Deep Magnitude 7.8 Quake Hits Offshore From Suva, Fiji

A magnitude 7.8 earthquake hit 105 km east-southeast of Suva, Fiji, at a depth of 608 km, the U.S. Geological Survey said on Thursday. The measure was revised downward from an initial magnitude 8.1 reading by USGS.

The Pacific Tsunami Warning Center said no destructive Pacific-wide tsunami was expected, and there was no tsunami threat to Hawaii.

New Zealand’s Ministry of Civil Defense and Emergency Management said there was no tsunami threat to New Zealand following the earthquake.

__________________

Science Of Cycles keeps you tuned-in and knowledgeable of what we are discovering, and how some of these changes will affect our communities and ways of living.

 

Powerful Quake Leaves At Least 9 Dead, Dozens Missing In Japan

A powerful earthquake Thursday on Japan’s northernmost main island of Hokkaido triggered dozens of landslides that crushed houses under torrents of dirt, rocks and timber, prompting frantic efforts to unearth any survivors. At least nine people were killed, Prime Minister Shinzo Abe said. Officials said at least 366 were injured, five of them seriously, and about 30 people were unaccounted for after the magnitude 6.7 earthquake jolted residents from their beds at 3:08 a.m.

Nearly 3 million households were left without power by the quake – the latest in an exhausting run of natural disasters for Japan.

It paralyzed normal business on the island, as blackouts cut off water to homes, immobilized trains and airports, causing hundreds of flight cancellations, and shut down phone systems.

In the town of Atsuma, where entire hillsides collapsed, rescuers used small backhoes and shovels to search for survivors under the tons of earth that tumbled down steep mountainsides, burying houses and farm buildings below. The area’s deep green hills were marred by reddish-brown gashes where the soil tore loose under the violent tremors.

Twenty-eight people remained unaccounted for in the town, Atsuma Mayor Shoichiro Miyasaka told public broadcaster NHK.

“We will carry on searching for them,” he said.

Miyasaka said the town had emergency meals for up to 2,000 people and that more than 500 had sought refuge in its emergency shelters.

The landslides ripped through some homes and buried others. Some residents described awakening to find their next-door neighbors gone.

“The entire thing just collapsed,” said one. “It’s unbelievable.”

The island’s only nuclear power plant, which was offline for routine safety checks, temporarily switched to a backup generator to keep its spent fuel cool. Nuclear regulators said there was no sign of abnormal radiation – a concern after a massive quake and tsunami in March 2011 that hit northeast Japan destroyed both external and backup power to the Fukushima Dai-ichi nuclear plant, causing meltdowns.

Japan’s Meteorological Agency said the quake’s epicenter was 40 kilometers (24 miles) deep. But it still wreaked havoc across much of the relatively sparsely inhabited island.

Many roads were closed and some were impassable. NHK showed workers rushing to clean up shattered glass and reinstall ceiling panels that had fallen in the region’s biggest airport at Chitose.

Japan is used to dealing with disasters, but the last few months have brought a string of calamities. The quake came on the heels of a typhoon that lifted heavy trucks off their wheels and triggered major flooding in western Japan, leaving the main airport near Osaka and Kobe closed after a tanker rammed a bridge connecting the facility to the mainland. The summer also brought devastating floods and landslides from torrential rains in Hiroshima and deadly hot temperatures across the country.

Prime Minister Shinzo Abe said that up to 25,000 troops and other personnel would be dispatched to Hokkaido to help with rescue operations.

As Japan’s northern frontier and a major farming region with rugged mountain ranges and vast forests, Hokkaido is an area accustomed to coping with long winters, isolation and other hardships. But the blackouts brought on by the quake underscored the country’s heavy reliance on vulnerable power systems: without electricity, water was cut to many homes, train lines were idled and phone systems out of order.

In the prefectural capital of Sapporo, a city of 1.9 million, the quake ruptured roads and knocked houses askew. A mudslide left several cars half buried. By evening the city’s streets were dark and shops closed.

Economy, Trade and Industry Minister Hiroshige Seko told reporters that the extensive power outage was caused by an emergency shutdown of the main thermal power plant at Tomato-Atsuma that supplies half of Hokkaido’s electricity.

The hope had been to get power back up within hours and some electricity was gradually being restored. However, damage to generators at the plant meant that a full restoration of power could take more than a week, Seko said.

Utilities were starting up several other thermal and hydroelectric plants and power was restored to 340,000 households, but even with those stopgap supplies thousands will still be without electricity for some time.

