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Member FY Project Amount Description Recipient
The project would fund a baseline study on the existing cultural, environmental and
economic conditions prior to military build-up on Guam. The study will better assist the
Department of Defense and other federal departments and agencies in understanding the
true impact of the military build-up on Guam. The study will catalogue Guam's current
cultural, environmental and economic resources so that new baseline models can be
established to better determine future trends that will impact these areas. The dramatic
changes that will accompany military build-up on Guam have already begun to affect
Guam in many ways and in order to truly understand the many impacts of a rapid build-up
and influx of military and non-military personnel it is vitally important that a baseline be
established for comparison. Given the concerns about the methodology of the
Department of Defense in Draft Environmental Impact Statement the study could provide
better data that would lead to a better analysis of the impacts of the military buildup on
Guam as well as any future impacts of the sustained military presence on Guam. The
Socioeconomic and Environmental Sustainability information from the baseline study would assist the Department of Defense in future
Baseline Study for Guam Military Build-up at analyses of the military build-up, to include future environmental assessments and
Bordallo (D-GU-Delegate) 2011 University of Guam $350,000 supplementary studies. These future analyses would be able to better determine certain University of Guam
impacts of theis basedbuild-up on Guam. Public Law 93-552, the Military Construction
The provision military off authorities from
Authorization Act for 1974 and Public Law 95-480, the Departments of Labor and Health,
Education and Welfare Appropriations Act of 1979. The authorities contained in these
laws provided the Department of Defense with specific and special authority to fund
civilian infrastructure projects in Bangor, Washington with the growth of the Trident
submarine facilities in the remote area. The provision would require the Secretary of
Defense to exhaust funding sources from other federal departments and agencies before
budgeting Department of Defense funding for civilian infrastructure outside the gate. The
provision also authorizes the Department of Defense to transfer amounts of unobligated
balances to other federal departments or agencies that can accept such funding and
obligate on civilian infrastructure projects that support and sustain military realignments.
The project will help to support, sustain and facilitate the military build-up on Guam.
Furthermore, the funding will be used to support civilian infrastructure improvements at
the Port of Guam, water and wastewater treatment plants, power utilities and other
Special Appropriation for Guam Military Growth affected infrastructure items. Support for the civilian infrastructure is critical to ensuring
Bordallo (D-GU-Delegate) 2011 Community $10,000,000 the military build-up is successful and leads to long-term sustainability and quality of life Governor of Guam
for servicemembers on Guam.
Funding would be used for educating and inspiring students and the general public to
become active in our communities, the military, and in public service. The Center will
serve as a highly accessible and preeminent archive and repository of Representative
Murtha's public papers, while providing a venue for public debate, discussion and
academic inquiry into key local, regional and national issues.
Critz (D-PA-12th) 2011 The John P. Murtha Center for Public Service $10,000,000 The John P. Murtha Foundation
The funding would be used for a comprehensive program that is directly improving the
delivery of health care services provided to servicemembers and their families in rural
Critz (D-PA-12th) communities who are diagnosed with PTSD or traumatic stress symptoms.
2011 Combat Stress Intervention Program $1,500,000 Washington & Jefferson College
National Center for Robotics Engineering and The funding would be used for a comprehensive, integrated robotics curriculum
Critz (D-PA-12th) 2011 Engineering Technology $1,600,000 standardized to align with the defense community's needs. California University of Pennsylvania
Member FY Project Amount Description Recipient
The funding would be used for the development and continued research of emerging non-
Critz (D-PA-12th) 2011 Non-Lethal Defense Technologies $1,000,000 lethal technologies for use by the U.S. military. The Pennsylvania State University
The funding would be used for the development of a rapid screening and detection
Critz (D-PA-12th) 2011 Rapid Forensic Evaluation of Microbes in Biodefense $1,600,000 system of multiple Bio-Threat agents for the Department of Defense. Indiana University of Pennsylvania
The requested funding will be used to create an organization that will assist in the
expansion of the number of private sector companies, universities, and government
entities participating in the nation's growing high-tech Small Satellite Space Industry. The
expanded industry, academic, and workforce base will directly benefit the Department of
Defense space organizations at Kirtland Air Force Base; the Air Force Research Lab
Space Vehicles and Directed Energy Directorates, the Operationally Responsive Space
Office, and the Space Development and Test Wing; by providing ready access to
innovative vendors and well-qualified scientists, engineers, and technicians. This will
expedite the development and launch of the new small, lower cost, responsive space
systems required to support Department of Defense's numerous and rapidly changing
Technology Research and Innovation Outreach for war fighter missions around the world. The requested project will create or sustain 9 jobs.
Heinrich (D-NM-1st) 2011 Space $3,000,000 Technology Ventures Corporation
The requested funding would be used to create the Partnership for Emerging Energy
Technologies (PEET), which is a strategic initiative of the University of New Mexico that
builds on Center for Emerging Energy Technologies and includes cooperation across the
State and nationally, continuing the cooperation with the University of Tennessee. The
objective of the PEET is to stimulate research, development and education activities
linked to the design, fabrication, characterization, simulation and integration of emerging
energy technologies and systems. The requested project will create or sustain 17 jobs.
Heinrich (D-NM-1st) 2011 Partnerships for Emerging Energy Technologies $2,000,000 University of New Mexico
The requested funding would be used to increase research and development
partnerships between public universities and the Department of Defense. This partnership
provides faculty, undergraduates, and graduate students with exceptional opportunities to
contribute to critical research and development goals that will shape future missions.
These technical goals foster numerous opportunities for research initiatives in
biotechnology, materials science, situational awareness, infectious diseases, radiation
detection, medical sciences and social network theory. Current and future partnerships
research projects in biomedical sciences, energetic systems, information-decision
support models, standoff detection technologies, and network survivability would enhance
Defense Threat Reduction Agency's mission objectives. The requested project will create
or sustain 50 jobs.
Heinrich (D-NM-1st) 2011 University Strategic Partnership $5,000,000 University of New Mexico
Member FY Project Amount Description Recipient
Funds are requested to support the enhancement of the nanoscience and biotechnology
research effort at Clark Atlanta University (CAU) in mission critical areas for the
Department of Defense and several other agencies; specifically, in the development of
sensors (chemical and biological pathogen detection), advanced materials, and bio-
nanotechnology solutions (drug delivery and therapeutics). Highly specialized laboratory
equipment will be purchased and some minor laboratory upgrades will be performed in
addition to developing and training the future science and technology (students)
Nanoscience and Biotechnology Laboratories and
workforce for DoD.
Johnson, Henry (D-GA-4th) 2011 Research Program $2,000,000 Clark Atlanta University
Intelligence indications show a myriad of maritime threats to our Nation's most vital
interests. Maritime threats ranging from unmanned maritime systems to suicide
divers/swimmers could be used in an asymmetric manner against maritime assets,
defense critical maritime infrastructure (e.g., ports, pipelines, undersea cables), or
otherwise be employed to disrupt maritime operations. As a result of these
unconventional threats, Maritime ISR (MISR) has emerged as a critical form of naval
warfare confronting the United States, and technology advances are needed to counter
potential threats before they escalate and impede our Nation's maritime operations.
The ability to interoperate between maritime systems and land-based systems is
becoming an ever more important aspect of MISR. In addition to conducting operations
on land and sea, MISR has incorporated elements of air operations to rapidly deliver
assets and/or forces. The capacity to operate seamlessly across naval warfare's three
diverse mediums of sea-land-air is essential. This ability to operate across mediums will
allow for a more dynamic and responsive force that is able to counter unconventional
threats.
A Maritime Intelligence, Surveillance, Reconnaissance Technology Center (MISRTC) is
needed to investigate, develop, demonstrate, and rapidly deploy/counter advances in
MISR. This includes investigating evolving maritime threat capabilities, demonstrating low-
Johnson, Henry (D-GA-4th) 2011 Maritime ISR Technology Center (MISRTC) $6,000,000 tech and high-tech modifications to defeat potential defensive measures, demonstrating Georgia Institute of Technology
effective response to threat indications and warnings, exploring countermeasure options,
The Center for Vaccine Scale-up and Process Research of Georgia State University
requests funding to develop technologies to rapidly develop vaccines/biologics of interest
to the military.
Two areas have been identified as critical bottlenecks in accelerating the development
process and for supplying sufficient quantities of effective recombinant vaccines in a
timely manner: (1)Transition from the laboratory to manufacturing and (2)Rapid
assessment and validation of the impact of changes during scale-up and implementation
to the manufacturing processes. FY2011 funding would be used to develop a cGMP pilot
vaccine facility, available to multiple discovery groups that will be used to develop Turn
Key approaches to vaccine development through workforce training and research.
Johnson, Henry (D-GA-4th) 2011 Center for Vaccine Scale-Up/Process Research $1,700,000 Georgia State University
Member FY Project Amount Description Recipient
This joint project (USDA-ARS Dawson and University of Georgia) will evaluate and
develop methods for the use of highly effective Subsurface Drip Irrigation (SSDI) systems
in row crops. The goal is to develop management criteria for row crop producers to
maximize the impact of subsurface drip irrigation on their operations while increasing
water use efficiency and water conservation. By utilizing efficient SSDI row crops,
growers' economic returns will improve which will greatly benefit U.S. rural economies.
In-field SSDI research projects will be initiated in major row crop areas of Georgia. These
projects will span a minimum of 3 years and will demonstrate SSDI installation, ease of
use, water savings, crop yield response, and economics. Plant growth, health, and
maturation as well as soil moisture characteristics in various drip irrigation systems will be
monitored and treatments imposed to identify best management practices for weed,
insect, and disease challenges with SSDI drip irrigation.
Use of drip irrigation in row crops is not limited to Georgia. Knowledge gained in the
project will be very applicable to other agricultural regions in the U.S. Water conservation
while producing sustainable yields is of interest nationally.
Johnson, Henry (D-GA-4th) 2011 Water Use Reduction, Dawson, GA $480,000 USDA/ARS National Peanut Research Lab, Dawson, GA
This research scholars program is designed to advance core federal missions and
Defense Department goals to increase the participation of minority students in emerging
scientific and technology fields. The program identifies top tier high school students and
places them in a rigorous program in the Division of Science and Mathematics that
includes one-on-one mentoring, a summer educational and research program, and
challenging internships at top research institutions, with the goal of placing them in
doctoral programs on a track to work in the national laboratories.
Johnson, Henry (D-GA-4th) 2011 John H. Hopps Defense Research Scholars Program $3,000,000 Morehouse College
Adaptive cyber defense will enable member organizations of computer infrastructure to
automatically detect emerging threats, repair damage, and share solutions while
preserving proprietary data. Human direction is retained without requiring human control.
The method is more efficient at finding threats than current systems and quickly ramps up
and down to defend against threats. The method is transformational in that it is truly an
adaptive cyber defense technology that can protect large infrastructures and coalitions.
The learning swarm functions like a colony organism much like ants in the real world. The
decentralized approach moves analysis to the data sources. The decentralized approach
facilitates collaborative defense without compromising proprietary information on
organization member computers.
With increasing frequency assets in the USA are undergoing cyber attack. The origin of
the attacks is most often outside the US where there is little or no opportunity to shut
down the operation. Use of this approach to attach US resources is of interest to rough
nations and terrorist groups with limited resources. Shutting down the power grid or an
Kissell (D-NC-8th) 2011 Ant-Based Cyber Defense $1,080,000 airport even for one day costs many times the cost of the proposed project. Wake Forest University Reynolda Campus
Member FY Project Amount Description Recipient
Cellular communications enables the tactical user to immediately share critical imagery,
intelligence or information developed during tactical operations among individuals and
small units, and to immediately transmit that information from ground teams to the
appropriate higher operational commands. Our soldiers must have robust
communications.
The US Army Special Operations Command and Joint Special Operations Command at
Ft. Bragg are the most technologically skilled units in the military. Technologies must be
developed rapidly to meet their immediate needs. The Partnership for Defense
Innovation's Wi-Fi Laboratory Testing and Assessment Center creates collaborations
between the military, entrepreneurs and innovators that drive security and defense
technology development.
Special Operations Forces of the future will need to be increasingly deployed in support
of worldwide operations and are required to maintain communications with higher
headquarters and other teams operating within the same area. Current tactical radio
systems used by Special Operations are often large, complex and do not provide enough
Partnership for Defense Innovation Wi-Fi Laboratory bandwidth to process large amounts of data, imagery and video. The Special Operations
Kissell (D-NC-8th) 2011 Testing and Assessment Center $4,600,000 soldier needs small rugged handheld devices which facilitate immediate instant Partnership for Defense Innovation
messaging/text messaging, explosives of data, voice communications, and imagery on
Detection of trace and bulk exchange remains a top priority and a technically challenging
problem. This program investigates the detection and chemical analysis of explosive
material signatures. The use of conventional high explosives and homemade explosives
for the construction of improvised explosive devices (IEDs) remains a significant threat to
our troops. Initial efforts are directed toward fielding a capability by using deployed assets
that are currently used for the detection of chemical and biological warfare agents. These
analytical methodologies and technologies can be exploited for the detection of trace and
bulk explosive.
The funding of this program will enable development through a consortium with Research
Triangle Institute (RTI), University of North Carolina at Charlotte (UNCC) and General
Dynamics Armament and Technical Products (a leading provider of chem-bio products
such as JBPDS [Joint Biological Point Detection System] and JSLSCAD [Joint Services
Lightweight Stand-off Chemical Agent Detection]).
The Advanced Detection of Hazardous Material (ADHM) will:
-Allow rapid fielding of initial capabilities and leverage off of RTI's efforts working on
advanced sensor technologies and micro fabrication of these devices.
-Take advantage of UNCC's advanced optics center and GDATP's investment in core
detection methods and production of key Chem-bio programs.
-Enable the Government to leverage this consortium to upgrade currently deployed
assets.
-Support dual use of technology as a more cost effect way of developing capabilities and
Kissell (D-NC-8th) 2011 Advanced Detection of Hazardous Material (ADHM) $6,000,000 many of the technologies proposed have use in military and civilian markets. University of North Carolina – Charlotte
-Provide upgraded capabilities that benefit the warfighter in their mission against
Member FY Project Amount Description Recipient
Family Assistance Centers (FAC) provide essential support and services to families of
the North Carolina National Guard (NCNG) and of all the other Armed Services. NCNG
families are not geographically centered near active military installations which provide
services to their members. NCNG families are spread throughout the state and in most
cases cannot get to installations on a routine basis or without some hardship. Maintaining
the four federally funded FACs across the state allows the NCNG to provide consistent
and continuous vital support and services to the families of the NCNG and the Armed
Services. Continued funding of this program will significantly reduce the impact on
families, directly contributing to sustaining a strong NCNG. Support of families has a
direct strategic impact upon the National Guard as families play a major role in a service
member's decision on whether to remain in the National Guard. Trained, experienced
service members, who remain in the military, save recruiting and training costs and
ARNG Soldier/Family Support: NCNG Family enhance unit readiness.
Kissell (D-NC-8th) 2011 Assistance Centers $1,600,000 North Carolina National Guard
Self-Aware Manufacturing (SAM) will eliminate costly and unpredictable trial-and-error
process development using setup parts, and the continual manual adjustment of machine
tools. SAM will eliminate the scrap that results from unmeasured errors, and will make
existing machine tools as well as new equipment more productive and more accurate by
an order of magnitude. Higher-precision machines and processes will enable new
manufacturing practices; will improve part quality, will improve assembly processes, and
will improve the capability and productivity of existing manufacturing facilities, thereby
enabling the Army to improve productivity and precision across the entire US
manufacturing supply base. This 4-year effort will include the deployment of new
processes to industry, enhancing productivity and efficiency and enabling the workforce
(ARDEC) Improved Productivity for the DoD Supplier to do more with less.
Kissell (D-NC-8th) 2011 Base using Self-Aware Manufacturing Technology $3,100,000 ARDEC, University of North Carolina Charlotte
The North Carolina National Guard would like to provide an interactive, disc-based
historical record of each Command, unit, and personal history to every servicemember to
honor and recognize their service. Each interactive disc is packaged inside either a
hardbound journal or photobook, containing up to 2,000 digital pages with photos and
videos, text and music, documents and weblinks.
Military Units would organize and integrate collected content from personal records, and
the Historian's and Public Affairs offices (photos, videos, documents, text, honors,
newsletters, rosters, bios, etc.) into an interactive "record of service" to be given each
Servicemember in recognition of their Service on an annual basis. This may act as a
communication tool to help them share their experience with family and friends as a
means to strengthen understanding and support for the US Military. A "master" copy from
each Unit would be submitted to each Branch historical and public affairs department for
their archives, as well as to the National Archives, Center for Military History and the
Unit Specific Historical records for Servicemembers Library of Congress.
