Observing time at the facilities available through the National Optical Astronomy Observatory is allocated via peer review twice a year. Proposals must be received by Monday, 31 March 2014 for the upcoming 2014B semester (August 2014 through January 2015). All proposals are due the evening of the due date by 11:59pm MST.
Please read the following sections for information on telescope and instrument availability at Gemini North and South, Subaru, AAT, CTIO, and KPNO for the 2014B semester.
The following changes to instrumentation at all facilities available through NOAO are noted here to alert investigators preparing proposals. For more information, see the NOAO Newsletter.
The Gemini Observatory is expected to release a Call for Proposals for 2014B on February 28. Proposers requesting Gemini time only are advised to use the Gemini Phase-I Tool (PIT) as opposed to the NOAO Web Proposal Form.
Gemini and Subaru are continuing their time-exchange program. A minimum of five classically-scheduled nights will be available to the Gemini community. Additional nights could be available providing there is sufficient demand from both sides of the exchange. Please see the Gemini call for proposals for more information.
AAT: Due to a time-exchange program between CTIO and the Australian Astronomical Observatory, ten nights of classical observing time at the 3.9m Anglo-Australian Telescope will be available to the community during 2014B. All facility instruments are available.
Blanco 4-m Availability in 2014B: The Dark Energy Survey (DES) has been granted 105 nights per year over a period of five years, primarily in "B" semesters. The community will have access to roughly one week per month in September through January. Community access in "A" semesters will be largely unaffected. In 2014B, CTIO will be offering the Dark Energy Camera (DECam) and the Infrared Side-Port Imager (ISPI).
For more information see the article on page 16 of the March 2014 issue of the NOAO Newsletter.
COSMOS Spectrograph: Commissioning of the CTIO Ohio State Multi-Object Spectrograph (COSMOS) will start during semester 2014A, and in 2014B, COSMOS will be offered for the community in long-slit mode on a shared-risk basis.
Hydra Spectrograph: The multi-object spectrograph Hydra is not being offered in 2014B and will likely be retired; similar observing capabilities are available through the time trade with the Anglo-Australian Telescope (AAT).
SOAR Remote Observing: For 2014B remote observing is being offered for NOAO and CNTAC proposals requesting time with SOI, Spartan, OSIRIS, or the Goodman Spectrograph, provided: (a) the person who will carry out the observations has previously observed at SOAR using the instrument(s) requested in the proposal; and (b) our review of the proposal does not reveal any special technical requirements which would make it preferable to have an observer on-site.
If you are requesting remote observing, please make a note of this in the "Scheduling constraints and non-usable dates" section that appears at the bottom of the first page of the NOAO proposal form.
Remote observers are strongly advised to contact us well in advance of the date of their run to arrange a check to ensure that their hardware and software are correctly configured, and in particular that there are no firewall issues; this may require the help and participation of their local computer support experts. Please note that while our connection to the US internet is quite reliable, network outages do occasionally occur, often without advance warning, and typically at points along the route not under our control. Such failures will certainly impact the efficiency of remote observing, and may cause the loss of part or all of the night's observing.
For more information, see http://www.soartelescope.org/observing/remote-observing-at-soar
Given limited staff availability, we cannot support service observing for NOAO proposals at SOAR.
SOAR Goodman Spectrograph: The Goodman spectrograph will be available for 2014B in single slit mode with the full complement of gratings (see http://www.soartelescope.org/observing/documentation/goodman-high-throughput-spectrograph/goodman-manual/overview) . Commissioned gratings include 400, 600, 930, 1200 and 2100 l/mm. Multi-slit mode may be offered on a shared-risk bassis depending on the successful outcome of science verification observations in February. Imaging mode may also be used as a supporting component of a primarily spectroscopic program. Filters other than the U, B, V, and Rc set normally installed in the spectrograph, must be requested in the proposal, or it may not be possible to make them available.
