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Showing posts with label alert. Show all posts
Showing posts with label alert. Show all posts

Tuesday, November 24, 2015

New Terrorism Alert...U.S. Travel Alert Until February 24, 2016

"The US has issued a worldwide travel alert for its citizens in response to "increased terrorist threats".
The state department said "current information" suggested the Islamic State [IS] group, al-Qaeda, Boko Haram and others continued "to plan terrorist attacks in multiple regions".
The alert, it said, will remain in place until 24 February 2016."
A US state department representative told BBC News there was "currently... no reason to believe that US citizens would be specifically targeted"."
Below is a picture of the current security in New York City...
A policeman outside Macy's in Manhattan, New York, 23 November
View Source Here 
A Russian jet was shot down over the Turkey-Syrian border today.  This has prompted many to speculate whether this is a black flag to validate Putin declaring war on Turkey.  
"Turkey says its jets shot at the plane after warning that it was violating Turkish airspace. But Moscow says it never strayed from Syrian airspace.
Nato is to hold an extraordinary meeting to discuss the incident at Turkey's request.
Mr Putin warned there would be "serious consequences" for Moscow's relations with Turkey."
View source Here
A still from video footage shown by the HaberTurk TV Channel shows a plane coming down near the Turkish-Syrian border on 24 November 2015
More to come as developments arise.

Sunday, May 19, 2013

Solar Flare Propels Coronal Mass Ejection Towards Earth and Likely Will Cause Geomagnetic Storms Starting Today, May 19, 2013

CME IMPACT: A CME hit Earth's magnetic field on May 19th at 2250 UT (3:50 PM PDT). Polar geomagnetic storms and high-latitude auroras are possible in the hours ahead. Stay tuned for updates. 

The CME was propelled toward Earth on May 17th by an M3-class solar flare in the magnetic canopy of sunspot AR1748. SOHO took this picture of the CME racing away from the sun at 1500 km/s (3.4 million mph):


It was hurled into space by an M3-class solar flare in the magnetic canopy of sunspot AR1748. In the video, the CME appears to hit Mercury, but it does not. It is merely passing in front of the innermost planet. The planet in the line of fire is Earth.

AURORAS INVADE THE USA: A CME hit Earth's magnetic field on May 18th at around 0100 UT. Although it was just a glancing blow, the impact was enough to spark a G1-class geomagnetic storm. In the United States, Northern Lights descended as far south as Pawnee Buttes, Colorado:


"The aurora was not visible to the naked eye," says photographer Robert Arn. "Only with a 30 second exposure did I know it was there. As I started to collect data, I noticed an electrical storm in the distance. The juxtaposition of the electrical storm and aurora made for a spectacular image. (The moon near the horizon illuminated the landscape.)"

Elsewhere in the United States, faint auroras were photographed in Michigan, Massachusetts, Washington, Vermont, and Iowa. Browse the aurora gallery for more sightings.


Planetary K-index
Now: Kp= 2 quiet
24-hr max: Kp= 4 
unsettled
explanation | more data
Interplanetary Mag. Field
Btotal: 13.8 nT
Bz: 3.3 nT south 
explanation | more data
Updated: Today at 2357 UT

SWPC ACE RTSW MAG 24-hour Updating Plot

3-day Estimated Planetary K-index graph


The K-index

The K-index is a code that is related to the maximum fluctuations of horizontal components observed on a magnetometer relative to a quiet day, during a three-hour interval. The conversion table from maximum fluctuation (nT) to K-index, varies from observatory to observatory in such a way that the historical rate of occurrence of certain levels of K are about the same at all observatories. In practice this means that observatories at higher geomagnetic latitude require higher levels of fluctuation for a given K-index. The conversion table for the Boulder magnetometer is shown below:
K
nT
0
0-5
1
5-10
2
10-20
3
20-40
4
40-70
5
70-120
6
120-200
7
200-330
8
330-500
9
>500
At SWPC, we monitor the preliminary values of the K-index, minute by minute, from a network of observatories that relay data in near-real time. The final K-indices are determined after the end of prescribed three hourly intervals (0000-0300, 0300-0600, ..., 2100-2400). The maximum positive and negative deviations during the 3-hour period are added together to determine the total maximum fluctuation. These maximum deviations may occur anytime during the 3-hour period.


