Power grid attack california beach,how to survive in new city,national geographic channel new shows yesterday - Easy Way

Late last year a cyberattack took down a large segment of the Ukrainian power grid, marking the first time that hackers anywhere in the world accomplished such a feat. Pry, who also served on the EMP Commission and the House Armed Services Committee, says a cyberattack or EMP attack could take down the grid for weeks or months. Why he believes North Korea may be telling the truth a€“ and why American intelligence may be wrong. Why the attack on the Ukrainian grid should worry Americans, and how hackers half the world away could take down the U.S.
The Air Force moved out of Cheyenne Mountain, which was built to survive a nuclear attack, in 2006, establishing its NORAD headquarters at Peterson Air Force Base in Colorado.
RELATED : Michio Kaku a€” Nibiru Planet X ~ The Best Evidence To Date ~ Preparing For 2016! Millions Of Americans Now On Food Stamps a€” The Majority Of You Will Die In A Food Supply Collapse The New OWG Website Is Up – And Speaking At The Great Big Home + Garden Show!
The psychological profile of Putin, as a former leader in the KGB and later the Russian Mafia, does not suggest that he is a person to take the economic sanctions from the West without retaliating. According to my sources, Putin and Hu are using North Korea to send a message to the West to back off or else. Last night, I interviewed Bob Fletcher and we discussed the recent computer hacking against SONY, thus forcing the withdrawal of the movie, The Interview. Traditionally, most experts agree that the most effective delivery method for a nation-wide EMP, or HEMP attack would be the Club-K Container Missile System. I have publicly heard Congressman Trent Franks speak to the fact that an EMP attack would likely consist of two high-altitude nuclear explosions over the mid-continental United States. As as part of the November 2013 Grid EX II drill, which simulated an EMP attack upon the United States, Russia and China, are most formidable enemies, were invited to attend.
Our power grid is susceptible to hurricanes, flooding, lightening strikes and Corona Mass Ejections (CME). The Heritage Foundation has detailed many of the effects of an EMP attack and they coincide with Casti’s and many other accounts on the subject. An EMP attack would literally send thousands of small and mid-sized businesses in the United States into bankruptcy in less than a millisecond. In the event of an EMP attack, America would see catastrophic conditions immediately take place in our hospitals and convalescent centers.
One of the most tragic developments arising from an EMP attack with the fate of schoolchildren geographically isolated from their parents who have already commuted to work.
If you were a teacher, how long would you stay on the job and ignore the welfare of your family? Getting home and reuniting with family will be problematic.
The greatest threat to human survival, in the aftermath of HEMP, is the public’s availability to obtain clean drinking water. In 2010, when Haiti was hit by a major earthquake which killed over 200,000 people, the misery did not stop with the survivors.
Keeping drinking water clean and separate from human sewage and other contaminates would prove to be humanity’s biggest challenge. There are multiple technologies which are used to pump water from the source to its final destination. In a time of a power grid attack, the availability of water, as well as the safety of water would come into question for the vast majority of Americans. Most people will perish within 30 days of famine, thus, making water shortages the greatest threat to survival.
I have read the Naval War College projections which tell us that within two years of the event, 90% of all Americans would be dead.
I will prepare a short list of things that I think all of us, even those with limited budgets, can be doing to prepare in a future article. I will close the most grim article that I have written with the words of Congressman Trent Franks who at the seven minute mark tells us his view of the expected casualty rates following an EMP attack. Phthalates Might Be Making Us Fat — Now Will People Start Caring About These Chemicals Found Almost Everywhere? Will The DEA Legalize Marijuana Across America If PTSD Study Shows ‘Acceptable Medical Use’? The power grid is vulnerable to a terrorist attack, former Secretary of Defense William Cohen said.
William Cohen was a Republican Senator from Maine and is currently serving as the CEO and chairman of The Cohen Group. The destruction of the power grid by terrorists would not necessarily have to involve an EMP attack, according to Cohen. William Cohen detailed the power grid threats and what role modern technology could play in a terror attack that would leave all of America sitting in the dark. Do you think enough attention and funds are being given in order to the secure the power grid? Kourtney Kardashian And Justin Bieber Secretly Dating As Scott Disick Surfaces With Mystery Woman? If an adversary of this country has as its goal inflicting maximum damage and pain on the largest num­ber of Americans, there may not be a more productive target than one of our electric power grids.
The very structure that keeps electricity flowing throughout the United States depends absolutely on computerized systems designed to maintain perfect balance be­tween supply and demand. It is the Internet that provides the instant access to the computerized systems that maintain that equilibrium. We can take limited comfort in the knowledge that such an attack would require painstaking preparation and a highly sophisticated understanding of how the system works and where its vulnerabilities lie.
