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October
2006
Congress Finalizes Record $76.8 Billion DOD
R&D Budget, Boosts Basic Research
By Kei Koizumi
The following analysis of R&D in the DOD FY07
budget has been reprinted with permission from AAAS. It is
one of a series
of AAAS R&D Funding Updates on FY 2007 congressional appropriations.
The complete series of AAAS R&D Funding Updates, including
continually updated analyses of R&D in FY 2007 appropriations, is
available on the AAAS R&D Web Site [www.aaas.org/spp/rd]
in the "FY 2007 R&D" or the "What's New" sections.
Prior to adjourning for their midterm elections
recess, the House and Senate gave final approval to the Department
of Defense (DOD)
spending bill, and President Bush quickly signed the
bill into law on 29 September. Among other R&D funding
agencies, only the Department of Homeland Security (DHS) has a final FY 2007 appropriation; R&D funding
agencies other than DOD and DHS (including the military construction
and defense health programs in DOD) will have to keep operating at
the lowest of House-approved, Senate-approved, or 2006 funding
levels until Congress finishes their appropriations in November or
December.
Highlights
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With just days to go before the 1 October start
of fiscal year (FY) 2007, Congress finalized an FY 2007
Department of Defense (DOD) budget that contains a
record-breaking $76.8 billion for research and development
(R&D) spending (see Table A). Nearly the entire $3.5 billion
or 4.8 percent increase would go to weapons development
programs, but DOD support of basic research would also increase
by 4.8 percent to $1.5 billion.
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Once again, Congress would reverse sharp
proposed cuts in DOD's "Science and Technology" (S&T)
investments. Instead of a greater than 20 percent requested cut,
DOD S&T spending would remain near the 2006 funding level at
$13.6 billion, $2.4 billion more than the request (see Table
C).
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A profusion of congressional earmarks would
boost DOD support of basic and applied research above 2006
levels. Basic research ("6.1") would climb 4.8 percent to
$1.5 billion (see Table A), while applied research ("6.2") would
increase 0.8 percent to $5.2 billion. The research-oriented
Defense Advanced Research Projects Agency (DARPA) would see its
budget increase 1.4 percent to $3.0 billion (see
Table B).
DOD R&D in FY 2007 House-Senate Conference
Appropriations
On 25 September, the House and Senate agreed on the
conference report (final version) of the FY 2007 Defense
appropriations bill (HR 5631), which funds most of the Department of
Defense (DOD). DOD, still engaged in a long and expensive war in
Iraq, continues to spend record amounts on current military
operations. But DOD is also investing record amounts in the next
generation of weapons; in February, the Pentagon requested $74.1 billion
for DOD R&D in 2007, another substantial $1 billion increase after
similar increases in previous years (see Table A). But Congress has
added another $2.7 billion on top of the request for a total DOD R&D
appropriation in FY 2007 of $76.8 billion, a $3.5 billion or 4.8
percent increase over 2006 that would again send DOD R&D into record
territory (see Figure 1). DOD and the Department of Homeland
Security are the first and so far only
federal departments to get their final budgets in time for the start of
FY 2007. For the remaining departments and agencies covered by
appropriations, the final Defense bill contains a continuing
resolution providing stopgap funding at the lowest of House, Senate,
or FY 2006 funding levels through 17 November. The final Defense
bill also contains $70 billion in emergency funds for the war in
Iraq and Afghanistan outside the regular DOD budget, including $407
million in emergency development funds. (All figures in this
analysis include emergency appropriations for both 2006 and 2007.
They also assume House-approved appropriations for DOD programs in
the Military Quality of Life bill, which has not yet been finalized
by Congress and includes some medical research programs. All figures
in this analysis are adjusted to reflect rescissions, general
reductions, and emergency supplementals in the Defense bill.)
Congress would reverse proposed cuts in DOD
research funding. Although physical sciences research is a top
priority for the Bush Administration on the nondefense side of the
budget, in the Pentagon's February request, DOD support of research
would have plummeted. DOD is the fifth largest federal supporter of
physical sciences research, with about a tenth of the federal total.
In the final Defense bill, DOD basic research funding (the "6.1"
category) would climb 4.8 percent to $1.5 billion (see Table A).
Funding for the three-service University Research Initiatives (URI) would
receive a combined $288 million, a 5.7 percent increase. URI
competitively awards basic research grants to university performers.
The Defense Research Sciences program, funded in the three services
and Defense Agencies, would receive a combined $961 million, up 4.6
percent. DARPA's Defense Research Sciences effort would climb 9
percent to $145 million. The relatively new National Defense
Education Program (NDEP), founded last year to encourage U.S.
students to pursue science and engineering degrees, would see its
budget rise from $2 million last year to $10 million in 2006 and up
to $19 million in 2007. The Chemical and Biological Defense
Program's (ChemBio) basic research portfolio would gain 10.4 percent
to $99 million. (For more on the President's request for FY 2007 DOD
R&D, see Chapter 6 of AAAS Report XXXI: R&D FY 2007 or the
22 Feb. R&D Funding Update; for more on earlier House appropriations, see
the 19 June R&D Funding Update; and for more on earlier Senate
appropriations, see the 2 August R&D Funding Update.)

