Gemini Observatory Archive
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(no punctuation; separate with spaces) Matches all words. Write !word to reject results that contain it
(no punctuation; separate with spaces) Text search the program Title. Matches all words. Write !word to reject results that contain it
(bibliography code of related publication) Search for data related to a publication by it's bibliography code.
(Name of Target) Enter a target name here. If you don't Resolve the target name into a co-ordinate search, this will do a search on the target name as specified in the phase-II. Be aware that observers sometimes use a different target name to what you expect - this is only really useful if you set up the Phase-II, or otherwise know exactly what target name was used. If you set a Name Resolver and click resolve, we will fetch co-ordinates of your target from the resolver specified and then the search will disregard the target name and search only by co-ordinates. Note that the name resolvers will not work solar system bodies.

Searches on the target name are not case sensitive, and you can use the * character as a wildcard - for example mrk* will find e.g. Mrk42, and *io* will find e.g. Io, Io.eph, Orion, etc.
(Name Resolver) Choose a Name Resolver and click the resolve button to attempt to find the co-ordinates of your named source. If the form has both a target name and co-ordinates, the search will disregard the target name. Note: The name resolvers will only work for objects outside the solar system, there's no capability for meaningful use with moving objects, for example planets.
(HH:MM:SS.ss or decimal degrees) Right Ascension. You can use HH:MM:SS[.ss...] or decimal degrees. In either case you can specify a single value or a range, eg 11:22:33 - 12:34:56. If you enter a single value, also see the Search Radius field.
([+-]DD:MM:SS.ss or decimal degrees) Declination. You can use [+|-]DD:MM:SS[.ss...] or decimal degrees. In either case you can specify a single value or a range, eg 11:22:33 - 12:34:56 or -65:43:21 - -12:34:56. If you enter a single value, also see the Search Radius field.
(arcsecs or decimal degrees) Search radius in arcseconds, unless you specify "d" or "degs" to make it decimal degrees. i.e. 180 means 180 arcseconds, 10degs or 10d means 10 degrees.
If RA and/or dec has been given as a single value (as opposed to a range), this specifies the size of the box around it to search. This is actually a simple search in a square box (in the tangent plane), not a true cone search. Strange things may happen near the poles.
(click to show / hide) Click where it says "Advanced Options" to show or hide the advanced options. (click to show / hide) Click where it says "Column Selection" to show or hide the panel that lets you choose the columns to be shown in the results. You need to click on 'Search' to apply the changes
(or Obs. ID / Data Label. Exact Match) You can put a program ID, Observation ID or Data Label into this box. The search will be for an exact match to what you put in, substring type matches are not provided. Example: GN-2001A-Q-1
(YYYYMMDD or start - end) You can specify 1) an individual date in the form YYYYMMDD, 2) a date range in the form yyyymmdd-YYYYMMDD, or 3) a date-time range in the form yyyymmddThhmmss[.s...]-YYYYMMDDTHHMMSS[.S...]. Examples: 20101231 or 20100101 - 20100131 or 20101122T012345-20101231T231234. You can also specify whether to search strictly on UTC date (note tha Gemini South observing nights span two UTC dates) or on Observing Night, which will use the traditional Gemini scheme of labelling observing nights by the UTC date at the start of the night with a 1400 (+- daylight savings in Chile) local time date rollover.
(Select GMOS for GMOS-N and GMOS-S) Select the instrument you are looking for data from.
(help) Select an Observation Class here, or set it to Any to not search by Observation Class.
(help) Select an Observation Type here, or set it to Any to not search by Observation Type.
(Imaging / Spectroscopy etc) Select Imaging or various Spectroscopy modes here. Spectroscopy implies all spectroscopic modes. Note that not all instruments support all these modes, such searches will return no results.
(help) Select data did or did not use Adaptive Optics, or that used specifically LGS or NGS AO.
(Processing status of data) Reduced data in the archive can have different reduction status. Select here if you would like to search for a particular type or reduced data, or for raw data only.