It would be comforting to report that those agencies charged with responding to disaster are adequately prepared to deal with the consequences of a cyberattack on the power grid. For all the warnings from high-ranking members of the military and intelligence establishments, and despite the known vulnerabilities of the transformers critical to the viability of the grid, there remains a determination among many government officials to stress the grid’s resilience. This approach falters, however, when relevant federal agencies fail to provide for (or in some cases even contemplate) the difference in magnitude between the effects on the grid of any recorded natural disaster and the potential effects of a massive cyberattack. The associate administrator for response and recovery at FEMA came to the agency from the Coast Guard, from which he retired with the rank of rear admiral. The aftermath of a massive earthquake, though, bears very few similarities to the loss of a power grid to cyberattack.
On the other hand, in the case of a power grid going down, urging people to stay in their homes may be exactly the right thing to do, at least in the immediate aftermath. What, I asked Fugate, would he say if President Obama came to him and wanted to know the plan in the event of a prolonged and widespread power outage? Fugate warned that there’s a limit to how much FEMA can do, but he’s confident in prioritizing certain objectives. That’s not the sort of message that would inspire widespread confidence in a concerned public, but it has the ring of authenticity to it.
At Survival Life our mission is to be the best survival blog providing a vast array of knowledge, tactics, and skills in the survival and preparedness fields, to any and all who wish to become more prepared for whatever may come. Our goal is to be the ultimate one stop destination for anyone that has an interest in or questions regarding survival and preparation.
In the wake of the destruction caused by Hurricane Sandy, it's not difficult to imagine the damage that's possible when the power grid is disrupted. As a response to this threat, the North American Electric Reliability Corporation (NERC) has increased regulatory requirements in Critical Infrastructure Protection (CIP). While Rhea provided a strategy for meeting NERC CIP standards (namely standardizing documentation and assigning individuals to each facet of compliance), his most exhaustive point dealt with the relationship between CIP compliance and actual cyber security. As for the future of CIP (extending beyond version 5), Rhea believes the goal lies in customization rather than a one-size-fits-all set of rules. Perhaps future versions will bridge the gap between compliance and genuine security, helping the US to stymie the sort of attack the NAS warned of.
Sounds like the story line of a Tom Clancy novel, but the largest coordinated attack on the United Statea€™s power grid happened last April, just after midnight and got very little attention.
If you haven’t been in a bubble cut off from all forms of media lately, it would be impossible to have missed all of the warnings being issued about the impending loss of our electrical grid.
In case you’ve missed it, here are some of the warnings over the past few months that most people are ignoring.
When Janet Napolitano stepped down from her role as head of the DHS she released an open letter to her successor. Former North Dakota Senator Byron Dorgan has co-authored a book about the topic with David Hagberg – his novel Gridlock is a fictional account of a very real threat.
Other people in the know have attempted to make the public aware of the potential for apocalyptic disaster, but few seem to be taking them seriously.
We are only one act of madness away from a social cataclysm unlike anything our country has ever known. EMP is one of the small number of threats that could hold at risk the continued existence of U.S. Just one violent active region on the sun can cause continent-wide, perhaps even planetary-scale impacts to our critical infrastructure.
The Likelihood of a severe geo-magnetic event capable of crippling our electric grid is 100%. We could have events in the future where the power grid will go down and it’s not, in any reasonable time, coming back up. There are a number of events that could create a situation in the cities where civil unrest would be a very high probability. And finally, if all of these warnings aren’t enough to alert your Spidey senses, here is one that is undeniable. The United States, Mexico, and Canada intend to participate in a drill in November that will simulate the takedown of the grid.
An electrical grid joint drill simulation is being planned in the United States, Canada and Mexico.
The disaster drill is being described as a crisis practice unlike anything the real power grid has ever experienced. American utility companies are responsible for running approximately 5,800 power plants and about 450,000 high-voltage transmission lines, controlled by various devices which have been put into place over the past decades. If the power grid fails, a lack of electricity and food delivery are only the first wave of troubles facing the American people. If you are already of the preparedness mindset, you’ll fare better than the average North American.
How will you heat and cool your home if you are in an area subject to extreme temperatures?
What will you use for light once the scented candle that sits on your coffee table is gone?
How will you transport yourself if a) your vehicle doesn’t run because the computers are fried or b) it runs but you can’t get gas because the pumps at the station run on electricity?
What will you drink and wash with if the municipal water facilities are no longer providing water or if the pump on your well runs on electricity? Find as many solutions as possible for the issues you would face if going for weeks (or longer) without power. A recent article encouraged readers who were new to prepping to start out by getting ready for a two week power outage.
If you opt for a secondary cooking method, be sure that you have enough fuel for two weeks. If your power outage takes place in the winter and you live in a colder climate, heat is another necessity. A common cause of illness, and even death, during a down-grid situation is lack of sanitation. If you are on a septic system, with no risk of the toilet backing up into the house, simply store some water for flushing in the bathroom.
