58103 RP020 Tagging Recovery Data (CONF) Data Set Published / External 5847 Historical Research Pelagics Metadata Portfolio Project Completed 2015-08-04 2021-09-03 Tag Recovery collected by commercial fishery vessels between 1955 and 1971 in the north Pacific Ocean. Recovery and release dates and locations, length and weight data of individual skipjack tuna and tag data were collected. This database contains tag data recaptured and/or released by a fishery commercial vessel. Record count: 1,320 SOURCE ID: RP020 Theme PIFSC Theme PIFSC Historical Theme RP Theme SIS Theme Skipjack tuna Pacific Islands Fisheries Science Center Honolulu HI USA Data Set Oracle Database As Needed Table (digital) 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. 65435 RP020AA1_CONF_V Published / External Completed Tag recapture data collected between 1955 and 1971. Data Table Yes Tag recapture data collected between 1955 and 1971. 1 DATASET_CODE VARCHAR2 5 No No Active Source ID Code assigned by the data entry staff. VARCHAR2 2 VERSION_CODE VARCHAR2 3 No No Active Code for the format version assigned by the data entry staff. VARCHAR2 3 VESSEL_CODE VARCHAR2 3 No No Active Code for the vessel. VARCHAR2 4 DISTANCE_MOVED VARCHAR2 4 No No Active Distance, in kilometers, between release and recapture location. Units for values are kilometers. VARCHAR2 kilometers 5 YEAR VARCHAR2 4 No No Active Year that the tagged fish was recaptured. VARCHAR2 6 MONTH VARCHAR2 2 No No Active Month that the tagged fish was recaptured. VARCHAR2 7 DAY VARCHAR2 2 No No Active Day that the tagged fish was recaptured. VARCHAR2 8 NUMBER_DAYS_OUT VARCHAR2 3 No No Active Number of days the tag was out. VARCHAR2 9 GEAR_CODE VARCHAR2 1 No No Active Code for the gear used to recapture the fish. VARCHAR2 10 OCTANT VARCHAR2 4 No No Active Octant of the globe. OCTANT was used to determine latitude direction (N/S), longitude direction (E/W) and the first digit of longitude degrees (0/1). VARCHAR2 0 = NORTH LATITUDE, 00° WEST - 89° 59’ WEST LONGITUDE; 1 = NORTH LATITUDE, 90° WEST - 179° 59’ WEST LONGITUDE; 2 = NORTH LATITUDE, 180° - 90° 01’ EAST LONGITUDE; 3 = NORTH LATITUDE, 90° EAST - 00° 01’ EAST LONGITUDE; 5 = SOUTH LATITUDE, 00° WEST - 89° 59’ WEST LONGITUDE; 6 = SOUTH LATITUDE, 90° WEST - 179° 59’ WEST LONGITUDE; 7 = SOUTH LATITUDE, 180° - 90° 01’ EAST LONGITUDE; 8 = SOUTH LATITUDE, 90° EAST - 00° 01’ EAST LONGITUDE 11 LATITUDE_DEGREES VARCHAR2 2 No No Active Latitude degrees. Units for values are degrees. VARCHAR2 degrees 12 LATITUDE_MINUTES VARCHAR2 2 No No Active Latitude minutes. Units for values are minutes. VARCHAR2 minutes 13 LATITUDE_DIRECTION VARCHAR2 1 No No Active Latitude direction. OCTANT was used to determine latitude direction (N/S). VARCHAR2 14 LATITUDE_DD NUMBER 41 No No 40 38 Active Computed latitude, in decimal degrees. Postive values are North latitudes; negative values are South latitudes. Units for values are