Figure 1. (click on the image for PDF)
Applied research funding (the "6.2" category)
would increase a modest 0.8 percent to $5.2 billion, a dramatic
improvement over a requested cut of 15 percent. Much of the
improvement would be due to the addition of congressional earmarks
that DOD proposed to eliminate. Air Force applied research would
gain 7.4 percent to $1.15 billion, while in the Defense Agencies
ChemBio "6.2" funding would gain 4.8 percent to $259 million.
In sharp contrast to a requested cut greater than
20 percent, DOD funding of "S&T" (the "6.1" through "6.3"
categories plus medical research) would remain stable at $13.6
billion in FY 2007, down 1.2 percent from 2006 (see Table
C).
For every year this decade, Congress has been far more supportive of
S&T funding than the Pentagon, with the Pentagon proposing sharp
cuts each year and Congress adding billions of dollars in the
appropriations process. Advocates of DOD S&T in the science and
engineering community argue that S&T funding is essential for
building the knowledge and technology base for future DOD needs.

Figure 2. (click on the image for PDF)
The final 2007 appropriation keeps DOD S&T near
its record-high 2005 funding level in real terms (see Figure 2).
DOD S&T has increased in recent years after hitting post-Cold War
lows in the late 1990s, though it took nearly two decades for S&T
funding to return to mid-1980s levels. While this is a relief for
DOD S&T advocates, Figure 2 shows that the composition of the DOD
S&T portfolio has been changing. DOD support of basic research has
increased relatively little, and is a shrinking proportion of the
DOD S&T portfolio. While "6.2" funding has increased a little more,
recent growth in DOD S&T has come predominantly from growth in "6.3"
funding of advanced technology development rather than from
research, a trend that has many DOD S&T advocates worried. Recently,
advocates have called for at least 20 percent of S&T funding to be
devoted to basic research. As Figure 2 shows, Congress, by
increasing basic research while cutting "6.3" funding, would reverse
the longstanding trendline by boosting the share of S&T devoted to
basic research, though only to 11.3 percent.
But despite the good news for research programs,
as usual, the big gains go to weapons development programs. DOD
weapons development (the non-S&T portion of DOD R&D) would jump $3.7
billion or 6.2 percent to $63.1 billion, led by enormous increases
for the Air Force and the Missile Defense Agency (MDA; see Table
B).
These programs, in "6.4" and higher categories in DOD's
classification system, are devoted to engineering, development, and
testing work on specific weapons systems and are extraordinarily
expensive compared to research programs. For example, the largest
single development project in DOD, and indeed the entire federal
budget, would once again be the Joint Strike Fighter (JSF), funded
by the Navy and the Air Force at $4.3 billion in 2007. Much of the
Air Force's $2.4 billion increase would go to development of space
and satellite communications, new weapons systems, and classified
development programs, capping a series of substantial increases for
the Air Force in recent years to record levels (see Figure 3). The
MDA's efforts in missile defense systems development would receive a
large increase in 2007 after a cut in 2006, climbing 22.1 percent to
an all-time high of $9.4 billion; in real terms, the MDA budget has
nearly doubled since 2001 (see Figure 3). Adding in some missile
defense development efforts in the Army and procurement funding of
completed systems elsewhere in the DOD budget, the total 2007
missile defense budget would be $10.5 billion, up 20 percent. The
Navy has enjoyed spectacular growth in its development funding over
the last several years (see Figure 3) thanks to big-ticket programs
such as the JSF, but in 2007 funding would drop slightly to what
would still be its second-largest R&D budget ever of $18.8 billion
after nearly doubling between 2001 and 2006.