Relationship between Kp and the Aurora [ref]
Right: From thousands of observations, Cornell University scientists have determined geographic subpoints for the southern edges of auroral displays. The curves represent four values of the planetary index (Kp). As this index increases, the aurora's southern edge moves southward. 

In this article we briefly explain some of the ideas behind the association of the aurora with geomagnetic activity and a bit about how the ‘K-index’ or ‘K-factor’ works. The aurora is understood to be caused by the interaction of high energy particles (usually electrons) with neutral atoms in the earth's upper atmosphere. These high energy particles can ‘excite’ (by collisions) valence electrons that are bound to the neutral atom. The ‘excited’ electron can then ‘de-excite’ and return back to its initial, lower energy state, but in the process it releases a photon (a light particle). The combined effect of many photons being released from many atoms results in the aurora display that you see.

The details of how high energy particles are generated during geomagnetic storms constitute an entire discipline of space science in its own right. The basic idea, however, is that the Earth’s magnetic field (let us say the ‘geomagnetic field’) is responding to a outwardly propagating disturbance from the Sun. As the geomagnetic field adjusts to this disturbance, various components of the Earth’s field change form, releasing magnetic energy and thereby accelerating charged particles to high energies. These particles, being charged, are forced to stream along the geomagnetic field lines. Some end up in the upper part of the earth’s neutral atmosphere and the auroral mechanism begins.

The disturbance of the geomagnetic field may also be measured by an instrument called a magnetometer. At our operations center we receive magnetometer data from dozens of observatories in one minute intervals. The data is received at or near to ‘real-time’ and allows us to keep track of the current state of the geomagnetic conditions. In order to reduce the amount of data that our customers have to deal with we convert the magnetometer data into three-hourly indices which give a quantitative, but less detailed measure of the level of geomagnetic activity. The K-index scale has a range from 0 to 9 and is directly related to the maximum amount of fluctuation (relative to a quiet day) in the geomagnetic field over a three-hour interval.

The K-index is therefore updated every three hours and the information is made available to our customers as soon as possible. The K-index is also necessarily tied to a specific geomagnetic observatory. For locations where there are no observatories, one can only estimate what the local K-index would be by looking at data from the nearest observatory, but this would be subject to some errors from time to time because geomagnetic activity is not always spatially homogenous. Another item of interest is that the location of the aurora usually changes geomagnetic latitude as the intensity of the geomagnetic storm changes. The location of the aurora often takes on an ‘oval-like’ shape and is appropriately called the auroral oval. A useful map of the approximate location of the auroral oval as a function of the Kp-index was published in the June 1968 copy Sky & Telescope (see page 348). The Kp index is derived through by an algorithm that essentially averages the K-indices from several stations. Note that as a storm becomes more intense, the edge of the auroral boundary typically moves to lower latitudes.

For further reading we can recommend a couple of books for you. An old, but classic text is The Polar Aurora, Oxford University Press, 1955, by Störmer. A more modern text is The Physics of Space Plasmas, 1991, by George Parks. If you are interested in real-time reporting of geomagnetic activity please make use of our 24-hour/day, 7 day/week services. We have an internet home page address (/), and a recorded message which is updated every three hours or as major activity occurs (303-497-3235). You can also reach us at 303-497-3204. We hope that you find this information helpful. If you have some further questions please don’t hesitate to let us know. Best wishes ! Chris Balch (cbalch@sec.noaa.gov)


SPACE WEATHER
NOAA Forecasts
Updated at: 2013 May 19 2200 UTC
FLARE
0-24 hr
24-48 hr
CLASS M
65 %
65 %
CLASS X
25 %
25 %
source: source: http://spaceweather.com/


3-day GOES X-ray Plot
The GOES X-ray Flux plot contains 5 minute averages of solar X-ray output in the 1-8 Angstrom (0.1-0.8 nm) and 0.5-4.0 Angstrom (0.05-0.4 nm) passbands. Data from the SWPC Primary and Secondary GOES X-ray satellites are shown. Some data dropouts from the Primary satellite will occur during satellite eclipses.
source: http://www.swpc.noaa.gov/rt_plots/xray_5m.html

SWPC ACE RTSW MAG & SWEPAM 24-hour Updating Plot

source: http://www.swpc.noaa.gov/ace/MAG_SWEPAM_24h.html


Geomagnetic Storms:
Probabilities for significant disturbances in Earth's magnetic field are given for three activity levels:active, minor storm, severe storm

Updated at: 2013 May 19 2200 UTC
Mid-latitudes
0-24 hr
24-48 hr
ACTIVE
35 %
15 %
MINOR
30 %
05 %
SEVERE
20 %
01 %
High latitudes
0-24 hr
24-48 hr
ACTIVE
05 %
15 %
MINOR
20 %
25 %
SEVERE
75 %
25 %


ACTIVE:

Geomagnetic Storm Forecasts
The geomagnetic storm probabilities are the estimated chances of at least one 3-hour K index, at the indicated level, for each of the next 3 days.