SOAR Spartan IR Imager: The Spartan IR Camera is available in the low resolution mode. The high resolution mode is commissioned, but has seen very little use. Spartan should be preferred to OSIRIS for most NIR imaging applications.
SOAR Adaptive Module (SAM): The SOAR Adaptive Module (SAM) is offered in 2014B.
CTIO Small Telescopes: Time on the small telescopes at CTIO will be available to NOAO users in 2014B via the usual proposal process. The telescopes are operated by the SMARTS consortium with up to 15% of time available to the NOAO community. For more information, please see the article "The SMARTS Consortium Continues" on page 17 of the September 2013 issue of the NOAO Newsletter.
The 1.5-m and 1.3-m telescopes are only available in service/queue mode. The 0.9-m is only available in classically-scheduled "user" nights, with requests for 7 full nights strongly preferred. The 1.0-m telescope is currently closed.
Non-sidereal tracking is no longer supported as service or queue observing. The only option for non-sidereal is user time on the 0.9m.
Note: Useful information for planning observations with KPNO Instruments Available for 2014B is summarized In the March 2014 NOAO Newsletter and at http://www.noao.edu/kpno/instruments.html
NEWFIRM (4m): Permanently installed filters include J, H, and Ks. See http://www.noao.edu/ets/newfirm/ for further information, filter availability, and policy on filter changes.
KOSMOS (4m) is offered in both single-slit and multi-object mode. See http://www.noao.edu/ets/kosmos/ for more information. PIs can propose for RC Spec in 2014B, but projects that can be moved to KOSMOS, will be.
GradPak and HexPak (WIYN) are new IFUs containing multiple fiber diameters in the same head, designed to sample different spatial scales within the same observation. They are offered in 2014B on a shared-risk basis, subject to approval of the PI. Proposers should check the WIYN status web page, http://www.wiyn.org/observe/status.html for contact information before proposing.
WIYN Instrument Blocking: Please see the article on page 16 of the March 2014 issue of the NOAO Newsletter for important information on instrument scheduling in 2014B. Please also check http://www.wiyn.org/observe/status.html for updates before writing a proposal.
2.1-m Telescope (2.1m): Observing semester 2014A was the last semester of open access for the KPNO 2.1-m telescope (see the article on page 16 of the September 2013 Newsletter).
HDI (WIYN-0.9m): The Half-Degree Imager (HDI) was successfully commissioned in October 2013 and is offered for 2014B. Please check http://www.wiyn.org/observe/status.html for updates before writing a proposal.
Remote Observing: KPNO offers remote observing for selected programs in 2014B. If you are interested in this opportunity, please see the requirements for observing remotely at http://www.noao.edu/kpno/remote.html . If you are requesting remote observing, please make a note of this in the "Scheduling constraints and non-usable dates" section that appears at the bottom of the first page of the NOAO proposal form and include any additional details in the "Technical Description" text of your observing run.
The following telescope/instrument/detector combinations are available in 2014B. This list is revised twice a year and is published in the NOAO Newsletter and on this web page (http://www.noao.edu/noaoprop/help/facilities.html .)