Figure 3. (click on the image for PDF)
Led by the MDA increase, R&D in the Defense Agencies
would climb $1.5 billion or 7.7 percent to $21.2 billion (see Table B). In addition to the 22 percent increase for MDA, which is
entirely development, Congress has approved a 6.8 percent increase
to $451 million for a mix of research and development at the Defense
Threat Reduction Agency (DTRA). DTRA's R&D efforts are focused on
countermeasures against weapons of mass destruction; the 2007
increase includes $5.1 million in new money for a DTRA University
Strategic Partnership Basic Research Program, and a 5 percent
increase for DTRA's existing applied research programs to $329
million. While the ChemBio program's overall budget would fall 6.6
percent to $981 million, its basic research portfolio would gain
10.4 percent to $104 million and its applied research program would
increase 4.8 percent to $259 million.
The research-oriented Defense Advanced Research
Projects Agency (DARPA) would see its budget gain 1.4 percent to
$3.0 billion after adjusting for rescissions and general reductions
in other parts of the Defense bill. Slightly more than half of
DARPA's budget goes to "6.1" and "6.2" activities, with the
remainder devoted to "6.3" technology development. Its broad
research portfolio is aimed at expanding the frontiers of knowledge
and military technology to provide future solutions to DOD's
technology needs. DARPA's funding would increase across the board in
areas such as tactical technology, materials, network-centric
warfare, information and communications technology, cognitive
computing, electronics technology, sensors, guidance technology, and
basic research, but the DARPA total is dragged down by steep cuts in
land warfare technology and biological warfare defense (down 26
percent to $109 million). DARPA's IT (information technology)
research efforts would be the big winner in the agency's "6.2"
programs: the Information and Communications Technology "6.2"
portfolio would jump 15.5 percent to $226 million, while the
Cognitive Computing Systems "6.2" portfolio would climb 6.6 percent
to $174 million. DARPA's budget would stay at roughly $3.0 billion
in today's dollars for the fourth year in a row in 2007 (see Figure
3).
Impacts of Defense R&D
The Department of Defense (DOD) is by far the
largest supporter of R&D in the federal government, accounting for
more than half the total federal R&D portfolio. Defense-related R&D
is also funded by the Department of Energy (DOE), which is
responsible for maintaining the U.S. nuclear weapons stockpile, and
the new Department of Homeland Security (DHS), whose primary mission
is homeland defense but also performs biodefense R&D related to
military security (see Figure 1). Although the DOE and DHS parts of
the defense portfolio remain unfinished, the final 2007 DOD
appropriation is enough to take DOD R&D and total defense R&D to a
record high for the fifth year in a row, with no signs of slowing
down (see Figure 1).
DOD supports a diverse group of science and
engineering disciplines. More than half of DOD's research portfolio
supports the engineering sciences, not surprising considering the
discipline's potential contributions to DOD's warfighting
capabilities (see Figure 4). But DOD also invests heavily in the
mathematics and computer sciences research necessary to sustain a
high-tech, IT-heavy military and in physical sciences research. In
recent years, DOD support of life sciences research has also grown,
as a result of growth in congressionally designated medical research
programs but also from DARPA, ChemBio, and service investments in
biological defense.

Figure 4. (click on the image for PDF)
DOD is responsible for only 11 percent of all
federal support of basic and applied research ("6.1" and "6.2"), but
is a key sponsor for several science and engineering (S&E)
disciplines. DOD supports 34 percent of all federal research in the
computer sciences and a similar proportion of all engineering
research, as well as significant shares of research in mathematics
and oceanography. DOD's impact is even greater in several
engineering sub-disciplines such as electrical engineering and
mechanical engineering. DOD funds research in these disciplines for
their contributions to national defense, but this research also
supports graduate education in these fields and seeds major
innovations in the civilian economy, most evident in DOD's early
support for research that led to the now-ubiquitous Internet. DOD is
also a key supporter of social sciences research. DOD support for
these disciplines should increase in FY 2007 as a result of the
final Defense appropriations bill.
A majority of DOD's R&D (and nearly all the work in
categories "6.4" and higher) is performed by industrial firms such
as the large defense contractors Lockheed Martin and Boeing. Federally funded research and development centers
(FFRDCs), defense
laboratories, and colleges and universities also perform R&D. If one
excludes DOD development, which is nearly exclusively performed by
industry, DOD basic and applied research ("6.1" and "6.2") is
performed by a diverse group of institutions. Thirty-nine percent of DOD
research is performed by DOD laboratories, while 37 percent is
performed by industry. Eighteen percent of DOD basic and applied research
is performed by universities and colleges. All performers should
benefit from the increases in "6.1" and "6.2" funding in FY 2007;
the development increases will go almost entirely to defense
contractors.
Outlook and Next Steps
DOD is presiding over a 2006 budget that hit a
record $537 billion after Congress approved a $70 billion war
supplemental in May. With this congressional agreement, the
2007 DOD budget already totals $506 billion, including $70 billion
for seven months' worth of emergency war funding attached to the
regular Defense bill, but will almost certainly exceed the 2006
total after the war's full-year costs eventually get appropriated.
With military occupation costs in Iraq and Afghanistan actually
increasing as time goes on to well over $2.5 billion per week, DOD
spending is expected to keep hitting new highs. Within these record
totals, DOD R&D has also set new records, in part driven by
development costs of new weapons related to current and near-term
combat needs. Even the already record-breaking R&D total of $76.8
billion for 2007 could increase if, as expected, a mid-year war
supplemental includes some development funding.

Kei Koizumi is director of the R&D Budget and
Policy program at the American Association for the Advancement of
Science in Washington, D.C. Comments may be submitted
to todaysengineer@ieee.org.
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