NSF's NOIRLab Call for Proposals: Semester 2021B

Call for Standard Proposals: Semester 2021B

This Call for Proposals 2021B (CfP21B) covers the observing time period from 1 August 2021 – 31 January 2022.  Please read this document carefully, as the global COVID-19 pandemic continues to affect some telescope operations and schedules.

Proposal Deadline: 31 March 2021 at 11:59 pm Mountain Standard Time (MST). This document is also available as a downloadable PDF file attached at the end of this document.

1. General Information on NSF's NOIRLab Observing Proposals

Proposals for standard observing programs at all ground-based facilities coordinated by the NSF's NOIRLab, which include US time on the telescopes of Gemini, CTIO, and KPNO, as well as community-access time with other observatories (which for 2021B include CHARA, LCO, Keck, and MINERA-Australis), can be submitted twice per year. For the 2021B semester, the deadline is:

Standard Programs: Deadline is 31 March 2021 at 11:59pm MST (=Tucson time)  for the 1 August 2021 – 31 January 2022 observing period (2021B)
 
This Call is for Standard Observing propsoals only, but below we give a short description of the different NSF's NOIRLab proposal types.
 
Standard Programs are traditional proposals for observing time allocated on a semester basis. Standard proposals generally request modest amounts of time, although requests for long runs are certainly considered. Standard programs are judged by one of eight TAC panels, each with five members plus a non-voting Chair. The Chairs present the proposal rankings made by the panel members at the meeting where the proposals are merged into a single ranked list.
 
Long Term Status for Standard Programs are for scientific programs that, by their design, need to extend beyond a single semester. Long-term status may be granted to a proposal for which the principal science goal of the proposal cannot be achieved without the full allocation of time. An investigator who wishes to request long-term status should include a summary of the request (e.g., "six nights per semester for four semesters") in the appropriate section of the proposal form.
 
If long-term status is granted, a progress report must be submitted each subsequent semester to inform the TAC that appropriate progress is being made. Progress reports should briefly summarize the scientific justification, provide a detailed discussion of progress to date, restate the number of observing runs still needed to complete the project, and give details needed for scheduling the proposal in the next semester.
 
Although the granting of long-term status by the TAC does carry with it a commitment for observing time in future semesters, the NSF OIRLab reserves the right to terminate long-term status on the advice of the TAC if insufficient information concerning the progress of the project has been supplied by the Principal Investigator or in the event of telescope closures.
 
NSF's NOIRLab Survey Programs have been carried out in the past using the telescopes at KPNO and CTIO. Up to 20% of the observing time available through NSF NOIRLab-operated telescopes may be allocated to Survey Programs. 
 
Survey programs are judged by a dedicated Survey TAC panel, which uses a wider range of criteria than does the regular TAC. The scientific bar for acceptance of Survey programs is thus considerably higher than for Standard proposals.
 
No Survey Proposals are being accepted as part of this Semester 2021B Call for Proposals.
 
Gemini Large or Long Programs (LP) are those that require either significantly more time than a partner typically approves for a single program, or extend over 2 to 6 semesters, or both. The participating partners (US and Canada) will make up to 20% of their time at each telescope available for LPs. Gemini LPs are judged by a dedicated LP TAC, with representatives from the participating partners.
 
Gemini LP proposals are being accepted as part of this Semster 2021B Call for Proposals. and information and instructions can be found at:
 
 
Who can apply? Applications for telescope time at NSF NOIRLab facilities are welcome from all astronomers and students. Applications from astronomers and students who are affiliated with non-US institutions should indicate why the project cannot be done using other facilities that might be available to the investigators and why US national facilities are needed.
 
Proposals from graduate students who are conducting observations as part of their Ph.D. thesis work will have their travel and on-site expenses paid for by the NSF NOIRLab. Please select "Graduate student, and THIS proposal is part of thesis" ONLY if the requested observations are essential for the Graduate Thesis. For all other cases, please simply select "Graduate Student" (e.g. if the student is in fact working toward a thesis, but this proposal is not essential to that effort).
 