Active: K = 4.
Minor storm: K = 5.
Major or Severe storm: K > 6.

The "K index" is a 3-hourly quasi-logarithmic local index of geomagnetic activity relative to an assumed quiet-day curve for the recording site. Range is from 0 to 9. The K index measures the deviation of the most disturbed horizontal component of the magnetic field.
http://spaceweather.com/glossary/geostorm.html

MINOR:

Geomagnetic Storm Forecasts
The geomagnetic storm probabilities are the estimated chances of at least one 3-hour K index, at the indicated level, for each of the next 3 days.

Active: K = 4.
Minor storm: K = 5.
Major or Severe storm: K > 6.

The "K index" is a 3-hourly quasi-logarithmic local index of geomagnetic activity relative to an assumed quiet-day curve for the recording site. Range is from 0 to 9. The K index measures the deviation of the most disturbed horizontal component of the magnetic field.


http://spaceweather.com/glossary/geostorm.html

SEVERE:
Geomagnetic Storm Forecasts
The geomagnetic storm probabilities are the estimated chances of at least one 3-hour K index, at the indicated level, for each of the next 3 days.

Active: K = 4.
Minor storm: K = 5.
Major or Severe storm: K > 6.

The "K index" is a 3-hourly quasi-logarithmic local index of geomagnetic activity relative to an assumed quiet-day curve for the recording site. Range is from 0 to 9. The K index measures the deviation of the most disturbed horizontal component of the magnetic field.

http://spaceweather.com/glossary/geostorm.html





Friday, March 15, 2013

Solar Activity Alert


WILL THE SKY TURN GREEN ON ST. PATRICK'S DAY? A magnetic filament snaking around sunspot AR1692 erupted on March 15th at about 0600 UT. The slow explosion, which took hours to unfold, produced an M1-class solar flare and a bright CME. SOHO (the Solar and Heliospheric Observatory) photographed the expanding cloud, which is heading directly toward Earth:


The CME left the sun traveling some 900 km/s (2 million mph). Three-dimensional computer models based on observations from SOHO and NASA's twin STEREO probes predict the CME will cross the void between sun and Earth in two days or less. NOAA forecasters estimate a 70% chance of polar geomagnetic storms when the cloud arrives on March 17th. This means the sky could turn green on St. Patrick's Day! High latitude (and possibly even middle latitude) sky watchers should be alert for auroras this weekend. 

Solar wind
speed: 447.1 km/sec
density: 1.6 protons/cm3
explanation | more dataUpdated: Today at 0117 UT




EVIDENTLY THE SOLAR WIND IS AFFECTING US MUCH MORE THAN IS USUALLY PUBLICLY LET ON...


Meeting on Solar Wind Turbulence in Kennebunkport, Maine, USA

 
06/04/2013 - 00:00
06/07/2013 - 23:59
Etc/GMT+1
Our goal is somewhat different from more familiar conferences and is designed with the SHINE model in mind. We are inviting very few speakers who we are asking to give review and introductory talks for each topic we hope to discuss. Those invited review talks will be largely non-controversial and focus upon agreed-upon results. They are also likely to contain challenges for the participants to explain. Then, the bulk of the time is left unscheduled and we ask the participants to give short, focused talks that lead to discussion and debate on the fundamental aspects of the subject at hand.
We expect that everyone who attends will have ample opportunity to enter into the debate and we hope to stimulate a lively discussion of fundamental physics.
We hope you will join us. Bring multiple 5-minute talks that attempt to make specific points so you can enter into the debate clearly and propel the discussion forward. No one is expected to be given a large block of time to speak. The goal is meaningful and focused debate. Remember, you may not convince everyone, but there will be many participants who want to understand your point of view. Our goal is to debate and illuminate, providing inspiration to all.

