TONGA: FDL Methods, March 2021

 Using our published FDL method, we use a predicting tool for determining the dates of additional stresses exerted in a region which may lead to earthquakes or not. Our methods are experimental and we test them in real-time.
Please note the disclaimer at the end. We use our own calculations from the experimental calculations We expect an accuracy for the prediction of +-1 day from the dates shown in the charts sometimes.
Please note that in many years we have used in my Network Laboratory with Students we use those to many other research and research methodologies. There, therefore, we give as below  Disclaimer

In the following diagram, we can see the TONGA Stress Calendar for the period of March 2021.

For this period we can observe that there is a Higher* probability to have an event >4R if the stresses coincide on faults. For example in the 5th, 20th March 2021 is possible and you can see their relative significance from the calendar below:

(Note the scales are not Richter nor logarithmic they are dates of increased probability).
The probability scales are as follows:
*SMALL (<40%), MEDIUM (40-60%), and HIGH (>60% )

 You can read about our methodology here.

Disclaimer

Our new Android App is now on Google Play

You can download it free from
https://play.google.com/store/apps/details?id=com.earthquakepredict

EarthquakePrediction - Apps on Google Play 

Read more..

TONGA: FDL Method, 2021, March

 Using our published FDL method, we use a predicting tool for determining the dates of additional stresses exerted in a region which may lead to earthquakes or not. Our methods are experimental and we test them in real-time.
Please note the disclaimer at the end. We use our own calculations from the experimental calculations We expect an accuracy for the prediction of +-1 day from the dates shown in the charts sometimes.
Please note that in many years we have used in my Network Laboratory with Students we use those to many other research and research methodologies. There, therefore, we give as below  Disclaimer

In the following diagram, we can see the TONGA Stress Calendar for the period of March 2021.

For this period we can observe that there is a Higher* probability to have an event >4R if the stresses coincide on faults. For example in the 5th, 20th March 2021 is possible and you can see their relative significance from the calendar below:

(Note the scales are not Richter nor logarithmic they are dates of increased probability).
The probability scales are as follows:
*SMALL (<40%), MEDIUM (40-60%), and HIGH (>60% 

 You can read about our methodology here.

Disclaimer

Our new Android App is now on Google Play

You can download it free from
https://play.google.com/store/apps/details?id=com.earthquakepredict

EarthquakePrediction - Apps on Google Play 

Read more..

TONGA: FDL Method, 2021, March

 Using our published FDL method, we use a predicting tool for determining the dates of additional stresses exerted in a region which may lead to earthquakes or not. Our methods are experimental and we test them in real-time.
Please note the disclaimer at the end. We use our own calculations from the experimental calculations We expect an accuracy for the prediction of +-1 day from the dates shown in the charts sometimes.
Please note that in many years we have used in my Network Laboratory with Students we use those to many other research and research methodologies. There, therefore, we give as below  Disclaimer

In the following diagram, we can see the TONGA Stress Calendar for the period of March 2021.

For this period we can observe that there is a Higher* probability to have an event >4R if the stresses coincide on faults. For example in the 5th, 16th, 30th March 2021 is possible and you can see their relative significance from the calendar below:

(Note the scales are not Richter nor logarithmic they are dates of increased probability).
The probability scales are as follows:
*SMALL (<40%), MEDIUM (40-60%), and HIGH (>60%

 You can read about our methodology here.

Disclaimer

Our new Android App is now on Google Play

You can download it free from
https://play.google.com/store/apps/details?id=com.earthquakepredict

EarthquakePrediction - Apps on Google Play 

Read more..

Tonga FDL February 2021

 Using our published FDL method, we use a predicting tool for determining the dates of additional stresses exerted in a region which may lead to earthquakes or not. Our methods are experimental and we test them in real-time.
Please note the disclaimer at the end. We use our own calculations from the experimental calculations We expect an accuracy for the prediction of +-1 day from the dates shown in the charts sometimes.
Please note that in many years we have used in my Network Laboratory with Students we use those to many other research and research methodologies. There, therefore, we give as below  Disclaimer

In the following diagram, we can see the TONGA Stress Calendar for the period of February 2021

For this period we can observe that there is a Higher* probability to have an event >4R if the stresses coincide on faults. For example in the on 3rd, 8th, 16th, 27th February 2021 is possible and you can see their relative significance from the calendar below:

(Note the scales are not Richter nor logarithmic they are dates of increased probability)

  You can read about our methodology here.