degrees. Measures are reported with a precision of 40. NUMBER degrees 15 LONGITUDE_DEGREES VARCHAR2 3 No No Active Longitude degrees. During data entry, the first digit (0 or 1) was omitted. OCTANT was used to determine the first digit (0 or 1) and then inserted. Units for values are degrees. VARCHAR2 degrees 16 LONGITUDE_MINUTES VARCHAR2 2 No No Active Longitude minutes. Units for values are minutes. VARCHAR2 minutes 17 LONGITUDE_DIRECTION VARCHAR2 1 No No Active Longitude direction. OCTANT was used to determine longitude direction (E/W). VARCHAR2 18 LONGITUDE_DD NUMBER 41 No No 39 36 Active Computed longitude, in decimal degrees. Postive values are East longitudes; negative values are West longitudes. Units for values are degrees. Measures are reported with a precision of 39. NUMBER degrees 19 HAWAII_DAR_STATISTICAL_AREA VARCHAR2 3 No No Active Hawaii DAR Statistical Area of fish recapture. VARCHAR2 20 GROWTH_INCREMENT VARCHAR2 3 No No Active Increase in growth, in millimeters. Units for values are millimeters. VARCHAR2 millimeters 21 FORK_LENGTH VARCHAR2 4 No No Active Fork length, in millimeters. Units for values are millimeters. VARCHAR2 millimeters 22 WEIGHT_RECORDED VARCHAR2 3 No No Active Weight, in kilograms. The data collection form indicates that data was recorded in kilograms. Units for values are kilograms. VARCHAR2 kilograms 23 WEIGHT VARCHAR2 5 No No 4 2 Active Weight, in hundredths of a kilogram, based on the length-weight plot found in Figure 2 of https://horizon.documentation.ird.fr/exl-doc/pleins_textes/divers17-01/010067418.pdf. Units for values are kilograms. Measures are reported with a precision of 4. VARCHAR2 kilograms 24 SEX_MATURITY_CODE VARCHAR2 1 No No Active Code for the sex and maturity of the species. VARCHAR2 25 SPECIES_CODE VARCHAR2 2 No No Active Two digit species code for skipjack tuna. VARCHAR2 26 TAG_NUMBER VARCHAR2 6 No No Active Tag number. VARCHAR2 27 TAG_TYPE_CODE VARCHAR2 1 No No Active Code for the tag type. VARCHAR2 28 TAG_COLOR_CODE VARCHAR2 1 No No Active Code for the tag color. VARCHAR2 29 RELEASE_VESSEL_CODE VARCHAR2 3 No No Active Code for the vessel that released the tagged fish. VARCHAR2 30 RELEASE_CRUISE_NUMBER VARCHAR2 4 No No Active Cruise number of the vessel that released the tagged fish. VARCHAR2 31 RELEASE_STATION_NUMBER VARCHAR2 3 No No Active Station number of the tagged fish release. VARCHAR2 32 RELEASE_OCTANT VARCHAR2 4 No No Active Octant of the globe. OCTANT was used to determine latitude direction (N/S), longitude direction (E/W) and the first digit of logitude degrees (0/1). VARCHAR2 0 = NORTH LATITUDE, 00° WEST - 89° 59’ WEST LONGITUDE; 1 = NORTH LATITUDE, 90° WEST - 179° 59’ WEST LONGITUDE; 2 = NORTH LATITUDE, 180° - 90° 01’ EAST LONGITUDE; 3 = NORTH LATITUDE, 90° EAST - 00° 01’ EAST LONGITUDE; 5 = SOUTH LATITUDE, 00° WEST - 89° 59’ WEST LONGITUDE; 6 = SOUTH LATITUDE, 90° WEST - 179° 59’ WEST LONGITUDE; 7 = SOUTH