If this is not an option, another solution is to stock up on extremely heavy duty garbage bags (like the kind that contractors use at construction sites) and kitty litter.
If you’d like to expand on the basic supplies, a more detailed list of tools and hardware can be found HERE. It’s important to have a basic first aid kit on hand at all times, but particularly in the event of an emergency.
Begin by personalizing the suggestions above to fit your family’s needs and make a list of your requirements. Next, do a quick inventory – as I mentioned above, you may be surprised to see that you already have quite a few of the supplies that are recommended. When the lights go out, don’t be left to the not-so-tender mercies of those who would place themselves in charge.
Please feel free to share any information from this site in part or in full, leaving all links intact, giving credit to the author and including a link to this website and the following bio. Most Recent CommentsDaisy Luther on Venezuela Shows Us What an Electricity Shortage Looks LikeSusan Buettner on Economic Collapse? The approach of the solar maximum is an urgent reminder that power grids everywhere are more vulnerable than ever to geomagnetic effects.
Flare Up: The sun emits an M-class (moderate level) flare, as captured by NASA’s Solar Dynamic Observatory on 25 September 2014. Luminous fingers of intense red, green, and violet light flicker and pulse across the northern and southern skies like a vast cosmic conflagration. Linked to the celestial spectacle are enormous fluctuations of the magnetic field in Earth’s magnetosphere, which are causing immense flows of electric current in the upper atmosphere over much of the planet.
Now is a good time to consider the awesome and cyclical tempestuousness of our star: Solar activity tends to occur in cycles that peak in frequency and intensity every 11 years, and the next peak is expected later this year or early the next.
Occasionally, though, the sun erupts violently, emitting solar flares or throwing out coronal mass ejections consisting of billions of tons of charged particles. The part of the magnetotail that’s no longer attached to Earth drifts off into space, while the rest snaps back violently, like a broken rubber band.
Lights Out: A simulation of an extreme geomagnetic storm at 50 degrees geomagnetic latitude shows a widespread collapse of the power grid in the eastern and northwest portions of the United States, which together have a population of more than 130 million people. High-voltage power grids are designed to withstand the loss of any single important element, such as a substation transformer, and then recover within a half hour or so. It took scientists a while to make the connection between something happening on the sun and something happening on Earth.
Over the next few decades, others would expand on the connection between solar activity and geomagnetic storms. The debate went unresolved until 1959, when the Soviets’ Luna 1 satellite finally confirmed the existence of the solar wind.

The 1989 geomagnetic storm that blacked out Quebec led to many sobering studies and some potentially promising research, but not much actually changed. Of all the parts of the power grid, high-voltage transformers are among the most likely to fail in a geomagnetic storm and also among the most difficult to replace. There is a quick and relatively cheap fix to help protect these transformers from geomagnetically induced currents: They can be retrofitted to block the inflow of GICs.
Unfortunately for grid operators and others who have to deal with the consequences of geomagnetic disturbances, existing tools for assessing severe space weather fall short. The traditional way of gauging solar storm intensity is the G-scale, which rates storms from 1, the least severe, to a maximum of 5. Fortunately, protecting against the space-weather threat should be neither expensive nor difficult.
The three-phase transformers used in this scheme are directly grounded through their neutrals.
Preventing the inflow of GICs into the grid through the neutral-to-ground connection is the best long-term solution. Recently, though, an old technology has been revived that appears to have all of the right qualities: the trusty vacuum tube. The design is still being vetted, but if it proves successful, retrofitting the neutral-to-ground connections with these bypass devices would be far less costly than having to replace tens or hundreds of the transformers themselves following a major geomagnetic storm.
John Kappenman is a leading expert on the disastrous consequences a severe geomagnetic storm could have on the electrical infrastructure. Posted on June 3, 2014 Written by Mac Slavo 1 Comment There are few things that could revert our modern day civilization back to the Stone Age. Such an event could originate from our sun as a powerful solar discharge or in the form of what experts call a Super EMP bomb, a device currently being tested by China, Russia and North Korea that’s capable of deploying a nuclear warhead-tipped ballistic missile several hundred miles over the continental United States.
Within seconds every electronically powered device we’ve come to use in our interconnected world would be rendered useless.
As noted by The Washington Free Beacon, Congressional members are so worried about such a possibility that they are feverishly working to pass legislation that would implement new protective measures across the national power grid. Former Congressman Roscoe Bartlett takes the threat so seriously that he has urged Americans with the ability to do so to move out of major cities, citing the fact that electrical transformers are now built outside of the United States and require a manufacturing lead time of anywhere from 18 to 36 months.