Disclaimer

Our new Android App is now on Google Play

You can download it free from
https://play.google.com/store/apps/details?id=com.mcom.bloggerapiapp&hl=en&

Read more..

Tonga FDL January 2021

 Using our published FDL method, we use a predicting tool for determining the dates of additional stresses exerted in a region which may lead to earthquakes or not. Our methods are experimental and we test them in real-time.
Please note the disclaimer at the end. We use our own calculations from the experimental calculations We expect an accuracy for the prediction of +-1 day from the dates shown in the charts sometimes.
Please note that in many years we have used in my Network Laboratory with Students we use those to many other research and research methodologies. There, therefore, we give as below  Disclaimer

In the following diagram, we can see the TONGA Stress Calendar for the period of January 2021

For this period we can observe that there is a Higher* probability to have an event >4R if the stresses coincide on faults. For example in the on 4th, 13th, 15th,  23rd January 2021 is possible and you can see their relative significance from the calendar below:

(Note the scales are not Richter nor logarithmic they are dates of increased probability)

  You can read about our methodology here.

Disclaimer

Our new Android App is now on Google Play

You can download it free from
https://play.google.com/store/apps/details?id=com.mcom.bloggerapiapp&hl=en&

Read more..

Two 5.1R and 4.9R earthquakes in TONGA

 

An earthquake double in epicenters in TONGA. The epicenters today, and the prediction of the earthquake today. First we see the prediction  here for Tonga calendar below with 12-13th dates

 The both earthquakes are within 70km apart. 

The earthquake are at coordinates [15.06S and 173.42W] and the other at [16.62S, 173.21W}

Out prediction as shown the arrow coordinates is [15.07S, 171.74W] the prediction  is within   

a less 1 degree. Not bad!

 

 

 

 

 

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5.9R in TONGA

 

 A 5.9R earthquake between Tonga and Fiji region has been reported late light yesterday. Out calculated was first our predicted date was as in per our calendar Excellent..

 

 Our research using my laboratory we have also have now as tested many examples predicted coordinates. Here  below it shows [17.00S, 174.98W] for show epicent.

 The reported coordinate was [17.64S, 174.78W] and comparison with ours. 

 

 

Magnitude	mb 5.9
Region	TONGA
Date time	2020-12-10 20:48:56.7 UTC
Location	17.64 S ; 174.78 W
Depth	10 km
Distances	392 km N of Nuku‘alofa, Tonga / pop: 22,400 / local time: 09:48:56.7 2020-12-11 140 km NW of Neiafu, Tonga / pop: 4,300 / local time: 09:48:56.7 2020-12-11

 

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Tonga FDL December 2020

 Using our published FDL method, we use a predicting tool for determining the dates of additional stresses exerted in a region which may lead to earthquakes or not. Our methods are experimental and we test them in real-time.
Please note the disclaimer at the end. We use our own calculations from the experimental calculations We expect an accuracy for the prediction of +-1 day from the dates shown in the charts sometimes.
Please note that in many years we have used in my Network Laboratory with Students we use those to many other research and research methodologies. There, therefore, we give as below  Disclaimer

In the following diagram, we can see the TONGA Stress Calendar for the period of December  2020

For this period we can observe that there is a Higher* probability to have an event >4R if the stresses coincide on faults. For example in the on 2nd, 11th, 21nd, 25th, 30th December 2020 is possible and you can see their relative significance from the calendar below:

(Note the scales are not Richter nor logarithmic they are dates of increased probability).

 

  You can read about our methodology here.

