ประกาศข่าวแผ่นดินไหว(&การคาดการณ์)

กะแล้วว่าวันนี้น่าจะมีอะไรแปลกๆแถวๆบ้านเราบ้างนิ อ่านข่าวหลุมยุบที่เมืองกาญจน์ข้างบนแล้วนึกถึงก้อนเมฆเมื่อเช้าเลยเพราะผมเห็นเป็นแพทเทิร์นแบบเดียวกับเมฆแผ่นดินไหวนะ ผมเห็นตอนรอใส่บาตรพระเมื่อเช้าครับทางทิศตะวันออก

 

ขอให้รอดเดือนนี้ละกันนะ...

 

เหลืออีก สิบสองวันครับพี่ปู

 

สนับสนุนขอมูลเมฆ ของคุณ Falkman กับคุณ Soul Collector
แสดงว่ามีตลอดแนวลงมา คือค่อนไปตลอดแนลทิศตวันตกเล็กน้อย ตั้งแต่เมื่อวานตอนบ่ายครับส่วนวันนี้ รูปร่างตีเป็นวงเกลียวดูประหลาดครับอาจจะเกิดจากกระแสลมแรง เกาะสมุยครับ

 

ที่ตะกั่วทุ่ง(พังงา) เห็นเมฆแผ่นดินไหวเหมือนกัน เต็มฟ้าทางทิศเหนือไล่ลงไปทางตะวันตกเฉียงใต้ ตั้งแต่บ่ายสามยันพระอาทิตย์ตกตอน 6.45

 

แผ่นดินยุบตัวที่ทองผาภูมิ เกิดจากฝนตกหนัก ผู้ว่าฯยืนยันไม่เกี่ยวกับแผ่นดินไหว

วันอังคารที่ 19 มิถุนายน 2555 เวลา 17:56 น.


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<!-- /.featured-img -->แผ่นดินยุบตัวที่ทองผาภูมิ เกิดจากฝนตกหนัก ผู้ว่าฯยืนยันไม่เกี่ยวกับแผ่นดินไหว
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เมื่อเวลา 09.00 น.วันนี้ (19 มิ.ย.) นาย<ST1 personname="" productid="วิจักขณ์ ชินโคตรพงศ์" st="on">วิจักขณ์ ชินโคตรพงศ์</ST1> นายอำเภอทองผาภูมิพร้อมด้วยเจ้าหน้าที่องค์การบริหารส่วนตำบลห้วยเขย่ง เข้าตรวจสอบพื้นที่บริเวณกลางสนามกีฬาโรงเรียนบ้านไร่ป้า ม.5 ต.ห้วยเขย่ง อ.ทองผาภูมิ จ.กาญจนบุรี หลังจากได้รับแจ้งจากชาวบ้านว่ามีเหตุดินยุบบริเวณกลางสนามกีฬาโรงเรียนบ้านไร่ป้า เหตุเกิดเมื่อเวลา 20.30 น.ของวันที่ 18 มิ.ย.ที่ผ่านมา ซึ่งจากการตรวจสอบขนาดหลุมโดยการวัดแล้ว มีขนาดกว้างมีเส้นผ่าศูนย์กลาง 5.6 เมตรและลึกขนาด <ST1 productid="5.6 เมตร" st="on" metricconverter="">5.6 เมตร</ST1> ซึ่งถือว่าเป็นหลุมกว้างขนาดใหญ่ ทางเจ้าหน้าที่ได้เอาเชือกมาล้อมกั้นไว้ไม่ให้ชาวบ้านและนักเรียนเข้าใกล้หลุมเพื่อป้องกันอันตราย

นาย<ST1 personname="" productid="วิจักขณ์ ชินโคตรพงศ์" st="on">วิจักขณ์ </ST1>กล่าวว่า สาเหตุดินยุบในครั้งนี้เกิดจากน้ำในใต้ดินไหลเซาะ เนื่องจากมีฝนตกหนัก ทำให้ดินยุบ ไม่เกี่ยวกับเหตุแผ่นดินไหว และได้รายงานไปยังจังหวัดรับทราบ พร้อมทั้งแจ้งกรมทรัพยากรธรณีได้มาตรวจสอบว่าสาเหตุดินยุบในครั้งนี้และแจ้งเตือนประชาชนและนักเรียนอย่ามาเล่นเข้าใกล้บริเวณนี้
ด้านนาย<ST1 personname="" productid="บุญกว้าง ณ อุบล" st="on">บุญกว้าง ณ อุบล</ST1> ชาวบ้านเล่าว่าได้ยินเสียงดังแบบฟ้าร้อง จนเมื่อเช้าได้มาดูจนพบหลุมกว้างขนาดใหญ่ ซึ่งเคยเกิดเหตุดินยุบเมื่อ 10 ปีก่อนแต่ไม่กว้างขนาดนี้ ซึ่งชาวบ้านไม่กลัวแต่ตื่นเต้นมากกว่าเพราะเคยเห็นมาแล้ว<O p=""></O>
ทางด้านนาย<ST1 personname="" productid="ชัยวัฒน์ ลิมป์วรรณธะ" st="on">ชัยวัฒน์ ลิมป์วรรณธะ</ST1> ผู้ว่าราชการจังหวัดกาญจนบุรี เปิดเผยว่า ได้รับรายงานจากทางอำเภอทองผาภูมิแล้ว ในเบื้องต้นทราบว่าเมื่อ 10 ปีที่แล้วเคยเกิดเป็นหลุมอย่างนี้ เพราะตอนนี้มีน้ำซึมมาเต็มแล้ว ได้สั่งการให้ล้อมรั้วและเฝ้าระวังดูแลพร้อมรายงานให้ทราบเป็นระยะๆ หลุมนี้ที่เกิดขึ้นน่าจะมาจากที่มีฝนตกหนักในช่วงนี้ ไม่เกี่ยวกับแผ่นดินไหว เพราะไม่มีแผ่นดินไหวแต่อย่างใด และหลุมดังกล่าวไม่มีอันตรายอะไร และไม่มีการขยายออกไปแต่อย่างใด.