Kissell (D-NC-8th) 2011 in the Military $5,000,000 North Carolina National Guard
Member FY Project Amount Description Recipient
The number of social workers and mental health service providers familiar with the
military culture and the use of prevention and intervention methods during times of war
have significantly decreased. The increased deployments of the military in support of
combat operations overseas have taken a toll on these individuals. This shortage
increases the probability of the military's social workers becoming strained from the
increased caseloads of military families and injured soldiers suffering from the
psychological effects of war and extreme environments. Civilian social workers serve the
military population on a myriad of psychological issues but few have specialized training
required to properly treat military-related issues. This program will create a network to
Fayetteville State University Center for Military Family facilitate this training.
Kissell (D-NC-8th) 2011 and Community Outreach $975,000 Fayetteville State University
The research focus will be the development of human performance strategies and novel
nutritional supplements that will allow warfighters to optimize training gains with reduced
risk of injury, illness, muscle soreness, and the overtraining syndrome. The initial focus
will be with the special operation forces at USASOC (Fort Bragg) and MARSOC (Camp
Lejeune), with whom relationships have already been established.
In order to meet these goals, funding is needed to purchase equipment to carry out the
research. The equipment will upgrade the lab facility to test all facets of Human
Performance at its highest level. This includes the DXA machine for body composition
and bone density measurements, Isokinetic and isotonic resistance training equipment,
treadmills and metabolic equipment for cardio respiratory testing. We will work with the
military staff and operators to train them on advanced testing techniques that are not
possible using their existing equipment.
Primary Goals of the NCRC Center of Excellence in Human Performance:
Our uniqueness has been and will continue to be a research emphasis on the influences
of nutrition and exercise (varying workloads, from moderate to severe) on immune
Appalachian State University (ASU)/North Carolina function, illness, inflammation, and oxidative stress. We will continue to investigate
Research Campus (NCRC) Human Performance unique nutritional countermeasures to exercise-induced immune dysfunction and illness.
Kissell (D-NC-8th) 2011 Laboratory (HPL) $953,000 The primary goal will be to develop an advanced nutritional supplement that will support Appalachian State University
peak soldier performance and help warfighters train at a high level with reduced illness,
There is a need to improve our ability to detect gamma rays associated with dangerous
material by utilizing light weight, handheld devices which can be deployed in large
numbers to provide a thorough search of large areas as quickly as possible. Methodist
University Department of Chemistry will explore the growth and properties of doped
oxides and film morphology to develop low cost growth techniques for mixed oxide films
and related advanced materials. In turn, this will provide the basis for the subsequent
development of low cost, hand-held, sensitive gamma ray detectors, suitable for defense
and homeland security operations.
Kissell (D-NC-8th) 2011 Chip-Based Gamma Ray Detection Technology $5,000,000 Methodist University
Member FY Project Amount Description Recipient
This is a valuable use of taxpayer funds because the runway improvements will preserve
the heavy-use capacity at the Laurinburg-Maxton Airport. Additionally, the improvements
will allow the United States military continued use of this important facility for operations
out of Fort Bragg and the installation's various training mission. It will also permit the
airport to serve as an engine for economic development in a portion of North Carolina in
desperate need of private-sector investment and jobs.
Kissell (D-NC-8th) 2011 Laurinburg-Maxton Airport Runway Improvements $1,030,000 Laurinburg-Maxton Airport
This program is a collaborative effort between the National Organization of Disability and
the Army Wounded Warrior (AW2) program. It accelerates the return to self-sufficiency
for severely wounded veterans through proactive career counseling and employment
services for certain transitioning veterans who need specialized support. Because many
Wounded Warriors and the National Organization on
of these veterans have families (70% are married and 65% have children
Kissell (D-NC-8th) 2011 Disability $355,000 National Organization on Disability
This project will develop Transcutaneous Osseointegrated Prosthetics for soldiers with
combat injuries. Soldiers returning from Iraq and Afghanistan with combat injuries
resulting in amputation of the limbs are destined to use external prosthetic devices. Lower
limb prosthetics are known to cause problems and discomfort preventing veterans from
living active, fulfilling lives. Transcutaneous Osseointegrated Prosthetics could solve
many of these problems offering these young men and women more normal, rewarding
lives. This proposal seeks to develop the technology necessary to develop this new
generation of prostheses, test its effectiveness through animal and human surgeries, and
dramatically improve the lives of our combat veterans. NC State University possesses the
first Electron Beam Melting (EBM) machine to make 3D structures from powder titanium
and is the only university in the country to house two machines. This EBM machine and
the NC State University experience with it form the basis for the work done over the past
five years to develop implantable limb prosthetics. External prosthetics have been used
for decades to return amputees to ambulation; however the problems and issues are
Bone Integrated Prosthetics for Combat-Injured many. Lower extremity prosthetics cause the most problems in the form of skin irritations,
Kissell (D-NC-8th) 2011 Soldiers $2,000,000 skin ablations, soft tissue reshaping, and bone resorption. This can be painful and limits North Carolina State University
mobility. Normally the loads are transferred through the bones keeping the bone healthy
Member FY Project Amount Description Recipient
This project will provide a direct benefit to the Nation's youth. North Carolina averages
21,000 high school dropouts annually. As part of the national Youth ChalleNGe Program,
North Carolina's Tarheel Challenge Academy (TCA) helps at-risk youths develop the life-
skills necessary to become productive citizens. TCA, with one campus in Salemburg, NC,
provides services to selected North Carolina high-school dropouts between the ages of
16 and 18, graduating approximately 250 cadets each year. About 70% earn their
General Education Development diploma while attending TCA. To help address the
state's high school dropout problem, the NCNG wishes to increase the annual number of
Tarheel ChalleNGe graduates by opening a second site in the central part of the state, at
Badin, NC.
This request will provide directed design funds to develop a second site in Badin. At full
capacity, Badin will graduate 500 cadets annually. This second site will provide a more
western NC location to ensure at-risk youth throughout the state have the opportunity to
become productive, employed, law abiding citizens of North Carolina.
Kissell (D-NC-8th) 2011 North Carolina Tarheel ChalleNGe Academy $1,000,000 North Carolina National Guard
Through the Center for Critical Language and Culture at FSU, military personnel and
stakeholders will be able to receive language and cultural instruction in areas identified as
"priority" by the Department of Defense. CCLC will enable deployed military personnel to
better communicate and establish relationships with populations of strategic importance.
Fayetteville State University Center for Critical Such soft-power techniques will promote trust and help avert preventable conflicts -
Kissell (D-NC-8th) 2011 Language and Culture (CCLC) $2,000,000 saving lives and money. Fayetteville State University
As smuggling efforts become more sophisticated, the Navy and U.S. authorities need
new solutions to inspect ships that could be carrying illicit cargo or even explosive
devices. Harbor Shield is a "portal" style device that uses under hull sonar imaging and
electro-optical sensors to rapidly inspect a ship and determine if anything is being
smuggled into a port on the hull. The project has matured with the Naval Undersea
Battelle Harbor Shield - Homeland Defense Port
Warfare Center and will complete its testing in Narragansett Bay.
Langevin (D-Rl-2nd) 2011 Security Initiative $5,500,000 Battelle Rhode Island
Improvised Explosive Devices (IEDs) have become the most popular method of attack
against U.S. Soldiers and Marines in Iraq and Afghanistan. Using URI's Homeland
Security Center of Excellence in Explosives Detection, Mitigation, Response and
Characterization, funding will support this two-year project to develop forensic signatures
of explosive materials and remote sensing technology. This work will help develop
explosive detection sensors for use by the Army in spotting IEDs and stopping attacks
against service men and women serving overseas.
Langevin (D-Rl-2nd) 2011 Sensors for Terrorist IED Network Defense $4,500,000 University of Rhode Island
Member FY Project Amount Description Recipient
The Army National Guard provides almost half of the Army's utility and MEDEVAC
aviation force and the Army's modernization plan is not keeping pace with the increased
mission requirements and at current rates, will not retire the UH-60A Black Hawk until
2025 at which time it will be more than 35 years old. At the same time, operational
tempos are the highest they have ever been supporting local state missions including
search and rescue, disaster relief, and fire fighting, all while sustaining deployments to
Iraq and Afghanistan. This is wearing out the National Guard H60 Black Hawk Helicopter
fleet much faster than planned. Funding will go to increasing Blackhawk upgrades and
help fill critical shortages.
Langevin (D-Rl-2nd) 2011 Army National Guard UH-60 Modernization $205,000,000 US Army Utility Helicopter Project Office
The Undersea Perimeter Security Integrated Defense Environment will add critical
enhancement to the Navy's current Virtual Perimeter Monitoring System that enables real-
time protection and monitoring for 10 Navy installations through the use of various sensor
technologies and intelligent video. The UPSIDE Extension provides a command and
control system infrastructure that pulls these sensors together into a full land and
waterside protection system. This will help the Navy protect against underwater threats
Undersea Perimeter Security Integrated Defense
targeting naval ships in ports and harbors.
Langevin (D-Rl-2nd) 2011 Environment $5,000,000 Rhode Island Economic Development Corporation
This collaborative effort between the National Organization on Disability and the Army's
Wounded Warrior program is focused on returning severely wounded veterans to self-
sufficiency through career counseling and employment services. Because many of these
veterans have families and over 75% have disability ratings exceeding 50 percent, they
face significant obstacles planning and pursuing civilian careers. This demonstration is
already achieving impressive results in helping veterans move forward with careers at
three existing sites. Funding would go towards expanding the program to other high need
regions, including the Rhode Island area. The expansion would also include focused
mental health referral support.
Langevin (D-Rl-2nd) 2011 Wounded Warriors Careers Demonstration $4,800,000 National Organization on Disability
This program will use community-based partnerships to provide injured U.S. military
personnel, their families and physically disabled children with the opportunity to engage in
Paralympic sport activities as part of their rehabilitation at DOD medical centers and their
home communities. Participation in sports activities will help them return to a healthy and
active lifestyle. Today, more than 10,000 injured service members from the Iraq and
Afghanistan conflicts have benefited from sports program opportunities through the
Military Paralympic Program.
Langevin (D-Rl-2nd) 2011 Paralympic Military Program $10,000,000 United States Olympic Committee
Member FY Project Amount Description Recipient
Unexploded ordnances are a major hazard in post conflict zones. Weapons that have not
detonated can threaten civilians trying to rebuild their communities or be used by
criminals and insurgents as bomb-making material. The University of Rhode Island is
working to develop a mechanism that can be integrated into the munitions at the time of
manufacture that will degrade and intert explosive materials that fail to detonate. These
explosive chemicals would no longer be able to be reused as improvised explosive
devices (IEDs) and would also reduce their negative environmental impact.
Langevin (D-Rl-2nd) 2011 Self-inerting Munitions $3,000,000 University of Rhode Island
Unexploded, underwater weapons are known to exist in over 400 sites, impacting over 10
million acres of ocean floor, around the United States. These weapons continue to pose
an unknown threat to human and environmental safety. The Submerged Munitions
Research Program at the University of Rhode Island, Graduate School of Oceanography
will provide the research authorized by Congress to determine the effects of unexploded
weapons on marine ecosystems along the Atlantic coast, where a high number of known
disposal sites are located. This work is the first of its kind, and will provide an assessment
of conditions to allow for quantifying risks and developing safe and environmentally
responsible methods for cleaning up submerged military munitions.
Langevin (D-Rl-2nd) 2011 Submerged Munitions Program $9,420,000 University of Rhode Island
$1.5 million to establish a pilot program to help unemployed and underemployed national
guardsmen find work. The Washington National Guard Bureau will work with union
apprenticeship programs, trade associations, educational institutions, and government
agencies to help guardsmen acquire the skills they need to obtain a living-wage job.
Larsen (D-WA-2nd) 2011 National Guard Employment Enhancement Project $1,500,000 Washington Military Department
$2 million to support continuing operations at the Western Regional Counterdrug Training
Center in Washington state. This Center helps train federal, state, local, and tribal law
enforcement officials in drug interdiction so they can continue to keep our communities
safe from methamphetamine and other dangerous drugs.
Larsen (D-WA-2nd) 2011 Western Regional Counter-Drug Training Center $2,000,000 Washington Military Department
Member FY Project Amount Description Recipient
Funding is requested to develop efficient low cost chip-based gamma ray detector
technology which can dramatically advance the state of the art in handheld, sensitive
gamma ray detectors for military base, battlefield and homeland security operations.
Theproliferation of nuclear weapons technology is a growing threat, particularly with
regard to covert entry into US territories and military facilities throughout the world. There
is a need to improve our ability to detect gamma rays associated with dangerous material
by utilizing light weight, handheld devices which can be deployed in large numbers to
provide a thorough search of large areas as quickly as possible. This will require a
dramatic reduction in the cost of high quality solid state gamma ray detection sensor
materials such as chip-based sensors. Methodist University Department of Chemistry will
explore the growth and properties of doped oxides and film morphology to develop low
cost growth techniques for mixed oxide films and related advanced materials. In turn, this
will provide the basis for the subsequent development of low cost, handheld, sensitive
Methodist College Chip-based Gamma Ray gamma ray detectors, suitable for defense and homeland security operations.
McIntyre (D-NC-7th) 2011 Detection Technology $5,000,000 Methodist College
Funds will be used to expand the Wounded Warrior Careers Demonstration to serve at
least 1200 of the most seriously disabled Veterans. Each site costs approximately
$400,000 per year. This effort would establish nine new sites in addition to continuing the
three existing sites. (Each site would operate for five years; new sites would be phased in
over a one-year period.) Operations would be independently evaluated with best practices
identified for emulation by the military, other public agencies, and by civilian organizations
that provide services.
McIntyre (D-NC-7th) 2011 Wounded Warrior Careers Demonstration $4,800,000 National Organization on Disability
Funds will be used to support research, development, testing and validation of cellular
technologies for battlefield communications. This funding allows the PDI Wi-Fi Laboratory
Testing and Assessment Center to focus on one of the major tactical communications
priorities. Cellular communications enables the tactical user to immediately share critical
imagery, intelligence or information developed during tactical operations among
individuals and small units, and to immediately transmit that information from ground
Partnership for Defense Innovation Wi-Fi Laboratory
teams to the appropriate higher operational commands
McIntyre (D-NC-7th) 2011 Testing and Assessment Center $4,600,000 Partnership for Defense Innovation
Given the immediate need for new computing tools in our national arsenal, the Center for
Experiential Technologies for Urban Warfare and Disaster Response will lead to more
effective responses to terrorism and disasters. Funding will be used for the purchase and
installation of state-of-the-art computing resources and display systems and for hiring
new researchers and engineers to develop the proposed technologies. The funds also will
support training new students and future work forces, who will initially be involved with the
technology development and later serve as catalysts for technology transition to the local
incubators. The resulting breakthroughs will ensure cutting-edge training tools for the
nation's warfighters and first-responders, and strengthen economic opportunities for the
Center for Experiential Technologies for Urban defense, simulation and military-training game industries in NC.
McIntyre (D-NC-7th) 2011 Warfare and Disaster Response $3,700,000 UNC Chapel Hill
Member FY Project Amount Description Recipient
Since 9/11, the North Carolina National Guard has experienced an unprecedented
operational pace, mobilizing over 95% of the force. Mobilizations have a significant effect
on families and children who are impacted not only during the deployment, but prior to
and especially after the service member returns. Family Assistance Centers provide
essential support and services to families of the NCNG and of all the other Armed
Services. NCNG families are not geographically centered near active military installations
which provide services to their members. NCNG families are spread throughout the state
and in most cases cannot get to installations on a routine basis or without some hardship.
Establishing FACs across the state allows the NCNG to provide consistent and
continuous vital support and services to the families of the NCNG and the Armed
Services. Continued funding this program will significantly reduce the impact on families,
directly contributing to sustaining a strong NCNG.
McIntyre (D-NC-7th) 2011 NCNG Family Assistance Centers $1,600,000 North Carolina National Guard
The combination of classroom training coupled with an adjacent airport facility will provide
governmental efficiencies and cost savings to military and domestic units. Once
construction is completed, the city-owned building will be available for lease to federal
agency contractors to provide Top Secret joint and interagency training for military,
Fayetteville Regional Airport Secure Compartmented
intelligence and homeland security personnel.
McIntyre (D-NC-7th) 2011 Information Facility $2,200,000 Fayetteville Regional Airport
The Laurinburg-Maxton Airport, now jointly owned by the City of Laurinburg and the Town
of Maxton, was constructed in 1942 to serve as glider-training base for the United States
Army. The airport's original runways are in need of serious repair, and the Laurinburg-
Maxton Airport Commission is moving forward with plans to improve its main runway
(Runway 5-23) in coordination with the Federal Aviation Administration and North
Carolina Department of Transportation Division of Aviation. Because those agencies can
only build to lighter weight civilian requirements, the runway's existing military heavy-use
capacity is imperiled. With elements of Fort Bragg regularly using the airport for training
and to refuel large transport aircraft and helicopters, the Commission is seeking federal
Defense appropriations to help improve the runway to ensure the runway's heavy-use
capacity remains available for Fort Bragg operations and its command's training mission.