Preparedness expert  says that while government is ready to keep their essential operations online, the rest of us will be left to fend for ourselves. Some have seen this problem coming for a long time and changed their entire way of life by going off-grid.
It may sound improbable, but last year at a hearing on national security, Congresswoman Yvette Clark (D-NY) laid to rest the notion that a nationwide EMP event is nothing to be concerned about.
Thus, according to the experts and the Congressional members who have been made aware of the threat, this is going to happen at some point in our future.
There is no contingency plan to save the civilian population because emergency management personnel simply wouldn’t have the man power or supplies to provide food, water and security for 300 million Americans who will have lost access to life’s most basic necessities. Until the entire national power infrastructure has been shielded against the threat of an EMP attack, the only option for civilians should it strike is to bunker down and hope you’ve got the supplies to survive in an off-grid situation for an extended period of time.
Mongoose on Anti-Hoarding Laws Will Enable GOV To Take Your Food StorageBeano McReano on Life After Devastating Events like earthquake, tsunami, volcanic eruption and EMP — No Power, No Food, No Transportation, No Banking And No Internet ! Days later, in early January, North Korea claimed it had successfully tested a hydrogen bomb, an action that could put it one step closer to launching an EMP.
Jeff Davis pushed back on the idea that NORAD is relocating its headquarters, but acknowledged its advantages in the case of an EMP attack. First, the West has driven down the price of oil to such an extent that the Russians are being forced to tap into both their gold and oil reserves to keep their economy afloat. I have previously reported that Putin has engaged no less than 10 Latin American nations in a military alliance against the United States.
Fletcher has concluded that there is a significant danger to America from North Korean hackers far beyond the disruption of our movie-going experience.
Most data backups of commercial systems are protected from just about every other threat, but not protected against EMP; and most data backups are located within the area likely to be affected by the EMP attack. Within a few days, old age homes would lack the resources and services of the staff to help preserve the lives of those who are virtually helpless. Reuniting parents and their children would be next to impossible for the majority of Americans who have a 30 minute commute or more to work (20 miles). Nearly all broadcast stations, especially television stations, would go off the air.  Due to the high level of computerized automation, the equipment in most radio and television studios would be so completely destroyed that most commercial stations would be damaged beyond repair.
House of Representatives on July 8, 2011, a limited number of critical radio stations are being retrofitted with some EMP protection.  However, most of us will be without the benefit of mass communication.  Smoke signals anyone? Six weeks following the earthquake, Haiti announced its first cholera outbreak in over a century.
The availability of clean water supplies would be the most critical threat and would claim the most victims. An EMP attack would reduce most Americans to a violent existence in the first stage, Nomadic Hunting and Gathering.
In the next installment in this series, I will examine how the North Korean hackers could attack our nuclear power plants and what this could mean for all of us. A direct assault on the electrical system would cause chaos and civil unrest throughout the country, the former government official said. There are three power grids that generate and distrib­ute electricity throughout the United States, and taking down all or any part of a grid would scatter millions of Americans in a desperate search for light, while those unable to travel would tumble back into something approximating the mid-nineteenth century. If a sophisticated hacker gained access to one of those systems and succeeded in throwing that precarious balance out of kilter, the consequences would be devastating. Less reassuring is the knowledge that several nations already have that expertise, and—even more unsettling—that criminal and terrorist organizations are in the process of acquiring it. They invariably cite as evidence the manner in which electric power has been restored in the wake of one natural disaster after another.
When we talked in September 2014, Joe Nimmich was reluctant to accept my premise of a wide-ranging, weeks-long electric power outage affecting millions of people.
Assuming that they could all be emptied out before the evacuees were brought in, this would suggest about eight people per room. Where FEMA’s presumed 9.0 earthquake would leave a city in rubble, with thousands of dead and injured, even the most massive cyberattack would inflict very little immediate physical damage. Buildings would be essentially undamaged and bridges, roads, and tunnels untouched, leaving routes open for resupply convoys and voluntary evacuation for those who choose to leave. Far from being a skeptic, Fugate believes that “large regions of the United States could go dark” in the very possible event of a cyberattack against the grid.
The very agencies that would bear responsibility for dealing with the aftermath of a cyberattack on the grid have yet to find common ground on even the most fundamental questions.
For the first couple of days, he explained, the primary burden would be on state and local governments, but if the electricity remained out for weeks or more, it would be FEMA trying to fill in the gaps.
There is traditional disaster response work, which is about reestablishing normalcy very quickly. We will take a logical and no nonsense approach to survival without bias in hopes of dispelling the myth that anyone who prepares themselves is crazy or paranoid.
We strive to maintain a truthful and unbiased compendium of knowledge, both in original content, product reviews and survival tips, as well as curated articles from other top survival websites.
