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NSF Division of Astronomical Sciences (AST) CAA Report October 31, 2016 Jim Ulvestad Ralph Gaume Vern Pankonin

NSF Division of Astronomical Sciences (AST) CAA Reportsites.nationalacademies.org/cs/groups/bpasite/documents/... · 2020-04-08 · 10/31/2016 5 Construction progressing, late 2022

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Page 1: NSF Division of Astronomical Sciences (AST) CAA Reportsites.nationalacademies.org/cs/groups/bpasite/documents/... · 2020-04-08 · 10/31/2016 5 Construction progressing, late 2022

NSF Division of Astronomical Sciences (AST) CAA Report

October 31, 2016

Jim Ulvestad Ralph Gaume Vern Pankonin

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Blanco Telescope: Dark Energy Camera

10/31/2016 2

Dwarf planet 2014 UZ224 discovered in survey image (500 km diameter, at 90 AU from Sun) (Gerdes et al., U. Michigan).

Comet P/2015 PD229 (Jupiter family of comets) (Cameron et al., U. Rochester).

CAA-NSF/AST

R. Hahn/Dark Energy Survey

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NGC 6624

Bulge globular cluster NGC 6624 imaged in multiple near-IR colors with Gemini Multi-Conjugate Adaptive Optics (MCAO) system, giving 0.08-arcsec imaging over 93-arcsec field.

Detected main-sequence “knee,” found age of 12.0 +/- 0.5 Gyr, and detected mass segregation, with increased fraction of low-mass stars with increasing distance from core.

Saracino et al. 2016 (arXiv:1609.02152).

10/31/2016 3 CAA-NSF/AST

Credit: Gemini Observatory/AURA

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Daniel K. Inouye Solar Telescope (DKIST)

DKIST will be a 4.2-meter solar telescope, intended to study the Sun at the fundamental 20-km scale of the solar magnetic structures.

Under construction at Haleakala Observatory on Maui

Completion scheduled for FY 2020.

Top: Current view of DKIST enclosure atop Haleakala

Bottom: Base ring of Telescope Mount Assembly under construction inside the DKIST enclosure.

10/31/2016 4 CAA-NSF/AST

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Large Synoptic Survey Telescope

10/31/2016 5

Construction progressing, late 2022 start date for 10-yr survey. Updated study of NEO detection capabilities in progress. Kavli Futures Symposium Report—”Maximizing Science in the Era of LSST:

A Community-Based Study of Needed US OIR Capabilities”. Sponsored by Kavli Foundation, in response to NSF request to LSST and NOAO.

CAA-NSF/AST

M1M3 (primary/tertiary) actuator assembly components

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FY 2017 NSF Request by Account ($M)

10/31/2016 6 CAA-NSF/AST

FY 2016 Estimate

FY 2017 Discretionary

FY 2017 Mandatory

House Approp.

Sen. Approp

Research & Related Activities $ 6034 $ 6079 0.8% $ 346 $ 6079 $ 6034

Education & Human Resources 880 899 2.1% 54 880 880

Major Res Equip & Facilities Const. 200 193 -3.6% 87 247

Agency Ops & Award Mgmt. 330 373 13% 340 330

National Science Board 4 4 4 4

Inspector General 15 15 15 15

Total NSF $ 7463 $ 7564 1.3% $ 400 $ 7405 7510

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FY 2017 Budget Request--AST

10/31/2016 7

$M FY15 Actual

FY16 Request

FY16 Estimate

Change FY15-16

FY17 Request

Disc. NSF Total 7344 7724 7464 +1.6% 7564

NSF R&RA 5934 6186 6034 +1.7% 6079

MPS 1337 1366 1349 +0.9% 1355 AST 245.2 246.5 246.7 +0.6% 247.7 MREFC 200.8 200.3 200.3 --- 193.1

CAA-NSF/AST

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0

50

100

150

200

250

300

350

$M

Hypothetical Budget Runouts for AST

1995 2008 2023 2010 2000 2005 2015 2020

GBO+VLBA EVLA

2009 ARRA

The sand chart shows the 2017-2023 budget distribution under assumptions that (1) no facility reductions occur beyond collaborations already in place, and (2) the Mid-Scale + Individual Investigator Programs grow by 2.5%/yr. Red lines show the upper budget envelope under the assumptions of overall flat budgets or 2.5%/yr increases.