McIntyre (D-NC-7th) 2011 Laurinburg-Maxton Airport Runway Improvement $1,030,000 Lauringburg-Maxton Airport
Funds will be used to continue providing a platform to identify and analyze the existing
healthcare delivery options for soldiers and new opportunities for using technology to
improve services. This program continues to leverage resources, reduce costs, improve
communication and increase access to quality care for family members and service
members in the community. Ultimately, the program allows the Defense Department to
most efficiently provide services to the military and maintain readiness levels needed to
Fort Drum Regional Health Organization, Watertown,
ensure national security.
Owens (D-NY-23rd) 2011 NY $430,000 Fort Drum Regional Health Planning Organization
Member FY Project Amount Description Recipient
Funds will be used to develop an advanced hybrid projectile able to serve both as a
munition and an unmanned aerial vehicle (UAV). This transformation technology for the
next generation munitions will provide the U.S. Army with a system that could save
soldiers' lives and provide the U.S. Army with a significant tool to dominate the battlefield.
Once fully developed, this hybrid projectile will reduce collateral damage by US forces,
deploy far less expensive UAVs, and enable our nation to more quickly win its battles.
That will in turn save lives and valuable assets paid for by taxpayer funding.
Owens (D-NY-23rd) 2011 Munition Advanced Projectile Hybrid System $3,000,000 Clarkson University
Funds will be used to develop an advanced pandemic influenza vaccine program for the
U.S. Navy. The development of vaccines is an urgent military and public health priority as
current vaccines against influenza have serious limitations in terms of their production,
administration and effectiveness. The proposed project will advance the development of
new techniques for enhancing vaccine effectiveness to promote Force Readiness and
general health of the members of the Armed Services and their dependents. More
powerful vaccines are far more cost effective than influenza treatments, particularly for
deployed service members. This project will enhance national security and protect
taxpayer investments into the health and well being of service members.
Owens (D-NY-23rd) 2011 U.S. Navy Pandemic Influenza Vaccine Program $4,000,000 Trudeau Institute
Funds will be used to develop an integrated Electronic Warfare (EW) system that
combines jamming, collection, and exploitation capabilities currently performed by
separate systems in a single power-efficient and cost-effective package for use on Army
tactical vehicles. This project will result in lower power consumption by Army vehicles,
more efficient delivery of EW capabilities, and ultimately save the lives of US
Advanced Ground Electronic Warfare System
servicemembers serving in Iraq and Afghanistan.
Owens (D-NY-23rd) 2011 (AGES) $3,000,000 SRC
Funds will be used to study Advanced Photovoltaic and Solar Thermal Research. Lower
cost, more efficient photovoltaic systems are needed to power not only the growing array
of electronics for the individual soldier such as communication, GPS, and night vision
gear but for larger unit power needs including weapons and logistics systems. Investing in
solar power research will help the U.S. reduce our dependence on other dwindling energy
supplies, and give our warfighters a far more cost-effective energy source than they have
now. This will reduce the taxpayer burden for Defense energy supplies and strengthen
our national security for the long-term.
Owens (D-NY-23rd) 2011 Advanced Photovoltaic and Solar Thermal Research $4,250,000 Clarkson University
Member FY Project Amount Description Recipient
The federal funding will be used to construct a new community center for all military
service members, civilian employees and their families at Fort Meade. The facility will
include offices, classrooms, a computer lab, kitchen and conference room. It will house
essential quality-of-life programs to assist soldiers and their families with, for example,
mobilization and deployment, relocation, financial needs and emergency relief. The
current facility is housed in a small building on the outskirts of the base where the Army
does not have the ability to provide confidential counseling services. Their struggle will
only worsen as the base population grows as a result of the Base Realignment and
Joint Services Community and Family Readiness
Closure (BRAC) decision.
Ruppersberger (D-MD-2nd) 2011 Center $11,800,000 Fort George G. Meade
The federal funding will enable Shock Trauma to construct a new facility with five training
rooms to simulate challenging trauma cases likely to be encountered in both military and
civilian settings, such as a mass casualty scenario or evacuation. The facility will serve as
a training resource for military and civilians, including Air Force medical personnel who
rotate through Shock Trauma before being deployed to Iraq and Afghanistan. It will also
be used to create online medical training programs.
Ruppersberger (D-MD-2nd) 2011 Shock Trauma National Training Center $3,000,000 Maryland Shock Trauma Center
The federal funding will enable Shock Trauma to outfit five training rooms with technology
that simulates challenging trauma cases likely to be encountered in both military and
civilian settings, such as a mass casualty scenario or evacuation. The facility will serve as
a training resource for military and civilians, including Air Force medical personnel who
rotate through Shock Trauma before being deployed to Iraq and Afghanistan. It will also
Shock Trauma Center/National Traumatic Injury
be used to create online medical training programs.
Ruppersberger (D-MD-2nd) 2011 Simulation Training Center $3,000,000 University of Maryland Medical Center
The federal funding will increase the capacity of the intersection of Rockenbach Road and
Cooper Avenue to accommodate a significant influx of traffic due to the Base
Realignment and Closure (BRAC) decision that will bring more than 15,000 new
employees to Fort Meade. The project includes a new crosswalk and pavement markings
Fort Meade Access Control Point and Facility - as well as "phased-in" turn lanes for motorists' protection. The project will create jobs in
Ruppersberger (D-MD-2nd) 2011 Rockenbach Road $10,200,000 the transportation sector. Fort George G. Meade
The federal funding will pay for a new aircraft maintenance complex to complete the
base's mission. The base's current aircraft maintenance facilities are crowded, antiquated
and poorly configured. Maintenance shops are too small or nonexistent. The Base
Realignment and Closure (BRAC) decision has assigned the base to store and maintain
four weapons aircraft (C-27s), which will exacerbate the crowded conditions. If the project
is not funded, non-maintenance functions may have to be done outdoors during
inclement weather, posing a safety risk.
Ruppersberger (D-MD-2nd) 2011 C-27 Beddown Aircraft Maintenance Complex $12,400,000 Maryland Army National Guard
Member FY Project Amount Description Recipient
The federal funding will pay for a new firing range that will provide the soldiers in the
Army's Asymmetric Warfare Group with a realistic and challenging training facility they
can use securely in all weather. No training facility of this type currently exists at Fort
Meade. The range will also help soldiers test night vision goggles prior to deployment.
The Asymmetric Warfare Group conducts operations and develops strategies to combat
unconventional warfare such as improvised explosive devices, "dirty bombs," suicide
bombers, biological weapons and infrastructure attacks.
Ruppersberger (D-MD-2nd) 2011 Indoor Firing Range $7,600,000 Fort George G. Meade
The federal funding will pay for a new, more energy-efficient and secure supercomputer
facility that is large enough to handle technology upgrades. Analysis has shown that the
center, which plays a critical role in developing state-of-the-art weapons technology to
best equip our warfighters, will pay for itself in five years by avoiding additional "band aid
fixes" and expansions of the existing, aging buildings. Without a modern facility, Maryland
will lose many high-paying jobs.
Ruppersberger (D-MD-2nd) 2011 High Performance Supercomputing Center $28,000,000 Army Research Laboratory, Aberdeen Proving Ground
The federal funding will pay for continued research at the University of Maryland,
Baltimore, that could reduce radiation injuries among soldiers and civilians. The center is
studying organisms that have tolerances for radiation levels that humans cannot
withstand. A better understanding of how these organisms tolerate radiation will help
develop methods to protect against biothreats such as nuclear attacks or "dirty bombs." It
could also lead to better treatment for humans exposed to radiation, radiation-resistant
crops and livestock and improved radiation-based treatments for cancer and other
UMB - Security Solutions from Life in Extreme
diseases.
Ruppersberger (D-MD-2nd) 2011 Environments Center $2,000,000 University of Maryland, Baltimore
The federal funding will pay for critical infrastructure improvements at the intersection of
Mapes and O'Brien Roads Avenue to accommodate a significant influx of traffic due to
the Base Realignment and Closure (BRAC) decision that will bring more than 15,000 new
employees to Fort Meade. The intersection needs to be moved further inbound and
Fort Meade Access Control Point - Mapes Road & widened to minimize lines to the base checkpoint. The project will create jobs in the
Ruppersberger (D-MD-2nd) 2011 O'Brien Road $2,100,000 transportation sector. Fort George G. Meade
The federal funding will pay for critical infrastructure improvements at the intersection of
Mapes Road and Cooper Avenue to accommodate a significant influx of traffic due to the
Base Realignment and Closure (BRAC) decision that will bring more than 15,000 new
employees to Fort Meade. Improvements include an extension of Cooper Avenue, a new
deceleration lane and re-coordination of traffic signals. The project will create jobs in the
Fort Meade Access Control Point - Mapes Road &
transportation sector.
Ruppersberger (D-MD-2nd) 2011 Cooper Avenue $1,700,000 Fort George G. Meade
The federal funding will pay for new operational space for flight planning, scheduling, life
support, equipment, briefing areas and training, which do not currently exist. The Base
Realignment and Closure (BRAC) decision has assigned the base to store and maintain
four weapons aircraft (C-27s), which will exacerbate the crowded conditions.
Ruppersberger (D-MD-2nd) 2011 C-27 Beddown Squadron Operations Facility $7,900,000 Maryland Army National Guard
Member FY Project Amount Description Recipient
The federal funding will pay for state-of-the-art imaging equipment, called a magnet, that
will provide detailed images in less time, improving Kennedy Krieger's program for
patients with spinal cord injuries. Older technology used for brain injuries was not
applicable to the spinal cord because of its small size. The magnet will greatly advance
Advanced Restoration Therapies in Spinal Cord our understanding of diseases, disorders and injuries to the brain and spinal cord and
Ruppersberger (D-MD-2nd) 2011 Injuries $3,000,000 improve therapy. Kennedy Krieger Institute
The federal funding will pay for technology within 10 new, large operating suites that can
accommodate multiple surgical teams and new technology. Upon completion, Shock
Trauma and the University of Maryland Medical Center will have 31 modern operating
rooms just 20 minutes from the capital via Medevac - an important component to the
nation's homeland security strategy. In addition to improved patient care, this project will
advance a civilian-military training program at Shock Trauma with state-of-the-art tele-
Shock Trauma Center and Critical Care Medicine
medicine technology.
Ruppersberger (D-MD-2nd) 2011 Expansion/Operating Suites $4,000,000 University of Maryland Medical Center
The federal funding will pay for the construction of a new complex to house the Army's
Asymmetric Warfare Group, which conducts operations and develops strategies to
combat unconventional warfare. Asymmetric, or unconventional, warfare against the
United States includes improvised explosive devices, "dirty bombs," suicide bombers,
biological weapons and infrastructure attacks. The Army's Asymmetric Warfare Group
currently works out of temporary facilities that are too old and too small to accomplish the
Asymmetric Warfare Group mission.
Ruppersberger (D-MD-2nd) 2011 Asymmetric Warfare Complex $38,000,000 Fort George G. Meade
The federal funding will pay for the continued development of a new center that will serve
as a clearinghouse for cyber security research and technology development. The center
will address workforce issues by boosting the local cyber "farm team" and attract cyber
security professionals from across the country. It will also support more cyber-related
UM Center for Advanced Cyber Security Research companies in Maryland, helping to cement Maryland's growing reputation as the nation's
Ruppersberger (D-MD-2nd) 2011 and Technology Development $3,100,000 cyber capital. University of Maryland
The federal funding will pay for the first phase of a study that would test military
physicians' skills in simulated combat situations both pre- and post-deployment in an
effort to improve their battlefield medical skills. Eventually, the hospital hopes to develop
Harbor Hospital Military Medical Simulation and a mobile simulation and training center that could be deployed, allowing combat medics
Ruppersberger (D-MD-2nd) 2011 Training Initiative $2,500,000 to hone their skills in the battlefield. Harbor Hospital
The federal funding will pay for the testing of new technology that can detect both
airborne chemical and biological weapons before exposure levels become dangerous.
The system will eventually replace currently used detection technology that is out-of-date
Integrated Chemical and Biological Detection System and expensive to maintain. The existing system can only monitor for a small fraction of
Ruppersberger (D-MD-2nd) 2011 Technology Demonstration $3,000,000 threats. Battelle Memorial Institute
Member FY Project Amount Description Recipient
The federal funding will provide an upgrade to the Mapes Road gate that will include
vehicular gates, an access road, fencing, a proper guard shelter, lighting and a security
alarm system. Mapes Road is a primary entrance to Fort Meade from Maryland Route 32,
and traffic is growing exponentially due to the Base Realignment and Closure (BRAC)
decision that will bring more than 15,000 new employees to the base. Currently, the Army
reports that guards are protected by gunfire only by a makeshift defense of jersey
barriers, homemade nail strips and military vehicles positioned to shield them. The
arrangement causes significant traffic jams onto Maryland 32.
Ruppersberger (D-MD-2nd) 2011 Fort Meade Access Control Point - Mapes Road $8,700,000 Fort George G. Meade
The federal funding will provide upgrades to existing water, sanitary sewer, natural gas
and electrical systems and some new infrastructure, such as electrical substations, water
mains, storm water drainage and fencing. The current infrastructure on Fort Meade is
inadequate to support more than 15,000 employees that are relocating there as a result
of the Base Realignment and Closure (BRAC) decision. If this project is not funded, each
BRAC project will have to provide its own supporting infrastructure, substantially
Fort Meade Infrastructure Improvements - Mapes
increasing costs.
Ruppersberger (D-MD-2nd) 2011 Road South Section $3,550,000 Fort George G. Meade
The federal funding will renovate and expand the Armory, including an upgrade to locker
and shower facilities and sufficient parking. Two new Guard units are currently located at
the Dundalk Armory, which was built to accommodate just one. The National Guard
reports that soldiers - who live and train in the Armory prior to their deployment to Iraq -
are using quarters built for an all-male infantry, including the restrooms, dressing area
and showers. The crowded condition is limiting the Guard's ability to train soldiers on drill
Ruppersberger (D-MD-2nd) 2011 The Dundalk Armory $21,264,000 weekends. Maryland Army National Guard
Free Smart Textbooks of the Future: A Model Demonstration Project for Military Students
is a valuable use of taxpayer funds because it will provide one-time pilot funding to design
and develop six comprehensive core general education courses for military personnel
wherein all textbooks and collateral student learning and faculty teaching resources would
be provided free to military students and their spouses. This system will improve the
quality and consistency of general education courses offered to service members
worldwide. Equally important, it will expand access to quality course content at a lower
Sanchez, Loretta (D-CA- Free Smart Textbooks of the Future: A Model
cost for all students.
47th) 2011 Demonstration Project for Military Students $778,000 Coast Community College District
Member FY Project Amount Description Recipient
Heroes and Healthy Families-Mental Health Support for Active Duty Military Personnel is
a valuable use of taxpayer funds because this program will respond to the escalating
suicide rates and combat stress-related arrests of military personnel in Southern
California. The Family Violence Project and the leadership of the USMC Base Camp
Pendleton joined forces to create "Heroes and Healthy Families," a collaborative program
that trains active duty military personnel to recognize and respond to combat stress
disorder, suicide risk, substance addiction, risk-taking behaviors and family violence.
Expansion of the "Heroes and Healthy Families" will result in significantly increased
Sanchez, Loretta (D-CA- Heroes and Healthy Families-Mental Health Support mental health support for our service personnel and thus enhanced combat readiness.
47th) 2011 for Active Duty Military $1,500,000 The Family Violence Project
I-CAN! E-File Program is valuable use of taxpayer funds because it will provide service
members in California, Michigan, Montana, New York, Pennsylvania, and Washington
with a free tax-preparation internet program that would replace daunting and complex
Internal Revenue Service forms. For service members, this program will prepare and e-
file their federal return for earnings related to their active duty wages, as well as outside
employment if the service member is also employed locally. This program will be
especially beneficial for service members who are deployed out of their home state.
Service members and their families will also have access to online chat support for
Sanchez, Loretta (D-CA-
software assistance Monday-Saturday.
47th) 2011 I-CAN! E-File Program $200,000 Legal Aid Society of Orange County
Naval Sea Cadet Corps (NSCC) is valuable use of taxpayer funds because it focuses on
the development of youth ages 11-17, serving almost 9,000 Sea Cadets and adult
volunteers in 387 units country-wide. It promotes interest and skill in seamanship and
aviation and instills strong moral character in an anti-drug and anti-gang environment.
Summer training onboard Navy and Coast Guard ships and shore stations is a
challenging training ground for developing self-confidence and self-discipline, promotion
of high standards of conduct and performance and a sense of teamwork. Funds will be
utilized to "buy down" the out-of-pocket expenses for training to $125/week. NSCC instills
Sanchez, Loretta (D-CA- every Cadet with a sense of patriotism, courage and the foundation of personal honor.