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Key: [P]: Preview an image of the data in your browser. [H]: Provenance and History. [D]: Download that one file. [A]: Program Abstract and PI / Co-I details. [L]: observing Log entries. Use the check-boxes to select a subset of the results to download, or if available a download all link is at the end of the table. Click the filename to see the full header in a new tab. Click anything else to add that to your search criteria. You can also save these results as JSON.

Download Filename↑↓ Data Label↑↓ UT Date Time↑↓ Inst↑↓ Class↑↓ Type↑↓ Object↑↓ WaveBand ExpT↑↓ QA↑↓
[D]
GS2008AQ056-03.fits GS2008AQ056-03 2008-01-10 00:00:00 GMOS-S None MASK Field Antlia 3 Pass
[D]
GS2008AQ056-01.fits GS2008AQ056-01 2008-01-10 00:00:00 GMOS-S None MASK Field Antlia 1 Pass
[D]
GS2008AQ056-02.fits GS2008AQ056-02 2008-01-10 00:00:00 GMOS-S None MASK Field Antlia 2 Pass
[P] [D]
S20080212S0009.fits [A] GS-2008A-Q-56-16-001 2008-02-11 20:10:14 GMOS-S dayCal FLAT GCALflat ⚓↑ r 1.50 Pass
[P] [D]
S20080213S0072.fits [A] [L] GS-2008A-Q-56-19-001 2008-02-12 23:47:57 GMOS-S partnerCal OBJECT Blank Field B600 : 0.500 30.50 Pass
[P] [D]
S20080213S0084.fits [A] [L] GS-2008A-Q-56-13-001 2008-02-13 00:08:28 GMOS-S dayCal ARC CuAr B600 : 0.500 20.50 Pass
[P] [D]
S20080213S0085.fits [A] [L] GS-2008A-Q-56-13-002 2008-02-13 00:09:37 GMOS-S dayCal ARC CuAr B600 : 0.505 20.50 Pass
[P] [D]
S20080213S0086.fits [A] GS-2008A-Q-56-13-003 2008-02-13 00:10:46 GMOS-S dayCal ARC CuAr B600 : 0.510 20.50 Pass
[P] [D]
S20080214S0118.fits [A] GS-2008A-Q-56-27-001 2008-02-14 02:43:55 GMOS-S acq OBJECT Antlia 1 g 60.50 Pass
[P] [D]
S20080214S0119.fits [A] GS-2008A-Q-56-7-001 2008-02-14 02:48:14 GMOS-S acq OBJECT Antlia 1 g 60.50 Pass
[P] [D]
S20080214S0120.fits [A] GS-2008A-Q-56-7-002 2008-02-14 02:52:54 GMOS-S acq OBJECT Antlia 1 g 60.50 Pass
[P] [D]
S20080214S0121.fits [A] GS-2008A-Q-56-7-003 2008-02-14 02:56:04 GMOS-S acq OBJECT Antlia 1 g 60.50 Pass
[P] [D]
S20080214S0122.fits [A] [L] GS-2008A-Q-56-8-001 2008-02-14 03:00:35 GMOS-S progCal ARC CuAr B600 : 0.500 20.50 Pass
[P] [D]
S20080214S0123.fits [A] [L] GS-2008A-Q-56-8-002 2008-02-14 03:01:49 GMOS-S partnerCal FLAT GCALflat B600 : 0.500 2.50 Pass
[P] [D]
S20080214S0124.fits [A] [L] GS-2008A-Q-56-8-003 2008-02-14 03:02:57 GMOS-S science OBJECT Field Antlia 1 B600 : 0.500 2700.44 Pass
[P] [D]
S20080214S0125.fits [A] [L] GS-2008A-Q-56-8-004 2008-02-14 03:49:05 GMOS-S science OBJECT Field Antlia 1 B600 : 0.505 2700.44 Pass