|Instruments at Gemini Telescopes|
|GMOS-N||Gemini Optical Imager, Multi-Object Spectrograph and IFU|
|GNIRS||Gemini Near Infra-Red Spectrograph|
|NIFS||near-IR IFU spectrograph|
|TEXES||Texas Echelon Cross Echelle Spectograph (visitor instrument)|
|DSSI||DSSI Speckle Camera (visitor instrument)|
|FLAMINGOS-2||Near-IR wide field imager and spectrometer.|
|GMOS-S||Gemini Optical Imager, Multi-Object Spectrograph and IFU|
|GPI||Gemini Planet Imager|
|GSAOI + GeMS||Gemini South AO Imager and Multi-Conjugate AO System|
|Subaru (Exchange Time)|
|COMICS||Cooled Mid-IR Camera and Spectrometer|
|FMOS||Near-IR Fiber-Fed Multi-Object Spectrograph|
|FOCAS||Faint Object Camera and Spectrograph|
|HDS||High Dispersion Spectrograph|
|HSC||Hyper Suprime-Cam wide-field Optical Imager|
|IRCS||IR Camera and Spectrograph|
|IRCS+AO188||IRCS + Natural and Laser Guide Star AO|
|MOIRCS||Multi-Object IR Camera and Spectrograph|
|Suprime-Cam||wide-field Optical Imager|
|Instruments at the Anglo-Australian Telescope|
|AAOmega+2dF||Fiber-fed Optical Spectrograph|
|AAOmega+KOALA||1000-element optical IFU|
|HERMES+2dF||High Efficiency and Resolution Multi-Element Spectrograph|
|IRIS2||n-IR imager and longslit/multi-slit spectrograph|
|UCLES||Cross-dispersed Echelle Spectrograph|
|Cross-dispersed Echelle Spectrograph + 16-element IFU|
|UHRF||ultra high resolution echelle spectrograph|
|Instruments at CTIO Telescopes|
|4-m Blanco Telescope|
|DECam||Dark Energy Camera|
|ISPI||IR SidePort Imager + 2K HgCdTe|
|COSMOS||Cerro Tololo Ohio State Multi-Object Spectrograph|
|4-m SOAR Telescope|
|Goodman||Goodman Spectrograph + Fairchild 4Kx4K CCD|
|SOI||SOAR Optical Imager + E2V 4Kx4K Mosaic|
|OSIRIS||Ohio State IR Imager/Spectrometer|
|Spartan||Spartan IR Imager|
|SAM||SOAR Adaptive Module|
|CHIRON||CHIRON fiber echelle spectrograph|
|ANDI+CCDIR||Cass Direct + CCD/IR Queue-Service|
|CFIM+T2K||Cass Direct + SITe 2K CCD|
|Primary Instruments/Detectors at KPNO Telescopes|
|4-m Mayall Telescope|
|MOSA||Prime Focus CCD Camera with Mosaic Imager|
|NEWFIRM||very wide-field IR imager|
|Phoenix||Phoenix hi-res IR Spectrometer|
|KOSMOS||Kitt Peak Ohio State Multi-Object Spectrograph in single-slit mode|
|KOSMOSM||Kitt Peak Ohio State Multi-Object Spectrograph in multi-object mode|
|RCSPL+T2KA||R-C Spectrograph + T2KA CCD, Longslit|
|RCSPM+T2KA||R-C Spectrograph + T2KA CCD, Multislits|
|RCSPL+LB1A||R-C Spectrograph + LB1A 1980x800 CCD, Longslit|
|RCSPM+LB1A||R-C Spectrograph + LB1A 1980x800 CCD, Multislits|
|ECHLR+T2KA||Echelle Spectrograph (Red Long camera)|
|ECHLB+T2KA||Echelle Spectrograph (Blue Long camera)|
|ECHUV+T2KA||Echelle Spectrograph (UVFast camera)|
|WIYN (3.5-m Telescope)|
|pODI||(partial focal plane) One Degree Imager|
|HEXPK||HexPak IFU||HYDRB||Hydra + Bench Spectrograph + STA1 CCD, Blue camera|
|HYDRR||Hydra + Bench Spectrograph + STA1 CCD, Red camera|
|SPSPKB||SparsePak Fiber Array + Bench Spectrograph + STA1, Blue camera|
|SPSPKR||SparsePak Fiber Array + Bench Spectrograph + STA1, Red camera|
|WHIRC||WIYN High Resolution IR Camera|
|WIYN (0.9-m Telescope)|
QUESTIONS? You can contact staff scientists using the information linked below.
Gemini assistance is available by sending email to an NOAO Gemini Science Center Instrument Support Scientist, to firstname.lastname@example.org, or through the Gemini Help Desk at http://helpdesk.gemini.edu/.
Please see CTIO's Staff Contact List.
Please see KPNO's Staff Contact List.
Proposal questions, as well as any comments and/or suggestions, may be directed to email@example.com