Cellular antennas have power peaks at predetermined
distances. These vary and are influenced by compounding
exposure factors that can cause localized increases of RFR
levels. Some of these factors are: other RFR emissions, from
WiFi, cordless phones, etc. in the area will add to the
overall RFR burden; reflective materials reflect RFR and
create hot spots (just as they do in microwave ovens); and,
metal and wires are RFR conductors and may amplify the
signals. In addition locations closest to and/or in direct
line of sight of the transmitters will have elevated RFR
levels relative to surrounding locations.
The Occupational Safety and Health Agency (OSHA) reports:
Metal objects such as steel beams can act as antennas by
receiving and then "re-radiating" some of the energy,
forming a new radiating surface to consider. Not only does
this new radiating surface have its own near-field regions,
the energy levels might be shockingly high. Exercise caution
near such metal objects.”
(http://www.osha.gov/SLTC/radiofrequencyradiation/electromagnetic_fieldmemo/electr
omagnetic.html) These factors may perhaps cause the people
who are in the elevated RFR zones over the tipping point
into electrohypersensitivty (EHS) (Explained later).
Solomon Islands, Honiara
France, Paris
Sao Tome and Principe, Sao Tome
Georgia, Tbilisi
Blue Mountains, Australia
Athens, Georgia
Sri Jayawardenepura Kotte
Thailand, Bangkok
Murray Bridge, South Australia
Norman, Oklahoma, USA
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