B5 - War Room Falkman

 

โรงเรียนภาษา / 61 - ANSWERS OF AN ALIEN FROM ANDROMEDA - Nibiru - Elenin - Events

<iframe src="http://www.youtube.com/embed/NZkr03s36yM" allowfullscreen="" frameborder="0" height="315" width="420"></iframe>
Uploaded by atlanticobr on Sep 11, 2011

Friends, take it easy, you will have certainty about the Dwarf Star (Red Kachina) in early October, you will be distracted with the comet elenin but will already be "officially" aware of the arrival of the Dwarf Star, and its planets. Wait before you dismissively argue with one who is doing us a favor by alerting events. Cheers! CB

Friends of our channel and YouTubers welcome.
Answers of an alien from Andromeda -- video sixty one - September 11, 2011
(Atlantic Time)

 

โรงเรียนภาษา / 62 - ANSWERS OF AN ALIEN FROM ANDROMEDA - Nibiru - Elenin - Events

<iframe src="http://www.youtube.com/embed/tk-xEyOupHc" allowfullscreen="" frameborder="0" height="315" width="420"></iframe>
Uploaded by atlanticobr on Sep 14, 2011

Friends of our channel and YouTubers welcome. Vide video description.
Answers of an alien from Andromeda -- video sixty two - September 14, 2011.
Friends of our channel and YouTubers welcome.
Answers of an alien from Andromeda -- video sixty two - September 14, 2011.

Friends, this is a short message to put you abreast of current events. It seems that the Community Galactica are intending to perform some action regarding the Dwarf Star. Three large spacecraft with strong effect of gravitational tractor Krulians were positioned on the sides and behind the Dwarf Star system. It seems they are preparing for a major operation involving the dwarf star and its planets. There are two possibilities; the first may be one adjustment path, to avoid irreversible damage, the second may be the full deviation of Dwarf Star to bypass the solar system. According to one study conducted by Krulians, which we had access to, your sun will cause havoc on the planet during this period 2011-2012 and the passage of the dwarf Star may cause more disasters than necessary for the renewal of the planet. In addition, your current social model is heading for one major collapse. This will generate great social unrest and problems in the production and distribution of food, leading to rioting, looting and widespread violence in big cities, with no water, no energy and no policing. You must go through many problems of volcanic activity, tsunamis and tectonic movement during the heating process of the nucleus and the magma of the planet by large solar flare radiation coupled with the weakening of the geomagnetic field of the planet. If all this is coupled with the passage of the Dwarf Star it can leave little or no colony to develop the new society. Keep prepared as you were, when all systems begin to fail you will have little time to take shelter, and from now on, the systems begin to fail in a cascading effect. Your governments and your elites are well prepared for this whole scenario. About Comet "Elenin" it is on the route and the major problems it may cause will be the increase of solar activity during the alignment of this month, and the meteor shower scheduled for late October and throughout the months of November and December, during the passage of the Earth at its trail. The spacecraft Krulian that accompanies it can turn off the invisibility field.

We heard of some study plans developed by the Community Galactica for direct intervention on the planet and the implementation of one stabilization scheme of the colony in the medium and long term. After the passage of planet to a level of civilization "one" of frequency, society would be directed to implement measures for the gradual stabilization of the planet's inhabitants and filtering would be performed for control of reincarnations, directly by the Blue Beings. I personally, as a behavioral scientist, I like this type of solution because it will take longer but much less traumatic for the present and future populations. We do not know what will be the action will be taken but I sincerely hope it happens. From the time of passage of the planet to the level "one" of frequency, we can have direct contact with you, we can meet with groups like this that the CB has been in contact in the latter year of work together, and set goals for implementation of new technologies and new bases of conduct for the renovation and cleaning up the planet. The relocation of populations in risk areas will be assisted directly by us, and be no more threats of elitist governments trying to run the economy and abuse of the good faith of races and cultures currently disadvantaged. Do not be fooled by false flags as "alien war," the fourth and fifth dimensions, Aliens Council's of any type or galaxy, since I already told CB that it does not exist and has nothing to do with the reality of the third dimension in which we all we live in our universe. Your entry to a new dimensional reality is after 10 levels of frequency of the third dimension thus still live with the matter as we know it by hundreds of thousands of years. Be practical and objective, this talk about other dimensions interacting here is pure fiction, does not lead to any practical results and creates a totally debased reality we must face so we can develop. I do not want to give false hope; you are already prepared for the worst, but let's hope for the best for everyone.
CB this month completed a year of work passing the information on our informal talks to you, I congratulate him for the patience and persistence. I hope this has served to wake some of you for the reality of the facts, preparing you for direct contact with us soon.
Take care and I'll see you in a few days to keep the information up to date.
Thanks for watching, Join our channel! You are welcome there as the Internet work!
Captain Bill - September 2011
ATLANTICOBR CHANNEL

 

วีดิโอของสาย Zeta หมด stock แล้วค่ะ
ถ้ามีมาเพิ่มเติมค่อยเอามาเสนอใหม่นะคะ...

