8.5 Program of High-Frequency Active Studies HAARP
795
Table 8.6 Functional possibilities of seismic weapons
Reduction of enemy military potential
Increase in friendly military potential
Artificial increase of precipitation
Artificial reduction of precipitation
– Flooding of land communication routes
– Support/improvement of communication
routes
– Reduction of accuracy of precision-guided
munitions/effectiveness of reconnaissance
– Improvement of visibility
– Reduction of the comfort/moral levels
– Improvement of the comfort/moral levels
Enhancement of storm fronts
Correction of storm fronts
– Impossibility of military operations
– Selection of the region of military actions
Artificial disruption of precipitation
Formation of clouds and fog
– Absence of freshwater
– Increased masking efficiency
– Drought stimulation
Elimination of clouds and fog
Elimination of clouds and fog
– Proper functioning of ground airfields
– Impossibility of masking during military
operation
– Improving efficiency of military systems
– Increased vulnerability of military
systems/reconnaissance
Space weather
Space weather (heliophysical and geophysical
phenomena)
– Increase in reliability of communications
– Destruction of communication/radar operation – Improvement of operation of space
systems
– Disabling/destruction of enemy space systems – Interception of enemy communication
Identification of weather-related malicious
activities of the enemy
Protection against potential harm from the
enemy
We can also quote separate scientific and research publications known from public
and disclosed sources dedicated to the HAARP subject and written by Russian,
Ukranian, and Czech institutes:
1. Theoretical model of possible disturbances at night in the mid-latitude D-region
of the ionosphere above the area of strong future earthquakes (Institute of
Terrestrial Magnetism, Ionosphere and Radio Wave Propagation of the Russian
Academy of Sciences).
2. The relationship between microseismic and geomagnetic activity and ionospheric
absorption of radio waves (Geophysical Institute, Czechoslovak Academy of
Sciences, Prague).
3. Modeling of the acoustic-electromagnetic method for monitoring the ionosphere
(Karpenko Physico-Mechanical Institute, National Academy of Sciences of
Ukraine).
795
Table 8.6 Functional possibilities of seismic weapons
Reduction of enemy military potential
Increase in friendly military potential
Artificial increase of precipitation
Artificial reduction of precipitation
– Flooding of land communication routes
– Support/improvement of communication
routes
– Reduction of accuracy of precision-guided
munitions/effectiveness of reconnaissance
– Improvement of visibility
– Reduction of the comfort/moral levels
– Improvement of the comfort/moral levels
Enhancement of storm fronts
Correction of storm fronts
– Impossibility of military operations
– Selection of the region of military actions
Artificial disruption of precipitation
Formation of clouds and fog
– Absence of freshwater
– Increased masking efficiency
– Drought stimulation
Elimination of clouds and fog
Elimination of clouds and fog
– Proper functioning of ground airfields
– Impossibility of masking during military
operation
– Improving efficiency of military systems
– Increased vulnerability of military
systems/reconnaissance
Space weather
Space weather (heliophysical and geophysical
phenomena)
– Increase in reliability of communications
– Destruction of communication/radar operation – Improvement of operation of space
systems
– Disabling/destruction of enemy space systems – Interception of enemy communication
Identification of weather-related malicious
activities of the enemy
Protection against potential harm from the
enemy
We can also quote separate scientific and research publications known from public
and disclosed sources dedicated to the HAARP subject and written by Russian,
Ukranian, and Czech institutes:
1. Theoretical model of possible disturbances at night in the mid-latitude D-region
of the ionosphere above the area of strong future earthquakes (Institute of
Terrestrial Magnetism, Ionosphere and Radio Wave Propagation of the Russian
Academy of Sciences).
2. The relationship between microseismic and geomagnetic activity and ionospheric
absorption of radio waves (Geophysical Institute, Czechoslovak Academy of
Sciences, Prague).
3. Modeling of the acoustic-electromagnetic method for monitoring the ionosphere
(Karpenko Physico-Mechanical Institute, National Academy of Sciences of
Ukraine).