THE SOLAR PROBE PLUS WORKSHOP
THE first Solar Probe Plus Workshop will take place at the Beckman Institute auditorium, California Institute of Technology, Pasadena, from March 26th to 29th, 2013. SPP1 will introduce the Heliophysics community to the mission and prepare for the exciting discoveries that the Solar Probe Plus mission will make. The Workshop will explore the scientific objectives of the Solar Probe Mission and how the direct exploration of the corona and inner heliosphere will lead to advances in our understanding of coronal heating and solar wind acceleration, the magnetic and plasma structure of the heliosphere, and the acceleration of energetic particles at shocks and flares. The workshop will inspire research that will make use of the SPP observations within the context of the NASA Heliophysics Observatory System and identify key areas for preparatory research. Synergistic observations from other ground based and space based assets will also be addressed.

The meeting is composed of 4 sessions:
  1. Heating and acceleration of the solar corona and solar wind.
  2. Structure and dynamics of the plasma and magnetic fields at the sources of the solar wind.
  3. Particle acceleration and transport from the corona into the inner heliosphere
  4. Solar Probe Plus Synergies: maximizing scientific return in conjunction with the Heliophysics Observatory System and ground based assets.


SH11: Solar Wind Structure and Its Coronal Origins


The recent solar cycle 23-24 transition, together with the availability of multiperspective, multipoint in-situ observations and sophisticated 3D coronal and heliospheric models, has opened our eyes to the complex origins of the solar wind, even at solar minima. In particular we now see that a weak field solar cycle may in fact add complexity because of the existence of many low-to-mid latitude coronal holes and coronal pseudostreamers. Indeed the corona through most of the recent minimum had the appearance of a high solar activity phase even though sunspot number remained low. This session will focus on the many aspects of this condition, and consequences for past and future cycles during which the solar dynamo produces weak fields.

MANY OTHER MEETINGS HAVE BEEN HELD ON THE SUBJECT.



Wednesday, October 10, 2012

NYPD On Alert for Possible Iran Terror Attack.


NYPD chief: City on alert for Iran terror

Commissioner Raymond Kelly says New York City's police force placed on high alert as concerns mount over possible retaliation by Tehran, Hezbollah over tightening international sanctions
New York City's police commissioner said Wednesday that a potential retaliatory attack on New York City by Iran is an ongoing concern for the NYPD.

Commissioner Raymond Kelly spoke at the NYPD Shield Anti-Terrorism Conference.
According to the New York Post, Kelly said that a possible conflict between Iran and Israel was of concern to the law enforcement agency due to the city's large Jewish population.

"We’ve been concerned about Iran for a while, and I think the history of those events throughout the world since January give us cause for concern," he said.


On high alert. NYPD (Photo: AP) 

"Obviously if there's any action involving Israel and Iran we have to be very cognizant of the potential of retaliation here in New York City," Kelly was quoted by the New York Post as saying.

Lt. Kevin Yorke of the NYPD's Intelligence Division also addressed the conference, saying that one of the issues the NYPD is mostly concerned about is the potential for a retaliation attack on New York City by Iran or Hezbollah.

source here


NYPD on alert for Iran terror

  • Last Updated: 3:44 AM, October 10, 2012
  • Posted: 2:32 AM, October 10, 2012
A terror attack sponsored by Iran is an ongoing concern for the NYPD, Commissioner Ray Kelly revealed yesterday.
“We’ve been concerned about Iran for a while, and I think the history of those events throughout the world since January give us cause for concern,” Kelly said during an anti-terror conference called NYPD SHIELD.
Kelly also said that a possible conflict between Iran and Israel is a particular area of concern, given New York City’s large Jewish population.
One issue is the potential for a retaliation attack on New York City by Iran and Hezbollah, said NYPD Lt. Kevin Yorke of the Intelligence Division.
“Within the last year, we’ve seen a worldwide increase in incidents involving the stockpiling of explosives, the surveillance of targets, and a number of very significant plots and attacks,” Yorke said.
That increase in activity is in direct relation to Iran’s nuclear-weapons program and the tension surrounding it, Yorke said.
“Obviously if there’s any action involving Israel and Iran we have to be very cognizant of the potential of retaliation here in New York City,” Kelly said.
NYPD SHIELD is a public-private partnership that provides counterterrorism training in an effort to protect New York City from terrorist attacks.
 

