The mission Project Allelopathy was most likely an attempt at mind control, to extract information from the minds of enemies and to erase information from the minds of allies, who no longer served a purpose. Most of the paper documentation the OSI had at the time of the experiments is no longer available, most likely destroyed in the industrial furnaces the agency called "The Bricks." They were engineered to reach 1000 degrees Fahrenheit, hot enough to boil steel and break down any material to the atomic level.

The most reliable information about the project comes from a series of interviews given by Colonel Gregory Stafford, US Navy. Col Stafford was one of the central figures in the covert mission to expel Saddam Hussein and replace him with a board member of Exxon Mobile. The mission was a failure and this forced the hand of the Bush administration to declare open war on Iraq.

"I feel as if I've only lived half of my life. There are long periods of time, years, of which I do not remember even being alive." Col. Stafford recently said at a Military Conference in Virginia.

"Undoubtedly it's still happening now and the technology is much more sophisticated. When we were in Baghdad in 1999, we used 2 methods to deliver the required dosage." The dosage Col. Stafford refers to here is a reference to the powerful psychotic drug Psylazine. It was first engineered in 1977 by the Finnish Chemist, Dr. Moors Haalingstron. The research and production of the drug was privately financed and no documented record of any transaction is known to exist. "We would use 2 methods. One, deliver the dose via a projectile. This method is the more crude of the two. You simply get close to the Target, move into range and deliver the payload. The Target is dosed, and will basically become blank recordable media, upon which anything can be imprinted. The problem with method #1 is sometimes the Target is not easy to get close to. You get out there in the desert and you're basically looking at a fortress. Guards with machine guns drawn, unbreachable steel doors. How are you going to deliver the dose to the Target then?"

Today we think of remotely controlled aircraft as being called drones. A machine moving with the drive of intelligence behind it. But aircraft and battle robots are not the limits of drone technology. The work of Robotic engineers Dr. Ika Kogmija and Dr. Kole Stuganstien is well known for it's research into the physiology of insects. Dr. Kogmija spoke during a recent series of lectures from scientists at the annual Bio-mechanics World Forum.

"Insects are essentially robots with a tiny brain that drives the ship with one command, 'survive.' The machines we have now are
nearly indistinguishable to biological insects."

"And that brings us to the second method." Col Stafford continued in his presentation, "You send in something they won't shoot. What do you have out there in the desert? Sand. Wind. Bugs. You'd think I was crazy but I'm telling you, we had a success rate of 97 percent by sending in a drone in the form of local fauna."

Next . . . are some trees observing and reporting? It's more likely that you might think.