ALMA

NSO

NRAO AO

LSST

Gemini

DKIST

NOAO+NSO

NOAO

AST=0.0%/yr

Mid-scale+IIA

8 10/31/2016 CAA-NSF/AST

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Elmegreen OIR Report

April 2015: National Academies delivered report on “Optimizing the U.S. Ground-Based Optical and Infrared Astronomy System” (aka Elmegreen report). Report made recommendations about some priorities, but did not

provide details of instrumental recommendations. AST wrote to NOAO and LSST Directors, requesting more detailed

assessment of instrumental requirements (see following slides).

Several recommendations relating to fostering of community, are logical roles for NOAO, but go well beyond base NOAO scope funded by NSF. NSF has provided direction to NOAO in development of a response

plan.

Overall NSF response published in Dear Colleague Letter NSF 15-115.

10/31/2016 9 CAA-NSF/AST

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LSST/NOAO Symposium Report

August 2015: NSF wrote to the AURA President and the LSST and NOAO Directors requesting consideration and prioritization of specific technical capabilities for the US Optical/Infrared Telescope System that are required to fully realize LSST-enabled science. Community working groups set up to consider six representative

science cases for LSST. Culminated in May 2016 Kavli Futures Symposium.

October 2016: Report of the Kavli Futures Symposium “Maximizing Science in the Era of LSST: A Community-Based Study of Needed US OIR Capabilities”. Estimated required time for specific LSST science cases, and also

noted existing (or in development) instruments that could fulfill the needs, as well as holes in availability for the general U.S. community. 10/31/2016 10 CAA-NSF/AST

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National Center for Night-time OIR Astronomy

September 2016: After numerous discussions with AURA management and Observatory leadership, NSF provided guidance to AURA on planning a National Center. Purpose, mission and scope of a single administrative organization

to coordinate resources among LSST operations, Gemini Observatory, and continuing NOAO programs.

AURA is to deliver to NSF a proposed plan for this National Center, with a targeted delivery date of mid-2017.

Separately, the potential National Center is being discussed with Gemini, LSST, and NOAO partners to ensure that all the rights and expectations of the partners are met, as stipulated in the governance agreements for those partnerships.

The overall benefit envisioned is the provision of enhanced science return through coordination of capabilities as LSST moves toward operations.

10/31/2016 11 CAA-NSF/AST

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AAG Funding History, 1990-2016

50.4 48.0

45.1

29.5

45.1

29.3 24.9

31.2 27.6 26.7

31.2 34.3

38.1 36.8

28.8 28.5 24.4 23.9

20.7

36.3

22.4 19.9

14.8 15.4 16.7 18.0 20.9

1990 1991 1992 1993 1994 1995 1996 1997 1998 1999 2000 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010 2011 2012 2013 2014 2015 2016

Proposal Funding Rate, %

20.9

16.2 17.0 18.2 17.1 20.2 18.6 17.5 19.3 19.7 18.8 20.9 22.7

29.4 32.4 30.7 34.0

38.9 41.5 42.1

79.6

49.4 48.1 44.5 42.4 43.7

48.4 48.4

1990 1991 1992 1993 1994 1995 1996 1997 1998 1999 2000 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010 2011 2012 2013 2014 2015 2016

AAG Budget, $M 48.4 From 2000 to 2008, AAG funding doubled,

but the funding rate went down by 1/3

10/31/2016 CAA-NSF/AST 12

Presenter
Presentation Notes
The funding recovery in FY 2015 was made possible by several issues, including a slight budget increase for AST and the transition of LSST to the Major Research Equipment and Facility Construction line (hence removal from the AST base budget).
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18 12 13 19 41 33 36 43 41 38 32 40 31 48 64 44 60 66 57 58 52 54 60 90

135 136 122 80 89 126 134 108 126 96

112 104 119 113 104 100 112 105

115 113

135 148 160 200 227

274 239 145 159 143

62 59 49

58 50 52 73

82 58 48

41 76 107 72 74 91

122 124 91

96 91

107

102 118

144 157

130

78 88 78

87 76 72 96

119 134 128

131 124

122 138 136 170

219 223 259 242

243

270

280 311

307 319

308

PLA SAAGAL EXC

From 2000 to 2008, the number of proposals received went up by 75%

Proposals in AAG, 1990-2016

238

703

1990 2016

10/31/2016 CAA-NSF/AST 13

Presenter
Presentation Notes
Number of proposals received may be leveling off. From the top, the different colors categorize proposals as EXC (Extragalactic Astronomy and Cosmology), GAL (Galactic Astronomy), SAA (Stellar Astronomy and Astrophysics), and PLA (Planetary and Exoplanetary Astronomy). The recent growth in PLA at the expense of SAA has been caused by redefining the PLA program to include exoplanet proposals, which used to be part of the SAA class.
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Changes in AST AAG Program for FY 2017

For FY 2017, AST will run a pilot program with NO PROPOSAL DEADLINE for the Planetary/Exoplanetary and Solar portions of the Astronomy and Astrophysics Research Grants (AAG) program. Purposes: Understand and resolve issues with proposal handling and

merit review; alleviate impact of life events for proposers; investigate impact on proposal load over the year; enable proposal file updates for minor errors.