 

Update time = Tue Jun 19 18:28:55 UTC 2012

<TABLE border=0 cellSpacing=1 cellPadding=1><TBODY><TR><TH> </TH><TH align=middle>MAG </TH><TH align=middle>UTC DATE-TIME
y/m/d h:m:s </TH><TH align=middle>LAT
deg </TH><TH align=middle>LON
deg </TH><TH align=middle>DEPTH
km </TH><TH> Region</TH></TR><TR><TD vAlign=top noWrap align=middle>MAP</TD><TD vAlign=top noWrap align=middle> 2.8 </TD><TD vAlign=top noWrap align=middle>2012/06/19 18:09:13 </TD><TD vAlign=top noWrap align=right> 18.118 </TD><TD vAlign=top noWrap align=right> -65.003 </TD><TD vAlign=top noWrap align=right>4.0 </TD><TD vAlign=top> VIRGIN ISLANDS REGION</TD></TR><TR><TD vAlign=top noWrap align=middle>MAP</TD><TD vAlign=top noWrap align=middle> 2.9 </TD><TD vAlign=top noWrap align=middle>2012/06/19 16:38:14 </TD><TD vAlign=top noWrap align=right> 60.691 </TD><TD vAlign=top noWrap align=right> -151.247 </TD><TD vAlign=top noWrap align=right>61.2 </TD><TD vAlign=top> KENAI PENINSULA, ALASKA</TD></TR><TR><TD vAlign=top noWrap align=middle>MAP</TD><TD vAlign=top noWrap align=middle> 6.0 </TD><TD vAlign=top noWrap align=middle>2012/06/19 15:56:34 </TD><TD vAlign=top noWrap align=right> 53.392 </TD><TD vAlign=top noWrap align=right> 171.635 </TD><TD vAlign=top noWrap align=right>20.9 </TD><TD vAlign=top> NEAR ISLANDS, ALEUTIAN ISLANDS, ALASKA</TD></TR><TR><TD vAlign=top noWrap align=middle>MAP</TD><TD vAlign=top noWrap align=middle> 2.6 </TD><TD vAlign=top noWrap align=middle>2012/06/19 14:47:34 </TD><TD vAlign=top noWrap align=right> 19.266 </TD><TD vAlign=top noWrap align=right> -64.244 </TD><TD vAlign=top noWrap align=right>17.0 </TD><TD vAlign=top> VIRGIN ISLANDS REGION</TD></TR><TR><TD vAlign=top noWrap align=middle>MAP</TD><TD vAlign=top noWrap align=middle> 5.1 </TD><TD vAlign=top noWrap align=middle>2012/06/19 13:40:58 </TD><TD vAlign=top noWrap align=right> 43.431 </TD><TD vAlign=top noWrap align=right> -127.330 </TD><TD vAlign=top noWrap align=right>13.5 </TD><TD vAlign=top> OFF THE COAST OF OREGON</TD></TR><TR><TD vAlign=top noWrap align=middle>MAP</TD><TD vAlign=top noWrap align=middle> 3.4 </TD><TD vAlign=top noWrap align=middle>2012/06/19 13:22:27 </TD><TD vAlign=top noWrap align=right> 59.672 </TD><TD vAlign=top noWrap align=right> -153.342 </TD><TD vAlign=top noWrap align=right>126.1 </TD><TD vAlign=top> SOUTHERN ALASKA</TD></TR><TR><TD vAlign=top noWrap align=middle>MAP</TD><TD vAlign=top noWrap align=middle> 2.9 </TD><TD vAlign=top noWrap align=middle>2012/06/19 12:24:15 </TD><TD vAlign=top noWrap align=right> 18.603 </TD><TD vAlign=top noWrap align=right> -65.025 </TD><TD vAlign=top noWrap align=right>34.0 </TD><TD vAlign=top> VIRGIN ISLANDS REGION</TD></TR><TR><TD vAlign=top noWrap align=middle>MAP</TD><TD vAlign=top noWrap align=middle> 4.6 </TD><TD vAlign=top noWrap align=middle>2012/06/19 11:41:34 </TD><TD vAlign=top noWrap align=right> -22.426 </TD><TD