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News :: Environment
29 Aug 2006
Not construction, not instruction, DESTRUCTION.
Space Drones, Black Programs, the Unveiling of U.S. Military Offensives in Weather as a Weapon, and the Coming Permanent State of Emergency.
keith harmon snow
7. Remote Sensing – Not So Remote.
Not coincidentally, UAVs are amongst the platforms consistently used to deploy and test some of the ongoing weather sensors and weapons pursued in unclassified technology research and development programs geared toward the Strategic Defense Initiative (SDI). Virtually all of these programs, on their face, are described as weather analysis, data collection and research, and, to be fair, those applications certainly exist. However, it is disingenuous to dismiss the military applications, given the funding sources and the many aerospace and defense programs already using these technologies in one way or another. Indeed, this area revolves around highly lethal and offensive military capabilities.
UAV’s will operate as sensors, scientific data and image collectors transmitting climate and weather data to ground stations, satellites and airborne platforms. They might also be deployed as the vehicles to deliver seeding agents, to facilitate or distribute other ENMOD inputs at the precise place and time. One thing is certain: UAV’s are expected to be integral components for the facilitation of remote sensing, weather collection, climate and atmospheric data collection and analyses, and rapid information transfer – all crucial to offensive military ENMOD capabilities.
The Microwave Remote Sensing Laboratory (MIRSL) at the University of Massachusetts has for seventeen years pioneered the research and development of sophisticated sensors, radars, receivers, transmitters, antennas and systems for the most egregiously hostile military weapons systems and weapons platforms applications, for weather characterization and investigation, and ultimately -- whether MIRSL researchers admit this or not -- to enable weather modification and control.
Virtually all of the technologies were developed under funding by the military industrial complex, and it is quite possible that intelligence operatives work within the U-Mass “community;” they are certainly monitoring the academic “community” in any case.  Until the late 1980s, at least, significant classified research occurred at U-Mass. MIRSL personnel regularly staff flights and tests deploying weather monitoring (clouds, ocean waves, hurricanes, atmospheric) and measuring equipment.
The MIRSL expertise focuses on microwave and millimeter wave technologies for RADAR, communications and EW applications. These MIRSL enabled technologies are also deployed for SIGINT, COMMINT, C4ISR and C4IST capabilities. These technologies have seen direct applications, in repeated tests and experiments, and they are the technologies of current choice in use in the armed forces, and of future choice for an array of offensive capabilities identified in the unclassified Air Force 2025 document.
The U-Mass MIRSL research is aligned with the U.S. Department of Defense ARM-UAV (Atmospheric Radiation Measurement -- Unmanned Aerospace Vehicle) Program – another program euphemistically dedicated to “atmospheric measuring and monitoring” for benign purposes.
One of the companies involved in the ARM program is Atmospheric and Environmental Research Inc. (AER), in Lexington Massachusetts. AER offers satellite-borne sensors “providing a unique, multispectral perspective for monitoring environmental processes over the Earth.” Providing remote sensing technologies and data “for diverse scientific, military and commercial applications” AER’s clients include Boeing Satellite Systems; Lockheed Martin; ITT Industries (Aerospace Division); Ball Aerospace; JPL (Jet Propulsion Laboratory); NSF; NASA; NOAH; DOE and DOD. AER is also teamed on some ENMOD related projects with the Desert Research Institute. As previously noted, the Desert Research Institute was involved in major ENMOD projects, including the National Hail Research Experiment (1971-1976). 
Another key ARM program participant is SeaSpace Corporation, a major vendor of satellite “weather and climate” ground stations for defense customers: the SeaSpace connection leads us on a wild goose chase of powerful interlocking defense and intelligence corporations and interests.
SeaSpace Corporation was recently acquired by major defense and intelligence corporation Allied Defense Group, Inc, (formerly Allied Research Corporation). ADG sits at the pinnacle of defense and intelligence power, peddling weapons, intelligence and security all over the world. According to company literature, ADG is “a diversified defense and security firm, developing and producing conventional weaponry, sophisticated security systems, innovative training and simulation products, and mission-critical safety and environmental products, for markets in Europe, Asia, Africa, Antarctica, North America and South America.”
The ADG Chairman of the board is General (Ret.) J.H. Binford Peay, III, former Allied Research Corporation Chairman of the Board, President, and CEO, previously Commander-in-Chief, and Vice Chief of Staff, U.S. Army. Current directors include: Dr. Jay R. Sculley, former Assistant Secretary for Research and Development, U.S. Army; ADG director Gilbert F. Decker was the former Assistant Secretary for Research, Development and Acquisition, U.S. Army. General Peay is a private consultant to Boeing Corporation, and, as mentioned previously, he is a private consultant to Walt Disney Imagineering, a major subsidiary business of Walt Disney Company.
ADG director Ronald H. Griffith is a former General (Ret.), and Vice Chief of Staff, U.S. Army, and he remains the Executive Vice-President and Chief Operating Officer of an elite, and somewhat exceptional, private military company called Military Professional resources Inc. (MPRI). MPRI is a private mercenary firm based in Alexandra, VA, responsible for egregious private military terrorism all over the world.  MPRI’s terrorist activities take place with full diplomatic cover of the US, and they are rarely if ever mentioned in the media.