Disclaimer

Our new Android App is now on Google Play

You can download it free from
https://play.google.com/store/apps/details?id=com.mcom.bloggerapiapp&hl=en&

 

 

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Tonga FDL November 2020

  Using our published FDL method, we use a predicting tool for determining the dates of additional stresses exerted in a region which may lead to earthquakes or not. Our methods are experimental and we test them in real-time.
Please note the disclaimer at the end. We use our own calculations from the experimental calculations We expect an accuracy for the prediction of +-1 day from the dates shown in the charts sometimes.
Please note that in many years we have used in my Network Laboratory with Students we use those to many other research and research methodologies. There, therefore, we give as below  Disclaimer

In the following diagram, we can see the TONGA Stress Calendar for the period of November  2020

For this period we can observe that there is a Higher* probability to have an event >4R if the stresses coincide on faults. For example in the on 1st, 17th, 28th November 2020 is possible and you can see their relative significance from the calendar below:

(Note the scales are not Richter nor logarithmic they are dates of increased probability).

The probability scales are as follows:
*SMALL (<40%), MEDIUM (40-60%), and HIGH (>60% 

You can read about our methodology here.

Read more..

Tonga FDL October 2020

 Using our published FDL method, we use a predicting tool for determining the dates of additional stresses exerted in a region which may lead to earthquakes or not. Our methods are experimental and we test them in real-time.
Please note the disclaimer at the end. We use our own calculations from the experimental calculations We expect an accuracy for the prediction of +-1 day from the dates shown in the charts sometimes.
Please note that in many years we have used in my Network Laboratory with Students we use those to many other research and research methodologies. There, therefore, we give as below  Disclaimer

In the following diagram, we can see the TONGA Stress Calendar for the period of October  2020

For this period we can observe that there is a Higher* probability to have an event >4R if the stresses coincide on faults. For example in the on 5th, 14th, 17th, 27th October 2020 is possible and you can see their relative significance from the calendar below:

(Note the scales are not Richter nor logarithmic they are dates of increased probability).
The probability scales are as follows:
*SMALL (<40%), MEDIUM (40-60%), and HIGH (>60% 

You can read about our methodology here.

Disclaimer

Our new Android App is now on Google Play

You can download it free from
https://play.google.com/store/apps/details?id=com.mcom.bloggerapiapp&hl=en&

Read more..

Tonga FDL September 2020

 Using our published FDL method, we use a predicting tool for determining the dates of additional stresses exerted in a region which may lead to earthquakes or not. Our methods are experimental and we test them in real-time.
Please note the disclaimer at the end. We use our own calculations from the experimental calculations We expect an accuracy for the prediction of +-1 day from the dates shown in the charts sometimes.
Please note that in many years we have used in my Network Laboratory with Students we use those to many other research and research methodologies. There, therefore, we give as below  Disclaimer

In the following diagram, we can see the TONGA Stress Calendar for the period of September  2020

For this period we can observe that there is a Higher* probability to have an event >4R if the stresses coincide on faults. For example in the on 5th, 9th, 19th September 2020 is possible and you can see their relative significance from the calendar below:

(Note the scales are not Richter nor logarithmic they are dates of increased probability).
The probability scales are as follows:
*SMALL (<40%), MEDIUM (40-60%), and HIGH (>60% 

You can read about our methodology here.

Disclaimer

Our new Android App is now on Google Play

You can download it free from
https://play.google.com/store/apps/details?id=com.mcom.bloggerapiapp&hl=en&

Read more..

Tonga FDL June 2020

Using our published FDL method, we use a predicting tool for determining the dates of additional stresses exerted in a region which may lead to earthquakes or not. Our methods are experimental and we test them in real-time.
Please note the disclaimer at the end. We use our own calculations from the experimental calculations We expect an accuracy for the prediction of +-1 day from the dates shown in the charts sometimes.
Please note that in many years we have used in my Network Laboratory with Students we use those to many other research and research methodologies. There, therefore, we give as below  Disclaimer

In the following diagram, we can see the TONGA Stress Calendar for the period of JUNE  2020

For this period we can observe that there is a Higher* probability to have an event >4R if the stresses coincide on faults. For example in the on12-13th, 26th  JUNE 
2020 is possible and you can see their relative significance from the calendar below:

(Note the scales are not Richter nor logarithmic they are dates of increased probability).
The probability scales are as follows:
*SMALL (<40%), MEDIUM (40-60%), and HIGH (>60% )

You can read about our methodology here.