Thesis Advisors should be aware that a Thesis Student Information Form should be completed and submitted within two business days after the proposal deadline. This form is required for the student to be considered for NSF NOIRLab travel support. Lacking the Advisor's submission by the deadline, the proposal will be considered as any other non-thesis proposal, and travel support will not be granted.  This form can be found at:  https://www.noao.edu/noaoprop/thesis/
 
Criteria for the evaluation of telescope proposals to NSF NOIRLab facilities will be based on scientific merit. The criteria for evaluating scientific merit of proposals for time on NSF NOIRLab facilities are:
 
  • The relevance and importance of the proposal within the area of specialization.
  • The relevance and importance of the proposal in the larger context of astronomical research.
  • The suitability of the experimental design to achieve the scientific goals (including sample size, required S/N, approach to deal with difficult data reduction problems, etc.).
  • The significance of the proposed observations for the completion of the project.
  • The likelihood that the researchers will complete the project and publish their results and the adequacy of the resources available to them in order to do this.
  • The broader impacts of the proposed research, for example, in education and public awareness of science.
In addition, the value of the proposed research to the educational and career development of the investigators may be considered in exceptional circumstances.
 
For CTIO proposals, preference may be given to proposals which can only be carried out in the southern hemisphere.
 
The NSF's NOIRLab is committed to maximizing the accessibility of astronomy to all qualified proposers. Many of the telescopes available through NSF's NOIRLab support remote observing, and we are happy to discuss ways in which this mode can be employed to address specific issues of accessibility. To enquire about remote observing and other forms of access, and to request specific accommodation, please contact any of the following individuals:
 
 

2. Instructions for Submitting Semester 2021B Proposals

The 2021B Call for Proposals covers proposals for observing programs at all ground-based facilities on which the NSF NOIRLab manages open-access observing time. Observing proposals for all telescopes, other than Gemini, must be submitted using the NSF NOIRLab Proposal Form, which is found at
 
 
An NSF NOIRLab proposal can either be prepared and submitted completely online or a LaTeX template can be completed locally and submitted via a web upload.

Gemini Proposal Investigators who are applying for time on the Gemini telescopes must use Gemini Observatory's Phase I Tool (PIT) to prepare their observing proposals. The PIT is available from the Gemini Observatory at: 

http://software.gemini.edu/phase1/2021B/

Classical observers using US time  should be prepared to fund their own travel for their observing trips.  The  NSF NOIRLab will support graduate students traveling for observations that are part of their PhD thesis work.
 

3. News and Updates for Semester 2021B

The following updatess to instrumentation and or observing time at all facilities available through NSF's NOIRLab are noted here to alert investigators preparing proposals.
 

3.1 NNEXPLORE in 2021B: Time Available on the WIYN 3.5m, the CTIO 1.5m with CHIRON, and MINERVA-Australis.  

The NNEXPLORE program continues on the WIYN 3.5m, with approximately 30 nights available for  exoplanet programs.  See more details on WIYN in Section 3.5.
 
NNEXPLORE offers observing time on the CTIO/SMARTS 1.5m with the precision radial-velocity spectrometer CHIRON, with 300 hours (equivalent to 30 nights of service observing) of observing time in 2021B.  See more details on the 1.5m/CHIRON in Section 3.6.
 
As part of the NNEXPLORE program, NASA is continuing in a partnership with the MINERVA-Australis consortium that began in 2020B.  That agreement continues in Semester 2021B, with 300 hours of observing time open to NNEXPLORE proposals.  MINERVA-Australis is a dedicated exoplanet observatory operated by the University of Southern Queensland (USQ) in Queensland, Australia. The facility is located at USQ's Mt. Kent Observatory, and saw first light in quarter two 2018; commissioning of the facility was completed in mid-2019.  MINERVA-Australis currently consists of 5 (0.7m) PlaneWave CDK700 telescopes; these telescopes have two ports, allowing each to be used for either spectroscopic or photometric observations.   A summary of the facility and its capabilities can be found in the commissioning paper by Addison et al. 2019
The photometric channel is capable of milli-magnitude precision and currently, the light from four telescopes can be combined onto one R=75,000 echelle spectrograph for radial velocity precisions of 1 -10 m/s depending on the target brightness and how many telescopes are combined.  
 

 

3.2 Gemini North and South

The Gemini Observatory has released a Call for Proposals for 2021B at:

The Gemini Call contains all of the information necessary to submit a Gemini proposal.  We suggest strongly that you also read the Gemini CfP if you are requesting Gemini time to be aware of the latest news.