Please use newer version of your browser or visit Internet Explorer 6 countdown page for more information. But with cyber security standards rapidly evolving, maintaining compliance and protecting systems from cyber attacks becomes increasingly problematic, especially when faced with more sophisticated and more numerous offensives. For 19 minutes, they fired strategically-placed shots that ended in 17 major transformers becoming non-functional.
Until recent revelations made public spotlight, the knowledge of this sniper attack has remained a secret, known only by a handful of Americans. Had it not been for the ingenuity of power station engineers thinking to reroute power around this station and increase outputs at other stations, the length of time people could have been powerless is anyonea€™s guess. For instance, if when the power grid went down some of our large transformers were destroyed, damaged beyond use, we don’t make any of those in this country. Thousands of utility workers, FBI agents, anti-terrorism experts, governmental agencies, and more than 150 private businesses are involved in the November power grid drill. The antiquated electrical system in the United States has been one of the most neglected pieces of integral infrastructure. Some of the utility companies which oversee the power grid reportedly use “antique computer protocols” which are “probably” safe from cyber hackers,” The New York Times reported. Whether it is an enemy attack, as in the novel One Second After, a government false flag in order to institute martial law, or a natural act that is the result of a solar flare, a long-term grid collapse will result in an extremely high death toll. In the event of a disaster, the water may not run from the taps, and if it does, it might not be safe to drink, depending on the situation. All I need is an email address, and a link to the newest articles will come right to your inbox. Fed Issues an Ominous Warning to JPMorgan Chase and Leaders Flock to Secret MeetingsRoss on Venezuela Shows Us What an Electricity Shortage Looks LikeToni on Economic Collapse? The ideas expressed on this site are solely the opinions of the author(s) and do not necessarily represent the opinions of sponsors or firms affiliated with the author(s).
Solar flares and coronal mass ejections are the primary ways in which the sun can trigger geomagnetic storms here on Earth.
Within minutes, millions of people are tweeting, texting, and blogging about the wondrous sight. Those huge currents disturb Earth’s normally quiescent magnetic field, which in turn induces surges of current in electrical, telecommunications, and other networks across entire continents. In many areas, food shortages are rampant, drinking water has become a precious commodity, and patients in need of blood transfusions, insulin, or critical prescription drugs die waiting.
But the last time we had a truly powerful storm was in 1921—decades before developed economies became utterly dependent on electrical infrastructure. To be sure, not every peak—also known as a solar maximum—brings a killer storm; the last notable one occurred in March 1989.
A recent forensic analysis I did of historic storms, including the planetwide event in 1921 and an even bigger one in 1859, strongly suggests that Earth has been lashed by superstorms up to 10 times as powerful as the 1989 event. And yet it is constantly bombarding Earth with electrons, protons, and radio through X-ray waves. In the process it forces plasma back into Earth’s upper atmosphere, where a large current of more than a million amperes—called an electrojet—builds up at an altitude of about 100 km and produces brilliant auroras. Coronal mass ejections that are big enough can collide directly with Earth’s magnetosphere, releasing enough energy to collapse it on the daytime side of the planet from more than 64 000 km to less than 25 000 km in just a minute or two. Given the separation between the two events of hours or days and 150 million km, maybe that’s not too surprising. Electrical current surged through telegraph lines and blew out the batteries that supplied power to them.
But skeptics were also plentiful, including the great physicist Lord Kelvin, who until his death in 1907 remained convinced that Maxwell’s equations ruled out any kind of direct influence the sun might have on Earth.
No regulations were added to require utility companies to harden their infrastructures, monitor for geomagnetically induced currents, or report transformer failures following geomagnetic storms—and so for the most part, the utilities haven’t.
In the United States, the extra-high-voltage (EHV) portion of the power grid has grown by a factor of 10 since the late 1950s. If a big storm were to knock out several hundred transformers in one fell swoop, manufacturers wouldn’t be able to supply replacements quickly—there is no global stockpile. But no utilities anywhere routinely protect their multimillion-dollar transformers in this way. The space-based Solar and Heliospheric Observatory now offers gorgeous images of solar flares as they burst forth from the sun’s surface, while the Advanced Composition Explorer satellite makes very precise measurements of the solar wind.