vAlign=top noWrap align=right> -67.039 </TD><TD vAlign=top noWrap align=right>197.9 </TD><TD vAlign=top> POTOSI, BOLIVIA</TD></TR><TR><TD vAlign=top noWrap align=middle>MAP</TD><TD vAlign=top noWrap align=middle> 5.2 </TD><TD vAlign=top noWrap align=middle>2012/06/19 10:53:30 </TD><TD vAlign=top noWrap align=right> -38.244 </TD><TD vAlign=top noWrap align=right> 146.194 </TD><TD vAlign=top noWrap align=right>9.9 </TD><TD vAlign=top> NEAR THE SOUTHEAST COAST OF AUSTRALIA</TD></TR><TR><TD vAlign=top noWrap align=middle>MAP</TD><TD vAlign=top noWrap align=middle> 3.0 </TD><TD vAlign=top noWrap align=middle>2012/06/19 09:18:00 </TD><TD vAlign=top noWrap align=right> 18.941 </TD><TD vAlign=top noWrap align=right> -64.876 </TD><TD vAlign=top noWrap align=right>40.0 </TD><TD vAlign=top> VIRGIN ISLANDS REGION</TD></TR><TR><TD vAlign=top noWrap align=middle>MAP</TD><TD vAlign=top noWrap align=middle> 3.6 </TD><TD vAlign=top noWrap align=middle>2012/06/19 08:59:53 </TD><TD vAlign=top noWrap align=right> 53.863 </TD><TD vAlign=top noWrap align=right> -164.937 </TD><TD vAlign=top noWrap align=right>58.1 </TD><TD vAlign=top> UNIMAK ISLAND REGION, ALASKA</TD></TR><TR><TD vAlign=top noWrap align=middle>MAP</TD><TD vAlign=top noWrap align=middle> 4.1 </TD><TD vAlign=top noWrap align=middle>2012/06/19 08:56:19 </TD><TD vAlign=top noWrap align=right> -23.992 </TD><TD vAlign=top noWrap align=right> -66.743 </TD><TD vAlign=top noWrap align=right>214.6 </TD><TD vAlign=top> JUJUY, ARGENTINA</TD></TR><TR><TD vAlign=top noWrap align=middle>MAP</TD><TD vAlign=top noWrap align=middle> 2.7 </TD><TD vAlign=top noWrap align=middle>2012/06/19 07:54:30 </TD><TD vAlign=top noWrap align=right> 19.431 </TD><TD vAlign=top noWrap align=right> -155.774 </TD><TD vAlign=top noWrap align=right>10.4 </TD><TD vAlign=top> ISLAND OF HAWAII, HAWAII</TD></TR><TR><TD vAlign=top noWrap align=middle>MAP</TD><TD vAlign=top noWrap align=middle> 3.2 </TD><TD vAlign=top noWrap align=middle>2012/06/19 07:46:10 </TD><TD vAlign=top noWrap align=right> 62.502 </TD><TD vAlign=top noWrap align=right> -151.395 </TD><TD vAlign=top noWrap align=right>109.9 </TD><TD vAlign=top> CENTRAL ALASKA</TD></TR><TR><TD vAlign=top noWrap align=middle>MAP</TD><TD vAlign=top noWrap align=middle> 3.4 </TD><TD vAlign=top noWrap align=middle>2012/06/19 06:29:16 </TD><TD vAlign=top noWrap align=right> 57.282 </TD><TD vAlign=top noWrap align=right> -153.430 </TD><TD vAlign=top noWrap align=right>40.3 </TD><TD vAlign=top> KODIAK ISLAND REGION, ALASKA</TD></TR><TR><TD vAlign=top noWrap align=middle>MAP</TD><TD vAlign=top noWrap align=middle> 2.6 </TD><TD vAlign=top noWrap align=middle>2012/06/19 06:17:30 </TD><TD vAlign=top noWrap align=right> 52.328 </TD><TD vAlign=top noWrap align=right> -169.639 </TD><TD vAlign=top noWrap align=right>13.4 </TD><TD vAlign=top> FOX ISLANDS, ALEUTIAN ISLANDS, ALASKA</TD></TR></TBODY></TABLE>

