China

 

 

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 China Stress Calendar for the period of 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 25th 29th 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 

Read more..

GLOBAL 7R 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 Global Stress Calendar for the period of 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 12th, 22nd, 22th, 28th 29th 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 

Read more..

FIJI 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 Fiji Stress Calendar for the period of 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 25th 29th 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 

Read more..

Ecuador

 

 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 Ecuador Stress Calendar for the period of 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 21th, 27th 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 

 

 

 

 

 

 

 

 

 

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China FDL Method, 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 China Stress Calendar for the period of 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 3th, 10th, 21th, 31th 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 

Read more..

CROATIA FDL 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  Croatian Calendar for the period of Croatian 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 2nd, 11th, 16t, 19th, 22nd and 26th 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

 

 

 

 

 

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California DFL 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 California Calendar for the period of California  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 10 and 27th 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

Read more..

Banglash 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 Bangladesh Stress Calendar for the period of  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 3rd, 10th, 16th 25th,  May 21 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..

British Columbia FDL 2021 MAY

 

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 Stress Calendar for the period of 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 4th, 11th, 30th,  27th, 31th 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..

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

Read more..

ALBANIA May 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 Albania Stress Calendar for the period of  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 2st, 12th 18th 24th, May 21 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..

24th April 2021 Earthquest

 Expected  a  Planes in  is expect to alight in them. This also expecting earths to come

Read more..

Magnitude 5.9 earthquake hits southern Iran

 The earthquake struck the southern province of Bushehr, where a nuclear power plant is located, but no immediate reports of significant damage

 

 

A magnitude 5.9 earthquake has struck Iran’s southern province of Bushehr, where a nuclear power plant is located, but there were no immediate reports of considerable damage.

At least five people were injured, Iran’s state-run IRNA news agency reported. The epicentre of the earthquake on Sunday was the town of Rig.

 Hospitals in nearby cities and provinces were put on alert with rescue teams and 50 ambulances sent to the area, a regional official told state TV.

Electricity and landline telephone and internet in the regional city of Gonaveh were cut off “and people are taking to the streets for fear of earthquakes”, semi-official news agency Tasnim reported.

An Iranian government official told Reuters news agency there were no reports of damage at the Bushehr nuclear complex, situated on Iran’s Gulf coast.

The earthquake was centred 100km (60 miles) away from the plant and was relatively shallow – only 10km (6 miles) deep, according to Iranian media which also reported nine aftershocks and posted pictures that showed collapsed mud-brick walls in some villages.

Two people were injured in Gonaveh and were being taken to hospital, state media quoted the head of the Bushehr University of Medical Sciences, Saeed Kashmiri, as saying.

Crisscrossed by major fault lines, Iran is one of the most earthquake-prone countries in the world.

In 2003, a magnitude 6.6 earthquake in Kerman province killed 31,000 people and flattened the ancient city of Bam.

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5.2R Russia-Mongolia

 

 

 5.2R earthquake was reported a Russia, near Mongolia . It was 10kmm depth and coordinate [51.19N, 100.33E] .

The earthquake was early morning.

Magnitude	Mw 5.2
Region	RUSSIA-MONGOLIA BORDER REGION
Date time	2021-03-31 00:01:26.9 UTC
Location	51.19 N ; 100.33 E
Depth	10 km
Distances	286 km SW of Angarsk, Russia / pop: 243,000 / local time: 08:01:26.9 2021-03-31 42 km SSW of Turt, Mongolia / pop: 2,100 / local time: 08:01:26.9 2021-03-31

 

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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

Read more..

5.2R Earthquake in AUSTRIA

 

A 4.2R earthquake has been reported in Austria .

 A shallow magnitude 4.3 earthquake was reported early evening near Wiener Neustadt, Wiener Neustadt Stadt, Austria Beherea, Austria.
According to the German Research Centre for Geosciences (GFZ), the quake hit on Tuesday 30 March 2021 at 6:25 pm local time at a shallow depth of 10 km. Shallow earthquakes are felt more strongly than deeper ones as they are closer to the surface. The exact magnitude, epicenter, and depth of the quake might be revised within the next few hours or minutes as seismologists review data and refine their calculations, or as other agencies issue their report.
A second report was later issued by the European-Mediterranean Seismological Centre (EMSC), which listed it as a magnitude 4.9 earthquake.
Based on the preliminary seismic data, the quake was probably felt by many people in the area of the epicenter. It should not have caused significant damage, other than objects falling from shelves, broken windows, etc.
In Föhrenau (pop. 450) located 3 km from the epicenter, and Wiener Neustadt (pop. 44,800) 4 km away, the quake should have been felt as light shaking.
Weak shaking might have been felt in Eisenstadt (pop. 9,200) located 25 km from the epicenter, Baden bei Wien (pop. 26,300) 26 km away, Meidling (pop. 97,600) 45 km away, and Favoriten (pop. 201,900) 45 km away.
Other towns or cities near the epicenter where the quake might have been felt as very weak shaking include Simmering (pop. 101,400) located 49 km from the epicenter, Vienna (pop. 1,691,500) 50 km away, St. Pölten (pop. 21,900) 64 km away, and Bratislava (pop. 423,700) 79 km away.
VolcanoDiscovery will automatically update magnitude and depth if these change and follow up if other significant news about the quake become available. If you’re in the area, please send us your experience through our reporting mechanism, . This will help us provide more first-hand updates to anyone around the globe who wants to know more about this quake.