Disclaimer

Our new Android App is now on Google Play

You can download it free from
https://play.google.com/store/apps/details?id=com.mcom.bloggerapiapp&hl=en&

Read more..

Tonga FDL April 2020

Using our published FDL method, we use a predicting tool for determining the dates of additional stresses exerted in a region which may lead to earthquakes or not. Our methods are experimental and we test them in real-time.
Please note the disclaimer at the end. We use our own calculations from the experimental calculations We expect an accuracy for the prediction of +-1 day from the dates shown in the charts sometimes.
Please note that in many years we have used in my Network Laboratory with Students use those to many other research and research methodologies. There, therefore, we give as below  Disclaimer

In the following diagram, we can see the Tonga for April  2020.

For this period we can observe that there is a Higher* probability to have an event >4R if the stresses coincide on faults. For example  on 2nd, 4th, 27th 29th April is possible and you can see their relative significance from the calendar below:

(Note the scales are not Richter nor logarithmic they are dates of increased probability).

*SMALL (<40%), MEDIUM (40-60%), and HIGH (>60%)

(Note the scales are not Richter nor logarithmic they are dates of increased probability).
The probability scales are as follows:  

You can read about our methodology here.

Disclaimer

Our new Android App is now on Google Play

You can download it free from
https://play.google.com/store/apps/details?id=com.mcom.bloggerapiapp&hl=en&
 
You can read about our methodology here.

Disclaimer

Our new Android App is now on Google Play

You can download it free from
https://play.google.com/store/apps/details?id=com.mcom.bloggerapiapp&hl=en&

Read more..

TONGA: February 2020 using FDL

Using our published FDL method, we use it as a systematic predicting tool for determining the dates of additional stresses exerted in a region which may lead to earthquakes or not. Our methods are experimental and we test them in real-time.
Please note the disclaimer at the end. We expect an accuracy for the prediction of +-1 day from the dates shown in the charts.

In the following diagram, we can see the Tonga Stress Calendar for the period of  February 2020.

For this period we can observe that there is a Higher* probability to have an event >4R if the stresses coincide on faults. For example in Tonga on 6th, 14th, 18th February 2020 is possible and you can see their relative significance from the calendar below:

(Note the scales are not Richter nor logarithmic they are dates of increased probability).
The probability scales are as follows:
*SMALL (<40%), MEDIUM (40-60%), and HIGH (>60%)

You can read about our methodology here.

Disclaimer

Our new ANDROID APP is now on Google Play

You can download it free from
https://play.google.com/store/apps/details?id=com.mcom.bloggerapiapp&hl=en&

Read more..

TONGA: January 2020 using FDL

Using our published FDL method, we use it as a systematic predicting tool for determining the dates of additional stresses exerted in a region which may lead to earthquakes or not. Our methods are experimental and we test them in real-time.
Please note the disclaimer at the end. We expect an accuracy for the prediction of +-1 day from the dates shown in the charts.

In the following diagram, we can see the Tonga Stress Calendar for the period of  January 2020.

For this period we can observe that there is a Higher* probability to have an event >4R if the stresses coincide on faults. For example in Tonga on 14th, 24th and 30th January 2020 are possible and you can see their relative significance from the calendar below:

(Note the scales are not Richter nor logarithmic they are dates of increased probability).
The probability scales are as follows:
*SMALL (<40%), MEDIUM (40-60%), and HIGH (>60%)

You can read about our methodology here.

Disclaimer

Our new ANDROID APP is now on Google Play

You can download it free from
https://play.google.com/store/apps/details?id=com.mcom.bloggerapiapp&hl=en&

Read more..

TONGA: December 2019 using FDL

Using our published FDL method, we use it as a systematic predicting tool for determining the dates of additional stresses exerted in a region which may lead to earthquakes or not. Our methods are experimental and we test them in real-time.
Please note the disclaimer at the end. We expect an accuracy for the prediction of +-1 day from the dates shown in the charts.

In the following diagram, we can see the Tonga Stress Calendar for the period of  December 2019.

For this period we can observe that there is a Higher* probability to have an event >4R if the stresses coincide on faults. For example in Tonga on 17th, 24th and 31st December 2019 are possible and you can see their relative significance from the calendar below:

(Note the scales are not Richter nor logarithmic they are dates of increased probability).
The probability scales are as follows:
*SMALL (<40%), MEDIUM (40-60%), and HIGH (>60%)

You can read about our methodology here.