'Hezbollah has 300 operatives in NYC'

US officials debate virulence of Hezbollah's threat on US soil as NYPD says Hezbollah's infrastructure in the Big Apple substantial
Yitzhak Benhorin, Reuters
WASHINGTON – A recent report by the House of Representatives Committee on Homeland Security states that there are hundreds, perhaps even thousands, people he described as "Iranian and Hezbollah terrorists" in the United States.

An alarming part of the officials' assessments focuses on the apparent surveillance missions that Iranian diplomats and possible Hezbollah operatives have been seen conducting at sensitive targets such as New York City's subways and bridges, and at nuclear power plants and tunnels elsewhere in the United States in the past 10 years

At the same time, US officials caution that Hezbollah, a Shiite militia based in Lebanon, has largely avoided attacking US targets since it carried out mass-casualty bombings in the 1980s against the US Embassy and Marine barracks in Beirut. One reason may be that it does not want to endanger its lucrative North American fund-raising operations.


The renewed focus on Hezbollah – which US counter-terrorism officials regard as the most potent and disciplined of Islamic militant groups, even more so than al-Qaeda – comes amid a growing confrontation over Iran's nuclear program.

An Israeli or US strike on Iran's nuclear sites could prompt Hezbollah to change strategy, moving from surveillance and fund-raising in North America to launching retaliatory attacks on either country, several US officials said.

Israel, while acknowledging the likelihood of retaliation by Iran or its agents, has sometimes downplayed the risk of a broader conflict.

Iranian-inspired surveillance missions in the United States have been scattered over a period of years. But, when combined with a handful of recent attacks or plots around the world, they have contributed to an assessment within the US government that considerable violence directed against US targets – at overseas installations or businesses, or at American soil – could follow any strike on Iran's nuclear program.


הגשרים של ניו יורק - על הכוונת של חיזבאללה? (צילום: ענת לב אדלר)
Every NYC landmark a target? (Photo: Anat Lev-Adler)

US intelligence and law enforcement officials, along with private experts, say there is little doubt Hezbollah has an extensive network of supporters, fund-raisers and potential operatives in the United States.

'Thousands of sympathizers'

A law enforcement official said that the New York Police Department, whose monitoring of Muslim communities has prompted political controversy, believes that between 200 and 300 Hezbollah sympathizers live in New York City. Between 10 and 20 of those are relatives of Hezbollah leaders or fighters who were killed in action, said the official.

The NYPD's knowledge of Hezbollah's infrastructure is sufficiently detailed that it has identified three Lebanese towns, Bint Jbeil, Yanoun and Yatar, to which suspected sympathizers of the group have ties. At least a handful of people in New York connected with Hezbollah have also undergone military training in Lebanon, the official said.

A preliminary Homeland Security report said that pinpointing the number of Hezbollah operatives inside the United States was difficult because of the group's operational security. The report nonetheless cited the estimates of "some officials" that the group "likely" has "several thousand sympathetic donors" in the United States as well as "hundreds" of operatives.


כמה מהמתגוררים בניו יורק עברו אימונים צבאיים בלבנון (צילום: AP)
Ready and willing? (Photo: AP)

But other officials said there was a big difference between a Hezbollah "supporter" and someone who would be willing to engage in violent activity. The officials said such distinctions have been blurred in public discussions about the domestic threat the group allegedly poses.

Over the years, US federal authorities have brought numerous criminal cases against alleged Hezbollah operatives, most of them related to fund-raising or other support activity rather than plotting against US targets.

The access to potential funding sources is one reason why Hezbollah has avoided targeting the United States or its interests, experts say.
source: here




Sunday, July 29, 2012

Geomagnetic Storm Warning. Solar Activity Picks Up.


GEOMAGNETIC STORM WARNING: NOAA forecasters estimate a 45% chance of polar geomagnetic storms on July 29-30 in response to a high-speed solar wind stream buffeting Earth's magnetic field. Even stronger storming could occur on July 31st when a CME associated with yesterday's M6-flare arrives. High-latitude sky watchers should be alert for auroras for the next three nights. 

SOLAR ACTIVITY PICKS UP: Sunspot AR1532 is crackling with M-class solar flares. The latest, an M6-class eruption on July 28th (2056 UT), produced a bright flash of extreme ultraviolet radiation, shown here in a snapshot from the Solar Dynamics Observatory:


Update: Contrary to earlier reports, this explosion did produce a CME and the cloud is heading for Earth. According to a forecast track prepared by analysts at the Goddard Space Weather Lab, the CME will reach our planet on July 31st at 1500 UT (+/- 7 hours). Weak to moderate geomagnetic storms are possible when the cloud arrives.