47th) 2011 Naval Sea Cadet Corps $635,000 Naval Sea Cadet Corps
Photomedicine technology is a valuable use of taxpayer funds because it addresses
priority military medical problems, including treatment of drug resistant infections, light
activated repair of severed nerves and blood vessels, non-invasive critical care monitors
Sanchez, Loretta (D-CA- for hemorrhagic shock, eye injuries, early detection of TBI and other injuries that can
47th) 2011 Military Photomedicine $6,000,000 occur in the battlefield. Beckman Laser Institute and Medical Clinic, University of
The 100 Meter Indoor Small Arms Range is a valuable use of taxpayer funds because the
24-hour capable, small arms range in Southern California will support over 15,000 military
members within 30 miles of the Joint Forces Training Base who could take advantage of
this range. This range will greatly enhance the training opportunities for soldiers preparing
Sanchez, Loretta (D-CA- for both their federal and state missions, especially in support of the global war on
47th) 2011 100 Meter Indoor Small Arms Range $1,900,000 terrorism. California National Guard
Member FY Project Amount Description Recipient
The Future Logistics Immersive Training Environment (FLITE) is a valuable use of
taxpayer funds because it is a low cost savings complement to Combatant Command
(COCOM)-sponsored Joint Exercises which will provide realistic logistics training. This
robust 3D training capability is built upon a Defense Advanced Research Projects Agency
"Real World" platform and deployed in a resident and distributed web environment for
individual, unit, collective (uniform, civilian interagency, coalition) and Joint Task Force
training. Rapid fielding will benefit combatant commanders, service component combat
Sanchez, Loretta (D-CA- Future Logistics Immersive Training Environment
development, doctrine and training commands.
47th) 2011 (FLITE) $3,000,000 California State University Long Beach Foundation
The Mine Resistant Ambush Protected Vehicle Virtual Trainer (MRAP-VVT) is a valuable
use of taxpayer funds because it will allow California National Guard Soldiers the chance
to become familiar with MRAP vehicles prior to their combat deployments. At the present
Sanchez, Loretta (D-CA- Mine Resistant Ambush Protected Vehicle Virtual time there are no MRAP vehicles or Virtual Trainers in California to provide Soldiers with
47th) 2011 Trainer (MRAP-VVT) $6,000,000 training opportunities. California National Guard
The Ultra-High Efficiency, Zero-Pollutant-Emission Hybrid Fuel Cell/Gas Turbine (FC/GT)
Power Generation program is a valuable use of taxpayer funds because it supports the
development, optimization, and market transformation of ultra-high efficiency, zero-
pollutant-emission stationary hybrid fuel cell/gas turbine (FC/GT) technology for
distributed electric power generation. The FC/GT technology allows for a reduced carbon
footprint, reduced emission of criteria pollutants, fuel independence, and the capture and
Sanchez, Loretta (D-CA- Ultra-High Efficiency, Zero-Pollutant-Emission Hybrid
use of heat that would be otherwise exhausted in to the atmosphere.
47th) 2011 Fuel Cell/Gas Turbine (FC/GT) Power Generation $4,000,000 University of California, Irvine/National Fuel Cell Research
The US Air Force Academy Diversity Outreach program is a valuable use of taxpayer
funds because it will increase diversity outreach and recruiting efforts, in turn raising
Sanchez, Loretta (D-CA- awareness of the various education and career activities individuals can take advantage
47th) 2011 US Air Force Academy Diversity Outreach Program $2,064,000 of by joining the Air Force Academy. U.S. Air Force Academy
The funding would be used to research and develop biomarkers to detect diseases or
conditions in military personnel, including exposure to toxic substances and
environmental hazards. This is a good use of taxpayer dollars because it will improve the
monitoring, detection, and treatment of health conditions in military personnel that may be
caused by environmental exposures during service and deployment.
Smith, Adam (D-WA-9th) 2011 Epigenetic Disease Research $2,500,000 Washington State University
This funding will be used to develop the next generation of drugs to treat leishmaniasis.
This is a good use of taxpayer funds because military personnel continue to deploy to
areas that are threatened by parasitic diseases such as leishmaniasis, and a more
effective treatment is needed to protect our troops from this parasite.
Smith, Adam (D-WA-9th) 2011 Next Generation Leishmaniasis Drug Development $2,300,000 Seattle Biomedical Research Institute
This funding will be used to develop thermo-stable and dose sparing vaccines to be used
by military personnel and in countries where the Department of
Defense (DoD) is involved in humanitarian efforts. This is a good use of tax payer funds
because it will improve the DoD's ability to provide medical care to their own personnel,
and the populations to whom they provide humanitarian support, in challenging and
Smith, Adam (D-WA-9th) 2011 Vaccine Stabilization Initiative $3,200,000 unstable environments around the world. PATH
Member FY Project Amount Description Recipient
This funding will be used to operate a counter-drug training center, located at Camp
Murray, in Washington. This is a good use of tax payer funds because the training center
will better serve the Western states in battling organized crime, drug trafficking, and narco-
Smith, Adam (D-WA-9th) 2011 Western Regional Counter-Drug Training Center $2,000,000 terrorism. Washington State National Guard
This funding would be used to expand education and training of physicians at Madigan
Army Medical Center and around the Pacific Northwest using simulation and live
conferencing. This is a good use of tax payer funds because it will improve the ability of
medical personnel to train, learn new techniques, and participate in seminars around the
world while reducing travel expenses and lost productivity due to time away from duty
Smith, Adam (D-WA-9th) 2011 Advanced Medical Training and Technology Platform $3,000,000 stations. Seattle Science Foundation
This funding would be used to expand outreach to fill employment assistance gaps that
exist among federal, state and private sector programs for members of the National
Guard. The pilot will work with apprenticeship programs, trade associations, education
activities, government agencies and others to help Guard members acquire skills needed
to obtain a living-wage job after the conclusion of their service in the National Guard. This
is a good use of taxpayer funds because it will help members of the National Guard gain
Washington National Guard Employment
employment and successfully transition into civilian careers.
Smith, Adam (D-WA-9th) 2011 Enhancement Project $1,500,000 Washington State National Guard
This funding would be used to test the application of a new biomaterial aimed at saving
traumatized eyes and restoring sight after corneal injury, and replacing destroyed large
bone segments. This is a good use of taxpayer funds because the research has the
possibility of improving the quality of life for wounded military personnel and injured
Scleral Healing and Bone Repair with Sphere-
civilians who suffer trauma to the eyes or bones.
Smith, Adam (D-WA-9th) 2011 Templated Polymers $1,687,000 University of Washington
This project provides critical trauma training for military medical personnel at local civilian
hospitals. This is a good use of tax payer funds because it provides military physicians
with the necessary training to meet the current challenges faced abroad while at the
same time providing essential Level II trauma treatment for South King, Pierce, Kitsap,
Madigan Army Medical Center Trauma Assistance
and Thurston Counties and southwest Washington.
Smith, Adam (D-WA-9th) 2011 Program $2,500,000 Madigan Army Medical Center, MultiCare Health System,
Member FY Project Amount Description Recipient
The requested funding will be used for a three year program that will focus on developing
innovative nanomanufacturing processes for new materials that will serve as platforms for
enhanced systems for warfighter clothing and equipment, as well as vehicle structures.
Nanotechnology holds unprecedented promise in creating portable sensors that can
rapidly apprise soldiers of battlefield environmental conditions and monitor the structural
health of mechanical systems, such as bridges, aircraft, and body armor. This program is
developing a suite of multifunctional sensors with high sensitivity and selectivity that
ultimately will be integrated into single compact systems for the warfighter. This goal
requires addressing multiple issues, such as nanoscale fabrication methods for
preparation of the sensor substrate system comprised of detector arrays, functionalizing
the detectors for desired specificity; and optimizing response and reliability. The funding
would support existing jobs at the facility and may create an additional 20 jobs. Should
Nanomanufacturing of Integrated Smart Materials the funding be awarded, it would be executed through the Materials Application Branch of
Tsongas (D-MA-5th) 2011 Systems $4,000,000 the Army Research Laboratory. University of Massachusetts Lowell
The requested funding will be used to conduct materials and finite element simulations of
moldable ceramic composite materials. The purpose of this research is to achieve the
protection performance needed for higher caliber arms and more powerful IEDs in
moldable ceramic composites for vehicle protection. Finite element simulations of ballistic
response will be used to guide size, shape, and distribution of the ceramic nuggets, as
well as the tailoring of the ceramic nugget-polymer resin interface. Chemical and
mechanical modifications of the ceramic nugget surface to achieve the desired interface
characteristics (e.g., bond strength) will be studied and characterized using a combination
of mechanical testing and microscopy. Improvements in field repair (e.g., time and
quality) will also be developed through better understanding of the flow, wetting, and cure
Materials and Finite Element Simulations of Moldable kinetics of filled and unfilled polymer resin. Should the funding be awarded, it would be
Tsongas (D-MA-5th) 2011 Ceramic Composite Materials $2,225,000 executed through the Army Armament Research, Development and Engineering Center. University of Massachusetts Lowell
Recipient Address Recipient City State Zip Bill Notes
UOG Station Mangilao GU 96923 Defense
P.O. Box 2950 Hagatna GU 96932 Defense
2238 Woodcrest Drive Johnstown PA 15905 Defense
60 South Lincoln Street Washington PA 15301 Defense
250 University Avenue California PA 15419 Defense
Recipient Address Recipient City State Zip Bill Notes
117 Old Main University Park PA 16802 Defense
Indiana
1011 South Drive John Sutton Hall, Room 235 PA 15705 Defense
1155 University Blvd. SE Albuquerque NM 87116 Defense
1 University of New Mexico Albuquerque NM 87131 Defense
1 University of New Mexico Albuquerque NM 87131 Defense
Recipient Address Recipient City State Zip Bill Notes
223 James P. Brawley Dr., SW Atlanta GA 30314 Defense
250 14th St Atlanta GA 30332 Defense
P.O. Box 3965 Atlanta GA 30302 Defense
Recipient Address Recipient City State Zip Bill Notes
1011 Forrester Drive, SE Dawson GA 39842 Defense
830 Westview Drive, SW Atlanta GA 30314 Defense
239 Manchester Hall Winston-Salem NC 27109 Defense
Recipient Address Recipient City State Zip Bill Notes
455 Ramsey Street Fayetteville NC 28301 Defense
9201 University City Blvd Charlotte NC 28223 Defense
Recipient Address Recipient City State Zip Bill Notes
4105 Reedy Creek Rd Raleigh NC 27607 Defense
9201 University City Boulevard Charlotte NC 28223 Defense
4105 Reedy Creek Rd Raleigh NC 27607 Defense
Recipient Address Recipient City State Zip Bill Notes
1200 Murchison Road Fayetteville NC 28301 Defense
ASU Box 32002 Boone NC 28608 Defense
5400 Ramsey Street Fayetteville NC 28311 Defense
Recipient Address Recipient City State Zip Bill Notes
16701 Airport Rd. Maxton NC 28364 Defense
5 East 86th Street New York NY 10028 Defense
Campus Box 7214 Raleigh NC 27695 Defense
Recipient Address Recipient City State Zip Bill Notes
4105 Reedy Creek Rd Raleigh NC 27607 Defense
1200 Murchison Road Fayetteville NC 28301 Defense
17 Danielle Avenue Westerly RI 2891 Defense
35 Campus Avenue Kingston RI 2881 Defense
Recipient Address Recipient City State Zip Bill Notes
Sparkman Center Building 5308Redstone Arsenal AL 35898 Defense
315 Iron Horse Way, Suite 101 Providence RI 2908 Defense
5 East 86th Street New York NY 10028 Defense
1 Olympic Plaza Colorado Springs CO 80909 Defense
Recipient Address Recipient City State Zip Bill Notes
35 Campus Avenue Kingston RI 2881 Defense
35 Campus Avenue Kingston RI 2881 Defense
Camp Murray Building 104 Tacoma WA Defense
Camp Murray Building 104 Tacoma WA Defense
Recipient Address Recipient City State Zip Bill Notes
5400 Ramsey Street Fayetteville NC 28311 Defense
Fayetteville NC Defense
455 Ramsey Street Fayetteville NC 28301 Defense
3175
225 Sitterson Hall, Campus BoxChapel Hill NC 27599 Defense
Recipient Address Recipient City State Zip Bill Notes
Raleigh NC Defense
400 Airport Road Fayetteville NC 28306 Defense
16701 Airport Rd Maxton NC 28364 Defense
120 Washington Street Watertown 13601 Defense
Recipient Address Recipient City State Zip Bill Notes
8 Clarkson Avenue Potsdam NY 13699 Defense
154 Algonquin Ave Saranac Lake NY 12983 Defense
7502 Round Pond Road North Syracuse NY 13212 Defense
8 Clarkson Avenue Potsdam 13699 Defense
Recipient Address Recipient City State Zip Bill Notes
Fort Meade
Building 4550 Parade Field Lane MD 20755 Defense
22 South Green Street Baltimore MD 21201 Defense
22 South Greene Street Baltimore MD 21201 Defense
Fort Meade
Building 4550 Parade Field Lane MD 20755 Defense
Baltimore
5th Regiment Armory, 29th Division Street MD 21221 Defense
Recipient Address Recipient City State Zip Bill Notes
Fort Meade
Building 4550 Parade Field Lane MD 20755 Defense
Aberdeen Proving Ground Aberdeen MD 21010 Defense
Baltimore
Davidge Hall, 515 West Lombard Street MD 21201 Defense
Fort Meade
Building 4550 Parade Field Lane MD 20755 Defense
F
Building 4550, Parade Field Laneort Meade MD 20755 Defense
Baltimore
5th Regiment Armory, 29th Division Street MD 21221 Defense
Recipient Address Recipient City State Zip Bill Notes
707 North Broadway Baltimore MD 21205 Defense
22 S. Greene Street Baltimore MD 21201 Defense
Fort Meade
Building 4550 Parade Field Lane MD 20755 Defense
College Park
University of Maryland, Main Administration Building MD 20742 Defense
3001 South Hanover Street Baltimore MD 21225 Defense
1200 Technology Drive Aberdeen MD 21001 Defense
Recipient Address Recipient City State Zip Bill Notes
Fort Meade
Building 4550 Parade Field Lane MD 20755 Defense
Fort Meade
Building 4550 Parade Field Lane, Room 120 MD 20755 Defense
2101 North Point Boulevard Dundalk MD 21222 Defense
11460 Warner Avenue Fountain Valley CA 92708 Defense
Recipient Address Recipient City State Zip Bill Notes
1615 E. 17th Street Santa Ana CA 92705 Defense
2101 North Tustin Avenue Santa Ana CA 92705 Defense
2300 Wilson Blvd Arlington VA 22201 Defense
1002 Health Science Road EastIrvine CA 92612 Defense
15, Alamitos CA
4522 Saratoga Avenue Building Los Joint Forces Training Base 90720 Defense
Recipient Address Recipient City State Zip Bill Notes
Long
6300 State University Drive Suite 220 Beach CA 90815 Defense
9800 Goethe Ave Box 42 Sacramento CA 95827 Defense
Building 323, Room 21 Irvine CA 92697 Defense
2304 Cadet Drive USAF Academy CO 80840 Defense
Pullman
220 French Administration Building WA 99164 Defense
307 Westlake Avenue North Seattle WA 98109 Defense
1455 NW Leary Way Seattle WA 98107 Defense
Recipient Address Recipient City State Zip Bill Notes
Tacoma WA 98430 Defense
550 17th Avenue #600 Seattle WA 98122 Defense
Camp Murray WA 98430 Defense
Seattle
N330J William H. Foege Building, Box 355061 WA 98195 Defense
315 Martin Luther King, Jr. WayTacoma WA 98415 Defense
Recipient Address Recipient City State Zip Bill Notes
Two Solomon Way Lowell MA 1854 Defense
Two Solomon Way Lowell MA 1854 Defense
Budget
House Amt. Senate Amt. Final Amt.