Proposers requesting Gemini time must use the Gemini Phase-I Tool (PIT):

The Gemini Phase I Tool (PIT) will automatically add the time for the baseline partner calibrations to the total time requested for each target in the proposal.

Gemini-Subaru Exchange

Gemini and Subaru are continuing their time-exchange program. A minimum of 5 nights will be available to the Gemini community, providing that there is sufficient demand from both sides of the exchange. Please see the Gemini call for proposals for more information. Proposers requesting Subaru time must use the Gemini Phase-I Tool (PIT).
 

 

3.3 Keck I and Keck II

Through the NSF's Mid-Scale Innovations Program (MSIP), NOIRLab observing time on Keck I and Keck II will be available for 8 semesters, beginning in 2021B.  It is expected that approximately 5 nights per semester will be available; for 2021B, 3 nights on Keck I and 2 nights on Keck II are available.  
 
Instrument availability, along with all relevant information, can be found at:
 
Special Notes and Consideration for 2021B:
 
Due to the likely continued impacts on the observatory and our observing community by COVID-19:

-       We are advising proposers that there may be currently unforeseen impacts on our ability to execute the allocated 21B schedule.  In particular, specialty modes (e.g. PyWFS, ESI IFU, VV coronagraphs) may be unavailable for operation.

-       Some instruments and modes of instruments like NIRSPAO and ESI may be scheduled in limited blocks or campaigns to minimize load on support crews.

-       In order to reduce the support load on observatory staff, partial night allocations in 21B may be limited.  Proposers should consider whether full night allocations can meet their science goals.   

LRISp:  The polarimeter for LRIS will not be available in 2021B while it undergoes repair.

LRIS: Replacement of the LRIS red detector is expected in April 2021.  We expect that there will be no restrictions on its use in 2021B. 

NIRC2:

-       The vortex coronagraph in LGS mode is not available.

-       The vortex coronagraph in K band is only available through collaboration with the vortex development team.

-       The vortex coronagraph with the PyWFS is only available through collaboration with the PyWFS and vortex development teams.

Please, see the NIRC2 manual (https://www2.keck.hawaii.edu/inst/nirc2/ObserversManual.html#Section5.2.2) for information about vortex operations.

DEIMOS: The top-left CCD on the detector mosaic is ~4 times noisier than the rest of the CCDs. Please see https://www2.keck.hawaii.edu/inst/deimos/detector_issues.html for guidelines on how to design your MOS masks with this issue in mind.

At-Home (pajama mode) Observing: 

-       At-Home observing will continue to be available to observers

-       Keck will support up to two observers for at home observing: one primary and one secondary observer.  Those two individuals may help other team members get set up, but Keck support will be limited for additional observers.

-       At home observing requires the installation of software which only runs on linux and macOS operating systems. 

-       Observers using at home observing should plan to work with Keck staff to install and test the software several days ahead of their run to allow time for troubleshooting.

 

3.4 Zwicky Transient Facility and ANTARES event brokering

The NSF MSIP-funded Zwicky Transient Facility (ZTF) is currently issuing public transient alerts. The two ZTF public surveys (https://www.ptf.caltech.edu/page/ztf_msip) are (1) an all-sky survey with a three-night cadence and (2) a Galactic-plane survey with a nightly cadence. Both these surveys are expected to reach approximate point-source depths of r = 20.4 and g = 21.0. Further information can be found through the  ZTF project website (https://www.ptf.caltech.edu/ztf).
 
For 2021B, the NSF NOIRLab encourages submission of proposals for “target-of-opportunity” (ToO) follow-up observing triggered by ZTF alerts. Proposals should plan to use the current ToO policies and mechanisms for the facilities allocated through the NSF NOIRLab TAC. More information about current ToO policies and procedures at available open-access facilities can be found here:
 
Gemini Target of Opportunity observing:
 
CTIO Target of Opportunity observing:
 
SOAR Target of Opportunity observing
 
Las Cumbres Observatory scheduling (including ToO)
 
The NSF NOIRLab is currently filtering ZTF alerts through the ANTARES event
 broker system (https://antares.noirlab.edu). For 2021B, ANTARES
 capabilities include positional and/or catalog-based filters with
 associated delta-magnitude thresholds, as well as more complex
 filters.  Proposers interested in employing these ANTARES
 capabilities within their programs during 2021A are encouraged to
 contact Dr. Tom Matheson (matheson@noao.edu) in advance of the
 proposal deadline. Support for ANTARES science verification programs
 will be subject to availability of resources; depending on demand
 during this initial call, it is possible that only a subset of
 programs will be chosen for use with ANTARES.