 

Update time = Wed Jun 20 1:10:39 UTC 2012

<TABLE border=0 cellSpacing=1 cellPadding=1><TBODY><TR><TH> </TH><TH align=middle>MAG </TH><TH align=middle>UTC DATE-TIME
y/m/d h:m:s </TH><TH align=middle>LAT
deg </TH><TH align=middle>LON
deg </TH><TH align=middle>DEPTH
km </TH><TH> Region</TH></TR><TR><TD vAlign=top noWrap align=middle>MAP</TD><TD vAlign=top noWrap align=middle> 2.6 </TD><TD vAlign=top noWrap align=middle>2012/06/20 01:08:38 </TD><TD vAlign=top noWrap align=right> 19.380 </TD><TD vAlign=top noWrap align=right> -155.244 </TD><TD vAlign=top noWrap align=right>3.5 </TD><TD vAlign=top> ISLAND OF HAWAII, HAWAII</TD></TR><TR><TD vAlign=top noWrap align=middle>MAP</TD><TD vAlign=top noWrap align=middle> 5.5 </TD><TD vAlign=top noWrap align=middle>2012/06/20 00:41:45 </TD><TD vAlign=top noWrap align=right> -0.770 </TD><TD vAlign=top noWrap align=right> 133.175 </TD><TD vAlign=top noWrap align=right>18.0 </TD><TD vAlign=top> NEAR THE NORTH COAST OF PAPUA, INDONESIA</TD></TR></TBODY></TABLE>
<HR><TABLE border=0 cellSpacing=1 cellPadding=1><TBODY><TR><TH> </TH><TH align=middle>MAG </TH><TH align=middle>UTC DATE-TIME
y/m/d h:m:s </TH><TH align=middle>LAT
deg </TH><TH align=middle>LON
deg </TH><TH align=middle>DEPTH
km </TH><TH> Region</TH></TR><TR><TD vAlign=top noWrap align=middle>MAP</TD><TD vAlign=top noWrap align=middle> 3.0 </TD><TD vAlign=top noWrap align=middle>2012/06/19 23:48:40 </TD><TD vAlign=top noWrap align=right> 61.467 </TD><TD vAlign=top noWrap align=right> -146.575 </TD><TD vAlign=top noWrap align=right>10.6 </TD><TD vAlign=top> SOUTHERN ALASKA</TD></TR><TR><TD vAlign=top noWrap align=middle>MAP</TD><TD vAlign=top noWrap align=middle> 3.1 </TD><TD vAlign=top noWrap align=middle>2012/06/19 23:01:14 </TD><TD vAlign=top noWrap align=right> 19.387 </TD><TD vAlign=top noWrap align=right> -155.246 </TD><TD vAlign=top noWrap align=right>3.3 </TD><TD vAlign=top> ISLAND OF HAWAII, HAWAII</TD></TR><TR><TD vAlign=top noWrap align=middle>MAP</TD><TD vAlign=top noWrap align=middle> 4.8 </TD><TD vAlign=top noWrap align=middle>2012/06/19 22:28:47 </TD><TD vAlign=top noWrap align=right> 37.628 </TD><TD vAlign=top noWrap align=right> 141.628 </TD><TD vAlign=top noWrap align=right>32.5 </TD><TD vAlign=top> NEAR THE EAST COAST OF HONSHU, JAPAN</TD></TR><TR><TD vAlign=top noWrap align=middle>MAP</TD><TD vAlign=top noWrap align=middle> 2.9 </TD><TD vAlign=top noWrap align=middle>2012/06/19 21:40:42 </TD><TD vAlign=top noWrap align=right> 18.091 </TD><TD vAlign=top noWrap align=right> -64.983 </TD><TD vAlign=top noWrap align=right>4.0 </TD><TD vAlign=top> VIRGIN ISLANDS REGION</TD></TR><TR><TD vAlign=top noWrap align=middle>MAP</TD><TD vAlign=top noWrap align=middle> 4.8 </TD><TD vAlign=top noWrap align=middle>2012/06/19 21:13:37 </TD><TD vAlign=top noWrap align=right> -2.941 </TD><TD vAlign=top noWrap align=right> 99.807 </TD><TD vAlign=top noWrap align=right>22.2 </TD><TD vAlign=top> KEPULAUAN MENTAWAI REGION, INDONESIA</TD></TR><TR><TD vAlign=top noWrap align=middle>MAP</TD><TD vAlign=top noWrap align=middle> 5.8 </TD><TD vAlign=top noWrap align=middle>2012/06/19 20:56:43 </TD><TD vAlign=top noWrap align=right> 53.334 </TD><TD vAlign=top noWrap align=right> 171.702 </TD><TD vAlign=top noWrap align=right>21.7 </TD><TD vAlign=top> NEAR ISLANDS, ALEUTIAN ISLANDS, ALASKA</TD></TR><TR><TD vAlign=top noWrap align=middle>MAP</TD><TD vAlign=top noWrap align=middle> 2.6 </TD><TD vAlign=top noWrap align=middle>2012/06/19 20:54:13 </TD><TD vAlign=top noWrap align=right> 59.899 </TD><TD vAlign=top noWrap align=right> -153.592 </TD><TD vAlign=top noWrap align=right>143.3 </TD><TD vAlign=top> SOUTHERN ALASKA</TD></TR><TR><TD vAlign=top noWrap align=middle>MAP</TD><TD vAlign=top noWrap align=middle> 5.0 </TD><TD vAlign=top noWrap align=middle>2012/06/19 20:14:05 </TD><TD vAlign=top noWrap align=right> 23.631 </TD><TD vAlign=top noWrap align=right> 70.214 </TD><TD vAlign=top noWrap align=right>22.5 </TD><TD vAlign=top> GUJARAT, INDIA</TD></TR><TR><TD vAlign=top noWrap align=middle>MAP</TD><TD vAlign=top noWrap align=middle> 2.9 </TD><TD vAlign=top noWrap align=middle>2012/06/19 19:15:52 </TD><TD vAlign=top noWrap align=right> 56.908 </TD><TD vAlign=top noWrap align=right> -155.874 </TD><TD vAlign=top noWrap align=right>19.1 </TD><TD vAlign=top> ALASKA PENINSULA</TD></TR><TR><TD vAlign=top noWrap align=middle>MAP</TD><TD vAlign=top noWrap align=middle> 2.7 </TD><TD vAlign=top noWrap align=middle>2012/06/19 19:14:47 </TD><TD vAlign=top noWrap align=right> 37.303 </TD><TD vAlign=top noWrap align=right> -122.112 </TD><TD vAlign=top noWrap align=right>8.4 </TD><TD vAlign=top> SAN FRANCISCO BAY AREA, CALIFORNIA</TD></TR><TR><TD vAlign=top noWrap align=middle>MAP</TD><TD vAlign=top noWrap align=middle> 2.7 </TD><TD vAlign=top noWrap align=middle>2012/06/19 19:02:42 </TD><TD vAlign=top noWrap align=right> 38.826 </TD><TD vAlign=top noWrap align=right> -122.806 </TD><TD vAlign=top noWrap align=right>3.1 </TD><TD vAlign=top> NORTHERN CALIFORNIA</TD></TR><TR><TD vAlign=top noWrap align=middle>MAP</TD><TD vAlign=top noWrap align=middle> 2.5 </TD><TD vAlign=top noWrap align=middle>2012/06/19 19:02:32 </TD><TD vAlign=top noWrap align=right> 38.823 </TD><TD vAlign=top noWrap align=right> -122.804 </TD><TD vAlign=top noWrap align=right>3.4 </TD><TD vAlign=top> NORTHERN CALIFORNIA</TD></TR><TR><TD vAlign=top noWrap align=middle>MAP</TD><TD vAlign=top noWrap align=middle> 4.9 </TD><TD vAlign=top noWrap align=middle>2012/06/19 18:39:02 </TD><TD vAlign=top noWrap align=right> -40.681 </TD><TD vAlign=top noWrap align=right> 44.678 </TD><TD vAlign=top noWrap align=right>17.1 </TD><TD vAlign=top> SOUTHWEST INDIAN RIDGE</TD></TR></TBODY></TABLE>