Request
$1,000,000 $800,000
$3,000,000 $2,400,000
$1,000,000 $800,000
$1,300,000 $1,040,000
$1,600,000
$2,000,000 $1,600,000
$4,500,000 $3,600,000
$3,800,000 $3,000,000 $3,040,000
$3,000,000 $2,400,000
$2,500,000 $2,000,000
$4,000,000 $3,200,000
$1,500,000 $1,200,000
$2,000,000 $1,600,000
$2,000,000 $1,600,000
$2,000,000 $1,600,000
$5,000,000 $5,000,000
$7,500,000 $6,000,000
$4,000,000 $3,200,000
$1,000,000 $800,000
$500,000 $500,000
$2,000,000 $1,600,000
$1,000,000 $800,000
$2,500,000 $2,000,000
$3,000,000 $2,400,000
$3,000,000 $2,400,000
$1,500,000 $1,200,000
$1,000,000 $800,000
$2,250,000 $1,800,000
$800,000
$1,000,000 $800,000
$4,500,000 $3,600,000
$4,000,000 $5,000,000 $4,000,000
$4,000,000 $6,000,000 $4,800,000
$5,500,000 $4,400,000
$3,000,000 $2,000,000 $2,400,000
$800,000
$2,000,000 $1,600,000
$2,000,000 $1,600,000
$2,500,000 $2,000,000
$5,000,000 $4,000,000
$3,000,000 $2,400,000
$800,000 $800,000
$2,900,000 $2,320,000
$2,000,000 $1,600,000
$1,500,000 $1,200,000
$2,500,000 $2,000,000
$2,000,000 $1,600,000
$2,000,000 $1,600,000
$3,100,000 $2,480,000
$2,400,000 $1,920,000
$3,000,000 $2,400,000
$2,000,000 $2,000,000 $2,000,000
$3,000,000 $2,400,000
$1,000,000 $800,000
$1,500,000 $1,200,000
$1,000,000 $800,000
$1,500,000 $1,500,000 $1,500,000
$4,500,000 $3,600,000
$4,000,000 $4,000,000
$500,000 $500,000
$3,000,000 $2,400,000
$2,000,000 $1,600,000
$2,400,000 $1,920,000
$3,000,000 $2,400,000
$2,500,000 $2,000,000
$4,000,000 $3,200,000
$900,000 $720,000
$2,000,000 $1,600,000
$4,000,000 $4,000,000
$2,000,000 $1,600,000
$2,000,000 $1,600,000
$3,000,000 $2,400,000
$6,000,000 $12,000,000 $9,600,000
$1,000,000 $1,000,000
$2,000,000 $1,600,000
$2,500,000 $2,000,000
$3,000,000 $2,400,000
$1,000,000 $800,000
$3,000,000 $2,400,000
$2,500,000 $2,000,000 $2,000,000
$2,000,000 $1,600,000
$2,000,000 $1,600,000
$2,000,000 $1,600,000
$2,500,000 $2,000,000
$1,500,000 $1,200,000
$300,000 $300,000
$1,000,000 $800,000
$1,000,000 $800,000
$1,700,000 $1,360,000
$1,000,000 $800,000
$1,200,000 $960,000
$800,000
$2,800,000 $2,800,000
$2,000,000 $1,600,000
$2,500,000 $2,000,000
$1,000,000 $800,000
$10,000,000 $8,000,000
$2,000,000 $1,600,000
$3,000,000 $2,400,000
$2,000,000 $1,600,000
$2,000,000 $1,600,000
$1,500,000 $1,200,000
$2,000,000 $1,600,000
$2,000,000 $1,600,000
$1,000,000 $800,000
$1,000,000 $1,000,000
$1,000,000 $800,000
$2,000,000 $1,600,000
$2,000,000 $1,600,000
$2,500,000 $2,000,000
$1,000,000 $800,000
$1,800,000 $1,440,000
$4,000,000 $3,200,000
$2,000,000 $1,600,000
$2,000,000 $4,000,000 $4,000,000
$3,500,000 $2,400,000
$6,500,000 $5,200,000
$2,000,000 $1,600,000
$1,000,000 $1,000,000
$2,000,000 $1,600,000
$2,700,000 $2,160,000
$2,000,000 $1,600,000
$2,000,000 $1,600,000
$2,500,000 $2,000,000
$3,000,000 $2,400,000
$2,500,000 $2,000,000
Description City/Location State Bill
Air Filtration Systems for National Guard Helicopters St. Charles MO Defense
Aircrew Body Armor and Load Carriage Vest System Fenton MO Defense
Backpack Medical Oxygen System (BMOS) St. Louis MO Defense
Heuristic Internet Protocol Packet Inspection Engine (HIPPIE) Chesterfield MO Defense
Hyper Spectral Sensor for Improved Force Protection Earth City MO Defense
Building a Unified Information Framework Camden NJ Defense
X-49A Envelope Expansion Modifications Essington PA Defense
Applied Communication and Information Networking NJ Defense
Senior Scout Communications Intelligence (COMINT) Capability Upgrade Camden NJ Defense
Non Traditional Ballistic fiber and Fabric Weaving Application for Force
Cologne PA Defense
Protection
Distributed Mission Interoperability Toolkit (DMIT) NJ Defense
Autonomous Sustainment Cargo Container Germantown MD Defense
Hybrid Electric Heavy Truck Vehicle Hagerstown MD Defense
Multiple UAS Cooperative Concentrated Observation and Engagement
Germantown MD Defense
Against a Common Ground Objective
Next Generation Shipboard Integrated Power-Fuel Efficiency and Advanced
Arlington VA Defense
Capability Enhancer
Chemical and Biological Protective Shelter Edgewood MD Defense
Precision Guidance Kit Technology Development Rocket Center WV Defense
Intelligent Explosives Detection Annapolis Junction MD Defense
Automated Sample Preparation for Biological Detection MD; NY Defense
Brown Tree Snake Program HI Defense
Women In Military Service for America Memorial Washington DC Defense
Cluster Bomb Unit and Combined Effects Munitions Demilitarization Hawthorne NV Defense
Comprehensive and Integrated Procedures for Risk Assessment and
Philadelphia PA Defense
Resource Allocation
Drive System Composite Structural Component Risk Reduction Program Chester PA Defense
Enhancing Military Ophthalmic Education and Overcoming Urban Healthcare
Philadelphia PA Defense
Disparities with Telemedicine
Maintenance Planning and Assessment Technology Insertion Philadelphia PA Defense
Telepharmacy Robotic Medicine Device Unit Altoona PA Defense
Battlefield Related Injury Translational Research Strategies Tampa FL Defense
MacDill Air Force Base Online Technology Program Seattle WA Defense
Near Infrared Spectroscopy Military Personnel Assessment Tampa FL Defense
Continuous Active Sonar for Torpedo DCL Systems Mystic CT Defense
Advanced Affordable Turbine Engine Program AZ; CT Defense
Common Command and Control System Module CT; RI Defense
Future Dry Deck Shelter CT; RI Defense
Projectile Unmanned Aerial Systems West Hartford CT Defense
Army/Joint STARS Surveillance and Control Data Link Technology Refresh San Diego CA Defense
Autonomous Machine Vision for Mapping and Investigation of Remote Sites San Diego CA Defense
Critical Language Training San Diego CA Defense
Center for Commercialization of Advanced Technology San Diego CA Defense
Nuclear Enterprise Surety Tracking Shreveport LA Defense
Reconstitute of B-52 Nuclear Capability Study Shreveport LA Defense
Modeling and Simulation Standards Study Norfolk VA Defense
Tidewater Full Scale Exercise VA Defense
Silver Fox and Manta Unmanned Aerial Systems AZ Defense
Air Education and Training Command Range Improvements at the Barry M.
AZ Defense
Goldwater Range
Asymmetric Threat Response and Analysis Project Tucson AZ Defense
High Temperature Radar Dome Materials Tucson AZ Defense
Advanced Deformable Mirrors for High Energy Laser Weapons Albuquerque NM Defense
Advanced Modular Avionics for Operationally Responsive Satellite Use Albuquerque NM Defense
University Strategic Partnership Albuquerque NM Defense
Brownout Situational Awareness Sensor CA; MA Defense
Combat Medic Trainer CA; PA Defense
US Navy Cancer Vaccine Program CA; LA Defense
Canned Lube Pumps LHD-1 Class Monroe NC Defense
Flame Resistant High Performance Apparel Candor NC Defense
Fort Bragg Range 74 Combined Arms Collective Training Facility Fort Bragg NC Defense
UH-60 Transmission/Gearbox Galvanic Corrosion Reduction Fort Bragg NC Defense
Lightweight Tactical Utility Vehicles Washington DC Defense
Vehicle and Dismount Exploitation Radar (VADER) Linthicum MD Defense
Independent Advisory Group to Review Ballistic Missile Defense Training
Schriever Air Force Base CO Defense
Needs
Lighter-than-Air Stratospheric Unmanned Aerial Vehicle for Persistent
Patuxent River MD Defense
Communications Relay and Surveillance
Wright-Patterson Air
Unmanned Sense, Track, and Avoid Radar OH Defense
Force Base
ACES 5 Ejection Seat Defense
CO; CT; MS; UT
SupportNet for Frontline Providers Colorado Springs CO Defense
Advanced Ground EW and Signals Intelligence System Everett WA Defense
Low Cost Military Global Positioning System (GPS) Receiver IA Defense
Epidemiologic Health Survey Iowa City IA Defense
Next Generation Manufacturing Technologies Initiative Iowa City IA Defense
Advanced Steam Turbine NY Defense
Acid Alkaline Direct Methanol Fuel Cell Fayetteville NC Defense
IP over Power Line Carrier Network Integration with ICAS Wilmington NC Defense
Advanced Vehicle Propulsion Center Redlands CA Defense
B-2 Advanced Tactical Data Link Los Angeles CA Defense
George AFB (New and Existing Infrastructure Improvements) Victorville CA Defense
Miniature Divert and Altitude Controls System Thruster UNK Defense
Eglin AFB Range Operations Control Center FL Defense
Gulf Range Mobile Instrumentation Capability Manassas VA Defense
Intelligence Broadcast Receiver for AFSOC MC-130 Fort Walton Beach FL Defense
Joint Gulf Range Complex Test and Training Fort Walton Beach FL Defense
Automated Fiber Optic Manufacturing Initiative for Navy Ships MA; VA Defense
Advanced Composite Manufacturing for Composite High-Speed Boat Design Portland ME Defense
Fuel Efficient, High Specific Power Free Piston Engine for USSVs Sanford ME Defense
Maine Center for Toxicology and Environmental Health, Toxic Particles
ME Defense
Research and Equipment
Ripsaw Unmanned Ground Vehicle (UGV) Weaponization North Berwick ME Defense
Small Craft Threat Identification Program Brunswick ME Defense
Castner Range Conservation Conveyance Study El Paso TX Defense
Center for Defense Systems Research El Paso TX Defense
Demonstration of Thin Film Solar Modules as a Renewable Energy Source Boca Raton FL Defense
Fort Bliss Data Center Fort Bliss TX Defense
Operational/Technical Training Validation for Joint Maneuver Forces at Fort
El Paso TX Defense
Bliss
MOTS All Sky Imager San Diego CA Defense
Life Support for Trauma and Transport Signal Hill CA Defense
Enhanced Military Vehicle Maintenance System Demonstration Project AL; OH Defense
M109A6 Paladin Arlington VA Defense
Novel Zinc Air Power Sources for Military Applications Auburn AL Defense
Spinel Transparent Armor Production Technology MD Defense
Initiative to Advance Adaptive Petascale Supercomputing Oak Ridge TN Defense
Advanced Nanocomposite Materials for Lightweight Integrated Armor
Youngstown OH Defense
Systems
ARL 3D Model-Based Inspection and Scanning Youngstown OH Defense
Counter Threat Finance-Global Youngstown OH Defense
Center for Education and Research on Corrosion and Materials Performance Akron OH Defense
Intensive Quenching for Advanced Weapon Systems NY; OH Defense
Distributed Network Switching and Security Santa Ana CA Defense
End to End Semi Fab Alpha Tool San Juan Capistrano CA Defense
ALC Logistics Integration Environment Altoona PA Defense
Cadmium Emissions Reduction-Letterkenny Army Depot PA Defense
Defense Support for Civil Authorities for Key Resource Protection Ebensburg PA Defense
Nurse Education Center of Excellence for Remote and Medically Underserved
Loretto PA Defense
Populations
Rural Health Center of Excellence for Remote and Medically Underserved
Loretto PA Defense
Populations
Voice Recognition and Cross Platform Speech Interface System Bedford PA Defense
Corrosion Detection and Visualization Program Kent WA Defense
Portable Device for Latent Fingerprint Identification Tacoma WA Defense
Advanced Materials and Process for Armament Structures (AMPAS) Elyria OH Defense
Affordable Robust Mid-Sized Unmanned Ground Vehicle Tyngsboro MA Defense
Nanomanufacturing of Multifunctional Sensors Lowell MA Defense
Special Operations High Performance In-Line Sniper Scope North Billerica MA Defense
Advanced Technical Intelligence Center (ATIC) Beavercreek OH Defense
Integrated Engine Starter/Generator UNK Defense
Open Source Research Centers OH Defense
Production of Nanocomposites for Aerospace Applications OH Defense
Controlled Humidity Protection for McEntire Joint National Guard Base
Columbia SC Defense
(SCANG Facilities)
Human Organ and Tissue Preservation Technology Columbia SC Defense
Next Generation High Strength Glass Fibers for Ballistic Armor Applications Aiken SC Defense
Special Operations Forces Combat Assault Rifle Columbia SC Defense
Vanadium Technology Program Charleston SC Defense
SSBN(X) Systems Development Arlington VA Defense
Project
Senate
Heading House Requesting
Bill Section Bill Subsection House Party House State Requesting
(Defense Member(s)
Member(s)
Bill Only)
Aircraft Procurement Army Akin R MO Bond
Other Procurement Air Force Akin R MO Bond
Research, Development,
Air Force Akin R MO Bond
Test & Evaluation
Research, Development,
Army Akin R MO Bond
Test & Evaluation
Research, Development,
Army Akin R MO
Test & Evaluation
Research, Development,
Army Andrews D NJ Lautenberg; Menendez
Test & Evaluation
Andrews; Brady, Robert;
Research, Development,
Navy Castle; Higgins; Larson; NJ; D; DE; Schumer
D; D; R; D; D;PA; D NY; CT; PA; NY
Test & Evaluation
Sestak; Slaughter
Research, Development,
Army Andrews; LoBiondo D; R NJ; NJ Lautenberg; Menendez
Test & Evaluation
Research, Development,
Air Force Andrews; LoBiondo D; R NJ; NJ
Test & Evaluation
Research, Development,
Navy Andrews; LoBiondo; Rothman D; R; D NJ; NJ; NJ Lautenberg; Menendez
Test & Evaluation
Research, Development,
Air Force Andrews; LoBiondo; Sestak D; R; D NJ; NJ; PA
Test & Evaluation
Research, Development,
Army Bartlett R MD
Test & Evaluation
Research, Development,
Army Bartlett R MD Cardin
Test & Evaluation
Research, Development,
Air Force Bartlett R MD
Test & Evaluation
Research, Development,
Navy Bartlett R MD
Test & Evaluation
Bartlett; Kratovil;
Procurement Defense-Wide R; D; D MD; MD; MD Mikulski