[P] [D]
S20080214S0126.fits [A] [L] GS-2008A-Q-56-8-005 2008-02-14 04:35:13 GMOS-S progCal ARC CuAr B600 : 0.505 20.50 Pass
[P] [D]
S20080214S0127.fits [A] [L] GS-2008A-Q-56-8-006 2008-02-14 04:36:26 GMOS-S partnerCal FLAT GCALflat B600 : 0.505 2.50 Pass
[P] [D]
S20080214S0128.fits [A] [L] GS-2008A-Q-56-8-007 2008-02-14 04:37:37 GMOS-S partnerCal FLAT GCALflat B600 : 0.510 2.50 Pass
[P] [D]
S20080214S0129.fits [A] [L] GS-2008A-Q-56-8-008 2008-02-14 04:38:33 GMOS-S progCal ARC CuAr B600 : 0.510 20.50 Pass
[P] [D]
S20080214S0130.fits [A] GS-2008A-Q-56-8-009 2008-02-14 04:39:59 GMOS-S science OBJECT Field Antlia 1 B600 : 0.510 2700.44 Pass
[P] [D]
S20080312S0022.fits [A] [L] GS-2008A-Q-56-17-001 2008-03-11 19:47:11 GMOS-S dayCal FLAT GCALflat ⚓↑ r 1.50 Pass
[P] [D]
S20080315S0011.fits [A] [L] GS-2008A-Q-56-18-001 2008-03-14 19:32:16 GMOS-S dayCal FLAT GCALflat r 1.50 Pass
[P] [D]
S20080315S0030.fits [A] [L] GS-2008A-Q-56-28-001 2008-03-15 01:25:41 GMOS-S acq OBJECT Antlia 2 g 30.50 Pass
[P] [D]
S20080315S0031.fits [A] GS-2008A-Q-56-9-001 2008-03-15 01:31:20 GMOS-S acq OBJECT Antlia 2 g 30.50 Pass
[P] [D]
S20080315S0033.fits [A] [L] GS-2008A-Q-56-9-002 2008-03-15 01:36:28 GMOS-S acq OBJECT Antlia 2 g 30.50 Pass
[P] [D]
S20080315S0034.fits [A] [L] GS-2008A-Q-56-10-001 2008-03-15 01:40:03 GMOS-S progCal ARC CuAr B600 : 0.500 20.50 Pass
[P] [D]
S20080315S0035.fits [A] [L] GS-2008A-Q-56-10-002 2008-03-15 01:41:16 GMOS-S partnerCal FLAT GCALflat B600 : 0.500 2.50 Pass
[P] [D]
S20080315S0036.fits [A] [L] GS-2008A-Q-56-10-003 2008-03-15 01:42:25 GMOS-S science OBJECT Field Antlia 2 B600 : 0.500 2700.44 Pass
[P] [D]
S20080315S0037.fits [A] [L] GS-2008A-Q-56-10-004 2008-03-15 02:28:33 GMOS-S science OBJECT Field Antlia 2 B600 : 0.505 2700.44 Pass
[P] [D]
S20080315S0038.fits [A] [L] GS-2008A-Q-56-10-005 2008-03-15 03:14:39 GMOS-S progCal ARC CuAr B600 : 0.505 20.50 Pass
[P] [D]
S20080315S0039.fits [A] [L] GS-2008A-Q-56-10-006 2008-03-15 03:15:52 GMOS-S partnerCal FLAT GCALflat B600 : 0.505 2.50 Pass
[P] [D]
S20080315S0040.fits [A] [L] GS-2008A-Q-56-10-007 2008-03-15 03:19:15 GMOS-S partnerCal FLAT GCALflat B600 : 0.510 2.50 Pass
[P] [D]
S20080315S0041.fits [A] [L] GS-2008A-Q-56-10-008 2008-03-15 03:20:12 GMOS-S progCal ARC CuAr B600 : 0.510 20.50 Pass
[P] [D]
S20080315S0042.fits [A] [L] GS-2008A-Q-56-10-009 2008-03-15 03:21:39 GMOS-S science OBJECT Field Antlia 2 B600 : 0.510 2700.44 Pass
[P] [D]
