => 8522 00 0000 (2023-07-18)

85) STATION_NUMBER=034; SAMPLE_CODE_2=7; ROW_NUMBER=026; SPECIES_CODE = 8531 52 0202 => 8531 52 0803 (2023-07-14)

86) STATION_NUMBER=034; SAMPLE_CODE_2=9; ROW_NUMBER=001; SPECIES_CODE = 8530 00 0000 => 8525 00 0000 (2023-07-18)

87) STATION_NUMBER=038; SAMPLE_CODE_2=3; ROW_NUMBER=001; SPECIES_CODE = 8520 00 0000 => 8522 00 0000 (2023-07-18)

88) STATION_NUMBER=042; SAMPLE_CODE_2=5; ROW_NUMBER=001; SPECIES_CODE = 8520 00 0000 => 8522 00 0000 (2023-07-18)

Issue 10

CC ID: 1262024
Issue Date: 2023-06-06
Author: Miyamoto, Brent M
Issue:

RB008AA1_V_LAT_LONG_MEANS_V ISSUES RESOLVED:

SPECIES CODE ISSUES RESOLVED:

CRUISE_NUMBER 8604:

89) STATION_NUMBER=002; SAMPLE_CODE_2=4; ROW_NUMBER=010; SPECIES_CODE = 8531 52 0202 => 8531 52 0803 (2023-07-14)

90) STATION_NUMBER=002; SAMPLE_CODE_2=9; ROW_NUMBER=003; SPECIES_CODE = 8530 00 0000 => 8525 00 0000 (2023-07-18)

91) STATION_NUMBER=002; SAMPLE_CODE_2=9; ROW_NUMBER=028; SPECIES_CODE = 8555 34 8000 => 8555 34 8001 (2023-07-14)

92) STATION_NUMBER=002; SAMPLE_CODE_2=5; ROW_NUMBER=011; SPECIES_CODE = 8531 52 0202 => 8531 52 0803 (2023-07-14)

93) STATION_NUMBER=004; SAMPLE_CODE_2=0; ROW_NUMBER=002; SPECIES_CODE = 8540 00 0000 => 8542 00 0000 (2023-07-18)

94) STATION_NUMBER=004; SAMPLE_CODE_2=4; ROW_NUMBER=012; SPECIES_CODE = 8531 52 0202 => 8531 52 0803 (2023-07-14)

95) STATION_NUMBER=004; SAMPLE_CODE_2=9; ROW_NUMBER=012; SPECIES_CODE = 8540 00 0000 => 8541 00 0000 (2023-07-18)

96) STATION_NUMBER=006; SAMPLE_CODE_2=9; ROW_NUMBER=025; SPECIES_CODE = 8555 34 8001 => 8555 34 0001 (2023-07-14)

97) STATION_NUMBER=008; SAMPLE_CODE_2=3; ROW_NUMBER=012; SPECIES_CODE = 8531 52 0202 => 8531 52 0803 (2023-07-14)

98) STATION_NUMBER=016; SAMPLE_CODE_2=9; ROW_NUMBER=021; SPECIES_CODE = 8555 07 0005 => 8555 07 0800 (2023-07-14)

99) STATION_NUMBER=035; SAMPLE_CODE_2=3; ROW_NUMBER=001; SPECIES_CODE = 8530 00 0000 => 8525 00 0000 (2023-07-18)

100) STATION_NUMBER=035; SAMPLE_CODE_2=5; ROW_NUMBER=015; SPECIES_CODE = 8531 52 0202 => 8531 52 0803 (2023-07-14)

101) STATION_NUMBER=035; SAMPLE_CODE_2=6; ROW_NUMBER=001; SPECIES_CODE = 8530 00 0000 => 8525 00 0000 (2023-07-18)

102) STATION_NUMBER=035; SAMPLE_CODE_2=8, ROW_NUMBER=001; SPECIES_CODE = 8530 00 0000 => 8525 00 0000 (2023-07-18)

103) STATION_NUMBER=045; SAMPLE_CODE_2=7; ROW_NUMBER=001; SPECIES_CODE = 8520 00 0000 => 8522 00 0000 (2023-07-18)

Technical Environment

Description:

Oracle database

Data Quality

Quality Control Procedures Employed:

QC review prior to data entry. Further QC after data entry.

Data Management

Have Resources for Management of these Data Been Identified?: Yes
Approximate Percentage of Budget for these Data Devoted to Data Management: Unknown
Do these Data Comply with the Data Access Directive?: Yes
Is Access to the Data Limited Based on an Approved Waiver?: No
Approximate Delay Between Data Collection and Dissemination: 1 Year
Actual or Planned Long-Term Data Archive Location: NCEI-MD
Approximate Delay Between Data Collection and Archiving: 1 Year
How Will the Data Be Protected from Accidental or Malicious Modification or Deletion Prior to Receipt by the Archive?:

PIFSC ITS performs scheduled back-ups.

Lineage

Lineage Statement:

Data was collected in the field by PIFSC staff, and entered in table format into electronic spreadsheets.

Child Items

Rubric scores updated every 15m

Rubric Score Type Title
Entity RB008AA1_SPECIES_CODE
Entity RB008AA1_UKUSIZES_V
Entity RB008AA1_V
Entity RB008AA1_V_LAT_LONG_MEANS_V

Catalog Details

Catalog Item ID: 8791
GUID: gov.noaa.nmfs.inport:8791
Metadata Record Created By: Brent M Miyamoto
Metadata Record Created: 2009-01-05 14:42+0000
Metadata Record Last Modified By: SysAdmin InPortAdmin
Metadata Record Last Modified: 2023-10-17 16:12+0000
Metadata Record Published: 2023-06-14
Owner Org: PIFSC
Metadata Publication Status: Published Externally
Do Not Publish?: N
Metadata Last Review Date: 2019-07-23
Metadata Review Frequency: 1 Year
Metadata Next Review Date: 2020-07-23