Ruppersberger
Research, Development,
Army Bartlett; Mollohan R; D MD; WV Inhofe
Test & Evaluation
Research, Development, Bartlett; Ruppersberger;
Defense-Wide R; D; D MD; MD; MD Cardin
Test & Evaluation Sarbanes
Research, Development,
Defense-Wide Bartlett; Slaughter R; D MD; NY Gillibrand; Schumer
Test & Evaluation
Operations &
Navy Bordallo D GU
Maintenance
Bordallo; Granger;
General Provisions D; R; D; D GU; TX; CA; IL
Richardson; Schakowsky
Research, Development,
Army Brady, Robert D PA Reid
Test & Evaluation
Research, Development,
Defense-Wide Brady, Robert D PA
Test & Evaluation
Research, Development,
Army Brady, Robert D PA Casey; Specter
Test & Evaluation
Research, Development,
Army Brady, Robert D PA
Test & Evaluation
Research, Development,
Navy Brady, Robert D PA
Test & Evaluation
Research, Development,
Army Brady, Robert D PA Casey; Specter
Test & Evaluation
Research, Development,
Army Castor D FL
Test & Evaluation
Operations &
Air Force Castor D FL
Maintenance
Research, Development,
Army Castor D FL Nelson, Bill
Test & Evaluation
Research, Development,
Navy Courtney D CT Dodd; Lieberman
Test & Evaluation
Research, Development, Courtney; DeLauro; Larson;
Army D; D; D; D CT; CT; CT; AZDodd; Lieberman
Test & Evaluation Pastor
Research, Development, Courtney; Kennedy, Patrick;
Navy D; D; D CT; RI; RI Dodd; Lieberman; Reed
Test & Evaluation Langevin
Research, Development, Courtney; Kennedy, Patrick;
Defense-Wide D; D; D CT; RI; RI Dodd; Lieberman; Reed
Test & Evaluation Langevin
Research, Development,
Army Courtney; Larson D; D CT; CT Dodd; Lieberman
Test & Evaluation
Research, Development,
Army Davis, Susan D CA
Test & Evaluation
Research, Development,
Defense-Wide Davis, Susan D CA
Test & Evaluation
Operations &
Defense-Wide Davis, Susan D CA
Maintenance
Research, Development,
Navy Davis, Susan; Lewis, Jerry D; R CA; CA
Test & Evaluation
Research, Development,
Air Force Fleming R LA
Test & Evaluation
Research, Development,
Air Force Fleming R LA
Test & Evaluation
Research, Development,
Defense-Wide Forbes R VA
Test & Evaluation
Research, Development,
Defense-Wide Forbes R VA Warner, Mark; Webb
Test & Evaluation
Research, Development,
Army Franks R AZ
Test & Evaluation
Operations & Franks; Giffords; Grijalva;
Air Force R; D; D; D AZ; AZ; AZ; AZ
Maintenance Pastor
Research, Development,
Army Giffords D AZ
Test & Evaluation
Research, Development,
Navy Giffords D AZ
Test & Evaluation
Research, Development,
Air Force Heinrich D NM Bingaman; Udall, Tom
Test & Evaluation
Research, Development,
Air Force Heinrich D NM Bingaman; Udall, Tom
Test & Evaluation
Research, Development,
Defense-Wide Heinrich D NM Bingaman; Udall, Tom
Test & Evaluation
Research, Development,
Army Hunter; Olver R; D CA; MA
Test & Evaluation
Research, Development,
Army Hunter; Schwartz R; D CA; PA Casey; Specter
Test & Evaluation
Research, Development,
Navy Jones, Walter; Miller, Gary R; R NC; CA Landrieu
Test & Evaluation
Other Procurement Navy Kissell D NC Burr
Operations &
Marine Corps Kissell D NC Burr; Hagan
Maintenance
Other Procurement Army Kissell D NC Hagan
Research, Development,
Army Kissell D NC Burr; Hagan
Test & Evaluation
Operations &
Army Kissell; Petri D; R NC; WI
Maintenance
Research, Development,
Defense-Wide Kratovil; Ruppersberger D; D MD; MD Cardin; Mikulski
Test & Evaluation
Research, Development,
Defense-Wide Lamborn R CO
Test & Evaluation
Research, Development,
Navy Lamborn R CO
Test & Evaluation
Research, Development,
Air Force Lamborn R CO
Test & Evaluation
Research, Development,
Air Force Lamborn; Pastor; Tauscher R; D; D CO; AZ; CA Bennett, Robert; Burr; Cochran;
Test & Evaluation
Research, Development, Lamborn; Perlmutter; Salazar,
Army R; D; D CO; CO; CO Udall, Mark
Test & Evaluation John
Research, Development,
Army Larsen; Smith, Adam D; D WA; WA Murray
Test & Evaluation
Defense Production Act Latham; Loebsack R; D IA; IA Grassley; Harkin
Defense Health Program Loebsack D IA Grassley; Harkin
Research, Development,
Defense-Wide Loebsack D IA Grassley; Harkin
Test & Evaluation
Research, Development,
Navy Massa; Olver; Tsongas D; D; D NY; MA; MA Kerry; Kirk; Schumer
Test & Evaluation
Research, Development,
Army McIntyre D NC Hagan
Test & Evaluation
Research, Development,
Navy McIntyre D NC
Test & Evaluation
Research, Development,
Air Force McKeon R CA
Test & Evaluation
Research, Development,
Air Force McKeon R CA Feinstein
Test & Evaluation
Operations &
Defense-Wide McKeon R CA
Maintenance
Research, Development,
Defense-Wide McKeon R CA
Test & Evaluation
Research, Development,
Air Force Miller, Jeff R FL
Test & Evaluation
Research, Development,
Defense-Wide Miller, Jeff R FL
Test & Evaluation
Procurement Defense-Wide Miller, Jeff R FL
Research, Development,
Defense-Wide Miller, Jeff R FL
Test & Evaluation
Research, Development,
Navy Nye; Tsongas D; D VA; MA Kerry; Kirk; Warner, Mark; Webb
Test & Evaluation
Research, Development,
Navy Pingree D ME Collins; Snowe
Test & Evaluation
Research, Development,
Navy Pingree D ME Collins; Snowe
Test & Evaluation
Research, Development,
Army Pingree D ME
Test & Evaluation
Research, Development,
Army Pingree D ME Collins; Snowe
Test & Evaluation
Research, Development,
Defense-Wide Pingree D ME Collins; Snowe
Test & Evaluation
Operations &
Defense-Wide Reyes D TX
Maintenance
Research, Development,
Army Reyes D TX
Test & Evaluation
Research, Development,
Army Reyes D TX
Test & Evaluation
Operations &
Army Reyes D TX
Maintenance
Operations &
Army Reyes D TX
Maintenance
Research, Development,
Army Reyes; Rodriguez D; D TX; TX
Test & Evaluation
Other Procurement Army Reyes; Sanchez, Loretta D; D TX; CA
Research, Development,
Army Rogers, Michael (AL) R AL Sessions, Jeff; Shelby
Test & Evaluation
Research, Development,
Army Rogers, Michael (AL) R AL
Test & Evaluation
Research, Development,
Army Rogers, Michael (AL) R AL
Test & Evaluation
Research, Development,
Army Ruppersberger D MD Cardin; Mikulski
Test & Evaluation
Research, Development,
Defense-Wide Ruppersberger; Wu D; D MD; OR Alexander, Lamar; Corker
Test & Evaluation
Research, Development,
Army Ryan, Tim D OH
Test & Evaluation
Research, Development,
Army Ryan, Tim D OH
Test & Evaluation
Operations &
Defense-Wide Ryan, Tim D OH
Maintenance
Research, Development,
Defense-Wide Ryan, Tim; Sutton D; D OH; OH Brown, Sherrod
Test & Evaluation
Research, Development,
Army Ryan, Tim; Sutton; Tonko D; D; D OH; OH; NY Schumer; Stabenow
Test & Evaluation
Research, Development,
Defense-Wide Sanchez, Loretta D CA
Test & Evaluation
Research, Development,
Defense-Wide Sanchez, Loretta D CA
Test & Evaluation
Research, Development,
Air Force Shuster R PA
Test & Evaluation
Research, Development,
Army Shuster R PA
Test & Evaluation
Research, Development,
Army Shuster R PA
Test & Evaluation
Research, Development,
Army Shuster R PA
Test & Evaluation
Research, Development,
Army Shuster R PA Casey
Test & Evaluation
Research, Development,
Army Shuster R PA
Test & Evaluation
Research, Development,
Air Force Smith, Adam D WA Murray
Test & Evaluation
Research, Development,
Defense-Wide Smith, Adam D WA Murray
Test & Evaluation
Research, Development,
Army Sutton D OH Brown, Sherrod
Test & Evaluation
Research, Development,
Defense-Wide Tsongas D MA
Test & Evaluation
Research, Development,
Army Tsongas D MA Kerry; Kirk
Test & Evaluation
Procurement Defense-Wide Tsongas D MA Kerry; Kirk
Research, Development,
Air Force Turner R OH Brown, Sherrod; Voinovich
Test & Evaluation
Research, Development,
Air Force Turner R OH Brown, Sherrod; Voinovich
Test & Evaluation
Research, Development,
Air Force Turner R OH
Test & Evaluation
Research, Development,
Air Force Turner R OH
Test & Evaluation
Operations &
Air National Guard Wilson, Joe R SC Graham
Maintenance
Research, Development,
Army Wilson, Joe R SC
Test & Evaluation
Research, Development,
Army Wilson, Joe R SC Graham
Test & Evaluation
Procurement Defense-Wide Wilson, Joe R SC Graham
Research, Development,
Army Wilson, Joe R SC
Test & Evaluation
Research, Development,
Navy Wittman R VA
Test & Evaluation
Intended
Presidential
Senate Party Senate State Undisclosed Recipient or Notes
Earmarks
Location
R MO Aerospace Filtration Systems, Inc.
R MO Eagle Industries
R MO Essex Cryogenics
R MO TechGuard Security
Clean Earth Technologies
D; D NJ; NJ Drakontas, LLC
D NY Can't find this (Andrews, Larson's request list
Piasecki Aircraft Corporation earmark in Brady, Castle, Sestak); Calspan Corporation (Higgins, Slaug
D; D NJ; NJ Drexel University (Andrews, Lautenberg, Menendez); Drexel University with work to be performed at
L-3 Communications
D; D NJ; NJ Absecon Mills
Accenture National Security Services
AEPLOG, Inc.
D MD Volvo Powertrain of North America
Proxy Aviation
Northrop Grumman
D MD Smiths Detection
R OK Allegany Ballistic Lab (Bartlett); Alliant Tech Systems (Mollohan)
D MD Applied Signal Technology, Inc.
D; D NY; NY Akonni, Inc. (Bartlett); CUBRC (Slaughter)
USDA Wildlife Services
Women In Military Service For America Memorial Foundation
D NV Hawthorne Army Depot
Policy Research Institute, Center on Terrorism & Counter-Terrorism
D; D PA; PA V System Composites
Wills Eye Health System
Naval Surface Warfare Center, Carderock Detachment Philadelphia and Progeny Systems
D; D PA; PA INRange Systems, Inc.
USF Office of Research and Innovation
MacDill Airforce Base, Giant Campus
D FL University Community Hospital/Pepin Heart Hospital/Kiran Patel Institute at UCH
D; I CT; CT Alion Science and Technology, Inc
D; I CT; CT United Technologies Corporation (UTC) (Courtney); Pratt and Whitney (DeLauro, Larson); Honeywe
D; I; D CT; CT; RI General Dynamics Electric Boat (Dodd, Lieberman);Adaptive Methods (Reed)
D; I; D CT; CT; RI Electric Boat
D; I CT; CT University of Hartford
Cubic Defense Applications
Vision Robotics Corp
San Diego State University Research Foundation
Center for Commercialization of Advanced Technology
Barksdale AFB
Barksdale AFB
Old Dominion University Research Foundation
D; D VA; VA Office of Commonwealth Preparedness
Advanced Ceramics
Luke Air Force Base
University of Arizona
University of Arizona
D; D NM; NM MZA Associates Corp. and Active Optics Systems, LLC
D; D NM; NM Goodrich ISR Systems Albuquerque
D; D NM; NM University of New Mexico
TREX Enterprises
D; D PA; PA CHI Systems, Inc.
D LA OncBioMune, LLC (Jones, Walter); Naval Health Research Center (Miller)
R NC IMO Burr does not disclose the location of his requested earmarks
R; D NC; NC Longworth Industries (Marine Corps)
D NC General Dynamics/Ft. Bragg
R; D NC; NC United Protective Technologies
Fort Bragg (Kissell); Department of Defense (Petri)
D; D MD; MD Northrop Grumman Electronic Systems
MDIOC
Naval Air Systems Command (NAVAIR)
Air Force Research Lab, Air Vehicles Control Systems Development & Applications Branch,
UT; NC; MS; CT; UT; CT; MS
R; R; R; D; R; I; R Goodrich Corporation (Bennett, Hatch, Dodd, Cochran, Wicker, Burr); Goodrich Corporation, Pionee
D CO University of Colorado at Colorado Springs
D WA Agilent Technologies
R; D IA; IA Rockwell Collins
R; D IA; IA University of Iowa
R; D IA; IA University of Iowa
D; D; D MA; MA; NY Dresser-Rand (Schumer, Massa); DRS (Olver, Kirk, Tsongas)
D NC Fayetteville Works Plant
True Grid
UNK Earmark can't be found on McKeon's request list
D CA Earmark can't be found on McKeon's request list
Northrop Grumman
City of Victorville
UNK Earmark can't be found on McKeon's request list
Base
Eglin Air ForceJeff Miller doesn't disclose recipient or location in request material
Prologic Jeff Miller doesn't disclose recipient or location in request material
Jeff
DRS TechnologiesMiller doesn't disclose recipient or location in request material
Boeing Jeff Miller doesn't disclose recipient or location in request material
D; D; D; D MA; MA; VA; VA kSARIA (Kerry, Tsongas); Kitco Fiber Optics (Webb, Warner); PEO Aircraft Carriers PMS 378 (Nye)
R; R ME; ME Hodgdon Defense Composites, LLC
R; R ME; ME Applied Thermal Sciences
Maine Center for Toxicology and Environmental Health
R; R ME; ME Howe and Howe Technologies, Inc.
R; R ME; ME Technology Systems, Inc.
Frontera Land Alliance
University of Texas at El Paso
Florida Solar Energy
Fort Bliss
Digital Fusion Corporation
Trex Enterprises
Integrated Medical Systems
R; R AL; AL Auburn University; Frontier Technologies
BAE Systems
Electric Fuel Battery Corporation (Arotech Subsidiary)
D; D MD; MD Technology Assessment & Transfer, Inc.
R; R TN; TN National Security Agency / Oak Ridge National Lab
Youngstown State University
M7 Technologies, Inc.
Revere Data, LLC.
D OH The University of Akron
D; D NY; MI IQ Technologies Inc. (Ryan, Sutton); Watervliet Arsenal (Tonko)
Raptor Networks Technology, Inc.
Digibeam Corporation
IS2 Technologies, Inc.
Mountain Research, LLC
L. Robert Kimball & Associates
Saint Francis University
D PA Saint Francis University
Szanca Solutions, Inc.
D WA Quest Integrated
D WA Sagem Morpho
D OH American Engineering & Manufacturing, Inc
Black-I Robotics, Inc.
D; D MA; MA University of Massachusetts Lowell
D; D MA; MA FLIR Systems, Inc.