 

3.5 KPNO

Mayall 4-m

The Mayall 4-m telescope is currently in the midst of survey observing with the Dark Energy Spectroscopic Instrument (DESI). No time will be available through the NSF NOIRLab TAC.

WIYN 3.5m

Approximately 30 nights devoted to NNEXPLORE programs will be available for NOIRLab observing time in 2021B.  More details on the NNEXPLORE Program on WIYN can be found at    http://ast.noao.edu/observing/wiyn-exoplanets-2021b 

 

Information specific to proposing for time using the precision radial-velocity spectrograph NEID can be found at    http://ast.noao.edu/observing/wiyn-neid

 

Slides from an informational session on NEID for 2021B proposers can be found at

http://www.wiyn.org/Instruments/NEID_info_session_23Mar2021.pdf

 

Open-access proposals other than NNEXPLORE can be submitted to WIYN, but these would only be scheduled if NNEXPLORE programs could not be scheduled for all of the NOIRLab WIYN time; in particular, proposals using Hydra or ODI might have the best chance to be fit into time slots that could not fit into the NNEXPLORE schedule.   

 

WIYN 0.9m

No new proposals are solicited in 2021B for the 0.9m with HDI.

 

3.6 CTIO

Blanco 4-m

Nights available in 2021B for new regular programs is approximately 45.

Instruments available: In 2021B, CTIO will be offering the Dark Energy Camera  (DECam) and the Cerro Tololo Ohio State Multi-Object Spectrograph (COSMOS):

http://www.ctio.noao.edu/noao/content/dark-energy-camera-decam

http://www.ctio.noao.edu/noao/content/COSMOS/

Night time operations at the Blanco telescope resumed in October 2020, however visiting observers are not currently permitted nor are expected to be in the near future. All proposers should therefore plan to observe remotely during the whole of 2021B. See the Information on equipment and software requirements and how to carry out remote observations at Blanco at: 

http://www.ctio.noao.edu/noao/content/Remote-Observing-Blanco

Note that we are waiving the requirement that all observers must have had previous observing experience at the telescope in order to carry out remote observations. However, we strongly encourage the involvement of experienced observers within your team in the planning and execution of your observations.

SOAR

It is expected that approximately 49 nights of NOIRLab time will be availabler on SOAR for 2021B.

The SOAR website is located at:

http://www.ctio.noao.edu/soar/

Instruments: All instruments that were available in the previous two semesters, including TripleSpec 4.1, are currently available. See the Facilities Table in Sections 4.1 and 4.2 below for a list with links.
 
Queue scheduling: For semester 2021B, SOAR will continue to offer queue time through the AEON network (http://www.ctio.noao.edu/soar/content/soar-aeon-home-page). Because we have a stable operation, we can now confidently support proposals that require the flexibility the AEON queue offers, in particular programs requiring small amounts of time spread over the semester, or where targets are not entirely predictable. AEON remains the recommended choice for programs with a large number of targets distributed over the sky, as well as those where monthly or bi-weekly cadences are required. We cannot commit to support higher cadences (e.g., weekly) unless demand increases sufficiently; exceptions may be possible where the higher cadence is only required for a portion of the semester. Note that we can and do support observations of solar system objects using non-sidereal tracking.
 
At present, we can only commit to supporting the Goodman spectrograph in 2021B, however we now support both red and blue cameras and can add configurations where demand warrants. Time is allocated based on TAC priority and the AEON queue is currently filled at 100%, so the expected fraction of clear time is the same as for classical observing. Investigators receiving time through all SOAR partners are eligible to participate; time continues to be allocated by the individual partners.
 
Please consult the AEON pages for further details and for contact information if you have questions the website doesn't answer.
 