Authorities sent power generator vehicles to hospitals and other locations and water tanker trucks to communities in Sapporo, where residents were collecting bottles to tide them over until electricity and tap water supplies come back online. Long lines of people waited to charge their cellphones at the city’s regional government office.

The quake’s impact was widespread. To the north, in the scenic town of Biei, residents lined up outside of supermarkets and convenience stores, quickly clearing shelves of water, toilet paper and food.

“Only a few cartons of instant ramen were left,” said Mika Takeda, who lives in the town of 10,000. The one local gas station was limiting customers to only 20 liters (5 gallons) of gas, she said.

Radio Observations Confirm Superfast Jet Of Material From Neutron Star Merger

Precise measurement using a continent-wide collection of National Science Foundation (NSF) radio telescopes has revealed that a narrow jet of particles moving at nearly the speed of light broke out into interstellar space after a pair of neutron stars merged in a galaxy 130 million light-years from Earth. The merger, which occurred in August of 2017, sent gravitational waves rippling through space. It was the first event ever to be detected both by gravitational waves and electromagnetic waves, including gamma rays, X-rays, visible light, and radio waves.

The aftermath of the merger, called GW170817, was observed by orbiting and ground-based telescopes around the world. Scientists watched as the characteristics of the received waves changed with time, and used the changes as clues to reveal the nature of the phenomena that followed the merger.

One question that stood out, even months after the merger, was whether or not the event had produced a narrow, fast-moving jet of material that made its way into interstellar space. That was important, because such jets are required to produce the type of gamma ray bursts that theorists had said should be caused by the merger of neutron-star pairs.

The answer came when astronomers used a combination of the NSF’s Very Long Baseline Array (VLBA), the Karl G. Jansky Very Large Array (VLA), and the Robert C. Byrd Green Bank Telescope (GBT) and discovered that a region of radio emission from the merger had moved, and the motion was so fast that only a jet could explain its speed.

“We measured an apparent motion that is four times faster than light. That illusion, called superluminal motion, results when the jet is pointed nearly toward Earth and the material in the jet is moving close to the speed of light,” said Kunal Mooley, of the National Radio Astronomy Observatory (NRAO) and Caltech.

The astronomers observed the object 75 days after the merger, then again 230 days after.

“Based on our analysis, this jet most likely is very narrow, at most 5 degrees wide, and was pointed only 20 degrees away from the Earth’s direction,” said Adam Deller, of the Swinburne University of Technology and formerly of the NRAO. “But to match our observations, the material in the jet also has to be blasting outwards at over 97 percent of the speed of light.” he added.

The scenario that emerged is that the initial merger of the two superdense neutron stars caused an explosion that propelled a spherical shell of debris outward. The neutron stars collapsed into a black hole whose powerful gravity began pulling material toward it. That material formed a rapidly-spinning disk that generated a pair of jets moving outward from its poles.

As the event unfolded, the question became whether the jets would break out of the shell of debris from the original explosion. Data from observations indicated that a jet had interacted with the debris, forming a broad “cocoon” of material expanding outward. Such a cocoon would expand more slowly than a jet.

“Our interpretation is that the cocoon dominated the radio emission until about 60 days after the merger, and at later times the emission was jet dominated,” said Ore Gottlieb, of the Tel Aviv University, a leading theorist on the study.

“We were lucky to be able to observe this event, because if the jet had been pointed much farther away from Earth, the radio emission would have been too faint for us to detect,” said Gregg Hallinan of Caltech.

The detection of a fast-moving jet in GW170817 greatly strengthens the connection between neutron star mergers and short-duration gamma-ray bursts, the scientists said. They added that the jets need to be pointed relatively closely toward the Earth for the gamma ray burst to be detected.

“Our study demonstrates that combining observations from the VLBA, the VLA and the GBT is a powerful means of studying the jets and physics associated with gravitational wave events,” Mooley said.

“The merger event was important for a number of reasons, and it continues to surprise astronomers with more information,” said Joe Pesce, NSF Program Director for NRAO. “Jets are enigmatic phenomena seen in a number of environments, and now these exquisite observations in the radio part of the electromagnetic spectrum are providing fascinating insight into them, helping us understand how they work.”

Mooley and his colleagues reported their findings in the September 5 online version of the journal Nature.

The National Radio Astronomy Observatory is a facility of the National Science Foundation, operated under cooperative agreement by Associated Universities, Inc.