LATITUDE, 180° - 90° 01’ EAST LONGITUDE; 8 = SOUTH LATITUDE, 90° EAST - 00° 01’ EAST LONGITUDE 33 RELEASE_LATITUDE_DEGREES VARCHAR2 2 No No Active Latitude degrees. Units for values are degrees. VARCHAR2 degrees 34 RELEASE_LATITUDE_MINUTES VARCHAR2 2 No No Active Latitude minutes. Units for values are minutes. VARCHAR2 minutes 35 RELEASE_LATITUDE_DIRECTION VARCHAR2 1 No No Active Latitude direction. OCTANT was used to determine latitude direction (N/S). VARCHAR2 36 RELEASE_LATITUDE_DD NUMBER 41 No No 40 38 Active Computed latitude, in decimal degrees. Postive values are North latitudes; negative values are South latitudes. Units for values are degrees. Measures are reported with a precision of 40. NUMBER degrees 37 RELEASE_LONGITUDE_DEGREES VARCHAR2 3 No No Active Longitude degrees. During data entry, the first digit (0 or 1) was omitted. OCTANT was used to determine the first digit (0 or 1) and then inserted. Units for values are degrees. VARCHAR2 degrees 38 RELEASE_LONGITUDE_MINUTES VARCHAR2 2 No No Active Longitude minutes. Units for values are minutes. VARCHAR2 minutes 39 RELEASE_LONGITUDE_DIRECTION VARCHAR2 1 No No Active Longitude direction. OCTANT was used to determine longitude direction (E/W). VARCHAR2 40 RELEASE_LONGITUDE_DD NUMBER 41 No No 39 36 Active Computed longitude, in decimal degrees. Postive values are East longitudes; negative values are West longitudes. Units for values are degrees. Measures are reported with a precision of 39. NUMBER degrees 41 RELEASE_YEAR VARCHAR2 4 No No Active Year that the tagged fish was released. VARCHAR2 42 RELEASE_MONTH VARCHAR2 2 No No Active Month that the tagged fish was released. VARCHAR2 43 RELEASE_DAY VARCHAR2 2 No No Active Day that the tagged fish was released. VARCHAR2 44 RELEASE_GEAR_CODE VARCHAR2 1 No No Active Code for the gear used to catch the fish before tagging. VARCHAR2 45 SEQUENCE_NUMBER VARCHAR2 8 No No Active A consecutive number assigned to each record for a block of data. VARCHAR2 46 DATE_LOADED DATE 22 No No Active Date when the record was loaded into Oracle or updated. DATE Data Steward 2018 Person Miyamoto, Brent M brent.miyamoto@noaa.gov 1845 Wasp Blvd. Honolulu HI 96818 USA 808-725-5340 8:15 a.m. - 5:15 p.m. HST Distributor 2018 Organization Pacific Islands Fisheries Science Center PIFSC pifsc.info@noaa.gov https://ror.org/02apffz65 1845 Wasp Blvd. Honolulu HI 96818 USA 808-725-5360 https://www.pifsc.noaa.gov Pacific Island Fisheries Science Center homepage Online Resource 8:00 a.m. - 4:30 p.m. Metadata Contact 2018 Person Miyamoto, Brent M brent.miyamoto@noaa.gov 1845 Wasp Blvd. Honolulu HI 96818 USA 808-725-5340 8:15 a.m. - 5:15 p.m. HST Point of Contact 2018 Person Tokita, Christopher Y christopher.tokita@noaa.gov 1845 Wasp Blvd. Honolulu HI 96818 USA (808)725-5342 8:00 a.m. - 4:30 p.m. HST M-F Ground Condition 130 -154 30 19 Tag recaptures 124 -109 24 4 Tag releases Range 1955 1960 Discrete 1962 Discrete 