Targets of Opportunity: SOAR support target of opportunity programs; for specifics of the policy see
 
 

SMARTS (1.5m with CHIRON and 0.9m with CFCCD)

 
Time on the small telescopes at CTIO will be available to NSF NOIRLab
users in 2021B.  The telescopes are operated by the SMARTS Consortium
with up to 15% of time available to the NSF NOIRLab community.  The
SMARTS web site is http://www.astro.gsu.edu/~thenry/SMARTS/.
 
The 1.5m + CHIRON (fiber-fed cross-dispersed echelle):
 
300 hours are available for the NNEXPLORE program, and assuming the
facility remains open for all of 2021B, 270 hours will be available
for scheduling by the NOIRLab TAC for non-NNEXPLORE programs.  For
more information on the 1.5m, please contact Dr. Todd Henry at
thenry@astro.gsu.edu.  Note that non-sidereal tracking is not
supported with CHIRON spectroscopy at the 1.5m; the only option for
non-sidereal targets is imaging via user time on the 0.9m.
 
The 0.9m + CFCCD:
 
The 0.9m can currently only be operated in user mode, so will not be
available in 2021B as long as visitor access to the site is restricted
because of the pandemic.  It is very hard to predict if and when this
may change because it depends on the evolution of the pandemic, public
health regulations, and international travel restrictions.  However,
during 2021A we have been able to execute some science programs under
an ad hoc service observing arrangement.  We would try to continue
this in 2021B in the event that the site remains closed to visitor
access.  We therefore encourage applications for time on the
understanding that it may not be possible to execute all, or any, of
the successful proposals.  In the event that the site is open, up to
14 nights could be available for allocation by the NSF NOIRLab TAC.
For more information on the 0.9m, please contact Dr. Todd Henry at
thenry@astro.gsu.edu. 
 

 

3.7 Las Cumbres Observatory (LCO)

As in recent semesters, NOIR Lab time is available on both the 1m and 2m telescopes comprising the LCO global array.  In Semester 2021B, 1250 hours of time are available on the 1m telescopes and 200 hours on the 2m telescopes.  More information on LCO facilities can be found at:
 
 

 

3.8 CHARA (Center for High Angular Resolution Astronomy)

As in recent semesters, 30 nights of observing time on CHARA are available through NOIRLab.  More information on CHARA can be found at:
 

 

4. General Information about Facilities Available through NOIR Lab

4.1 Facilities List

 
Facility Telescope

Approximate nights available for new standard 2021B programs

Additional Information
Gemini

8m Gemini North

8m Gemini South

8m Subaru (through time exchange)

58

54

3

 

http://www.gemini.edu/observing/phase-i/standard-semester-program/2021b-call-proposals
CTIO 4m Blanco 45 http://www.ctio.noao.edu/noao/
SOAR 4.2m SOAR 49 http://www.ctio.noao.edu/soar/
SMARTS

1.5m

 

 

0.9m

NNEXPLORE 300 hrs + 270 hrs for regular programs 

 

14

http://www.astro.gsu.edu/~thenry/SMARTS/
WIYN

3.5m WIYN

 

0.9m

30

0

https://www.noao.edu/wiyn/index.html
CHARA

6 x 1m aperture

interferometer

30 http://www.chara.gsu.edu/public/instrumentation/
LCO

Global telescope

network 1m and 2m

1200 hrs,

220 hrs

https://lco.global/astronomers/

Keck 1

Keck 2

10m

10m

3

2

https://www2.keck.hawaii.edu/observing/instavail.html
MINERVA-Australis  0.7m x 5  300 hrs https://usq.edu.au/hes/school-of-sciences/mt-kent-observatory
       
       

 

4.2 Telescope and Instrument Lists (with Instrument Proposal Code and Web-link)

Gemini-North

GMOS-N: Gemini Optical Imager, Multi-Object Spectrograph and IFU
The R600 grating will not be available in 2021B.
 
GNIRS: Gemini Near Infra-Red Spectrograph 
GNIRS is expected to be available from Novermber through January.  The short red camera is not available in 2021B.  YJHK imaging is available via the acquisition keyhole.
 
GNIRS + Altair: Gemini Near Infra-Red Spectrograph with Natural Guide Star mode only AO system (Altair).  If Gemini North can verify Laser Gudie Star functionality by 8 March 2021, this notice will be updated.  Stay tuned.
 