Disclaimer

Our new ANDROID APP is now on Google Play

You can download it free from
https://play.google.com/store/apps/details?id=com.mcom.bloggerapiapp&hl=en&

Read more..

TONGA: November 2019 using FDL

Using our published FDL method, we use it as a systematic predicting tool for determining the dates of additional stresses exerted in a region which may lead to earthquakes or not. Our methods are experimental and we test them in real-time.
Please note the disclaimer at the end. We expect an accuracy for the prediction of +-1 day from the dates shown in the charts.

In the following diagram, we can see the Tonga Stress Calendar for the period of  November 2019.

For this period we can observe that there is a Higher* probability to have an event >4R if the stresses coincide on faults. For example in Tonga on 3rd, 10th, 17th, and 20th November 2019 are possible and you can see their relative significance from the calendar below:

(Note the scales are not Richter nor logarithmic they are dates of increased probability).
The probability scales are as follows:
*SMALL (<40%), MEDIUM (40-60%), and HIGH (>60%)

You can read about our methodology here.

Disclaimer

Our new ANDROID APP is now on Google Play

You can download it free from
https://play.google.com/store/apps/details?id=com.mcom.bloggerapiapp&hl=en&

Read more..

TONGA: October 2019 using FDL

Using our published FDL method, we use it as a systematic predicting tool for determining the dates of additional stresses exerted in a region which may lead to earthquakes or not.. Our methods are experimental and we test them in real time.
Please note the disclaimer at the end. We expect an accuracy for the prediction of +-1 day from the dates shown in the charts.

In the following diagram we can see Tonga Stress Calendar for the period of  October 2019.

For this period we can observe that there is a Higher* probability to have an event >4R if the stresses coincide on faults. For example in Tonga on 7th, 17th and 22nd October 2019 are possible and you can see their relative significance from the calendar below:

(Note the scales are not Richeter nor logarithmic they are dates of increased probability).
The probability scales are as follows:
*SMALL (<40%), MEDIUM (40-60%), and HIGH (>60%)

You can read about our methodology here.

Disclaimer

Our new ANDROID APP is now on Google Play

You can download it free from
https://play.google.com/store/apps/details?id=com.mcom.bloggerapiapp&hl=en&

Read more..

TONGA: September 2019 using FDL

Using our published FDL method, we use it as a systematic predicting tool for determining the dates of additional stresses exerted in a region which may lead to earthquakes or not.. Our methods are experimental and we test them in real time.
Please note the disclaimer at the end. We expect an accuracy for the prediction of +-1 day from the dates shown in the charts.

In the following diagram we can see Tonga Stress Calendar for the period of  September 2019.

For this period we can observe that there is a Higher* probability to have an event >4R if the stresses coincide on faults. For example in Tonga on 8th, 16th and 20th September 2019 are possible and you can see their relative significance from the calendar below:

(Note the scales are not Richeter nor logarithmic they are dates of increased probability).
The probability scales are as follows:
*SMALL (<40%), MEDIUM (40-60%), and HIGH (>60%)

You can read about our methodology here.

Disclaimer

Our new ANDROID APP is now on Google Play

You can download it free from
https://play.google.com/store/apps/details?id=com.mcom.bloggerapiapp&hl=en&

Read more..

TONGA: August 2019 using FDL

Using our published FDL method, we use it as a systematic predicting tool for determining the dates of additional stresses exerted in a region which may lead to earthquakes or not.. Our methods are experimental and we test them in real time.
Please note the disclaimer at the end. We expect an accuracy for the prediction of +-1 day from the dates shown in the charts.

In the following diagram we can see Tonga Stress Calendar for the period of  August 2019.

For this period we can observe that there is a Higher* probability to have an event >4R if the stresses coincide on faults. For example in Tonga on 19th 25th and 29th August 2019 are possible and you can see their relative significance from the calendar below:

(Note the scales are not Richeter nor logarithmic they are dates of increased probability).
The probability scales are as follows:
*SMALL (<40%), MEDIUM (40-60%), and HIGH (>60%)

You can read about our methodology here.