S20080315S0081.fits [A] [L] GS-2008A-Q-56-14-001 2008-03-15 09:52:28 GMOS-S dayCal ARC CuAr B600 : 0.500 20.50 Pass
[P] [D]
S20080315S0082.fits [A] [L] GS-2008A-Q-56-14-002 2008-03-15 09:53:38 GMOS-S dayCal ARC CuAr B600 : 0.505 20.50 Pass
[P] [D]
S20080315S0083.fits [A] [L] GS-2008A-Q-56-14-003 2008-03-15 09:54:47 GMOS-S dayCal ARC CuAr B600 : 0.510 20.50 Pass
[P] [D]
S20080315S0103.fits [A] [L] GS-2008A-Q-56-20-001 2008-03-15 10:26:19 GMOS-S dayCal OBJECT Twilight B600 : 0.500 90.50 Pass
[P] [D]
S20080316S0015.fits [A] [L] GS-2008A-Q-56-29-001 2008-03-16 00:27:53 GMOS-S acq OBJECT Antlia 3 g 60.50 Pass
[P] [D]
S20080316S0016.fits [A] [L] GS-2008A-Q-56-11-001 2008-03-16 00:31:33 GMOS-S acq OBJECT Antlia 3 g 60.50 Pass
[P] [D]
S20080316S0017.fits [A] [L] GS-2008A-Q-56-11-002 2008-03-16 00:44:01 GMOS-S acq OBJECT Antlia 3 g 60.50 Pass
[P] [D]
S20080316S0018.fits [A] GS-2008A-Q-56-11-003 2008-03-16 00:52:00 GMOS-S acq OBJECT Antlia 3 g 60.50 Pass
[P] [D]
S20080316S0019.fits [A] [L] GS-2008A-Q-56-12-001 2008-03-16 00:57:20 GMOS-S progCal ARC CuAr B600 : 0.500 20.50 Pass
[P] [D]
S20080316S0020.fits [A] [L] GS-2008A-Q-56-12-002 2008-03-16 00:58:32 GMOS-S partnerCal FLAT GCALflat B600 : 0.500 2.50 Pass
[P] [D]
S20080316S0021.fits [A] [L] GS-2008A-Q-56-12-003 2008-03-16 00:59:41 GMOS-S science OBJECT Field Antlia 3 B600 : 0.500 2700.44 Pass
[P] [D]
S20080316S0022.fits [A] [L] GS-2008A-Q-56-12-004 2008-03-16 01:45:50 GMOS-S science OBJECT Field Antlia 3 B600 : 0.505 2700.44 Pass
[P] [D]
S20080316S0023.fits [A] [L] GS-2008A-Q-56-12-005 2008-03-16 02:31:57 GMOS-S progCal ARC CuAr B600 : 0.505 20.50 Pass
[P] [D]
S20080316S0024.fits [A] [L] GS-2008A-Q-56-12-006 2008-03-16 02:33:10 GMOS-S partnerCal FLAT GCALflat B600 : 0.505 2.50 Pass
[P] [D]
S20080316S0025.fits [A] [L] GS-2008A-Q-56-12-007 2008-03-16 02:34:20 GMOS-S partnerCal FLAT GCALflat B600 : 0.510 2.50 Pass
[P] [D]
S20080316S0026.fits [A] [L] GS-2008A-Q-56-12-008 2008-03-16 02:35:16 GMOS-S progCal ARC CuAr B600 : 0.510 20.50 Pass
[P] [D]
S20080316S0027.fits [A] [L] GS-2008A-Q-56-12-009 2008-03-16 02:36:43 GMOS-S science OBJECT Field Antlia 3 B600 : 0.510 2700.44 Pass
[P] [D]
S20080403S0132.fits [A] [L] GS-2008A-Q-56-21-001 2008-04-03 10:36:00 GMOS-S dayCal OBJECT Twilight B600 : 0.500 30.50 Pass
[P] [D]
S20080403S0133.fits [A] [L] GS-2008A-Q-56-15-001 2008-04-03 10:51:03 GMOS-S dayCal ARC CuAr ⚓↑ B600 : 0.500 20.50 Pass
[P] [D]
S20080403S0134.fits [A] [L] GS-2008A-Q-56-15-002 2008-04-03 10:52:12 GMOS-S dayCal ARC CuAr ⚓↑ B600 : 0.505 20.50 Pass
