nuclear-news

Our Global Surveillance System on NUKE TESTING is inadequate

For the ones whom are not aware, there is a global monitoring and surveillance system that detects radioactive particles and gases on a global scale from 80 stations to detect the “smoking gun” in regards to nuclear testing globally in which Canada and the US are collaborators for surveillance purposes.

Suffice to say, pending global atmospheric transport, there are not enough monitoring stations in Canada or the US.

 This is because of the complexity of the jet stream (northern hemisphere) and the long-range transport of these radioactive particles emitted by nuclear testing because of atmospheric dilution or long-range transport, especially xenon (gas), either because of atmospheric dilution or weather patterns in the northern atmosphere. Climate change will in time make this even more problematic.

 This is because of the complexity of the jet stream (northern hemisphere) and the long-range transport of these radioactive particles emitted by nuclear testing because of atmospheric dilution or long-range transport, especially xenon (gas), either because of atmospheric dilution or weather patterns in the northern atmosphere. Climate change will in time make this even more problematic.

Coriolis forces:

Link: https://education.nationalgeographic.org/resource/coriolis-effect/

Check out the link below for more details on the global surveillance system on radioactive fallouts from nuke testing: Link: https://www.ctbto.org/our-work/monitoring-technologies/radionuclide-monitoring

“How the radionuclide monitoring network works

The 80-station radionuclide monitoring network enables a continuous worldwide observation of aerosol samples of radionuclides. The network is supported by 16 radionuclide laboratories with expertise in environmental monitoring, providing independent additional analysis of IMS samples.”

“Radionuclide technology is complementary to the three waveform technologies used in the CTBT verification regime, and the only one that can confirm whether an explosion detected and located by the others is indicative of a nuclear test.”

“Radionuclide stations measure radioactive particles and noble gases, i.e. radionuclides, in the air. A radionuclide is an isotope with an unstable nucleus that loses its excess energy by emitting radiation in the form of particles or electromagnetic waves in a process called radioactive decay.”

February 23, 2023 - Posted by Christina Macpherson | NORTH AMERICA, radiation