Almost all modern power grids use a three-phase design, in which each of three lines carries an alternating current whose phase is separated from the other two by a third of a cycle. The ground is assumed to be an infinite sink that can absorb any brief, large fault current and at the same time keep the voltage across the grid from spiking and damaging equipment. One idea is to install capacitors at the neutral-to-ground juncture, which would block the inflow of GICs or any other direct current but otherwise allow the continuous flow of small AC currents that are common from the neutral to the ground. If you never gave much thought to geomagnetic storms before (and let’s face it, you never did), I hope you now appreciate the extraordinary risk that extreme space weather poses to our critical systems and even our way of life. We engineers have presided over this growth and can feel justifiably proud of what it has brought society. Most of them are naturally occurring events such as a massive asteroid impact, a global Tsunami, or a super volcano. Cell phones, GPS systems, residential electricity lines, and even the electrical ignition systems in cars would no longer function. They have found alternative sources such as solar, wind and diesel to power their homes and machinery. The only question is whether it comes in the form of a natural disaster or a man-made attack. Wake Up Before It’s Too LateFrank Burns on Life After Devastating Events like earthquake, tsunami, volcanic eruption and EMP — No Power, No Food, No Transportation, No Banking And No Internet !
Further, there is a direct attack upon the Ruble by the West as Russia’s financial liquidity was terminated in Western banks and all positions which have invested in the Ruble are being terminated by Wall Street and other investment firms. Since I heard the Franks warning, I have also learned that sophisticated computer hackers, like the ones from North Korea, have the ability to generate such an effect on our power grid by simultaneously hacking into our power grid and, in effect, generating a localized EMP attack. And  then I remembered the ubiquitous actions of our current President towards the American people. John Casti, author of the book, X Events The Collapse of Everything states that EMP is only something that we have known about since the 1950’s when the United States detonated nuclear weapons in above-ground testing in the South Pacific. And their deaths might be considered merciful compared to the fate that the majority of the rest of us would face over the next two years. In an earlier article this year, I identified and detailed the questionnaire which went out to all school personnel which was inventorying staff school individual skill sets such as  law enforcement experience, construction as well electrical and engineering talents. Radio studios are actually more vulnerable to permanent damage than many portable radio receivers. It is likely that in the 24 months following the event, that most people would succumb to cholera and other water-borne diseases. And even if your water system was powered by non-electrical means, how would the personnel and staff, who monitors and maintains your water supply, get to work without proper transportation? The resulting casualty rates stemming from civil disorder and death due to lack of water would be unimaginable. With hydroelectric power gone, where would the water come from for many food-growing regions in the country?

Yet, I was unable to locate any government or academic documents which attempted to project how bad it will get. The “hunting” would be your neighbors looking for whatever resources you have and the “gathering” would be what they would do with your resources after they killed you and your family. Natural disasters, such as Carrington Event-level solar flares, could also take down the power delivery system nationwide. The point needs to be restated: for the grid to remain fully operational, the supply and demand of electricity have to be kept in perfect balance. Absent a crippling example to the contrary, the presumed consequences of a cyberattack on a power grid are bundled into the same general category as blizzards, floods, hurricanes, and earthquakes. Indeed, negative experience, such as that accumulated by the Federal Emergency Management Agency during the aftermath of Hurricane Katrina in New Orleans, can be especially instructive. Even the partial blackout of a grid could leave half a dozen or more states without electricity. Still, if it did happen, he insisted, the federal government would be ready to deal with it.
There would be the immediate crises of people injured in the unaccustomed darkness and patients suddenly deprived of life-supporting equipment, but none of these emergencies would be alleviated by mandatory evacuation, especially if neither the duration nor the scale of the electrical outage was known. Then there is uncharted territory, he acknowledged, “where normalcy wouldn’t get established quickly. According to the National Academy of Sciences (NAS), a cyber attack on the US power grid could be more destructive than superstorm Sandy, costing not only hundreds of billions of dollars, but also thousands of lives. During that time they also cut underground cables in a vault of a local Internet service provider, wiping out the internet for many AT&T customers. Unfortunately, the hordes seem to be brushing these warnings off as something that cannot happen, because the reality is too unpleasant to even contemplate.
They’re made overseas and you order one and 18 months to two years later they will deliver it. 13-14 will focus primarily on how governments will react if the electrical grid fails and, for instance, the food supply chain collapses. Of course, there also would not be any electric heating or cooling, which easily could lead to many deaths depending on the season. Fortunately, it’s one of the easiest things to plan for, as well as one of the least expensive. The author may or may not have a financial interest in any company or advertiser referenced.
With solar activity expected to peak in late 2014 or 2015, concerns rise that a geomagnetic superstorm could disrupt power grids all over the world. The doomsday scenario described above is based closely on the warnings of numerous government panels and industry studies I’ve participated in during my more than 30 years of investigating the problem that extreme space weather poses to power grids. It took down Quebec’s entire grid within seconds, leaving 6 million customers without power for 9 hours.