 

<TABLE border=0 cellSpacing=1 cellPadding=1><TBODY><TR><TH></TH><TH align=middle>MAG </TH><TH align=middle>UTC DATE-TIME
y/m/d h:m:s


</TH><TH align=middle>LAT
deg


</TH><TH align=middle>LON
deg


</TH><TH align=middle>DEPTH
km


</TH><TH>Region</TH></TR><TR><TD noWrap align=middle>MAP</TD><TD noWrap align=middle>5.8</TD><TD noWrap align=middle>2012/06/19 20:56:43 </TD><TD noWrap align=right>53.334</TD><TD noWrap align=right>171.702 </TD><TD noWrap align=right>21.7 </TD><TD>NEAR ISLANDS, ALEUTIAN ISLANDS, ALASKA</TD></TR><TR><TD noWrap align=middle>MAP</TD><TD noWrap align=middle>6.0</TD><TD noWrap align=middle>2012/06/19 15:56:32 </TD><TD noWrap align=right>53.364</TD><TD noWrap align=right>171.593 </TD><TD noWrap align=right>14.0 </TD><TD>NEAR ISLANDS, ALEUTIAN ISLANDS, ALASKA</TD></TR><TR><TD noWrap align=middle>MAP</TD><TD noWrap align=middle>4.4</TD><TD noWrap align=middle>2012/06/18 05:20:36 </TD><TD noWrap align=right>52.830</TD><TD noWrap align=right>160.601 </TD><TD noWrap align=right>35.0 </TD><TD>OFF THE EAST COAST OF KAMCHATKA, RUSSIA</TD></TR><TR><TD noWrap align=middle>MAP</TD><TD noWrap align=middle>4.5</TD><TD noWrap align=middle>2012/06/18 04:57:43 </TD><TD noWrap align=right>52.724</TD><TD noWrap align=right>160.454 </TD><TD noWrap align=right>39.6 </TD><TD>OFF THE EAST COAST OF KAMCHATKA, RUSSIA</TD></TR><TR><TD noWrap align=middle>MAP</TD><TD noWrap align=middle>4.5</TD><TD noWrap align=middle>2012/06/18 04:11:47 </TD><TD noWrap align=right>52.816</TD><TD noWrap align=right>160.572 </TD><TD noWrap align=right>39.3 </TD><TD>OFF THE EAST COAST OF KAMCHATKA, RUSSIA</TD></TR><TR><TD noWrap align=middle>MAP</TD><TD noWrap align=middle>4.6</TD><TD noWrap align=middle>2012/06/18 03:58:09 </TD><TD noWrap align=right>52.826</TD><TD noWrap align=right>160.449 </TD><TD noWrap align=right>39.5 </TD><TD>OFF THE EAST COAST OF KAMCHATKA, RUSSIA</TD></TR><TR><TD noWrap align=middle>MAP</TD><TD noWrap align=middle>2.5</TD><TD noWrap align=middle>2012/06/16 22:03:43 </TD><TD noWrap align=right>51.282</TD><TD noWrap align=right>175.593 </TD><TD noWrap align=right>25.7 </TD><TD>RAT ISLANDS, ALEUTIAN ISLANDS, ALASKA</TD></TR><TR><TD noWrap align=middle>MAP</TD><TD noWrap align=middle>2.9</TD><TD noWrap align=middle>2012/06/15 14:22:11 </TD><TD noWrap align=right>51.748</TD><TD noWrap align=right>176.634 </TD><TD noWrap align=right>20.1 </TD><TD>RAT ISLANDS, ALEUTIAN ISLANDS, ALASKA</TD></TR><TR><TD noWrap align=middle>MAP</TD><TD noWrap align=middle>2.8</TD><TD noWrap align=middle>2012/06/15 00:14:59 </TD><TD noWrap align=right>51.289</TD><TD noWrap align=right>179.787 </TD><TD noWrap align=right>19.3 </TD><TD>RAT ISLANDS, ALEUTIAN ISLANDS, ALASKA</TD></TR></TBODY></TABLE>

