| FY 1993 | FY 1994 | Estimated FY 1995 |
|
| Ocean Sciences Division | $177.7M | $188.9 M | $193.4M |
| Ocean Sciences Research | 92.5M | 100.0M | 102.9M |
| Ocean Drilling Program | 36.0M | 38.7M | 39.9M |
| Oceanographic Facilities | 49.2M | 50.2 M | 50.6M |
Operations
| Ship Operations | 29.4 M* | 32.7 M* | 35.2 M* |
| ALVIN, Aircraft, etc. | 1.4 M | 2.2 M | 2.4 M |
| MarineTechs | 4.2 M | 4.2 M | 4.2 M |
| $35.0 M | $39.1 M | $41.8 M |
*Plus $1.6 M from ODP (1993 and 1994), $1.8 M (1995)
Infrastructure
| Science Instruments | 1.3 M | 2.5 M | 2.3 M |
| Shipboard Equipment | 2.1 M | 2.1 M | 1.4 M |
| Ships, Upgrades | 7.2 M | 2.6 M | 0.4 M |
| UNOLS Misc. | 0.5 M | 0.5 M | 0.6 M |
| $11.1 M | $7.7 M | $4.7 M |
| AMS | 1.0 M | 1.2 M | 1.4 M |
| Cross Directorate/Reserves | 2.1 M | 2.2 M | 2.7 M |
| $3.1 M | $3.4M | $4.2 M |
(Apr. 1995)
OCEAN SCIENCES
Request is $205.6 Million
Increase of $12.2 Million or 6.3%
| FY 1994 | FY 1995 | FY 1996 | |
| OCEAN SCIENCES RESEARCH | $100.0M | $102.9M | $110.3M |
| OCEANOGRAPHIC CENTERS & FACILITIES | 50.3M | 50.6M | 54.2M |
| OCEAN DRILLING PROGRAM | 38.7M | 39.9M | 41.1M |
| $189.0M | $193.4M | $205.6M |
Major Research Initiatives
| GLOBAL CHANGE PROGRAMS | $53.7M | $57.7M | $59.8M |
| BIOTECHNOLOGY | 4.0M | 3.6M | 3.8M |
| HIGH PERFORMANCE COMPUTING | 0.4M | 0.8M | 1.0M |
| ENVIRONMENTAL RESEARCH | 7.3M | 7.7M | 8.3M |
| SMETE (EHR) | 2.1M | 2.1M | 2.2M |
| $67.5M | $71.9M | $75.1M | |
| OTHER RESEARCH ACTIVITIES | $121.5M | $121.4M | $130.5M |
(April 1995)
APRIL, 1995
OCEANUS: Reports on Research at the Woods Hole Oceanographic Institution (Fall,1994)
"As it is, NSF chronically underfunds ... U.S. research fleet ship time by about 10 percent ($4 to $5 million of a proposed $55 million annual budget)."
NSF strongly disagrees with the Woods Hole statement. The facts are incorrect and the structure of the US academic research ship support system is missrepresented. The US academic researh fleet or UNOLS fleet is a national facility system with many participants and shareholders. Ascribing all sea going research projects and responsibilities to NSF and then accusing us of chronic underfunding is an improper and misleading mechanism to argue a separate issue - i.e. Arctic research facility requirements.
Committed to supporting and promoting:
Initiate and Support:
Examination of all aspects of NSF operations
Emphasis on procedures to gain efficiencies
Planning issues
Initial planning assumptions
Administration 3, 5, 7, 9 discussions
NSF as whole
NSF facilities planning
NSF priority statement
The physical infrastructure is an enabling aspect of NSF's activities. It helps create an environment in which effective progress is possible.
Many areas of science ... require dedicated research platforms that are beyond the size and scale available to individuals or small groups. NSF must provide a variety of instruments and facilities necessary for the conduct of pioneering research and education.
The National Science Foundation funds a broad range of activities focused on strengthening the nation's scientific and engineering research enterprise. Support for research and education activities comes in many forms. Research project awards are made to individuals and small groups of investigators and include support for postdoctoral researchers and students. NSF also supports research centers, national user facilities, development and acquisition of instrumentation for individual or shared use, graduate and postdoctoral fellowships, systemic educational reform activities, and workshops and conferences. These activities can be characterized as follows:
(Millions of Dollars) |
||||
| Modes of Support | FY 1994 | FY 1995 | FY 1996 | % Change |
| Research Projects | $1,485 | $1,560 | $1,672 | 7.2% |
| Facilities | 604 | 738 | 710 | (3.7%) |
| Centers | 186 | 202 | 208 | 3.0% |
| Education & Training | 585 | 630 | 633 | 0.4% |
| TOTAL | $2,860 | $3,131 | $3,223 | 3.0% |
(From NSF budget book)
The National Science Foundation supports large, multi-user facilities which require long-term commitments for support. These facilities are usually of a scale too large, complex, or expensive for individual or small groups of researchers to construct. They meet the need for multi-user access to state-of-the-art research facilities that would otherwise be unavailable. Support for these unique National facilities is essential to advance U.S. research capabilities required for world-class research. Support also includes funding for staff and support personnel to assist scientists in conducting research at the facilities.
NSF supports the following facilities:
(Millions of Dollars) |
||||
| FY 1994 Estimate |
FY 1995 Estimate |
FY 1996 Estimate |
%Change 95-96 |
|
| Advanced Scientific Computing Centers |
66.90 | 70.90 | 74.90 | 5.6% |
| NSFNET | 39.11 | 45.22 | 46.22 | 2.2% |
| National Center for Atmospheric Research |
53.30 | 59.18 | 65.63 | 10.9% |
| National Astronomy Centers |
65.45 | 63.38 | 70.39 | 11.1% |
| Laser Interferometer Gravitational Wave Observatory |
0.03 | 85.00 | 70.00 | -17.6% |
| National High Magnetic Field Laboratory |
12.00 | 12.00 | 15.00 | 25.0% |
| GEMINI 8-Meter Telescopes |
17.01 | 41.00 | 0.00 | -100.0% |
| National Nanofabrication Users Network |
3.45 | 3.55 | 3.80 | 7.0% |
| Academic Research Fleet/ Ship Operations |
49.06 | 49.20 | 53.00 | 7.7% |
| Academic Research Infrastructure |
53.04 | 59.07 | 50.00 | -15.4% |
| Polar Facilities | 168.64 | 166.77 | 177.77 | 3.0% |
| Other Facilities * | 75.56 | 82.49 | 89.49 | 8.5% |
| TOTAL | $603.55 | $737.76 | $710.20 | -3.7% |
* Other facilities include physics, materials research, ocean sciences, atmospheric sciences, and earth sciences facilities.