The charged particles are ejected from the star’s upper atmosphere and carried through space at a clip of 300 to 400 kilometers per second, arriving at our atmospheric doorstep about four days after leaving the sun. In average-size storms, this electrojet extends only over the globe’s higher latitudes, like a halo circling one of the poles. The solar wind can buffet the magnetosphere, creating giant electromagnetic waves, much as hurricane winds kick up surf on the ocean. First, the intense magnetic field variations in the magnetosphere induce electric fields and currents over large areas of Earth’s surface. The red dots indicate the locations and magnitude of the geomagnetically induced currents that would flow across the network. But a severe geomagnetic storm covering an entire continent would cause multiple failures all at once. The fact is, geomagnetic storms can occur at any point in the solar cycle, and not all solar flares or coronal mass ejections will trigger a storm. There is still no design code for the grid and its components that takes into account threats from space weather. China’s grid is even more vulnerable, because portions of it now operate at even higher voltages—1000 kilovolts versus a maximum of 765 kV in the United States. EHV transformers, which can handle voltages of 345 kV or higher, weigh about 200 tons and cost about $10 million each. Also worrisome is that many transformers in the United States, Western Europe, and Japan are fast approaching the end of their useful lives.
As a result, computer models of space weather can now accurately predict when the solar wind will reach Earth.
For instance, the most severe storm has a K-index of 9 (which corresponds to a G-scale rating of 5), meaning the magnetic field variation exceeds 500 nanoteslas during the 3 hours.
But whether the change happens over 30 seconds or 3 hours, it would register the same value on the K-index. In retrospect, that design is flawed: During a geomagnetic storm, the sink becomes a source of GICs, flowing into the grid from the ground. The challenge is devising a way to automatically bypass the capacitor in the event of an actual fault and allow a large AC current—say, more than 20 kiloamperes—to flow to ground from the neutral.
But we have also unintentionally created a disaster in the making, and it is time we addressed it. But as far as man-made events go, an electro-magnetic pulse (EMP) attack on our national power grid would be so devastating that, according to a panel of experts who addressed Congressional members on Capitol Hill this week, a nuclear strike would pale in comparison. A majority of us, who have not gone off-grid, are making a concerted effort to avoid dependence on this ailing infrastructure and preparing for life without it. Either way, as highlighted by the Center for Security Policy, within one year some 9 out of 10 Americans would be dead.
Putin has forged a deep alliance with China through the virtual merging of the energy resources of both countries. These delivery devices would be readily available on the open market and a cargo ship could be rigged to launch such missiles. The effect would be almost as devastating  in terms of the effects of such an attack on local utilities, especially for the providers of our power and water entities.
In other words, Obama gave the Russians and the Chinese the knowledge on how to effect a grid takedown. Of course, who could forget when outgoing DHS director, Janet Napolitano, stated in her August 2013 farewell address that it is not a matter of if but when such an attack will occur. When one sets off a nuclear weapon, a pulse is emitted which “short circuits” all electronics and permanently damages them.
When America emerges from the event, the NSA police state surveillance grid would be permanently in place for the extreme martial law dictatorship that will follow.
The disease thrives in places where there is insufficient water treatment, poor sanitation and inadequate hygiene.
Also, unless one credits the Old Testament–style intervention of an angry deity, storms do not deliberately target a system’s critical weaknesses. He was confident that electric power sufficient to avoid a catastrophe could be restored quickly. In the face of such a catastrophe, people would open their homes, convention centers and basketball arenas would be adapted, and hundreds of thousands of refugees would be transported to other states. Even buildings that appeared undamaged and infrastructure that had not been destroyed could be severely compromised. What I was describing to Nimmich was, in terms of immediate impact, far less than that of an earthquake, but potentially extending over a far greater geographic area and involving many millions more.
And whether you bring buses in or you use trains, you’re going to have to move them out of the area. You have to keep the water system up, and you’ve gotta then focus on the water treatment system.
You should not rely solely on information contained in this email to evaluate the product or service being endorsed. Rhea, Compliance Officer and Attorney for OGE Energy shared his personal perspective on meeting CIP standards. Since it is not always possible or affordable to eliminate every threat, the quick detection of a successful penetration and the immediate elimination of the threat is at least as important. Operating under the cover of night, the team of snipers slipped away without leaving anything but shell casings and position markers, one minute before police arrived on the scene. You can live without the television, the video game console, the microwave in the kitchen, and the laptop.
Any action taken as a result of information, analysis, or advertisement on this site is ultimately the responsibility of the reader. A massive planetary blackout has occurred, leaving vast swaths of North and South America, Europe, Australia, and Asia without power. A later surge in the storm destroyed a large transformer at a New Jersey nuclear plant and nearly took down U.S. But during very large storms, such as those in 1989 and 1921, it can also reach down to the lower latitudes, where most of the world’s population and its infrastructure dwell. At lower latitudes, space weather can set off geomagnetic activity of a lesser intensity but longer duration, which can be as damaging to electric grids near the equator as other types of storms can be at higher latitudes. In turn, this geoelectric field creates what are known as geomagnetically induced currents, or GICs, which flow in any available conductor, including high-voltage transmission lines, oil and gas pipelines, railways, and undersea communications cables.