NIFS: Near-IR IFU Spectrograph
 
NIFS + Altair: Near-IR IFU Spectrograph with Natural Gudie Star mode only AO system (Altair).  If Gemini North can verify Laser Gudie Star functionality by 8 March 2021, this notice will be updated.  Stay tuned.
 
NIRI: Near-Infrared Imager
 
NIRI + Altair: Near-IR Imager with Natural Gudie Star mode only AO system (Altair).  If Gemini North can verify Laser Guide Star functionality by 8 March 2021, this page will be updated.  Stay tuned.
 
'Alopeke: Speckle Camera (visiting instrument)
 
GRACES: Gemini Remote Access to CFHT ESPaDOnS Spectrograph (visiting instrument)
 
MAROON-X: Precision Radial-Velocity High-Reolution Spectrograph (visiting instrument)
 
Neither visiting instruments POLISH-2 nor TEXES will be offered in 2021B.

 

Gemini-South

FLAMINGOS-2: Near-Infrared Wide Field Imager and Spectrometer (imaging and longslit modes only)
F2-MOS commissioning is underway and this mode may be offered through the Fast Turnaround program later during the semester.  Stay tuned.
 
GMOS-S: Gemini Optical Imager, Multi-Object Spectrograph and IFU
The R600 grating is not available in 2021B.
 
GSAOI/GeMS: Gemini Adaptive Optics Imager with Multi-Conjugate AO System
Observations in IQ85 are possible for programs that use delivered images with a FWHM~0.2 arcseconds, as opposed to the <0.1 arcseconds delivered in IQ70 or IQ20 conditions.  Proposals requesting IQ85 are encouraged.  Observations under non-photometric conditions with 0.1 mag uniform extinction are also possible under very good IQ conditions.  The expectation is to have two or three laser runs of 7 nights each during 2021B; the actual schedule will be based on community demand.
 
Zorro: Speckle Camera (visiting Instrument)
The scheduling and length of Zorro visiting blocks will be subject to community demand.
 
IGRINS: High-Resolution Near-IR Cross-Dispersed Echelle Spectrometer (visiting instrument)
The scheduling and length of IGRINS visiting blocks will be subject to community demand.

 

Subaru (Gemini Exchange time)

AO 188 (Subaru 188-element Adaptive Optics system) is available but only in Natural Guide Star mode,  LGS-AO is not offered..
 
FOCAS: Faint Object Camera and Spectrograph; the IFU mode is available.
 
HDS: High Dispersion Spectrograph (optical).
 
HSC: Hyper Suprime-Cam Wide-Field Optical Imager: queue is the primary mode. Classical mode is also accepted.  The requested time should include overheads and be in multiples of one hour.
 
IRCS: IR Camera and Spectrograph: all polarimetry mode of IRCS is open as a shared-risk mode.
 
IRCS+AO188: IRCS + Natural and Laser Guide Star AO: unavailable in August and September, and available from October through January.  The polarimetry mode is a shared-risk mode.
 
MOIRCS: Multi-Object IR Camera and Spectrograph: has been hibernated during SWIMS operation (see note below for SWIMS).

Visiting Instruments on Subaru offered in 2021B (limited to one or two runs).  Proposals to use visiting instruments must include the instrument PIs as Co-investigators.

CHARIS: Coronagraphic High Angular Resolution Imaging Spectrograph - provides high contrast images of exoplanets, disks, brown dwarfs with SCExAO+AO188.  https://scholar.princeton.edu/charis

Fast PDI (in shared-risk mode): availability to be confirmed in April.  Polarization differential imaging (PDI) with a high speed (>kHz) near-IR (950 - 1860 nm) low-noise camera (C-RED One), optimized for high contrast imaging of circumstellar disks with SCExAO+AO188. 

