EPA REFUSES TO IDENTIFY SAMPLE

EPA REFUSES TO IDENTIFY SAMPLE

A letter from the Environmental Protection Agency (EPA) to Clifford Carnicom states the intention of the EPA is to not analyze the samples sent to them by Mr. Carnicom previously. Rather, they attached their same letter of refusal from earlier in the year that describes their view that aerosols and such programs do not exist, and that it is normal contrails that are showing in the skies that people are reporting.
BIOLOGICAL COMPONENTS IDENTIFIED

BIOLOGICAL COMPONENTS IDENTIFIED

Further testing of ground fiber samples previously collected and analyzed (see papers titled AEROSOL GROUND SAMPLES) revealed biological components in the fibers - numerous red blood cells, white blood cells, and unidentified cell types have been found in the ground samples. The red blood cells, readily visible after being subjected to immersion oil, appear to possibly be of a freeze dried or desiccated nature. Numerous pictures from the microscope video show these biological as well as unidentified components. The surfaces of the cells appear to be modified in some way, but electron microscopy will likely be required to establish further detail.
MYCOPLASMA PNEUMONIAE INFORMATION

MYCOPLASMA PNEUMONIAE INFORMATION

Characteristics of Mycoplasma Pneumoniae are presented here, including electron microscope images of this organism, the etiology of this organism, and its pathology. This information is detailed as to how it may relate to the biologicals being found in the aerosol programs.
MICROSCOPIC PARTICLE COUNT STUDY NEW MEXICO 1996-1999

MICROSCOPIC PARTICLE COUNT STUDY NEW MEXICO 1996-1999

Driven by repeated observations of aerial spraying in the United States in the years from 1996-2000, a statistically significant study of airborne microscopic particle count data from the State of New Mexico was conducted, with approximately 175,000 observations of hourly monitored data from five stations in the state analyzed. This statistical test has been designed to question the difference between the data of 1999 (Data set 1) vs. the combined data of the three previous years from 1996-1998 (Data set 2). The results show that there is a significant statistical difference between the magnitudes, averages, and variances of the two data sets. The conclusion to be reached from this study is that the microscopic air particle count in the state of New Mexico in 1999 is significantly different from that of the preceding three years, and that this difference is directly correlated with the observations of aerial spraying that have taken place during this same time period. The results of this study form a further basis for criminal investigation of the documented spray activity and for congressional hearings on this subject.
AEROSOL GROUND SAMPLE PHOTOGRAPHS

AEROSOL GROUND SAMPLE PHOTOGRAPHS

Photographs depicting clumps of fibrous looking material scattered on the ground are presented in this paper, and were taken by a witness in Sedona, Arizona on July 10, 1999. These samples were found on the ground after numerous townspeople reported hearing low flying aircraft the previous night. The samples, which reportedly made some people ill, had a petrochemical odor, and dissipated by mid-morning.
AEROSOL GROUND SAMPLE: MICROSCOPIC VIEWS

AEROSOL GROUND SAMPLE: MICROSCOPIC VIEWS

Microscopic views are presented of two filaments taken from a ground fiber sample after aerial spraying in eastern Oregon on November 2nd and November 4th, 1999. Observation and analysis indicate that the samples appear to be a polymer of some type, being both extremely elastic and adhesive, raising the possibility that this material may act as a carrier mechanism. The materials are white, and look like spider webs. The materials, under magnification, show individual strands that are wave-like in nature, and tend to coalesce and congeal easily. Ill health effects have been reported in association with the handling of this material. This material is reported to dissipate within a few hours of falling on the ground, and in being exposed to the weather. The ground fiber sample images are compared to and found not to be spider webs, and to be fully synthetic. Common health effects associated with this spraying include severe respiratory problems, burning eyes, feeling tired, and some people coughing up blood.
AEROSOL GROUND SAMPLES : MICROSCOPIC FIBERS REVEALED

AEROSOL GROUND SAMPLES : MICROSCOPIC FIBERS REVEALED

Eyewitness accounts of finding unusual fiber materials on the ground have been accumulated over the past year and more in direct connection with unusual aircraft activity. As might be expected, there are repeated, frequent and widespread accounts of respiratory distress and allergic reactions reported in association with such aircraft activity. This paper continues previous research on and presents microscopic views of suspected chemtrail ground samples collected in November and December 1999. Two identical ground fiber samples (one from Sacramento, CA, and one from eastern Oregon) were received, analyzed and compared to synthetic and natural fibers, such as human hair, wool, silk, spider webs, cotton and more. Though found in locations hundreds of miles apart, these two ground fibers exhibited identical characteristics in all respects down to the microscopic level. Based on tests outlined in this paper, it has been demonstrated that the ground sample fibers cannot be identified as any known or common natural or synthetic fiber.
Read U.S. Federal Code on Biological Testing on U.S. Citizens [TITLE 50, SECTION 1520(a)]

Read U.S. Federal Code on Biological Testing on U.S. Citizens [TITLE 50, SECTION 1520(a)]

Please note Section C of this federal statute as highlighted below, which requires PERMISSION FROM EACH SUBJECT in advance of biological testing. Please relay the content of this law accurately to your fellow citizens. US Code on Human Subjects Testing as REVISED in Nov 1997 U.S. CODE TITLE 50, SECTION 1520(a) S 1520. Repealed. Pub L. 105-85, Div. A, Title X, S 1078(g), Nov. 18, 1997, 111 Stat. 1916 S 1520a. Restriction on the use of human subjects for testing of chemical or biological agents