Solicitation NSF 16-602: Solar and Planetary Research Grants (SPG). Declined proposals may not be resubmitted for 12 months.

The rest of AAG will run as before, with a November 15, 2016 proposal deadline (Solicitation 16-574).

Budget breakdowns between AAG and SPG will remain similar to FY 2016.

10/31/2016 14 CAA-NSF/AST

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CAA Questions

10/31/2016 15 CAA-NSF/AST

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Giant Segmented Mirror Telescope-1

CAA: Updates on NSF/GSMT possibilities, including the NOAO study on options for involvement. Response: There is no NOAO study on options for NSF

involvement in GSMT. There is a planning award to the TMT Observatory Corporation, which includes options for NSF participation as a deliverable. TMT has proactively engaged the US community in scientific planning, with NOAO acting as the facilitator on behalf of the US community. NSF has not yet received the report on options.

10/31/2016 16 CAA-NSF/AST

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Giant Segmented Mirror Telescope-2

CAA: Is “meaningful participation in a GSMT feasible with your foreseeable “in-guide” budget? When might such participation be feasible, and at what impact to other programs? Response: AST does not receive out-year guidance budgets for

planning. AST has stated previously that AST contributions to a GSMT would not be possible until after FY 2020, if then.

Portfolio Review Committee recommended no AST investment in GSMT in Scenario B (lower funding scenario).

“Recommendation 10.5: In our Scenario A [higher of 2 budget scenarios], we recommend that AST contribute of order $20M/yr to GSMT late in the decade.”

The AST budget is presently closer to Scenario B than to Scenario A. Meaningful GSMT participation that would include any operations commitment is not possible in this scenario without severe impacts to other higher priority decadal survey priorities.

10/31/2016 17 CAA-NSF/AST

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New Worlds, New Horizons: A Midterm Assessment

CAA: What is NSF’s response to the findings and recommendations of the mid-decadal review? General Response: We appreciate the numerous findings that recognize the choices

that have been necessary, and that NSF made those choices in a way that remained true to the decadal survey.

Recommendation 3-1: “National Science Foundation (NSF) should proceed with divestment from ground-based facilities which have a lower scientific impact, implementing the recommendations of the NSF [AST] Portfolio Review, that is essential to sustaining the scientific vitality of the U.S. ground-based astronomy program as new facilities come into operation.” Response: NSF is very actively pursuing divestment, including partnerships,

collaborations, and development of three Environmental Impact Statements. Savings forecasted to date are approximately $10-12 million, compared to ~$40

million recommended by Portfolio Review. These savings, together with other difficult programmatic decisions, have enabled

the Astronomy and Astrophysics Research Grants (AAG) program to return to the same level as FY 2010 and FY 2011, while bringing ALMA into full operations and starting the Mid-Scale Innovations Program.

10/31/2016 18 CAA-NSF/AST

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NWNH Midterm--Divestment What Does ”Divest” Mean?

The recommendation of the Portfolio Review Committee solely referred to removal of the funding of telescopes from the NSF/AST budget.

Telescopes recommended for divestment are still important, and in some cases unique assets for astronomical research or other related uses.

Hence the preferred divestment alternative, pursued vigorously by NSF since 2012, has been to find funding collaborations that enable continued availability of NSF telescope assets for some fraction of their time, for some portion of the research community.

19 10/31/2016 CAA-NSF/AST

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NWNH Midterm-Divestment Summary (as of October 31, 2016)

Telescope Status

KPNO 2.1m Caltech-led consortium (Robo-AO) operating for FY 2016-2018

Mayall 4m Slated for DESI; bridge from NSF to DOE; NSF/DOE MOU for transition

WIYN 3.5m NOAO share to NASA-NSF Exoplanet Observational Research Program; NSF/NASA MOU in place; NASA instrument selected

GBO Separation from NRAO in FY 2017; ~25% collaboration for basic scope; started Environmental Impact Statement (EIS) process on October 19.

LBO/VLBA Separation from NRAO in FY 2017; MOA with US Navy in place for 50%

McMath-Pierce No obvious partner opportunities; very small user community

GONG/SOLIS SOLIS is off Kitt Peak; GONG refurbishment; Interagency Agreement with NOAA signed (NOAA sharing GONG operations costs)

Sacramento Pk. University consortium in development, and NSF funded NMSU for transition to consortium; started EIS process; completion in 2017

Arecibo Formal EIS process under way, and issuance of Record of Decision targeted for 2017. Draft EIS released October 28.