Pick of The Week
 
 

FLARE AND PROTON EVENT (JULY 27, 2012)

C2: Quicktime (large) (8.2M), Quicktime (small) (731K), MP4 (2.6M), M4V (879K) 
Magnetic active region 1520-1521 erupted again (July 19, 2012) at the edge of the Sun, this time producing an M7-class flare that almost crossed the threshold into X-territory (largest). Associated with the flare was a coronal mass ejection observed by SOHO's two coronagraphs. The small, white particles splattering the CCD for hours after the eruption are high-energy protons moving at half the speed of light. The front edge of the mass ejection was clocked at over 2 million miles an hour.

Super-sized Loops

Super-sized Loops
Magnetic field lines between two active regions extended across about one-third of the Sun to make their connections (July 23-24, 2012). The magnetically powerful active regions were just rotating into view, giving us a wonderful profile of their activity. The lower active region also spurts out several bursts of plasma as well. The looping arcs above each active region shows off the field lines nicely too. The video clip covers about 36 hours of activity in extreme ultraviolet light.

Thursday, February 9, 2012

FTC Issues Alert On Expired Debt

Don’t Let Collectors Trick You Into Paying Expired Debt

Posted February 7, 2012 in Creditor/Debtor, Featured by Keith Ecker
 
The Federal Trade Commission struck a $2.5 million settlement with one of the country’s largest debt collectors over charges that the company tricked consumers into reviving expired debts.  Asset Acceptance used multiple fraudulent practices to collect old debts. As part of the settlement it must inform consumers whose debts are too old to be legally enforceable—also called time-barred debts—that it will not sue to collect on them.

In a statement issued by the FTC, the director of the agency’s Bureau of Consumer Protection, David Vladeck, said “Most consumers do not know their legal rights with respect to collection of old debts past the statute of limitations. When a collector tells a consumer that she owes money and demands payment, it may create the misleading impression that the collector can sue the consumer in court to collect that debt. This FTC settlement signals that, even with old debt, the prohibitions against deceptive and unfair collection methods apply.”

Making False Threats

Asset Acceptance is not just a collector of debt; it is a buyer of debt. The Michigan-based company is in the business of buying debt from creditors, such as credit card issuers, and then making attempts to collect on this debt. The company also has the ability to file reports with the three major credit agencies, which can lower a consumer’s credit score. Oftentimes, Asset Acceptance purchases consumers’ debts for pennies on the dollar in the hopes that it can use aggressive tactics to collect and make a profit.

“Credit card companies usually aren’t going to spend $1,000 on court fees to recover $1,500 in consumer debt, so they’ll sell the debt to someone like Asset Acceptance,” says Charles Gallagher, an attorney at Gallagher & Associates.

According to the complaint in the FTC action, as of September 30, 2010, Asset Acceptance held more than 34 million individual accounts with an original value of more than $42 billion, purchased for an aggregate of 2.54 percent of face value.
 
Two laws outline the methods which a company like Asset Acceptance may use to try to collect on consumer debt. These are the Fair Debt Collection Practices Act (FDCPA) and the Fair Credit Reporting Act (FCPA). The FFDCPA outlines what debt collectors can and cannot do when making attempts to collect on debt. The FCPA establishes rules for the credit reporting agencies as well as organizations that submit information to the agencies.

According to the FTC, Asset Acceptance committed nine violations of these laws, including:
  • Misrepresenting proof that consumers owed a debt when it had none
  • Providing information to credit reporting agencies while knowing or having reasonable cause to believe that the information was inaccurate
  • Failing to notify consumers in writing that it provided negative information to a credit reporting agency
  • Failing to conduct a reasonable investigation when a consumer disputed the debt with a credit reporting agency
  • Repeatedly calling third parties who do not owe a debt
  • Informing third parties about a debt
  • Using illegal debt-collection practices, including misrepresenting the character, amount or legal status of a debt; providing inaccurate information to credit reporting agencies; and making false representations to collect a debt
  • Failing to provide verification of the debt and continuing to attempt to collect a debt when it is disputed by the consumer
  • Failing to disclose that debts are too old to be legally enforceable or that a partial payment would extend the time a debt could be legally enforceable
It is this last violation that resulted in the FTC issuing a consumer alert about time-barred debt.