MPRI principals include: General (Ret.) Carl E. Vuono, former Army Chief of Staff who oversaw the invasion of Panama and the Gulf War; General (Ret.) Ronald H. Griffith; Colonel (Ret.) Stephen E. Inman; General (Ret.) Crosbie Saint; and Lieutenant General (Ret.) Jared L. Bates; Admiral Wesley McDonald, the former Supreme Allied Commander of Atlantic Forces; General (Ret.) Frederick Kroesen, the former Commander of U.S. Forces in Europe; and retired U.S. Army General Harry Ed Soyster, former director of the DIA.  Soyster arranged the MPRI mercenary program in Croatia with the help of CIA director John Deutch.  Two more MPRI executive warmakers are Mr. Hardisty, who served on the Joint Chiefs of Staff, headed the U.S. Pacific Command, and serves on the CIA’s military advisory panel; and Mr. Trefry, executive vice-president, who served as a military assistant to the White House under President Bush (I). It has also been reported that MPRI counts General Alexander Haig as a principal executive, (this remains unverified).
Returning to the ARM-UAV program, this aerospace and defense initiative was made visible in the mid-1990s with millions of dollars in funding from the DOD Strategic Environment Research and Development Program (SERDP). SERDP continues to fund UAV and satellite platform technology developments for the ARM-UAV program of the U.S. Department of Energy. The U.S. DOE in turn has funded the University of Massachusetts MIRSL program.  Further ENMOD related research and development at MIRSL has been sponsored through NASA (ERAST) programs.  The NASA Environmental Research Aircraft and Sensor Technology (ERAST) program awarded major contracts to General Atomics Corporation to develop/adapt the GAC Predator-B UAV platform “to operate in a variety of weather conditions to support a broad range of potential science missions...” 
Taking place on a remote ice floe in the Arctic Ocean is another major ARM scientific spin-off effort, the SHEBA program. The Surface Heat Budget of the Arctic Ocean Project (SHEBA) continues under the omnipresent and all-encompassing U.S. Global Change Research Program (USGCRP) sponsored by the DOD, DOE, NOAA, NASA, NSF and ONR, and initiated in 1997.
SHEBA scientists are applying their extensive field data to improve computer models of the earth’s climate, and thus enhance the capability of researchers to predict global change… DOD participates in USGCRP through sponsored research that concurrently satisfies national security requirements and stated goals of USGCRP. 
Now let’s ask a few questions about the above statements. How much climate change research is needed? Is it reasonable to believe that the billions of dollars that have been devoted to “global climate change research” in the recent past have been dedicated to that? Given the extent to which the defense scientific and intelligence community has gone to destroy the environment, and the policies, programs and regulations put in place to maintain entrenched nuclear and petroleum industries, and to destroy emerging solar technologies in the 1980s, should we not assume without question that some major proportion of this funding has been allocated to ENMOD weaponry?
What are the “national security requirements” of the U.S. Global Climate Research Program? Why is the DOD involved, if not to secure their broad and ubiquitous warmaking interests?
While it is certainly true that “more research needed” has become the mantra behind which action to mitigate global climate change is stalled or suspended, it is also true that data collection, remote sensing, computer modeling, and platforms (for deployment) research and development for ENMOD purposes has been taking place.
Funding for U-Mass MIRSL research has come from virtually all the major advanced weapons systems and programs research and development agencies: NASA; ARO; USA; ONR; DOE; NOAA; USDA; DARPA; NSF; AFOSR; and AFRL. From FY 1990 to FY 1994, less than four MIRSL principal investigators received approximately $ 8,155,117 from these agencies for remote sensing research or experimentation on:
Measurements of cloud water and ice
Measurements of hurricanes
Measurements of natural surfaces
Ocean Surface Wind Speed
Sea ice and glacial ice characterization
Snow covered terrain
Turbulence in the atmospheric boundary layer
Working with the U-Mass MIRSL scientists on their various programs are also: General Electric, Ball Brothers, Digital Equipment, Hewlett-Packard, Hughes, Lockheed-Martin, Sun Microsystems and United Technologies. Massachusetts’s contractors involved at various levels include Raytheon, Kollmorgen, Quadrant Engineering, Danaher Corp., Millitech and Yankee Environmental Systems.  Danaher Corporation -- the parent company of Kollmorgen -- is a major contractor, with over 30 subsidiaries, involved in key aerospace, defense and SDI programs. (Danaher director Alan G. Spoon is President of the Washington Post.) 
Yankee Environmental Systems (YES), Turners Falls, MA, is an R&D firm with decades of involvement in ENMOD military thrusts. In the 1960s, while at Cambridge Systems Inc., YES founders designed the TMQ/22 Tactical Measuring set for the U.S. Army; TMQ systems have been used for years; YES collaborates with the White Sands Missile Range on this project today. In October 2001, two retired U.S. DOD insiders -- Lieutenant Colonels Dave Sautter and Bill Bauman -- both former USAF officers, joined YES after 20-year careers as “meteorologists” with Air Force Weather.
Major YES customers, partners and programs relating to ENMOD technologies include:
U.S. Dept. of Energy: ARM-UAV Program
U.S. Dept of Agriculture
U.S. Department of Defense
Space and Warfare Systems Command
Army Research Labs
Air Force Research Labs
Office of Naval Research
U.S. Department of Commerce
National Oceanic and Atmospheric Administration
National Aeronautics and Space Administration
National Science Foundation
Argonne National Laboratory
Brookhaven National Laboratory
Jet Propulsion Laboratory
Los Alamos National Laboratory
Lawrence Livermore National Laboratory
Pacific Northwest National Laboratory