plate tectonic



โซนนี้แผ่นอเมริกาเหนือเคลื่อนมุ่งตะวันตกด้วยความเร็วประมาณ 19 มม.ต่อปีเข้าหาแปซิฟิคซึ่งเคลื่อนที่มุ่งตะวันตกด้วยความเร็วมาประมาณ 59 มม.ต่อปี และเข้าประชิดกันที่อลาสก้าตะวันออกบริเวณร่องลึก Aleutien trence แผ่นเปลือกโลกทั้งสองแผ่นเคลื่อนที่เข้าชนกัน แผ่นแปซิฟิคซึ่งเป็นแผ่นมหาสมุทรมีความหนาแน่นมากกว่าจึงยุบตัวต่ำลงตามแรงโน้มถ่วงของโลกจากระดับเดิมกว่า 6 กิโลเมตร และมุดสอดเข้าใต้แผ่นอเมริกาเหนือ ผลของการมุดสอดทำให้เกิดรอยแตกแยกของชั้นหินเกิดเป็นรอยเลื่อน the queen charotte fairweather fault ตลอดแนวชายฝั่งอลาสก้าตะวันออก เมื่อใดก็ตามที่แผ่นแปซิฟิคมุดแผ่นอเมริกาเหนือโซนนี้ก็จะส่งผ่านแรงเข้าสู่รอยเลื่อนนี้ ทำให้เกิดแผ่นดินไหวโซนนี้มาโดยตลอดมากบ้างน้อยบ้างตามความเครียดที่สะสมในชั้นหินแผ่นเปลือกโลก

เท่าที่สังเกตดูพักนี้โซนนี้จะไหวบ่อยในขนาดปานกลางถึงรุนแรง นี่ก็ยังไม่รู้ว่าเป็นเพราะอะไรถึงได้ไหวบ่อยอย่างนี้ จะไปกล่าวโทษว่าดวงดาวที่อยู่นอกโลกเป็นสาเหตุก็กระไรอยู่เพราะยังรู้ไม่จริง หรืออาจจะเป็นเพราะคุณ falkman ปล่อย CME (corona mass ejection) ออกมาช่วงนี้หรือเปล่า อันนี้ต้องไปถามแกดูเอาเอง หุหุ

สำหรับผู้ที่สนใจปรากฎการณ์แผ่นดินไหวโซนนี้ เชิญศึกษาหาความจริงเพิ่มเติมได้ที่นี่ เจ้าของที่เขามาอธิบายเอง

 

Poster of the Northern Italy Earthquakes of May 2012 - Magnitudes 6.0, 5.8 and 5.4

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Tectonic Summary

The May earthquakes in northern Italy occurred as a result of shallow thrust faulting. At this location, the geology is dominated by compressional tectonics forming thrust-belt type structures like the Apennine Mountains that dominate the Italian peninsula.
The broader Mediterranean region is seismically active due to the northward convergence (4-10 mm/yr) of the African plate with respect to the Eurasian plate along a complex plate boundary. This convergence began approximately 50 Ma and was associated with the closure of the Tethys Sea. The modern day remnant of the Tethys Sea is the Mediterranean Sea. The highest rates of seismicity in the Mediterranean region are found along the Hellenic subduction zone of southern Greece, along the North Anatolian Fault Zone of western Turkey and the Calabrian subduction zone of southern Italy. Local high rates of convergence at the Hellenic subduction zone (35mm/yr) are associated with back-arc spreading throughout Greece and western Turkey above the subducting Mediterranean oceanic crust. Crustal normal faulting throughout this region is a manifestation of extensional tectonics associated with the back-arc spreading. The region of the Marmara Sea is a transition zone between this extensional regime, to the west, and the strike-slip regime of the North Anatolian Fault Zone, to the east. The North Anatolian Fault accommodates much of the right-lateral horizontal motion (23-24 mm/yr) between the Anatolian micro-plate and Eurasian plate as the Anatolian micro-plate is being pushed westward to further accommodate closure of the Mediterranean basin caused by the collision of the African and Arabian plates in southeastern Turkey. Subduction of the Mediterranean Sea floor beneath the Tyrrhenian Sea at the Calabrian subduction zone causes a significant zone of seismicity around Sicily and southern Italy. Active volcanoes are located above intermediate depth earthquakes in the Cyclades of the Aegean Sea and in southern Italy.
In the Mediterranean region there is a written record, several centuries long, documenting pre-instrumental seismicity (pre-20th century). Earthquakes have historically caused widespread damage across central and southern Greece, Cyprus, Sicily, Crete, the Nile Delta, Northern Libya, the Atlas Mountains of North Africa and the Iberian Peninsula. The 1903 M8.2 Kythera earthquake and the 1926 M7.8 Rhodes earthquakes are the largest instrumentally recorded Mediterranean earthquakes, both of which are associated with subduction zone tectonics. Between 1939 and 1999 a series of devastating M7+ strike-slip earthquakes propagated westward along the North Anatolian Fault Zone, beginning with the 1939 M7.8 Erzincan earthquake on the eastern end of the North Anatolian Fault system. The 1999 M7.6 Izmit earthquake, located on the westward end of the fault, struck one of Turkey's most densely populated and industrialized urban areas killing, more than 17,000 people. Although seismicity rates are comparatively low along the northern margin of the African continent, large destructive earthquakes have been recorded and reported from Morocco in the western Mediterranean, to the Dead Sea in the eastern Mediterranean. The 1980 M7.3 El Asnam earthquake was one of Africa's largest and most destructive earthquakes within the 20th century.
Large earthquakes throughout the Mediterranean region have also been known to produce significant and damaging tsunamis. One of the more prominent historical earthquakes within the region is the Lisbon earthquake of November 1, 1755, whose magnitude has been estimated from non-instrumental data to be about 8.0. The 1755 Lisbon earthquake is thought to have occurred within or near the Azores-Gibraltar transform fault, which defines the boundary between the African and Eurasian plates off the west coast of Morocco and Portugal. The earthquake is notable for both a large death toll of approximately 60,000 people and for generating a tsunami that swept up the Portuguese coast inundating coastal villages and Lisbon. An earthquake of approximately M8.0 near Sicily in 1693 generated a large tsunami wave that destroyed numerous towns along Sicily's east coast. The M7.2 December 28, 1908 Messina earthquake is the deadliest documented European earthquake. The combination of severe ground shaking and a local tsunami caused an estimated 60,000 to 120,000 fatalities.