Time-Barred Debt

Under state law, each state establishes its own statute of limitations for when a debt collector can no longer file a lawsuit or threaten to file a lawsuit against a consumer to try to collect on a debt. This time limit begins at the point at which the consumer went into default. Most debt remains legally enforceable for anywhere from 3 years to 10 years. However, if the consumer makes any payment on this debt, the statute of limitations immediately restarts. And it was this element of the law that Asset Acceptance sought to exploit.

“Asset Acceptance knew it couldn’t sue on these time-barred debts, but they would call the debtor on the phone and say, ‘If you make a partial payment, that will hold us off suing you,’” Gallagher says. “In reality, that payment would restart the statute of limitations.”

In its consumer alert, the FTC provides consumers with the following guidance:
  • If you receive a call from a collector about a debt and you believe the debt may be time-barred, ask the collector if the debt is past the statute of limitations.
  • Ask the collector when the date of your last payment on the debt was.
  • If a collector doesn’t give you this information, send a letter within 30 days of receiving a written notice of the debt. Explain that you are disputing the debt and want to verify it. Provide as much information about why you are disputing the debt as possible.
“When you object to a debt, under federal law whoever is holding that debt has to jump through some hoops to prove they own it,” Gallagher says. “Oftentimes, these companies don’t do a very good job of record-keeping when transferring the debt. If they have to look for the original agreement, they might not be able to find it.”

Furthermore, by objecting to the debt, you can stop the collector from filing a report with the credit agencies. That is because the collector or debt owner can only make a report once they verify the debt. If you see that there is a report on your credit, write the credit agency and tell them that you believe the report is in error. The agency will then put a hold on the report until the collector or debt owner verifies the debt.

Finally, if you discover that the debt is not time-barred and is still within the time frame in which a collector can legally threaten a lawsuit, you have a couple options. First, you can try to negotiate the debt down.
“Even if they do prove the debt, you can usually negotiate discounts sometimes as much as 80 percent,” Gallagher says. “I’d say a bad settlement is 50 percent off.”

If that does not work and you believe the collector will file suit, you can contact a knowledgeable consumer law attorney who has experience with credit card litigation.

“Burying your head in the sand is no solution at all,” Gallagher says. “The law rewards the diligent consumer. You have to act. The worst decision you can make is no decision.”

Source: CLICK HERE
 

Sunday, November 27, 2011

Massive CME From A Massive Hyder Solar Flare Is Earth Directed.

Massive Hyder Flare is on its way to Earth and should reach us Monday, November 27, 2011.  What is a Hyder Solar Flare?  In solar-terrestrial terms, a filament-associated two-ribbon flare, often occurring in spotless regions. The flare presumably results from the impact on the chromosphere of in falling filament material.

This is one large CME that is going to be a direct hit on Earth...DIRECT.  Be safe.



RADIATION STORM AND CME ALERT: A solar radiation storm is in progress around Earth. At the moment, the storm is classified as minor, which means it has little effect on Earth other than to disturb HF radio transmissions at high latitudes. Energetic protons, which make up the bulk of the storm, were accelerated in our direction earlier today by shock waves in a CME racing away from the sun at about 1000 km/s (2.2 million mph). According to analysts at the Goddard Space Weather Lab, the CME itself will reach Earth on Nov. 28th around 14:23 UT (+/- 7 hours). Click to view an animated forecast track:
The cloud could triggger geomagnetic storms when it arrives on Monday. High-latitude sky watchers should be alert for auroras. Aurora alerts: text, phone.
The forecasting group at Goddard notes that no two spacecraft have yet beamed back concurrent images of the CME. This makes their estimates of the CME's speed and direction necessarily approximate. Stay tuned for updates as more data arrive. 


Space Weather News for Nov. 26, 2011
http://spaceweather.com

CME AND RADIATION STORM: A solar radiation storm is in progress around Earth. At the moment (the late hours of Nov. 26th), the storm is classified as minor, which means it has little effect on our planet other than to disturb HF radio transmissions at high latitudes. Bigger effects, however, could be in the offing.  The same blast that caused the radiation storm also hurled a CME into space, and this CME appears set to deliver a blow to Earth's magnetic field on Nov. 28th.  Geomagnetic storms and auroras are possible when the cloud arrives.  Visit http://spaceweather.com for more information and updates.

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