JUST IN: Historic Space Weather Could Clarify What’s Next

“Historic space weather may help us understand what’s coming next, according to new research by the University of Warwick.”

Actually, those of you who have followed Earth Changes TV, Earth Changes Media, and Science Of Cycles over the years, know what is mentioned in this ‘new’ research – is anything but ‘new’. Having said this, I am grateful that so many scientists around the world have come to affirm what happens in and around our solar system, does in fact have an influence on our planet Earth and those who reside on it.

Although this research addresses space weather as it relates to the Sun-Earth connection, I can assure you space weather will encompass our solar systems connection to our galaxy Milky Way within the next few years… (wipe smirk off face) however, SOC’s published research is already there – and has been since 2012 as identified in my 2012 updated equation. (see below)

This symbiotic causation is driven by charged particles. It has now become known as “space weather.” My research spans back to 1997, when I began to interview some of the highest esteemed scientists from agencies such as NASA, NOAA, ESA, US Naval Observatory, Royal Observatory – along with several professors from highly qualified universities such as Stanford, MIT, Johns Hopkins, Caltec, and UCLA.

Perhaps the most important word in this ‘new’ research is the word “historic”. This is to say scientists have gathered enough data to observe cycles and patterns. In doing so, the day is inching its way closer to better predict and prepare for mini and mega cycle events. And of course…another way to put it is the “ScienceOfCycles.”

Professor Sandra Chapman, from Warwick’s Centre for Fusion, Space and Astrophysics, led a project which charted the space weather in previous solar cycles across the last half century, and discovered an underlying repeatable pattern in how space weather activity changes with the solar cycle.

This exciting research shows that space weather and the activity of the Sun are not entirely random-and may constrain how likely large weather events are in future cycles. This breakthrough will allow better understanding and planning for space weather, and for any future threats it may pose to the Earth.

__________________

Science Of Cycles Research Fund

Science Of Cycles keeps you tuned in and knowledgeable of what we are discovering, and how some of these changes will affect our communities and ways of living.

 

Typhoon Slams Into Japan With 130 Mph Wind Gusts

High winds and heavy rain whipped the Japanese cities of Kobe and Osaka and surrounding areas Tuesday as a powerful typhoon made landfall, disrupting train service and air travel. Typhoon Jebi was heading north across a swath of Japan’s main island of Honshu toward the Sea of Japan. The storm had sustained winds of 100 miles per hour with gusts to 130 mph, the Japan Meteorological Agency said.

Japan’s Kyodo News service said it was the strongest typhoon to make landfall in Japan since 1993.

In Osaka, the Universal Studios Japan theme park and U.S. Consulate were both closed. Prime Minister Shinzo Abe canceled a scheduled trip to Kyushu, Japan’s southernmost main island, to oversee the government’s response to the typhoon, Kyodo said.

The typhoon first made landfall on the island of Shikoku and then again near Kobe on Honshu. Television footage showed fallen tree branches and high seas overflowing onto low-lying areas.

More than 700 flights have been canceled, according to Japanese media tallies. High-speed bullet train service was suspended from Tokyo west to Hiroshima.

Tokyo escaped relatively unscathed, with some intermittent squalls.

Super Typhoon Jebi – The Earth’s Strongest Storm Of The Year Heads For Japan

Super Typhoon Jebi – at 170 mph, the Earth’s strongest storm of 2018 – continues to roar in the western Pacific Ocean. Though forecast to weaken over the next few days, it’s still expected to make a direct hit on Japan early next week as a dangerous storm.

According to the Joint Typhoon Warning Center, as Jebi approaches Japan on Monday, the typhoon should have winds of 120 mph, gusting to nearly 150 mph. This would be equivalent to a Category 3 hurricane.

Rainfall flooding, high winds, battering waves and coastal flooding are all expected as Jebi pushes ashore Tuesday into Wednesday, the Weather Channel predicts.

AccuWeather meteorologist Adam Douty said that “damaging winds and coastal flooding may be the most significant impacts with this storm.”

Japan has already been hit hard by other tropical systems, historic flooding and a deadly heat wave this year, AccuWeather said.

“Jebi would be the seventh named storm to impact Japan this year and comes on the heels of Cimaron, which slammed into Japan late last week,” according to AccuWeather meteorologist Jason Nicholls.

Worldwide, Jebi is the fourth Category 5 storm of 2018, weather.us meteorologist Ryan Maue said.