D; R OH; OH Advanced Technical Intelligence Center
D; R OH; OH GE Aviation Systems, Electrical Power
Radiance Technologies
NanoSperse, LLC
R SC South Carolina Air National Guard
Lifeblood Medical
R SC AGY Holding Corp
R SC FN Manufacturing, LLC
Advanced Technology Institute
Northrop Grumman Corporation
xel University with work to be performed at L-3 Communication, Communications Systems - East (LoBiondo)
hiladelphia and Progeny Systems
n Patel Institute at UCH
and Whitney (DeLauro, Larson); Honeywell Aerospace (Pastor); United Technologies Corporation--Pratt Whitney (Dodd, Lieberman)
tive Methods (Reed)
h Center (Miller)
equested earmarks
evelopment & Applications Branch,
icker, Burr); Goodrich Corporation, Pioneer Aerospace (Lieberman)
tion in request material
tion in request material
tion in request material
tion in request material
ner); PEO Aircraft Carriers PMS 378 (Nye)
Budget Request
Final Amount Description City/Location State
$2,000,000 Heuristic Internet Protocol Packet Inspection Engine (HIPPIE) Chesterfield MO
$1,600,000 Hyperspectral Sensor for Improved Force Protection (Hyper-IFP) St. Louis MO
$1,600,000 Out of Autoclave Composite Processing St. Louis MO
$2,500,000 High Power, Ultra-Lightweight Zinc-Air Battery Westlake; St. Albans OH; VT
$3,200,000 Mission Execution Technology Implementation St. Charles MO
$2,320,000 Precision Molding Manufacturing Technology for Infrared Aspheric Optics Barrington; Pennsburg NJ; PA
$3,200,000 Applied Communications and Information Networking (ACIN) Camden NJ
$2,400,000 Battlefield Anti-Intrusion System (BAIS) Camden NJ
Camden; King of
$1,600,000 Distributed Mission Interoperability Toolkit (DMIT) NJ; PA
Prussia
$3,200,000 Renewable Fuel Systems for Defense Applications Hoboken NJ
$3,600,000 Advanced Fuzing Technologies Edina MN
$2,400,000 Hybrid Electric (Heavy Truck) Vehicle Hagerstown MD
$2,400,000 Networked Dynamic Spectrum Access Investigation Enhanced MBITR Clarksburg MD
$3,000,000 Power Dense Integrated Power System for CG(X) Los Angeles CA
$800,000 Submarine Fatline Vector Sensor Towed Array Stonington; Millersville CT; MD
$800,000 Scalable Topside Array Radar Demonstrator Linthicum MD
$4,000,000 Joint Chemical Agent Detector Edgewood MD
$1,200,000 Solid-State DC Protection System Danbury; Milwaukee CT; WI
$1,600,000 Conversion of Municipal Solid Waste to Renewable Diesel Fuel Fairfield; Alexandria NJ; VA
$7,600,000 DDG 51 Permanent Magnet Hybrid Electric Propulsion System Danbury; Fitchburg CT; MA
$2,400,000 Auxiliary Power Unit (APU) for the Abrams M1/A2 Tank Elkridge MD
Multiple UAS Cooperative Concentrated Observation and Engagement
$4,400,000 Germantown MD
Against a Common Ground Objective
Brown Tree Snake Control and Invasive Species Management at
$400,000 Guam UST
Andersen Air Force Base, Guam
$2,400,000 Data Acquisition Reporting and Trending System (DARTS) Washington DC
$2,400,000 Drive System Composite Structural Component Risk Reduction Program Chester PA
National Center of Opthamology Training and Education at Wills Eye
$1,000,000 Philadelphia PA
Center
$800,000 Transit Visibility System Philadelphia PA
$1,400,000 Telepharmacy Remote Medicine Device Unit (TRMDU) Altoona PA
Center of Cardiac Surgery Robotic Computerized Telemanipulation
$1,600,000 Philadelphia PA
(Note: as part of a Comprehensive Approach to Advanced Heart Care)
$1,600,000 Mark 75 Maintenance Facility Support and Upgrade Washington; Lester DC; PA
$800,000 Range Scrap Disposal, Hawthorne Army Depot Hawthorne; Philadelphia NV; PA
$1,600,000 MacDill AFB Online Technology Program Seattle FL
Research to Improve Emotional Health and Quality of Life of
$2,400,000 Tampa FL
Servicemembers with Disabilities
$2,500,000 Health Informatics Initiative Tampa FL
$1,600,000 Multi-Band Multi-Mission Radio (MBMMR) FL
Rehabilitation and Assistive Technologies to Enhance the Life of
$800,000 Tampa FL
Individuals with Disabilities
$800,000 Interoperable Radios for Texas ARNG Disaster Response TX
$2,000,000 Joint Incident Scene Communication Capability TX
$2,480,000 Enhanced Holographic Imager Austin TX
$3,000,000 Compact Pulsed Power Initiative Lubbock TX
$1,600,000 Lithium Ion Domestic Materials Development Pawcatuck CT
$2,800,000 Automated Readiness Measurement System (ARMS) Waterford CT
$2,400,000 Helicopter Vulnerability Reduction East Hartford CT
$3,440,000 Integrated Ship and Motion Control Technology Mystic; Malta CT; NY
$1,600,000 Submarine Littoral Defense System RI
Groton; Middletown;
$3,200,000 Undersea Launched Missile Study CT; RI; VA
Arlington
Advanced Craft Technology Demonstrators to Quantify and Mitigate
$2,000,000 San Diego CA
Operator Injury
$1,600,000 Full Scale Impact and Blast Loading Laboratory Testing Program La Jolla CA
$800,000 Rotary Valve Pressure Swing Absorption Oxygen Generator San Diego CA
$1,600,000 Critical Language Training, SDSU San Diego CA
$2,500,000 Center for Commercialization of Advanced Technology CA
$1,200,000 Mission Critical Power System Reliability Surveys Raleigh; Cleveland NC; OH
$2,800,000 Man Overboard Identification (MOBI) System San Diego; Indianapolis CA; IN
$640,000 Modeling and Simulation Standards Development Suffolk VA
$1,600,000 Aerodynamic Wind Tunnel Upgrade Initiative Tucson AZ
$2,400,000 Asymmetric Threat Response and Analysis Program (ATRAP) Tucson AZ
$2,000,000 Silver Fox and Manta UAS Tucson AZ
$2,000,000 Advanced Restoration Therapies in Spinal Cord Injuries Baltimore MD
$1,600,000 ANG-Combat Communications on the Move San Diego CA
$1,600,000 Brownout Situational Awareness Sensor San Diego CA
$1,600,000 Communications Data Link System far Capital Ships San Diego CA
Connectory Expansion for Rapid Identification of Technology Sources for
$400,000 El Cajon CA
DoD
$800,000 High Performance Computing Capability San Diego CA
$800,000 Hybrid Sounding Rochet Propulsion Poway CA
$400,000 Infrared LED Free Space Optics Communications Advancement San Diego CA
Joint Integrated Systems Technology for Advanced Digital Networking
$800,000 El Cajon CA
CJIST-NET)
$800,000 Leishmania Skin Test San Diego CA
$2,400,000 Real-Time Hyperspectral Targeting Sensor San Diego CA
$1,600,000 Southwest Border Fence Sacramento CA
$800,000 System for Intelligent Task Assignment and Readiness (SITAR) San Diego CA
$1,600,000 Tactical E-Fleld Buoy Development San Diego CA
$2,400,000 US Navy Cancer Vaccine Program CA
$1,600,000 Optical Neural Techniques for Combat / Post-Trauma Healthcare Bothell WA
$1,600,000 Composite Structure Design Redstone Arsenal AL
$800,000 Deployable Space and Electronic Warfare Analysis Tools Colorado Springs CO
$800,000 Expeditionary 200 kW+ Alternative Power Generator Washington DC
$10,000,000 MDIOC Modeling and Simulation Schriever AFB CO
$1,600,000 Radiation Hardened Non-Volatile Memory Technology Colorado Springs CO
Colorado Springs;
$5,600,000 ACES 5 Ejection Seat CO; AZ
Phoenix
$4,000,000 Mobile Sensor Enhancement to BMD Sensors Network Portsmouth RI
Reduction of Weapon System Downtime Rapid Repair Structural
$2,400,000 Cranston RI
Adhesives
NAS Whidbey Island
$2,000,000 Joint Electronic Warfare Training and Tactics Development WA
Oak Harbor
Improved Corrosion Protection for Electromagnetic Aircraft Launch
$2,000,000 Aston PA
System (EMALS) for CVN-21 Class Carriers
$800,000 Epidemiologic Health Survey at the Iowa Army Ammunition Plant Iowa City IA
$3,200,000 Light-weight Tactical Utility Vehicles Cary; Horicon NC; WI
$2,800,000 Acid Alkaline Direct Methanol Fuel Cell Technology NC
$1,200,000 Advanced Vehicle Propulsion Center CA
$2,400,000 Ground Combat Systems Electronic Enhancements Santa Clarita CA
$1,600,000 Warrior Block 0 Sensor Upgrade San Diego CA
$800,000 Eglin AFB Range Operations Center (ROCC) Initiative Eglin AFB; Arlington FL; VA
$2,800,000 FPS-16 Radar Mobilization Upgrade Fort Walton Beach FL
$800,000 Gulf Range Mobile Instrumentation Capability Manassas VA
$1,200,000 Joint Gulf Range Complex Upgrade Fort Walton Beach FL
$4,400,000 Large Aircraft Infrared Countermeasures for AFSOC AC/MC-130 Aircraft Crestview FL
San Diego; Fort Walton
$2,000,000 Moving Target Strike CA; FL
Beach
$3,000,000 Defense Materials Technology Center Canton OH
$800,000 Corrosion Engineering Education Initiative Akron OH
$1,200,000 Biosurety Development and Management Program El Paso TX
Miniaturized Sensors for Small and Tactical Unmanned Aerial Vehicles
$1,200,000 El Paso TX
(MINISENS)
$2,400,000 Operational/Technical Training Validation Testbed El Paso TX
United States Army Sergeants Major Academy Lecture Center Audio-
$520,000 Fort Bliss TX
Visual expansion and upgrade
$2,400,000 Life Support for Trauma and Transport (LSTAT) Signal Hill CA
$1,200,000 Mobile Optical Tracking System (MOTS) All Sky Imager (MASI) San Diego; Honolulu CA; HI
Enhanced Military Vehicle Maintenance System Demonstration Project
$1,600,000 Beavercreek AL
with Anniston Army Depot and Auburn University
$2,000,000 Next Generation Tactical Environmental Clothing for AFSOC Alexander City AL
$1,600,000 Novel Zinc Air Power Sources for Military Applications Auburn AL
$3,200,000 Laser Collective Combat Advanced Training System Hanover MD
$800,000 Military Trauma Training Program Baltimore MD
$1,600,000 Mobile Diabetes Management Baltimore MD
$1,600,000 Feeding Tube for Battlefield Trauma Patients (Phase II) Youngstown OH
$3,000,000 Helmets to Hardhats Washington DC
$3,200,000 High Altitude Airship Akron OH
$1,600,000 Liquid Crystal Laser Eye Protection Kent OH
$3,720,000 Combat Skills Simulation Systems, Ohio Army National Guard Columbus OH
$1,600,000 Alternative Energy Fuel Cell Power Columbus OH
$1,600,000 Covert Robust Location Aware Wireless Network Anaheim CA
$2,000,000 Distributed Network Switching Santa Ana CA
$2,000,000 Force Protection Surveillance System Anaheim Hills CA
$2,800,000 Military Photomedicine Program Arlington VA
$1,600,000 Expeditionary Persistent Power (USSOCOM) Alum Bank PA
$800,000 Fire Support Technology Improvement Program Bedford PA
$800,000 Hospital Emergency Planning and Integration (HEPI) Ebensburg PA
$800,000 Maritime C4ISR System Alum Bank PA
Rural Health (CERMUSA) (Note: To serve remote and rural military
$2,400,000 Loretto PA
retiree populations)
$200,000 Madigan Army Medical Center Digital Pen Seattle WA
$2,000,000 Stryker Situation Awareness Soldier Protection Package MA
$2,800,000 Advance Casting and Coating Technologies for Aircraft Canopies Barberton OH
$960,000 Intensive Quenching for Advanced Weapon Systems Akron OH
$1,600,000 Integrated Vehicle Health Monitoring System Littleton MA
$1,600,000 Torpedo Composite Homing Array Littleton MA
$1,600,000 Integrated Electrical Starter/Generator (IES/G) Dayton OH
$800,000 Nano-Composite Structures Manufacturing Technology Development Dayton OH
$1,600,000 Production of Nanocomposites for Aerospace Applications Dayton OH
$1,120,000 FEL Capabilities for Aerospace Microfabrication Newport News VA
$2,400,000 High Power Free Electron Laser Development for Naval Applications Newport News VA
House Requesting
Bill Subsection
Bill Section Bill Project Heading (Defense Bill Only) House Party House State
Member(s)
Defense RDTE Army Akin R MO
Defense RDTE Army Akin R MO
Defense RDTE Navy Akin; Clay R; D MO; MO
Akin; Coble; Graves;
Defense RDTE Marine Corps MO;
Kucinich; Ryan, Tim; Sutton; R; R; R; D; D; D; D NC; MO; OH; OH; OH; VT
Welch
Defense RDTE Army Akin; Hulshof R; R MO; MO
Defense RDTE Army Andrews; Dent; Rothman D; R; D NJ; PA; NJ
Defense RDTE Army Andrews; LoBiondo D; R NJ; NJ
Defense Army
Other Procurement Andrews; LoBiondo; Saxton D; R; R NJ; NJ; NJ
Defense RDTE Air Force Andrews; LoBiondo; Sestak D; R; D NJ; NJ; PA
Defense RDTE Defense Wide Andrews; Sires D; D NJ; NJ
Defense RDTE Army Bartlett R MD
Defense RDTE Army Bartlett R MD
Defense RDTE Army Bartlett R MD
Defense RDTE Navy Bartlett R MD
Defense RDTE Navy Bartlett; Courtney; Gilchrest R; D; R MD; CT; MD
Bartlett; Gilchrest;
Defense RDTE Defense Wide R; R; D; D MD; MD; MD; MD
Ruppersberger; Sarbanes
Bartlett; Herseth Sandlin;
Defense Procurement Defense Wide R; D; D MD; SD; MD
Ruppersberger
Bartlett; Moore, Gwen;
Defense RDTE Navy R; D; D MD; OH; CT
Murphy, Christopher
Bartlett; Moran, James;
Defense RDTE Army R; D; D; D MD; VA; NJ; NJ
Payne; Rothman
Bartlett; Murphy, Christopher;
Defense RDTE Navy R; D; D; D MD; CT; MA; MA
Olver; Tsongas
Bartlett; Ruppersberger;
Defense RDTE Army R; D; D MD; MD; MD
Sarbanes
Defense RDTE Air Force Bartlett; Sestak R; D MD; PA
Defense Air Force
Operation and Maintenance Bordallo D GU
Defense RDTE Navy Brady, Robert D PA
Defense RDTE Army Brady, Robert D PA
Defense RDTE Army Brady, Robert D PA
Defense RDTE Defense Wide Brady, Robert D PA
Defense RDTE Army Brady, Robert; English D; R PA; PA
Defense RDTE Army Brady, Robert; Gerlach D; R PA; PA
Defense Navy
Operation and Maintenance Brady, Robert; Sestak D; R PA; PA
Defense RDTE Army Brady, Robert; Sestak D; R PA; PA
Defense Air Force
Operation and Maintenance Castor D FL
Defense Defense Health Program Castor D FL
Defense RDTE Army Castor; Putnam; Young, Bill D; R; R FL; FL; FL
Defense Procurement Defense Wide Castor; Souder; Young, Bill D; R; R FL; IN; FL
Defense RDTE Army Castor; Young, Bill D; R FL; FL
Defense Army
Other Procurement Conaway R TX
Defense Army
Other Procurement Conaway R TX
Defense RDTE Army Conaway; Granger R; R TX; TX
Defense RDTE Army Conaway; Neugebauer R; R TX; TX
Defense RDTE Air Force Courtney D CT
Courtney; Davis, Jo Ann;
Defense RDTE Navy D; R; R CT; VA; VA
Drake
Defense RDTE Army Courtney; DeLauro; Shays D; D; R CT; CT; CT
Defense RDTE Navy Courtney; Gillibrand D; D CT; NY
Courtney; Kennedy, Patrick;
Defense RDTE Navy D; D; D CT; RI; RI
Langevin
Courtney; Kennedy, Patrick;
Defense RDTE Navy D; D; D; D CT; RI; RI; VA
Langevin; Scott, Bobby
Defense RDTE Defense Wide Davis, Susan D CA
Defense RDTE Defense Wide Davis, Susan D CA
Defense RDTE Army Davis, Susan D CA
Defense Defense Wide
Operation and Maintenance Davis, Susan; Filner D; D CA; CA
Defense RDTE Navy Davis, Susan; Lewis, Jerry D; R CA; CA
Defense Air Force
Operation and Maintenance Davis, Susan; Price, David D; D CA; NC
Defense Navy
Other Procurement Davis, Susan; Visclosky D; D CA; IN
Defense RDTE Defense Wide Forbes R VA
Defense RDTE Air Force Giffords D AZ
Defense RDTE Army Giffords D AZ
Defense RDTE Army Giffords D AZ
Defense RDTE Army Hoyer; Ruppersberger D; D MD; MD
Defense Air
Other Procurement Force Hunter R CA
Defense RDTE Army Hunter R CA
Defense Navy
Other Procurement Hunter R CA
Defense RDTE Defense Wide Hunter R CA
Defense Navy
Other Procurement Hunter R CA
Defense RDTE Air Force Hunter R CA
Defense RDTE Navy Hunter R CA
Defense RDTE Navy Hunter R CA
Defense RDTE Army Hunter R CA
Defense RDTE Navy Hunter R CA
Defense Drug Interdiction and Counter-Drug Activity Hunter R CA
Defense RDTE Navy Hunter R CA
Defense RDTE Navy Hunter R CA
Defense RDTE Navy Hunter; Jones, Walter R; R CA; NC
Inslee; McDermott; Smith,
Defense RDTE Army D; D; D WA; WA; WA
Adam
Defense RDTE Army Johnson, Hank D GA
Defense RDTE Army Lamborn R CO
Defense RDTE Air Force Lamborn R CO
Defense RDTE Defense Wide Lamborn R CO
Defense RDTE Air Force Lamborn R CO
Defense RDTE Air Force Lamborn; Pastor R; D CO; AZ
Defense RDTE Defense Wide Langevin D RI
Defense RDTE Navy Langevin D RI
Defense Navy
Operation and Maintenance Larsen D WA
LoBiondo; Sestak; Smith,
Defense RDTE Navy R; D; R NJ; PA; NJ
Christopher
Defense Defense Health Program Loebsack D IA
Defense Army
Operation and Maintenance McIntyre; Petri D; R NC; WI
Defense RDTE Army McIntyre; Price, David D; D NC; NC
Defense RDTE Air Force McKeon R CA
Defense RDTE Army McKeon R CA
Defense Army
Other Procurement McKeon R CA
Defense RDTE Air Force Miller, Jeff R FL
Defense RDTE Air Force Miller, Jeff R FL
Defense RDTE Defense Wide Miller, Jeff R FL
Defense RDTE Defense Wide Miller, Jeff R FL
Defense RDTE Air Force Miller, Jeff R FL
Defense RDTE Air Force Miller, Jeff R FL
Defense RDTE Army Regula; Ryan, Tim R; D OH; OH
Defense RDTE Defense Wide Regula; Ryan, Tim; Sutton R; D OH; OH
Defense RDTE Defense Wide Reyes D TX
Defense RDTE Army Reyes D TX
Defense Army
Operation and Maintenance Reyes D TX
Defense Army
Operation and Maintenance Reyes D TX
Defense Army
Other Procurement Reyes; Richardson D; D TX; CA
Defense RDTE Army Reyes; Rodriguez D; D TX; TX
Defense RDTE Army Rogers, Mike (AL) R AL
Defense RDTE Air Force Rogers, Mike (AL) R AL
Defense RDTE Army Rogers, Mike (AL) R AL
Defense Army
Other Procurement Ruppersberger D MD
Defense Defense Health Program Ruppersberger D MD
Defense Defense Health Program Ruppersberger; Sarbanes D; D MD; MD
Defense RDTE Army Ryan, Tim D OH
Defense General Provisions Ryan, Tim D OH
Defense RDTE Army Ryan, Tim D OH
Defense RDTE Air Force Ryan, Tim D OH
Defense Army
Other Procurement Ryan, Tim; Space D; D OH; OH
Defense RDTE Air Force Ryan, Tim; Sutton D; D OH; OH
Defense RDTE Navy Sanchez, Loretta D CA
Defense RDTE Defense Wide Sanchez, Loretta D CA
Defense Air
Other Procurement Force Sanchez, Loretta D CA
Defense RDTE Army Sanchez, Loretta D CA
Defense RDTE Defense Wide Shuster R PA
Defense RDTE Army Shuster R PA
Defense RDTE Army Shuster R PA
Defense RDTE Army Shuster R PA
Defense RDTE Army Shuster R PA
Defense Defense Health Program Smith, Adam D WA
Defense Army
Operation and Maintenance Smith, Adam D WA
Defense RDTE Air Force Sutton D OH
Defense RDTE Army Sutton D OH
Defense RDTE Army Tsongas D MA
Defense RDTE Navy Tsongas D MA
Defense RDTE Air Force Turner R OH
Defense RDTE Air Force Turner R OH
Defense RDTE Air Force Turner R OH
Defense RDTE Air Force Wittman R VA
Defense RDTE Navy Wittman R VA
Senate Requesting Presidential Intended Recipient or
Senate Party Senate State Undisclosed
Member(s) Earmarks Location
Bond R MO
Dole; Leahy R; D NC; VT
Bond R MO
Lautenberg; Menendez;
D; D; R NJ; NJ; PA
Specter
Casey; Lautenberg;
D; D; D PA; NJ; NJ
Menendez
Lautenberg; Menendez D; D NJ; NJ
Byrd D WV
Cardin; Mikulski D; D MD; MD
Mikulski D MD
Mikulski D MD
Dodd; Lieberman D; I CT; CT
Cardin; Mikulski D; D MD; MD
Mikulski D MD
Dodd; Lieberman D; I CT; CT
Bayh; Lautenberg;
D; D; D; R IN; NJ; NJ; PA
Menendez; Specter
Dodd; Kennedy, Ted;
D; D; D; I CT; MA; WI; CT
Kohl; Lieberman
Cardin; Mikulski D; D MD; MD
Casey; Specter D; R PA; PA
Casey D PA
Specter R PA
Cornyn R TX
Hutchison R TX
Dodd D CT
Warner, John; Webb R; D VA; VA
Dodd; Lieberman D; I CT; CT
Dodd; Lieberman;
D; I; D CT; CT; NY
Schumer
Reed D RI
Dodd; Lieberman; Reed D; I; D CT; CT; RI
Boxer D CA
Shelby; Specter;
R; R; R AL; PA; OH
Voinovich
Akaka; Bayh; Warner,
D; D; R; D HI; IN; VA; VA
John; Webb
Cardin; Mikulski D; D MD; MD
Gregg; Sununu R; R NH; NH
Landrieu; Vitter D; R LA; LA
Cantwell; Murray D; D WA; WA
Casey D PA
Allard; Salazar, Ken R; D CO; CO
Salazar, Ken D CO
Allard; Bennett, Robert;
Cochran; Dodd;
R; R; R; D; I; D; R CO; UT; MS; CT; CT; CO; MS
Lieberman; Salazar,
Ken; Wicker
Kennedy, Ted; Vitter D; R MA; LA
Reed; Whitehouse D RI
Murray D WA
Harkin D IA
Martinez; Nelson, Bill R; D FL; FL
Brown, Sherrod D OH
Shelby R AL
Shelby R AL
Reed D RI
Cardin D MD
Clinton D NY
Brown, Sherrod D OH
Brown, Sherrod D OH
Boxer D CA
Boxer; Dole; Kennedy,
D; R; D CA; NC; MA
Ted
Casey D PA
Specter R PA
Schumer D NY
Kennedy, Ted D MA
Kerry D MA
Voinovich R OH
Brown, Sherrod D OH
Voinovich R OH
Warner, John; Webb R; D VA; VA
Notes
Lawmaker Amendment(S)Synopsis Press Release 1
Critz, Mark DOMA, DODT
Griffin, Tim Editorial - cut defense waste
DOMA, DODT, amphibious
Akin, Todd vehicle release on DOMA
Courtney, Joe JSF editorial,
http://hartzler.house.gov/press-
release/congresswoman-hartzler-secures-
MILCON, Air Force bombers, prominent-role-flw-and-whiteman-afb-
Hartzler, Vicky DOMA protecting-national
http://adamsmith.house.gov/News/DocumentSi
Smith, Adam Stmt on passage ngle.aspx?DocumentID=240940
Securing $189M, Cut $50M to http://palazzo.house.gov/press-release/palazzo-
Palazzo, Steven assault ship secures-189-million-national-defense-priorities
http://langevin.house.gov/news/press-
releases/2011/05/langevin-opening-remarks-at-
Opening remarks at NDAA ndaa-markup-address-cybersecurity-and-special-
Langevin, Jim markup operations-forces.shtml
Opening remarks at NDAA http://mckeon.house.gov/this_in_detail.aspx?N
McKeon, Buck markup ewsID=1937
http://runyan.house.gov/press-release/runyan-
Defense priorities, $49M announces-passage-important-defense-
Runyan, Jon MILCON priorities-house-armed-services-committee
Rogers, Mike Defense of Abrams
West, Allen DADT
Andrews, Rob Pay disparity & contracting
Funding for Air Force Base
Infrastructure, Health Care http://castor.house.gov/News/DocumentSingle.
