Monsoons are rigidly determined by World Dam Dynamics

Monsoon Follows World Dam Dynamics

Author: Ramaswami Ashok Kumar, 1/13, Telec Officers’ CHSL, Plot-30, Sector-17, Vashi, Navi Mumbai-400703.

e-mail: ashokuku@rediffmail.com

© 2019 Ramaswami Ashok Kumar

“Thermal lows, or heat lows, are non-frontal low-pressure areas that occur over the continents in the subtropics during the warm season, as the result of intense heating when compared to their surrounding environments. ... This, combined with the rising of the hot air, results in the formation of a low pressure area.”

(Reference: Thermal low - Wikipedia

https://en.wikipedia.org/wiki/Thermal_low).

FRONTS

As air masses move out of their source regions, they come in contact with other air masses of different properties. The zone between two different air masses is a frontal zone or front. Across this zone, temperature, humidity and wind often change rapidly over short distances.

DISCONTINUITIES

When you pass through a front, the change from the properties of one air mass to those of the other is sometimes quite abrupt. Abrupt changes indicate a narrow frontal zone. At other times, the change of properties is very gradual indicating a broad and diffuse frontal zone.

Temperature

Temperature is one of the most easily recognized discontinuities across a front. At the surface, the passage of a front usually causes noticeable temperature change. When flying through a front, you note a significant change in temperature, especially at low altitudes. Remember that the temperature change, even when gradual, is faster and more pronounced than a change during a flight wholly within one air mass. Thus, for safety, obtain a new altimeter setting after flying through a front.

Reference: Avation Weather: FAA.

The heat input by dams cause considerably lower pressure than without the World’s dams, causing the high pressure air mass to move towards the low pressure area with increased kinetic energy causing extremes of rain.

This is considerably amplified by World Dam Dynamics by heating up of the earth because of dam content changes for the entire world. Every instant, this combined dam content change acts through its centre of gravity via shock input forces and bending moments acting at various points of the earth. The sudden inputs are offered a rigid envelope by the earth causing instant transmittal of these impulse inputs to various points on the earth. This results in direct heating up of the earth resulting in earthquakes caused by dams. If such waves of forces and bending moments hit the infrastructure of modern civilization created by a society of specialists catastrophes result :

 

 Figure 0. The South West Monsoon 2015. Konkan & Goa. Daily rain,mm/d(Source: IMD Monsoon Report 2015).

The data for rain in mm/d  derived from Figure 0 are shown  in Figure 1 and the mean and standard deviation for Konkan & Goa  SW Monsoon 2015 are 16.78484 mm/d and 20.53327 mm/d respectively.

Figure 1 captures the essence of World Dam Dynamics determining monsoons.

Legend for Figure 1: Running MTR: Running Mean Temperature Rise,K.

The correlations establish the truth of the consequences of world dam dynamics on rains. 

 

In Table CRC, TRise stands for Temperature Rise in K.All temperature rises are at the centroid of  Konkan & Goa at 18.6,72.96. Over the area of Konkan & Goa, 1m thickness of the soil is taken for determining the temperature rise.

The following tables show the extremes of rain in Konkan and Goa during 2015.

The above three tables are from Monsson Report 2015 of IMD.

 Let us capture the maxima of these values in a graph:

The study of how shock temperature inputs through World Dam Dynamics determine extremes of rain during monsoons results in the following significant relations between them:

The linear correlation of mean rain with mean shock input temperature in Figure 4 is r=0.9155,df=98,p=1.5E-40(Table CRC, Correl June(BV,BX).

 The 22 day lag in the rain  with temperature shock inputs to earth in Konkan  & Goa from May to September 2015(Table CRC: Corr From May 10 BU:From June 1 BX):

Correlation (Sum Daily Shock Input Temperature,K, Mean Daily Rain): 0.726613829, df 120, p 2.725E-21.

CITIZEN'S PROOF OF CLIMATE CHANGE BY WORLD DAM DYNAMICS

Average deviation in the Forcing Function, the shock Temperature Input equals the average deviation in the Response- the Rains.- Proof of the connect between World Dam Dynamics and the extremes of rains.

Looking at Figure 0 for the time series of daily rain for Konkan and Goa, we see the astounding episodes of waves of rain characterising the monsoon in the dam era compared with that in the pre dam era, a good approximation for which is the normal shown in Figure 0. As shown above these waves of rain are distortions to the South West Monsoon wrought by World Dam Dynamics. The rain is mutilated into extremes by direct heating up of the earth at  Konkan & Goa subdivision of India Meteorological Department(IMD) by dam content changes as seen by the temperature shock inputs at the centre of gravity of Konkan and Goa at Lat 18.6, Long 72.96(Figures 1 and  4). The mutilation is seen from the draconic change in the rainfall pattern from the normal to the extreme waves in Figure 0. The normal existing before the dam era of Average 24.26233607, sds 10.44877962 undergoes a qualitative and quantitative transformation in the dam era exemplified by the 2015 SW Monsoon : Mean 16.78484 mm/d and the standard deviation  sds 20.53327. To see the cause effect relationship unambiguously, compare the daily Mean Temperature Rise shock inputs from May 10 2015 to September 8 2015 with the June to September Mean Daily rain for Konkan and Goa. See Figure 1. On percentage basis the average deviation for the Running Mean daily Temperature Rise in Percent of its Max=5.74 K is 14.539432 % .  This shock input results in waves of periodic heat lows resulting in the skewed torrential rains with a 22 day lag : June to September 2015 Mean Daily Rain as % of its Max= 31.72917 mm/d with average deviation of 14.323789 %. See Figure 4. Average deviation in the Percent  Daily Mean Shock Input Temperature Rise – the forcing function, equals the average deviation in the Response Function - the percent  June to September Mean Daily Rain.Thus climate change is being engineered by dams.  

BOTH DROUGHTS AND FLOODS CAUSED BY DAMS 

This result,by definition of average deviation, also proves that both droughts and floods that we are experiencing with increasing fury are being forced upon the earth by modern civilization- a society of specialists with their dams. World Bank -stop this abnormality and strike towards a normal way of life. Dont go against the Gita's teachings. Be good in thought, word and deed -be a follower.

How high temperature shock inputs are applied to the earth by World Dam Dynamics.
The step by step procedure to determine the shock input temperatures used here is shown in  the references below:

You are taken  through worked examples of how high temperature inputs by dams are resulting in catastrophes by scientific analysis of dam dynamics in the references below and in the references therein.

Ramaswami Ashok Kumar. 2018.PERFECT DESIGNS: DUST STORMS AND DAMS OF THE WORLD. Link at
https://livingnormally.blogspot.com/2018/05/dust-storms-and-dams-of-world.html

Ramaswami Ashok Kumar. 2017.PERFECT DESIGNS: Ignore Root Cause, get Root Shock, dams the cause of Irma’s Fury. Link at

https://livingnormally.blogspot.com/2017/10/ignore-root-cause-get-root-shock-dams.html