IRD: Infrared high-dispersion, high resolution (up to 70,000) fiber-fed spectrometer. IRD provides high spectral resolution echelle spectroscopy and radial velocity measurements from 0.97 to 1.75 um simultaneously combined with AO188. IRD is available only in shared-risk. IRD SSP started in 2019A – any IRD proposal must clarify how its scientific aim is different from SSP.    http://ird.mtk.nao.ac.jp/IRDpub/index_tmp.html  .  The observing mode, REACH (SCExAO+IRD), is available: http://secondearths.sakura.ne.jp/reach/

MEC (in shared-risk mode): availability to be confirmed in April.  The MKID Exoplanet Camera (MEC) is a near-IR (800 - 1400 nm) photon-counting low-resolution (R~5) integral-field spectrograph optimized for high-contrast imaging with SCExAO+AO188.  

SWIMS: Simultaneous-color Wide-field Infrared Multi-object Spectrograph - an imager and multi-object spectrograph in the NIR wavelength region.  SWIMS proposals cannot request MOIRCS as a backup instrument.   http://www.ioa.s.u-tokyo.ac.jp/TAO/swims/?Summary_for_Subaru_S21A_CfP             

VAMPIRES: The Visible Aperture Masking Polarimetric Imager for Resolved Exoplanetary Strucutres is a visible light instrument on the SCExAO system.   https://www.naoj.org/Projects/SCEXAO/scexaoWEB/030openuse.web/040vampires.web/indexm.html     

NsIRWave Plate Unit: for IRCS/SCExAO polarimetry mode.    https://subarutelescope.org/Observing/Instruments/IRCS/polarimetry/polarimetry.html

 

Keck I        

HIRES            

LRIS               

MOSFIRE       

OSIRIS           

Keck II

DEIMOS

ESI

KCWI

NIRES

NIRC2

https://www2.keck.hawaii.edu/inst/index.php

 

CTIO 4m Blanco

DECam: Wide-Field Optical Imager
 
COSMOS: CTIO Ohio State Multi-Object Spectrograph
 

SOAR 4m

Goodman: Goodman Spectrograph
 
SOI: SOAR Optical Imager
 
TripleSpec4.1 (ex-ARCOIRIS): Cross-dispersed, single-object, longslit, IR imaging spectrograph
 
Spartan: Spartan IR Imager
 
SAM: SOAR Adaptive Module
 
HRCAM: High-Resolution Camera
 
SAMHR: SAM + HRCAM
 
SIFS: SOAR Integral Field Spectrograph

 

WIYN 3.5m

NEID: NN-EXPLORE Exoplanet Investigations with Doppler spectroscopy, precision RV spectrograph
 
ODI: One Degree Imager (40' x 48' focal plane)
 
HYDRB: Hydra + Bench Spectrograph + STA1 CCD, Blue camera
 
HYDRR: Hydra + Bench Spectrograph + STA1 CCD, Red camera
 
SPSPKB: SparsePak Fiber Array + Bench Spectrograph + STA1 CCD, Blue camera
 
SPSPKR: SparsePak Fiber Array + Bench Spectrograph + STA1 CCD, Red camera
 
WHIRC: WIYN High Resolution IR Camera
 
GRDPK: GradPak IFU
 
HEXPK: HexPak IFU
 
NESSI: NASA Exoplanet Star (and) Speckle Imager

CHARA

CLASSIC: IR (H or K) Imaging
 
CLIMB: IR (H or K) Imaging
 
MIRC: Low-resolution H-band Spectroscopy
 
PAVO: Low-resolution Optical Spectroscopy
 
VEGA: Medium-resolution and High-resolution Optical Spectroscopy

 

LCO-2m Global Network

Spectral: Optical Imager
 
FLOYDS: Cross-dispersed Low-resolution Spectrograph

 

LCO-1m Global Network

Sinistro: Optical Imager
 
NRES: High-resolution Fiber-fed Echelle Spectrograph

 

SMARTS 1.5m

CHIRON: High-resolution Fiber-fed Cross-dispersed Echelle Spectrograph for Precision RV

 

SMARTS 0.9m

CFIM+T2K: Cass Direct + SITe 2K CCD
 

WIYN 0.9m

HDI: Half-Degree Imager
 

 

5. How to Acknowledge Use of NSF's NOIRLab Facilities

There are a variety of credit lines which are appropriate for citing the use of data from one or more of the NOIRLab facilities. Please acknowledge the proper observatories by using the appropriate credit line as described in the following link:

https://noirlab.edu/public/research/scientific-acknowledgments/

 

 

Last updated or reviewed March 30, 2021.