Castor, Kathy Research aspx?DocumentID=241031
Roby, Martha
http://tsongas.house.gov/index.cfm?sectionid=
49&parentid=123§iontree=123,49&itemid=
Tsongas, Niki Sexual assault, body armor 506
Boeing contract (sep. from http://www.house.gov/apps/list/press/nj02_lob
LoBiondo, Frank auth?), iondo/051211.html
Young, Todd
Amendments include better
prioritizing of resources and http://gibson.house.gov/News/DocumentSingle.
Gibson, Chris support for nanotechnology aspx?DocumentID=240912
Owens, William
Support and strengthen the http://schilling.house.gov/press-release/house-
Rock Island Arsenal, co- armed-services-committee-approves-fy12-
Loebsack, David payments national-defense-authorization-act
http://shuster.house.gov/index.cfm?sectionid=4
Shuster, Bill Land acquisition - Army Reserve 9&parentid=6§iontree=6,49&itemid=204
Corrosion and Materials http://sutton.house.gov/news/story.cfm?id=43
Sutton, Betty Performance (May 9) 5
http://mcintyre.house.gov/index.php?option=c
om_content&view=article&id=457:mcintyre-
announces-1085-billion-for-nc-military-
$1 Billion NC Military construction-projects&catid=1:2010-press-
McIntyre, Mike Construction Projects releases&Itemid=26
Brady, Robert
http://dutch.house.gov/2011/05/ruppersberger-
announces-legislation-to-help-maryland-
Ruppersberger, Dutch National Guard visits, national-guard-members-visit-family.shtml
http://lamborn.house.gov/index.cfm?sectionid=
150&parentid=22§iontree=21,22,150&item
Lamborn, Doug MILCON, satellites, BMD id=807
Heinrich, Martin
Johnson, Hank DADT
Sanchez, Loretta GMD Missile Defense
Ryan, Tim
Sexual assault, testing of blast
structures, insurance coverage http://www.house.gov/susandavis/press/pr051
Davis, Susan of abortion care 211.shtml
Hanabusa, Colleen
http://rooney.house.gov/index.php?option=co
m_content&task=view&id=3223&Itemid=30007
Rooney, Thomas Health research, Stmt 8
Franks, Trent
http://schilling.house.gov/press-
Rock Island Arsenal, Stmt, release/schilling-loebsack-win-provisions-
Schilling, Bobby Spending protect-create-jobs-rock-island-arsenal
DADT, protection of memorials, http://hunter.house.gov/index.php?option=com
Hunter, Duncan $19M in defense projects _content&task=view&id=364&Itemid=60
Bartlett, Roscoe F-136, M-1
Kissell, Larry
http://www.house.gov/list/press/gu00_bordallo
Bordallo, Madeleine MILCON, Stmt, Infrastructure /hascndaa2012.html
http://reyes.house.gov/News/DocumentSingle.a
Reyes, Silvestre Pre-passage funding, DOMA spx?DocumentID=241025
Base operating services, naval, http://forbes.house.gov/News/DocumentSingle.
Forbes, J. Randy and shipbuilding, realignment aspx?DocumentID=241018
Missile Defense, Redstone http://brooks.house.gov/press-release/5122011-
Arsenal, Defense Access Roads congressman-brooks-announces-boost-missile-
Brooks, Mo Program defense-more-jobs-tennessee-valley
$10 million in improving http://pingree.house.gov/2011/05/funding-
structural shops at yard, Navy efficiency-improvements-at-portsmouth-naval-
Pingree, Chellie commissary shipyard.shtml
Stmt, Arlington Amendment, http://www.wittman.house.gov/index.php?opti
Shipbuilding, Defense Access on=com_content&task=view&id=569&Itemid=7
Wittman, Rob Road, Carrier move 5
http://garamendi.house.gov/2011/05/congress
man-garamendi-sole-vote-against-defense-bill-
because-of-afghanistan-war-dont-ask-dont-tell-
Garamendi, John Stmt, w.shtml
Conaway, K. Michael
Enterprise Logistics System
Program, GPS, AFIT, AFRL, UAV, http://turner.house.gov/News/DocumentSingle.
Turner, Michael Lima Tank Plant aspx?DocumentID=242721
Urban Area Security Initiative, http://heck.house.gov/press-release/fusion-
Heck, Joe Satellites, GMD center-critical-nevadas-safety
http://jeffmiller.house.gov/news/email/show.as
Miller, Jeff DADT, Mayport funding px?ID=L3L3RXUSQQLJQHT2J3JQEDNQEE
Cooper, Jim JSF
Coffman, Mike Rare earth elements,
Notify Congress new nuclear
Fleming, John strategy
http://www.house.gov/apps/list/press/pa19_pl
Platts, Todd Russell Brain injury atts/TBIGiffords.shtml
Transition US troops out of
Jones, Walter Afghanistan, limit section 1034
block a small increase in Tricare
Wilson, Joe Prime enrollment fees
Funding for Projects at Pantex,
Bell Helicopter in Defense Bill, http://www.thornberry.house.gov/News/Docu
Thornberry, Mac Stmt, B-1 mentSingle.aspx?DocumentID=241082
Press Release 2 Press Release 3
http://rooney.house.gov/index.php?option=com_con
tent&task=view&id=3222&Itemid=300078
http://schilling.house.gov/press-release/house-armed-
services-committee-approves-fy12-national-defense-
authorization-act
http://hunter.house.gov/index.php?option=com_cont
ent&task=view&id=363&Itemid=60
http://forbes.house.gov/News/DocumentSingle.aspx? http://forbes.house.gov/News/DocumentSingle.aspx?
DocumentID=241020 DocumentID=241015
http://www.wittman.house.gov/index.php?option=co
m_content&task=view&id=572&Itemid=100015
http://turner.house.gov/News/DocumentSingle.aspx? http://turner.house.gov/News/DocumentSingle.aspx?
DocumentID=241388 DocumentID=241356
http://www.thornberry.house.gov/News/DocumentSi
ngle.aspx?DocumentID=241084
Press Release 4 Media 1
http://www.metroweekly.com/news/?ak=6250
http://arkansasleader.blogspot.com/2011/05/editorial-
cut-defense-waste.html
http://www.blankromegr.com/index.cfm?contentID=37
&itemID=385
http://www.rollcall.com/features/Defense-2011_Policy-
Briefing/policy_briefings/-205822-1.html
http://www.pulaskicountydaily.com/news.php?viewStor
y=2723
https://slabbed.wordpress.com/2011/05/14/palazzo-
cuts-50-million-from-pascagoula-ship-project-cuts-could-
jeopardize-huntington-ingalls-contract/
http://www.phillyburbs.com/news/local/burlington_cou
nty_times_news/runyan-addresses-pay-disparity-on-
joint-base-with-defense-authorization/article_932c4efa-
7cc0-11e0-8e9c-0019bb30f31a.html
http://www.dailytribune.com/articles/2011/05/13/new
s/doc4dcd23efe91e4699952427.txt
http://www.airforcetimes.com/news/2011/05/military-
house-panel-dont-ask-dont-tell-repeal-051211/
http://www.prnewswire.com/news-releases/afge-
commends-passage-of-the-sarbanes-amendment-to-fy-
2011-national-defense-authorization-act-95126649.html
http://www.navytimes.com/news/2011/05/military-
sexual-abuse-victims-protection-051911w/
http://www.adirondackdailyenterprise.com/page/blogs.
detail/display/1322/Defense-bill-contains-Gibson-
amendments.html
http://qctimes.com/business/article_b2bc07f0-7d0c-
11e0-a2f9-001cc4c03286.html
http://business.blogs.starnewsonline.com/14597/752-
million-in-military-business-up-for-grabs/
http://coloradoindependent.com/88473/lamborn-touts-
vote-to-spend-690-billion-on-military-this-year
http://www.congress.org/news/2011/05/12/defense_bi
ll_passes_committee
http://thehill.com/news-by-subject/defense-homeland-
security/160729-after-heated-partisan-debate-house-
panel-adds-100-million-to-missile-program
http://www.sdcitybeat.com/sandiego/print-blog-333-
print.html
http://dispatchpolitics.com/live/content/national_world
/stories/2011/05/24/earmark-foes-spend-on-
defense.html?sid=101
http://www.sdcitybeat.com/sandiego/blog-333-rep-
hunter-introduces-$19m-in-defense-projects.html
http://www.wbur.org/npr/136328609/republicans-
ready-to-cut-everything-just-not-the-pentagon
http://www.pacificnewscenter.com/index.php?option=c
om_content&view=article&id=14065:bordallo-ndaa-
clears-full-committee-367m-for-guam-military-
construction-33m-for-guam-
infrastructure&catid=45:guam-news&Itemid=156
http://www.favstocks.com/house-committee-including-
four-democrats-vote-to-enshrine-doma-in-defense-
law/1256819/
http://hamptonroads.com/2011/05/forbes-pushes-back-
mayport-move
http://www.defensecommunities.org/headlines/defens
e-roads-program-would-gain-line-item-under-policy-
bill/#
http://www.boston.com/news/local/maine/articles/201
1/05/13/portsmouth_shipyard_in_maine_could_get_up
grades/
http://www.whsv.com/news/headlines/McDonnell_Co
mments_on_Cut_Funding_for_Aircraft_Carrier_Move_1
21793544.html
http://turner.house.gov/News/DocumentSingle.aspx? http://abcnews.go.com/Politics/budget-cuts-army-plan-
DocumentID=239762 halt-abrams-tank-production/story?id=13582237
http://www.lasvegassun.com/news/2011/may/10/joe-
hecks-national-security-role-finds-new-urgency/
http://www.defensecommunities.org/headlines/florida-
delegation-fails-to-restore-mayport-funding/#
http://m.npr.org/news/Business/136328609?page=2
http://blogs.wsj.com/chinarealtime/2011/05/19/eyeing-
china-rep-coffman-seeks-rare-earth-inventory/
http://www.globalsecuritynewswire.org/siteservices/pri
nt_friendly.php?ID=nw_20110512_6609
http://www.justforeignpolicy.org/blog/ndaa2012-
updates
http://www.islandpacket.com/2011/05/12/1652425/bu
dgetary-crisis-dims-personnel.html
http://www.helihub.com/2011/05/13/us-fy2012-
defense-policy-includes-3-01-billion-for-v-22-1-18-billon-
for-other-bell-programs/
Media 2 Media 3
http://www.washingtonpost.com/national/lawmakers_
moving_to_block_defense_cuts/2011/05/05/AFRnd6SG
_story.html?wprss=rss_politics
http://www.opencongress.org/articles/view/2297- http://erlc.com/article/house-committee-stands-for-
Defense-Bill-Larded-Up-With-Earmarks- dont-ask-dont-tell-doma/
http://www.msnbc.msn.com/id/43019779/ns/local_ne
ws-delaware_valley_pa_nj/t/bill-would-correct-pay-
disparity-base-workers/
http://blog.timesunion.com/capitol/archives/67164/r
http://www.timesunion.com/business/article/Federal- ep-chris-gibson-adds-several-amendments-to-
nano-center-sought-1377455.php committee-approved-defense-funding-bill/
http://www.timesrecord.com/articles/2011/05/13/feat
ures/doc4dcd7730a3daa362459276.txt
http://triangle.news14.com/content/military/640926/fu
nds-on-the-way-for-nc-military-construction-projects
http://csis.org/blog/partisan-brawling-over-new-start-
house-armed-services-committee
http://www.aclu.org/reproductive-freedom/house-fails-
reverse-ban-abortion-coverage-military-women-who-
are-raped
http://news.mywebpal.com/news_tool_v2.cfm?pnpID=
469&show=localnews&NewsID=999949&CategoryID=20
359
http://www.aviationweek.com/aw/jsp_includes/articleP
rint.jsp?headLine=Defense%20Cuts%20Mean%20Tough
%20Choices:%20Gates&storyID=news/awx/2011/05/13/ http://www.hometownstations.com/Global/story.asp
awx_05_13_2011_p0-322407.xml ?S=14629532
http://www.guampdn.com/article/20110513/NEWS01/
105130306/Buildup-bill-passes-House
http://www.defensecommunities.org/headlines/forbes
%E2%80%99-amendment-would-require-notice-before-
major-realignments/#
http://www.pressherald.com/news/commissary-
brunswick-navel-air-station-open.html
http://www.wandactioncenter.org/2011/05/20/national-
defense-authorization-act-for-fiscal-year-2012-mark-up/
http://www.mining.com/2011/05/13/united-states- http://money.msn.com/business-
magnetic-materials-association-defense-bill-calls-for-a- news/article.aspx?feed=BW&Date=20110513&ID=136
competitive-multi-source-rare-earth-inventory-plan/ 28481
http://news.firedoglake.com/2011/05/24/obama-
administration-threatens-veto-of-defense-bill-over-
redefinition-of-aumf/
http://m.timesrecordnews.com/news/2011/may/12/th
ornberry-b-1-plays-critical-role/