In this scenario, more than 300 large EHV transformers would either fail or suffer permanent damage. During the first 30 seconds of the 1989 storm, the Quebec grid experienced 15 simultaneous failures—and the unsurprising result was a province-wide blackout.
This flare was both preceded and followed by incredible bloodred auroral displays that engulfed the planet from the poles to the tropics. Higher voltages can force higher GICs to flow into the grid, because the resistance of high-voltage lines is lower per unit length than it is for lower-voltage lines. Building one requires exquisite, near-artisanal craftsmanship, including meticulously hand winding the paper-tape insulation around the copper winding at the transformer’s core. But space weather experts still don’t know which kinds of solar activity will likely cause real damage. Such gear was developed under a research program I directed for the Electric Power Research Institute in the early 1990s.
As an engineering community, we should realize there are no reprieves from the laws of physics.
Browning on US Scientist Confirms Russian Fears Of Nibiru Planet, Could Begin to Harm Our Earth this MonthMs.
I believe that the attack upon SONY was merely the shot across the bow with its intended message to Western nations to back off of Russia. In a similar vein, Martin informed me that various aspects of the military are preparing for an anticipated attack in the first two weeks of January. Cyberattacks do, and if we assume that the attackers are predisposed to inflict maximum damage, they will try to conceal what they are doing.
These interconnecting networks essentially act as giant antennas that channel the induced currents from the ground. Of the earthbound ones, the damage they do depends on, among other things, the polarity of the magnetic field carried by the solar wind.
But China is just following a worldwide trend: In general, utilities are pushing voltages higher to reduce the amount of energy lost over long distances. One EHV transformer can take several weeks to assemble and test, and it takes years to train skilled assemblers. The 1989 storm, for example, had fluctuations of 400 to 500 nT per minute over North America, so according to the K-index, it was among the worst. But the switching devices of that era were too slow, expensive, and complex, and they couldn’t handle high currents. If we do nothing—if we stand by and wait for politicians to appreciate the risks and act on them—we may witness one of the worst catastrophes of all time. My military source did not provide any dates, but did clearly state that key military assets and are being moved or shielded. Many people on the various subways, would be hopelessly trapped depending on the time that an electromagnetic pulse would be released.
FEMA is, after all, the agency within the Department of Homeland Security that will bear the heaviest and most immediate burden of recovery, no matter what happens or why. I think very easily we can convert those plans.” Nimmich was describing a scenario in which Southern California is hit by a catastrophic earthquake. And like other reports before and since, it predicted catastrophic damage not just to electricity grids but also to oil and gas pipelines, undersea communication cables, telephone networks, and railways. Hit with a 300-ampere GIC, a high-voltage transformer’s paper tape insulation will burn, its copper winding will melt, and the transformer will fail, either right then and there or in the future.
If the polarity is the same as that of Earth’s magnetic field, most of the particles will be deflected harmlessly into space. Over the decades, each of these devices has likely experienced at least minor overheating and other insults from GICs. However, my analysis of data from the 1921 storm indicates it reached an intensity of 5000 nT per minute—10 times as great as the 1989 event. The only medical personnel that would stay would be those that live too far away from home to walk. And we can all be sure, that the release of an EMP, through false flag planning, would occur at the optimal time to ensure the maximum loss of life.
A cyberattack may be different from anything FEMA has previously dealt with, but it is not unreasonable for the agency to focus on the experience it has gained from natural disasters. Basically, people have to drink water, they have to eat, that waste has to go somewhere, they need medical care, they need a safe environment. Eventually, though, we will get a Carrington-class flare that will trigger a superstorm the likes of which we have never seen. With the shortage of skilled labor and specialized materials that would likely accompany a prolonged blackout, simply maintaining that level of output would be a challenge, never mind ramping up new production. An aged transformer that’s been exposed to repeated injury is of course far more likely to fail than a brand-new transformer.
People would not be able to get their life-sustaining medications and services, most of which are electrically powered. However, a pre-Revolutionary War existence would largely be out of reach because of the lack of obtainable clean water.

Internet blackout day 14 august
Indiana natural disaster preparedness kit
Yazoo county emergency management agency

Comments to “Power grid attack california beach”

  1. Fitness_Modell writes:
    Dates and caused an actual failure the social order.
  2. gizli_baxislar writes:
    They are a good nothing but your wits, knowledge and a nicely packed Bug.
  3. AmirTeymur writes:
    Will let us play far more poignant music at far.
  4. ypa writes:
    You could just than just are bored into them to accommodate a low-energy light fixture. Specifying any.
  5. SEQAL writes:
    Prepare an emergency survival kit that includes standard tools, and.