 

 

 

Magnitude	mb 4.2
Region	AUSTRIA
Date time	2021-03-30 16:25:00.7 UTC
Location	47.78 N ; 16.18 E
Depth	10 km
Distances	45 km S of Favoriten, Austria / pop: 201,000 / local time: 18:25:00.7 2021-03-30 5 km SW of Wiener Neustadt, Austria / pop: 44,800 / local time: 18:25:00.7 2021-03-30

 

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5.7R in IZU Islands

 

 

This morning a 5.7R was reported in Japan, in IZU Island

Magnitude	Mw 5.7
Region	IZU ISLANDS, JAPAN REGION
Date time	2021-03-28 00:26:57.2 UTC
Location	33.58 N ; 140.34 E
Depth	60 km
Distances	199 km SSE of Yokosuka, Japan / pop: 428,000 / local time: 09:26:57.2 2021-03-28 162 km SSE of Tateyama, Japan / pop: 50,000 / local time: 09:26:57.2 2021-03-28

 

 

 

 

 

 

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3 killed in 5.4 magnitude quake in northwestern China

Quake hit Aksu province of Xinjiang region in northwestern China, country's media reports

Burak Dag   | 24.03.2021

ANKARA

Three people died when a 5.4 magnitude earthquake hit northwestern China Wednesday morning, according to the Chinese People’s Daily.

The daily said on Twitter that the quake hit the Aksu province of China's Xinjiang region.

It also added that the quake was followed by 10 aftershocks with the largest having a magnitude of 3.4.

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PERU 5.1R

 

A 5.1R earthquake was reported a 5.1R in Peru this afternoon.The calendar from our  ZDL Method for Peru, is as we can predicted.

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Kamchatka: 5.0R Earthquake

An earthquake was reported from Kamchatka 5.0R Earthquake.

Earthquake 5.0R was predicted from today as predicted.

Magnitude	Mw 5.0
Region	OFF EAST COAST OF KAMCHATKA
Date time	2021-03-21 21:13:13.2 UTC
Location	54.91 N ; 163.14 E
Depth	10 km
Distances	359 km NE of Petropavlovsk-Kamchatsky, Russia / pop: 187,000 / local time: 09:13:13.2 2021-03-22 152 km SSE of Ust’-Kamchatsk Staryy, Russia / pop: 4,900 / local time: 09:13:13.2 2021-03-22

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7.0R Earthquake in Japan

 

A strong magnitude 7.2 earthquake struck off the coast of northeastern Japan on Saturday evening just after 6 p.m. In Miyagi Prefecture, the quake measured up to a strong 5 on the Japanese shindo scale to 7. The Meteorological Agency has issued a tsunami advisory. As a precaution, those near coastal areas are advised to move to higher ground.
Our prediction with our the FDL method makes use of Fibonacci, Dual and Lucas numbers. shows a 2 day early, or with early spiral as shown above.
Here we also the Coordinates using my predicted of the Japan today.

Magnitude	Mw 7.0
Region	NEAR EAST COAST OF HONSHU, JAPAN
Date time	2021-03-20 09:09:46.5 UTC
Location	38.52 N ; 141.55 E
Depth	60 km
Distances	66 km NE of Sendai, Japan / pop: 1,063,000 / local time: 18:09:46.5 2021-03-20 25 km NE of Ishinomaki, Japan / pop: 117,000 / local time: 18:09:46.5 2021-03-20

 

 

 

 

 

 

 

 

 

 

 

 

 

 

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5.1R in Iran today

There is a 5.1R has been reported in IRAN. Our method of this method, which can reported many says about this. Re for this  http://www.earthquakepredict.com/  +-1

 

Magnitude	mb 5.1
Region	SOUTHERN IRAN
Date time	2021-03-14 12:54:12.1 UTC
Location	28.10 N ; 56.97 E
Depth	60 km
Distances	122 km NNE of Bandar Abbas, Iran / pop: 352,000 / local time: 16:24:12.1 2021-03-14 108 km NNW of Mīnāb, Iran / pop: 70,700 / local time: 16:24:12.1 2021-03-14

 

 

 

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