SOAR Post-2020 status to be reviewed 10/31/2016 20 CAA-NSF/AST

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NWNH Midterm-Formal Environmental Review

May 2016: Initiated Environmental Impact Statement (EIS) process and consultation under National Historic Preservation Act (NHPA) Section 106 for Arecibo.

July 2016: Began EIS and NHPA process for Sacramento Peak Observatory.

October 2016: Began EIS and NHPA process for Green Bank Observatory. FY 2017: Consider EIS and NHPA process for McMath-Pierce Solar

Telescope. June 2017-Early 2018: Conclude formal environmental reviews and

consideration of alternatives. Select preferred alternatives in Record of Decision, which incorporates environmental reviews and many other considerations. Begin implementation.

No decisions have been made, or will be made until issuing a Record Of

Decision for a facility or telescope under formal consideration. 10/31/2016 21 CAA-NSF/AST

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New Worlds, New Horizons: A Midterm Assessment

Recommendation 3-2: “The NSF and the National Science Board should consider actions that would preserve the ability of the astronomical community to fully exploit the Foundation’s capital investments in ALMA, DKIST, LSST, and other facilities. Without such action, the community will be unable to do so because at current budget levels the anticipated facilities operations costs are not consistent with the program balance that ensures scientific productivity.”

Response: This recommendation is aimed primarily at the larger NSF, not just at AST. It has contributed to an ongoing discussion about the challenges of balancing facility operations with other elements of the AST program. The outcome of that discussion is unknown at present.

10/31/2016 22 CAA-NSF/AST

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2020 Decadal

CAA: What is the NSF doing to plan for the 2020 Decadal: Within AST, MPS, and the agency? In generating or sponsoring activities for members of the community?

Response: AST is concerned about its potential ability to commit to operations costs of new large facilities beyond LSST and to maintain program balance. Thus the primary preparation for Astro 2020 is to continue make progress on facility divestment. Overall planning is generally driven by the community, and NSF has awarded no proposals (MSIP Track 3) for design and development aimed at the 2020 Decadal. NSF requested the Kavli Futures Symposium process. The “Big Ideas” being discussed by NSF this year as possible future initiatives

include “Windows on the Universe” and a new NSF mid-scale program. AST and MPS are actively engaged. These depend on future budget requests and appropriations.

Delivery of ALMA, DKIST, and LSST science, as called out by the Midterm Report, remains a higher priority than starting new facilities in the current budget environment.

Consideration of establishment of a formal “prime mission” length for large ground facilities may be a topic of interest for the 2020 Decadal.

10/31/2016 23 CAA-NSF/AST

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Facility Operations Costs

CAA: What are the prospects for including operations costs in future new major large-scale research facilities or otherwise covering operations costs without impacting existing grant programs? Response: See response to the mid-decadal Recommendation 3.2. Discussions are part of internal agency deliberative processes and

future budget preparations; results will be seen from changes or lack of changes in future budget requests and appropriations.

The National Center discussed previously has potential for some savings in future operations costs.

10/31/2016 24 CAA-NSF/AST

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MSIP Strategy

CAA: What is your strategy for balancing new MSIP awards versus other programs (grants and observatory operations) for the remainder of this decade? Response: AST has reached the maximum possible funding for MSIP

($18-19 million/yr) within the current budget envelope. If there are not adequate savings from divestment or other

efficiencies, compared to appropriated budgets, it is likely that smaller individual investigator awards will be protected to the extent possible, at the expense of MSIP.

This priority to individual investigator awards will enable the maximum scientific exploitation of the highest priority facilities identified in the 2012 Portfolio Review, including the new and upcoming facilities named in mid-decadal Recommendation 3.2.

10/31/2016 25 CAA-NSF/AST

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MSIP Process

CAA: The perception is that the MSIP program process makes it challenging to support traditional general-purpose instrument facilities (such as were formerly funded by TSIP) on 6-10m telescopes - please discuss how such projects would work in the MSIP guidelines/framework and review process? Response: AST changed its review process during the second MSIP

round to consider open-access proposals separately. The most competitive open-access OIR proposals received were

from CHARA and Las Cumbres Global Telescope network, both of which were funded. The Subaru deep-galaxy survey proposal will result in open data sets, but not community observing time.

TSIP had funding rates that typically were 50% or higher, whereas the overall MSIP funding rate at current budget levels is no higher than 20% of pre-proposals. Thus we would need to receive ~5 TSIP-like pre-proposals to have a strong likelihood of funding 1.

