Wednesday, April 26, 2017


Marine Biology 2017 Pacific Ocean:
Courtesy enenews:
Whats the situation in Seattle? Any quantification?
See this action by dams:
25 April 2017- 31st Chernobyl Anniversary

Monday, April 24, 2017



© 2017 Ramaswami Ashok Kumar

Earthquakes are being rigidly determined by the world's dams( Ref's 1,2).
Readers must take note and react for the sake of all life.

See Figure 1 below for a snapshot of the earthquakes caused by dams of the world. The data on the quakes is in Table 1(EMSC data).

In Figure 1, the numbers of the earthquake locations are the sequence in which they took place.
For the hydrological year June 2016 to May 2017, the centre of gravity of the water masses  behind the world’s dams as on 20 April 2017 is at 26.19, 108.31.    The Water moment is applied by the dams from their centre of gravity on each of these earthquake hypocenters simultaneously and hence it is divided among the hypocenter locations. As the dam contents change in response to water consumption needs of societies across the world, the dynamics of the changes in the water moment cause an earthquake to occur. At the location where the earthquake occurs, the entire water moment is applied there causing the rock to melt there. Thereafter the water moment at this location drastically changes and the dynamics of the earthquake occurrence at the next fortuitious location starts. This dynamic process triggered by the dynamics of water demand at the reservoirs manifests itself in the snapshot of the damquakes studied in Figure 1.  
If dam surges – surges of water moments- are behind these earthquakes(Ref 1), the ratio of the water moments for any two given groups of earthquakes will be the ratio of the mean distances from the center of gravity of the water masses behind the dams  for these two groups. Further this ratio must equal the mean seismic moment ratio for these two groups as well as equal the ratio of the number of earthquakes and that of the inverse of the mean time between the earthquake groups.
Dividing the earthquakes into two sets- one set for the longitude range 0- the longitude of the center of gravity of the waters behind the dams(108.31 in this case) and the other set for the earthquakes between 0 to 108.31 via longitudes -180 and 180.
See Table 2 for the excellent results confirming again the cause- the dam surges for the earthquakes. See also Ref 2   for other damning results against the dams.

1. R. Ashok Kumar. 2005. Earthquakes caused by dams.
2. R. Ashok Kumar. 2015. The Science of Dams causing Earthquakes and Climate Change.

Saturday, December 03, 2016



By Ramaswami Ashok Kumar, B.E.,M.E., Negentropist, Bombay Sarvodaya Mandal, 299, Tardeo Road, Nana Chowk, Mumbai-400007.

© 2016-2017 Ramaswami Ashok Kumar

A 4.3 MM moment magnitude earthquake on 2016-11-29T20:09:39.280Z at 3km NNW of Grebocice, Poland about 14 km from the Polish  copper and silver deep mine  Rudna caused a portion of the mine to collapse and caused the death of 8 miners. This earthquake was caused by the world’s dams (Ref 1).

The dam surge of 0.000217669 billion cubic meters (BCM) at the instant of the quake caused the quake at


at a depth of 5 km with a seismic moment of 0.000281838x10^19.05 Nm. At the hypocentre the displacement was vertically downwards of 83.2786 m. The distance of the hypocentre to the centre of gravity of the world’s dams located at


was 7405 km.

The energy released by the earthquake was 1.77828E+11 Nm.

The force applied by the dam surge at the hypocentre was -2135335566 N. This is about 100000 times the thrust developed by an Airbus 320 plane!

Thus the (downward) displacement at the hypocentre was energy released/Force

= 1.77828E+11/-2135335566

= -83.2786 m

The dam surge mentioned was also applied at the Rudna mine located at 1.224 km below ground at


The dam surge appeared slightly later, 0.891 s, at the Rudna mine location because it is more distant from the centre of gravity of the world’s dams. The distance from the centre of gravity(CG) of the dams to the mine  is 7411 km. The dam surge that hit the mine is assumed to be caused by the same dam content change which caused the damquake, as the time for the surge to appear at the mine is only 0.891 s later than the time of the quake in Poland.

The water moment exerted by this dam content change on the mine is dam content change(dbcm) acting at CGx the water moment arm which is the distance CG-mine location*9.81 Nm or

Water moment,WM,Nm = 0.000217669*10^15*9.81*7411/10^19.05/5=0.000282081


Equivalent Damquake magnitude,EqMM=(10-3.549626611)/1.5=4.300248926 MM.

The energy released by this equivalent damquake at the mine is calculated from


Thus EsRudna, Nm = 10^11.25= 1.77981E+11

The force exerted by the dam content change on the mine is dbcmx10^12x9.81 N or

Force,N= 0.000217669x 10^12x9.81= -2135332890

Thus vertical (downward) displacementt at Rudna mine,m= Es/Force=1.77981E+11/-2135332890 or

-83.3504 m.

Thus the ground sank by 83.35 m at the mine, and thus the boulders came crashing down at the mine location some 1.224 km down, where the workers were situated.

Conclusion. The world’s dams meeting water needs are exerting forces and bending moments on modern civilization's infrastructure making it collapse catastrophically all over the world. This time it’s the large mine in Poland. Days before on 21 November it was a major earthquake at South Island New Zealand, In October 2016 it was destruction of whole villages and heritage structures in Central Italy and many deaths.


1. Ramaswami Ashok Kumar.2015. predicting earthquakes: The science of dams causing earthquakes and climate change at