Disclaimer

Our new ANDROID APP is now on Google Play

You can download it free from
https://play.google.com/store/apps/details?id=com.mcom.bloggerapiapp&hl=en&

Read more..

TONGA: July 2019 using FDL

Using our published FDL method, we use it as a systematic predicting tool for determining the dates of additional stresses exerted in a region which may lead to earthquakes or not.. Our methods are experimental and we test them in real time.
Please note the disclaimer at the end. We expect an accuracy for the prediction of +-1 day from the dates shown in the charts.

In the following diagram we can see Tonga Stress Calendar for the period of  July 2019.

For this period we can observe that there is a Higher* probability to have an event >4R if the stresses coincide on faults. For example in Tonga on 24th July 2019 are possible and you can see their relative significance from the calendar below:

(Note the scales are not Richeter nor logarithmic they are dates of increased probability).
The probability scales are as follows:
*SMALL (<40%), MEDIUM (40-60%), and HIGH (>60%)

You can read about our methodology here.

Disclaimer

Our new ANDROID APP is now on Google Play

You can download it free from
https://play.google.com/store/apps/details?id=com.mcom.bloggerapiapp&hl=en&

Read more..

TONGA: June 2019 using FDL

Using our published FDL method, we use it as a systematic predicting tool for determining the dates of additional stresses exerted in a region which may lead to earthquakes or not.. Our methods are experimental and we test them in real time.
Please note the disclaimer at the end. We expect an accuracy for the prediction of +-1 day from the dates shown in the charts.

In the following diagram we can see Tonga Stress Calendar for the period of  June 2019.

For this period we can observe that there is a Higher* probability to have an event >4R if the stresses coincide on faults. For example in Tonga on 1-2nd, 8th, 12th, 16th and possibly 29th  June 2019 are possible and you can see their relative significance from the calendar below:

(Note the scales are not Richeter nor logarithmic they are dates of increased probability).
The probability scales are as follows:
*SMALL (<40%), MEDIUM (40-60%), and HIGH (>60%)

You can read about our methodology here.

Disclaimer

Our new ANDROID APP is now on Google Play

You can download it free from
https://play.google.com/store/apps/details?id=com.mcom.bloggerapiapp&hl=en&

Read more..

TONGA: May 2019 using FDL

Using our published FDL method, we use it as a systematic predicting tool for determining the dates of additional stresses exerted in a region which may lead to earthquakes or not.. Our methods are experimental and we test them in real time.
Please note the disclaimer at the end. We expect an accuracy for the prediction of +-1 day from the dates shown in the charts.

In the following diagram we can see Tonga Stress Calendar for the period of May 2019.

For this period we can observe that there is a Higher* probability to have an event >4R if the stresses coincide on faults. For example in Tonga on 10th, 22nd and 27th  May 2019 are possible and you can see their relative significance from the calendar below:

(Note the scales are not Richeter nor logarithmic they are dates of increased probability).
The probability scales are as follows:
*SMALL (<40%), MEDIUM (40-60%), and HIGH (>60%)

You can read about our methodology here.

Disclaimer

Our new ANDROID APP is now on Google Play

You can download it free from
https://play.google.com/store/apps/details?id=com.mcom.bloggerapiapp&hl=en&

Read more..

Tonga: FDL Method, January 2019

Using our published FDL method, we use it as a systematic predicting tool for determining the dates of earthquakes. Our methods are experimental and we test them in real time.
Please note the disclaimer at the end. We expect an accuracy for the prediction of +-1 day from the dates shown in the charts.

In the following diagram we can see Tonga Earthquake Predictions for the period of January 2019.

For this period we can observe that there is a Higher* probability to have an earthquake >4R in Tonga on 5th, 12th and 26th January 2019 are possible and you can see their relative significance from the calendar below:

(Note the scales are not Richeter nor logarithmic).
The probability scales are as follows:
*SMALL (<40%), MEDIUM (40-60%), and HIGH (>60%)

[You can install our new free ANDROID app for receiving early warning of our posts in this blog. ]

You can read about our methodology here.

Disclaimer

Read more..