10/31/2016 26 CAA-NSF/AST

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MSIP Round 1 and 2 Awards, FY 2016-2017

10/31/2016 27 CAA-NSF/AST

Awarded Proposal PI Total NSF Funds Yr Funded

Zwicky Transient Facility Kulkarni $9.0M FY 2014

Advanced ACTPol Staggs $10.0M FY 2014

H Epoch of Reionization Array Parsons $2.1M FY 2014

Event Horizon Telescope Doeleman $6.5M FY 2015

POLARBEAR Lee $5.0M FY 2015

NANOGrav Phys Frontier Ctr Siemens $14.5M (AST 20%) FY 2015

CARMA closeout Carlstrom $2.0M FY 2014

CLASS-CMB, Large Ang. Scale Bennett $4.4M FY 2016

TolTEC, mm camera on LMT Wilson $6.1M FY 2016/17

HERA Parsons $9.5M FY 2016/17

SuMIRE (Subaru galaxy surv.) Strauss $5.5M FY 2016

CHARA (open access) ten Brummelaar $3.9M FY 2016

Las Cumbres (open access) Boroson $3.0M FY 2016/17

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Backups/extras

10/31/2016 28 CAA-NSF/AST

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Implement Scoping

May 2016 Publish Draft EIS

Oct 2016 20 - 50 Publish Final EIS

May 2017

Example: Target Dates for Arecibo EIS

Partner Solicitation

National Historic Preservation Act Consultation

Endangered Species Act Compliance

Record of Decision

June 2017

• Science Priority • Budget • Programmatic

considerations (collaborators, risk, viability)

10/31/2016 29 CAA-NSF/AST

Sac Peak and Green Bank are on similar paths, 2-6 months behind Arecibo

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Historical Funding Breakdown

62%

38%

1995

65%

35%

2000

55%

45%

2005

55%

45%

2010

60%

40%

2015

67%

33%

2020?

Facilities

Assumes flat budget, currently planned facility evolution.

30 10/31/2016 CAA-NSF/AST

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Community Recommendations to NSF August 2012: AST Portfolio Review (recommended by decadal survey)

recommended a number of facilities for divestment, and others for future consideration, depending on budget and other factors.

March 2016: Astronomy and Astrophysics Advisory Committee Recommendation: “Strong efforts by NSF for facility divestment should continue as fast as is practical.”

April 2016: GEO/AGS Portfolio Review (Recommendation 9.11): Recommendation to reduce GEO/AGS contribution to Arecibo operations from $4.1 million/yr to $1.1 million/yr by 2020. (MPS/AST also spent $4.1 million in FY 2016)

August 2016: National Academies mid-term decadal assessment (Recommendation 3-1): “National Science Foundation (NSF) should proceed with divestment from ground-based facilities which have a lower scientific impact, implementing the recommendations of the NSF [AST] Portfolio Review, that is essential to sustaining the scientific vitality of the U.S. ground-based astronomy program as new facilities come into operation.”

10/31/2016 31 CAA-NSF/AST

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Acronym Dictionary AAG=Astron. & Astrophys. Research Grants ALMA=Atacama Large Mm/submm Array AR=Arecibo AST=NSF Division of Astronomical Sciences DESI=Dark Energy Spectroscopic Instrument DKIST=Daniel K. Inouye Solar Telescope DoD=Department of Defense DOE=Department of Energy EIS=Environmental Impact Statement EVLA=Expanded Very Large Array GBO=Green Bank Observatory GONG=Global Oscillations Network Group GPI=Gemini Planet Imager IPA=Intergovernmental Personnel Act LBO=Long Baseline Observatory LSST=Large Synoptic Survey Telescope MPS=NSF Directorate for Mathematical and

Physical Sciences MREFC=Major Research Equipment & Facility

Construction MSIP=Mid-Scale Innovations Program NASA=National Aeronautics and Space

Administration NHPA=National Historic Preservation Act NN-EXPLORE=NASA-NSF Exoplanet

Observational Research partnership NOAA=Natl Oceanic and Atmos. Admin. NOAO=National Optical Astronomy

Observatory NRAO=National Radio Astronomy Observatory NRC=National Research Council NSO=National Solar Observatory NWNH=New Worlds, New Horizons OIR=Optical/Infrared OMB=Office of Management and Budget R&RA=Research and Related Activities SOAR=Southern Astrophysical Research

Telescope SOLIS=Synoptic Optical Long-term

Investigations of the Sun SPG=Solar and Planetary Research Grants

10/31/2016 32 CAA-NSF/AST