Earthquake Prediction: Alaska

Friday, April 30, 2021

Alaska FDL May 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 Alaska Stress Calendar for the period of Alaska May 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 6th May 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

Tuesday, March 30, 2021

ALASKA 2021-April FDL-Method

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 Alaska Stress Calendar for the period of Alaska April 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 6th April 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

Friday, February 26, 2021

Alaska-March- 2021 FDL

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 Alaska Stress Calendar for the period of Alaska 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 on 8th, 18th, 24th, 28th, 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

Thursday, January 28, 2021

Alaska-February- 2021 FDL

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 Alaska Stress Calendar for the period of Alaska 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 6th, 12th, 22nd 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).
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&

Wednesday, December 30, 2020

Alaska-January- 2021 FDL

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 Alaska Stress Calendar for the period of Alaska 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 on13th, 22nd 24th, 26th 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).
The probability scales are as follows:
*SMALL (<40%), MEDIUM (40-60%), and HIGH (>60%)

Saturday, November 28, 2020

Alaska-December- 2020 FDL

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 Alaska Stress Calendar for the period of Alaska 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, 9th, 17th, 25th, 29th 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).
The probability scales are as follows:
*SMALL (<40%), MEDIUM (40-60%), and HIGH (>60%)

Wednesday, November 4, 2020

5.0R Alaska

A 5.0R this morning was an earthquake was 453 km from Unalaska, AK, USA · Oct 30, 6:36 AM.

Our research we have expected today as we can use the Alaska Calendar we have in FDL method. As the same we have the coordinates we have shown and excellent expected.

Magnitude	Mw 5.0
Region	SOUTH OF ALASKA
Date time	2020-11-04 03:27:23.7 UTC
Location	52.65 N ; 162.58 W
Depth	10 km
Distances	1221 km SSW of Anchorage, United States / pop: 298,000 / local time: 18:27:23.7 2020-11-03 269 km ESE of Akutan, United States / pop: 1,000 / local time: 18:27:23.7 2020-11-03

Thursday, October 29, 2020

Alaska-November- 2020 FDL

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 Alaska Stress Calendar for the period of Alaska 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 8th, 10th, 15th, 17th, 25th 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%)

Tuesday, October 20, 2020

S. ALASKA 7.5R

A power 7.5R earthquake was reported in S Alaska yesterday. Our calculated of the coordinate can be seen in the map as [55.8N, 160.7W]. The difference is 1 degree.

Magnitude	Mw 7.5
Region	SOUTH OF ALASKA
Date time	2020-10-19 20:54:40.7 UTC
Location	54.71 N ; 159.75 W
Depth	40 km
Distances	926 km SSW of Anchorage, United States / pop: 298,000 / local time: 12:54:40.7 2020-10-19 84 km SE of Sand Point, United States / pop: 1,000 / local time: 12:54:40.7 2020-10-19

You can read about our methodology here.

Disclaimer

Tuesday, October 6, 2020

ALASKA 6R prediction

Magnitude	Mw 5.9
Region	SOUTH OF ALASKA
Date time	2020-10-06 05:54:50.6 UTC
Location	54.91 N ; 159.86 W
Depth	30 km
Distances	912 km SSW of Anchorage, United States / pop: 298,000 / local time: 21:54:50.6 2020-10-05 62 km SE of Sand Point, United States / pop: 1,000 / local time: 21:54:50.6 2020-10-05

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Tuesday, September 29, 2020

Alaska-October- 2020 FDL

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 Alaska Stress Calendar for the period of Alaska 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 6th, 12th, 16th, 21th and 29th 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%)

Sunday, May 31, 2020

Alaska-June 2020 FDL

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 Alaska 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 on 2nd-8th, 16th, 20th, 28th 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%)

Thursday, May 28, 2020

Alaska FDL

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 Alaska Stress Calendar for the period of 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 in the on 6-2nd, 10th, 17th, 28th and 30th.
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%)