1967 Range 1969 1971 Sensitive Send written request to PIFSC and requires approval by the PIFSC data owner. Requires signing a PIFSC non-disclosure statement for fisheries confidential data. None None 2021-09-13 Miyamoto, Brent M RESOLVED ISSUES - 9/3/2021 RECOVERY YEAR UPDATED BASED ON RELEASE DATE AND NUMBER OF DAYS OUT 1) TAG NUMBER=A00455 SEQUENCE NUMBER=00001338, RECOVERY DATE = 19570406 => 19580406, BASED ON RELEASE DATE=19570905, NUMBER OF DAYS OUT=213 2) TAG NUMBER=A01605, SEQUENCE NUMBER=00000978, RECOVERY DATE = 19570118 => 19580118 BASED ON RELEASE DATE=19571130, NUMBER OF DAYS OUT=049 3) TAG NUMBER=E04581, SEQUENCE NUMBER=0000983, RECOVERY DATE = 19570527 => 19580527 BASED ON RELEASE DATE=19580515, NUMBER OF DAYS OUT=012 4) TAG NUMBER=E06544, SEQUENCE NUMBER=0000474, RECOVERY DATE = 19570703 => 19580703 BASED ON RELEASE DATE=19580606, NUMBER OF DAYS OUT=027 5) TAG NUMBER=E08001 SEQUENCE_NUMBER=00000459, RECOVERY DATE = 19570708 => 19580708 BASED ON RELEASE DATE=19580515, NUMBER OF DAYS OUT=054 6) TAG NUMBER=E08229, SEQUENCE NUMBER=0000459, RECOVERY DATE = 19590517 => 19580517 BASED ON RELEASE DATE=19580516, NUMBER OF DAYS OUT=001 7) TAG NUMBER=E08517, SEQUENCE NUMBER=0001238 RECOVERY DATE = 19570519 => 19580519 BASED ON RELEASE DATE=19580516, NUMBER OF DAYS OUT=003 8) TAG NUMBER=H00253, SEQUENCE NUMBER=00001174, RECOVERY DATE = 19570804 => 19580804 BASED ON RELEASE DATE=19580510, NUMBER OF DAYS OUT=086 9) TAG NUMBER=X04894, SEQUENCE NUMBER=00000641, RECOVERY DATE = 19570123 => 19580123 BASED ON RELEASE DATE=19571120, NUMBER OF DAYS OUT=064 10) TAG NUMBER=X06258, SEQUENCE NUMBER=00000766, RECOVERY DATE = 19570526 => 19580526 BASED ON RELEASE DATE=19570902, NUMBER OF DAYS OUT=266 WEIGHT CORRECTED BASED ON CORRECTION WRITTEN AT THE BOTTOM OF THE DATA COLLECTION FORM; CORRECTION MADE PROGRAMATICALLY WHEN CREATING THE VIEW, RP020AA1_CONF_V 1) TAG NUMBER=D07234, SEQUENCE NUMBER=00000547, RECOVERY DATE=19670627, WEIGHT = 01.36 => 12.59 RESOLVED ISSUE - 9/15/2021 1) TAG NUMBER=L00989, SEQUENCE NUMBER=00000548, FORK LENGTH = ' 695' => '0695'. THE DATA COLLECTION FORM WAS NOT AVAILABLE, BUT THE CORRECTION WAS DETERMINED USING THE LENGTH-WEIGHT PLOT REFERENCED IN THE DATA ENTITY 2021-09-13 Miyamoto, Brent M UNRESOLVED ISSUES: OUTLIERS IN LENGTH-WEIGHT PLOT 23) TAG NUMBER=K00009, SEQUENCE NUMBER=00000568, FORK LENGTH = 0519 mm, WEIGHT =3.18 kg; DATA ENTERED AS RECORDED 24) TAG NUMBER=K09239, SEQUENCE NUMBER=00000573, FORK LENGTH = 0784 mm, WEIGHT = 1.09 KG; DATA ENTERED AS RECORDED 25) TAG NUMBER=K09440, SEQUENCE NUMBER=00001355, FORK LENGTH = 0522 mm, WEIGHT = 3.07 kg; DATA ENTERED AS RECORDED 26) TAG NUMBER=T03029, SEQUENCE NUMBER=00000546, FORK LENGTH = 0780 mm, WEIGHT =1.20 kg; DATA ENTERED AS RECORDED 27) TAG NUMBER=X00425, SEQUENCE NUMBER=00000563, FORK LENGTH = 0524 mm, WEIGHT = 3.18 kg; DATA ENTERED AS RECORDED 28) TAG NUMBER=X01728, SEQUENCE NUMBER=00000187, FORK LENGTH = 