[P] [D]
S20080403S0135.fits [A] [L] GS-2008A-Q-56-15-003 2008-04-03 10:53:20 GMOS-S dayCal ARC CuAr ⚓↑ B600 : 0.510 20.50 Pass
[P] [D]
S20080501S0163.fits [A] GS-2008A-Q-56-22-001 2008-05-01 09:39:39 GMOS-S acqCal OBJECT EG274 g 4.50 Usable
[P] [D]
S20080501S0164.fits [A] GS-2008A-Q-56-22-002 2008-05-01 09:41:13 GMOS-S acqCal OBJECT EG274 g 10.50 Usable
[P] [D]
S20080501S0165.fits [A] GS-2008A-Q-56-22-003 2008-05-01 09:46:05 GMOS-S acqCal OBJECT EG274 g 4.50 Usable
[P] [D]
S20080501S0166.fits [A] GS-2008A-Q-56-30-001 2008-05-01 09:54:39 GMOS-S acqCal OBJECT EG274 g 1.50 Usable
[P] [D]
S20080501S0167.fits [A] GS-2008A-Q-56-30-002 2008-05-01 09:56:03 GMOS-S acqCal OBJECT EG274 g 4.50 Usable
[P] [D]
S20080501S0168.fits [A] GS-2008A-Q-56-30-003 2008-05-01 10:06:23 GMOS-S acqCal OBJECT EG274 g 4.50 Usable
[P] [D]
S20080507S0081.fits [A] GS-2008A-Q-56-31-001 2008-05-07 10:13:55 GMOS-S acqCal OBJECT EG274 g 1.50 Pass
[P] [D]
S20080507S0082.fits [A] GS-2008A-Q-56-31-002 2008-05-07 10:15:19 GMOS-S acqCal OBJECT EG274 g 4.50 Pass
[P] [D]
S20080507S0083.fits [A] GS-2008A-Q-56-31-003 2008-05-07 10:19:12 GMOS-S acqCal OBJECT EG274 g 4.50 Pass
[P] [D]
S20080507S0084.fits [A] GS-2008A-Q-56-31-004 2008-05-07 10:20:24 GMOS-S acqCal OBJECT EG274 g 4.50 Pass
[P] [D]
S20080507S0085.fits [A] GS-2008A-Q-56-23-001 2008-05-07 10:21:56 GMOS-S partnerCal OBJECT EG274 B600 : 0.400 30.50 Pass
[P] [D]
S20080507S0086.fits [A] GS-2008A-Q-56-23-002 2008-05-07 10:23:02 GMOS-S partnerCal FLAT GCALflat B600 : 0.400 2.50 Pass
[P] [D]
S20080507S0087.fits [A] GS-2008A-Q-56-23-003 2008-05-07 10:24:28 GMOS-S partnerCal FLAT GCALflat B600 : 0.500 2.50 Pass
[P] [D]
S20080507S0088.fits [A] GS-2008A-Q-56-23-004 2008-05-07 10:25:06 GMOS-S partnerCal OBJECT EG274 B600 : 0.500 60.50 Pass
[P] [D]
S20080507S0089.fits [A] GS-2008A-Q-56-23-005 2008-05-07 10:26:45 GMOS-S partnerCal OBJECT EG274 B600 : 0.600 60.50 Pass
[P] [D]
S20080507S0090.fits [A] GS-2008A-Q-56-23-006 2008-05-07 10:28:22 GMOS-S partnerCal FLAT GCALflat B600 : 0.600 2.50 Pass
[P] [D]
S20080507S0102.fits [A] GS-2008A-Q-56-25-001 2008-05-07 10:58:52 GMOS-S dayCal ARC CuAr ⚓↑ B600 : 0.400 20.50 Pass
[P] [D]
S20080507S0103.fits [A] GS-2008A-Q-56-25-002 2008-05-07 11:00:00 GMOS-S dayCal ARC CuAr ⚓↑ B600 : 0.500 20.50 Pass
[P] [D]
S20080507S0104.fits [A] GS-2008A-Q-56-25-003 2008-05-07 11:01:11 GMOS-S dayCal ARC CuAr ⚓↑ B600 : 0.600 4.50 Pass
- this is always available at this link

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