0432 mm, WEIGHT =6.03 kg; DATA ENTERED AS RECORDED 29) TAG NUMBER=X02266, SEQUENCE NUMBER=00000103, FORK LENGTH = 0540 mm, WEIGHT = 3.40 kg; DATA ENTERED AS RECORDED 30) TAG NUMBER=X02322, SEQUENCE NUMBER=00000660, FORK LENGTH = 0549 mm, WEIGHT =3.27 kg; DATA ENTERED AS RECORDED 31) TAG NUMBER=X02355, SEQUENCE NUMBER=00000951, FORK LENGTH = 0545 mm, WEIGHT =3.40 kg; DATA ENTERED AS RECORDED 32) TAG NUMBER=X02357, SEQUENCE NUMBER=00000059, FORK LENGTH = 0540 mm, WEIGHT = 3.40 kg; DATA ENTERED AS RECORDED 33) TAG NUMBER=X02365, SEQUENCE NUMBER=00000958, FORK LENGTH = 0545 mm, WEIGHT =3.52 kg; DATA ENTERED AS RECORDED 34) TAG NUMBER=X02392, SEQUENCE NUMBER=00000956, FORK LENGTH = 0525 mm, WEIGHT =3.18 kg; DATA ENTERED AS RECORDED 35) TAG NUMBER=X02413, SEQUENCE NUMBER=00000945, FORK LENGTH = 0537 mm, WEIGHT = 3.29 kg; DATA ENTERED AS RECORDED 36) TAG NUMBER=X02660, SEQUENCE NUMBER=00000949, FORK LENGTH = 0543 mm, WEIGHT =3.18 kg; DATA ENTERED AS RECORDED 37) TAG NUMBER=X02725, SEQUENCE NUMBER=00000659, FORK LENGTH = 0541 mm, WEIGHT = 3.40 kg; DATA ENTERED AS RECORDED 38) TAG NUMBER=X03925, SEQUENCE NUMBER=00000890, FORK LENGTH = 0516 mm, WEIGHT =3.06 kg; DATA ENTERED AS RECORDED 39) TAG NUMBER=X04282, SEQUENCE NUMBER=00000895, FORK LENGTH = 0509 mm, WEIGHT =5.61 kg; DATA ENTERED AS RECORDED 40) TAG NUMBER=X04890, SEQUENCE NUMBER=00000638, FORK LENGTH = 0543 mm, WEIGHT = 3.29 kg; DATA ENTERED AS RECORDED 41) TAG NUMBER=X05907, SEQUENCE NUMBER=00000972, FORK LENGTH = 0543 mm, WEIGHT =3.52 kg; DATA ENTERED AS RECORDED 42) TAG NUMBER=X05923, SEQUENCE NUMBER=00000650, FORK LENGTH = 0531 mm, WEIGHT = 3.06 kg; DATA ENTERED AS RECORDED 43) TAG NUMBER=X06006, SEQUENCE NUMBER=00000090, FORK LENGTH = 0522 mm, WEIGHT =3.15 kg; DATA ENTERED AS RECORDED 44) TAG NUMBER=X06041, SEQUENCE NUMBER=00000060, FORK LENGTH = 0531 mm, WEIGHT =3.18 kg; DATA ENTERED AS RECORDED 45) TAG NUMBER=X06131, SEQUENCE NUMBER=00000676, FORK LENGTH = 0549 mm, WEIGHT = 3.40 kg; DATA ENTERED AS RECORDED 46) TAG NUMBER=X06184, SEQUENCE NUMBER=00000698, FORK LENGTH = 0530 mm, WEIGHT =3.12 kg; DATA ENTERED AS RECORDED 2021-09-13 Miyamoto, Brent M UNRESOLVED ISSUES: 1) TAG NUMBER=A01764, SEQUENCE_NUMBER=00000981, WEIGHT RECORDED='11 '. WEIGHT RECORDED ON DATA COLLECTION FORM AS '11.' PARTIAL CORRECTION PROGRAMMATICALLY MADE WHEN CREATING THE VIEW, RP020AA1_CONF_V, WEIGHT = '11. '. 2) TAG NUMBER=L03736, SEQUENCE NUMBER=00000550. THERE WAS A SECOND TAG NUMBER RECORDED, L03737 3) TAG NUMBER=L04213, SEQUENCE NUMBER=00000549. THERE WAS A SECOND TAG NUMBER RECORDED, L04214 4) TAG NUMBER=T03029, SEQUENCE NUMBER=00000546, WEIGHT_RECORDED=120. THERE WAS A CORRECTION WRITTEN ON THE BOTTOM OF THE DATA COLLECTION FORM, BUT IT WAS ILLEGIBLE. OUTLIERS IN LENGTH-WEIGHT PLOT 1) TAG NUMBER=A00185, SEQUENCE NUMBER=00000739, FORK LENGTH = 0525 mm, WEIGHT = 3.40 kg; DATA ENTERED AS RECORDED 2) TAG NUMBER=A00320, SEQUENCE NUMBER=00000718, FORK LENGTH = 0528 mm, WEIGHT =3.26 kg; DATA ENTERED AS RECORDED 3) TAG NUMBER=A00477, SEQUENCE NUMBER=00000745, FORK LENGTH = 0545 mm, WEIGHT = 3.63 kg; DATA ENTERED AS RECORDED 4) TAG NUMBER=A00528, SEQUENCE NUMBER=00000737, FORK LENGTH = 0539 mm, WEIGHT =3.63 kg; SCANNED SHEET NOT FOUND 5) TAG NUMBER=A00729, SEQUENCE NUMBER=00000796, FORK LENGTH = 0524 mm, WEIGHT = 3.20 kg; DATA ENTERED AS RECORDED 6) TAG NUMBER=A00734, SEQUENCE NUMBER=00000252, FORK LENGTH = 0530 mm, WEIGHT =3.15 kg; DATA ENTERED AS RECORDED 7) TAG NUMBER=A00782, SEQUENCE NUMBER=00000752, FORK LENGTH = 0540 mm, WEIGHT = 3.63 kg; DATA ENTERED AS RECORDED 8) TAG NUMBER=A01133, SEQUENCE NUMBER=00000763, FORK LENGTH = 0531 mm, WEIGHT =3.18 kg; DATA ENTERED AS RECORDED 9) TAG NUMBER=A01421, SEQUENCE NUMBER=0000639, FORK LENGTH = 0549 mm, WEIGHT = 3.18 kg; DATA ENTERED AS RECORDED 10) TAG NUMBER=A01675, SEQUENCE NUMBER=00000973, FORK LENGTH = 0530 mm, WEIGHT =3.18 kg; DATA ENTERED AS RECORDED 11) TAG NUMBER=A01679, SEQUENCE NUMBER=00000975, FORK LENGTH = 0550 mm, WEIGHT =3.52 kg; DATA ENTERED AS RECORDED 12) TAG NUMBER=A01893, SEQUENCE NUMBER=00000740, FORK LENGTH = 0522 mm, WEIGHT = 3.06 kg; DATA ENTERED AS RECORDED 13) TAG NUMBER=A02048, SEQUENCE NUMBER=00000750, FORK LENGTH = 0529 mm, WEIGHT =3.06 kg; DATA ENTERED AS RECORDED 14) TAG NUMBER=E03747, SEQUENCE NUMBER=00000485, FORK LENGTH = 0532 mm, WEIGHT =3.06 kg; DATA ENTERED AS RECORDED 15) TAG NUMBER=E04414, SEQUENCE NUMBER=00000532, FORK LENGTH = 0532 mm, WEIGHT = 3.18 kg; DATA ENTERED AS RECORDED 16) TAG NUMBER=E06752, SEQUENCE NUMBER=00001101, FORK LENGTH = 0432 mm, WEIGHT =3.46 kg; DATA ENTERED AS RECORDED 17) TAG NUMBER=E08790, SEQUENCE NUMBER=00001309, FORK LENGTH = 0436 mm, WEIGHT = 3.51 kg; DATA ENTERED AS RECORDED 18) TAG NUMBER=E09194, SEQUENCE NUMBER=00000623, FORK LENGTH = 0687 mm, WEIGHT =2.30 kg; DATA ENTERED AS RECORDED 19) TAG NUMBER=H01058, SEQUENCE NUMBER=00000534, FORK LENGTH = 0542 mm, WEIGHT =3.52 kg; DATA ENTERED AS RECORDED 20) TAG NUMBER=H01177, SEQUENCE NUMBER=00000471, FORK LENGTH = 0550 mm, WEIGHT =3.63 kg; DATA ENTERED AS RECORDED 21) TAG NUMBER=H01191, SEQUENCE NUMBER=00000539, FORK LENGTH = 0527 mm, WEIGHT =3.18 kg; DATA ENTERED AS RECORDED Oracle QC review prior to data entry. Further QC after data entry. Yes Unknown Yes Yes 1 year To Be Determined Unknown PIFSC ITS performs scheduled back ups. Data were collected in the field on PIFSC data collection forms, and data entry was conducted at PIFSC to create ASCII fixed record length flat files. The flat files were then loaded into an Oracle database. 65435 Entity 5868 Data Set Cross Reference gov.noaa.nmfs.inport:58103 Brent Miyamoto 2019-10-28T21:28:12 SysAdmin InPortAdmin 2025-12-03T01:00:28 2021-09-15 Pacific Islands Fisheries Science Center PIFSC 1845 Wasp Blvd. Honolulu HI 96818 USA 808-725-5300 https://www.pifsc.noaa.gov 8:00 a.m. - 4:30 p.m. 1001 Public No No 2021-09-15 1 Year 2022-09-15