ที่มา ; USGS

 

GUJARAT, INDIA แผ่นดินไหวเมื่อไรคนตายเยอะเพราะอะไร

<TABLE border=0 cellSpacing=1 cellPadding=1><TBODY><TR><TD vAlign=top noWrap align=middle>MAP</TD><TD vAlign=top noWrap align=middle>5.0 </TD><TD vAlign=top noWrap align=middle>2012/06/19 20:14:05 </TD><TD vAlign=top noWrap align=right>23.631 </TD><TD vAlign=top noWrap align=right>70.214 </TD><TD vAlign=top noWrap align=right>22.5 </TD><TD vAlign=top>GUJARAT, INDIA</TD></TR></TBODY></TABLE>
10-degree Map Centered at 25°N,70°E

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Plate Tectonics



Fig. 1. The rectangular region on the map is expanded. Epicentral locations of 53 events used in present study are shown by dark circles, epicenters of historical earthquakes are shown by open circles, and stations used in this study are shown by triangles. The tectonic features are as follows: NPF: Nagar Parker Fault, ABF: Allah Bund Fault, IBF: Island Belt Fault, GF: Gedi Fault, KMF: Kachchh Mainland Fault, KHF: Katrol Hill Fault, NSF: Narmada Son Fault and BSF: Barwani Sukta Fault.

Geography and Geology

The village of Bhuj lies in the Kachchh region of the state of Gujarat in western India. The region is relatively populated as the towns and villages of Anjhaar, Bhachau, and Vondh are located within its boundaries. Eastward-trending faults and folds characterize Mesozoic, Tertiary, and Quaternary geologic units, the most significant of this study being the Kachchh Mainland fault. Anticlines and salt domes from the folding of Quaternary fluvial structures form the northern portion of the region, and folded and thrusted Quaternary units make up the southern Kachchh geology. The Kachchh Mainland fault possesses an orientation of N60ฐE,65ฐS with a slip trend of 62ฐ (EERI, 2001)
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Tectonic Setting



According to the Earthquake Engineering Research Institute (EERI), the Indian tectonic plate migrates toward the north at a rate of 55 to 60 millimeters per year; likewise, the Asian plate is moving in the same direction at 25 to 30 millimeters per year. The difference in speed is responsible for the formation of the Himalayan Mountains and the 20 to 25 millimeter-per-year outward forcing of crustal blocks along the subcontinent's border with Pakistan. South of the plate margin, motion is a mere 1-5 millimeters per year. This array of motion speed and direction creates one of the most seismically active regions in the world, and has been responsible for a number of major and minor earthquakes, including the 26 January 2001 magnitude 7.7 Bhuj event. The state of Gujarat sits atop a zone marking the transition from active plate movement to a more stable continental land mass (EERI, 2001).
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Seismic History



A new chapter in India's seismic history was recorded on 26 January 2001 when a magnitude 7.7 earthquake struck the state of Gujarat. An estimated 16 million people were affected in some way by the death and destruction inflicted. A similar event occurred in 1819 which also measured magnitude 7.7 and formed Lake Sindri, a 6-meter depression which fills during summer monsoons. Since the 1819 event, 6 other earthquakes have damaged the region, although not to the extent of the 1819 and 2001 events. Due to much lower population density in 1819, approximately 2,000 fatalities occurred; the 2001 earthquake is estimated to have killed over 20,000 people. However, the percentages of deaths to total population are quite similar (Colorado, 2001).
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Earthquake Location

The earthquake striking the Kachchh region of Gujarat, India, on 26 January 2001 was centered approximately 800 kilometers southwest of Delhi in the western portion of the country. The epicenter was near the remote Little Rann of Kutch, but within 150 to 200 kilometers of several villages and towns. The proximity to populated areas, coupled with a shallow 17-kilometer focus, resulted in massive destruction and fatalities. The area is mainly barren, with the exception of a belt of arable land stretching along the shore of the Gulf of Kachchh. The affected area also experienced magnitude 5.0 to 5.8 aftershocks for several days subsequent to the main earthquake


Earthquake Characteristics



The Bhuj earthquake had a focus approximately 17 kilometers in depth and caused maximum uplift of approximately 2 meters near the epicenter. Reports state that 2 pulses account for about 85 seconds of strong shaking, followed by several minutes of moderate shaking. Deformation of alluvial units along the Mainland fault's northern edge, due to extensional and compressional movement, resulted in ground surface faulting, sand boils, and surface bulging due to compression


Detecting Liquifaction


As extensional and compressional movements occur, ground water is forced upward due to compaction of water-containing subsurface structures. In the areas of the Banni Plains, the Great Rann, the Gulf of Kachchh, Kandla River, and Little Rann, soil characteristics and topography cause a high probability of liquefaction during seismic events (EERI, 2001). Soil compaction was so great during the 2001 event that some desert rivers flowed after over 100 years of remaining dry. In Kachchh, mud volcanoes were found, some of which were hundreds of meters in diameter. In the southern Rann, one such feature covers a 5-kilometer area with mud and sand. Groundwater level has risen and new springs have been found around the affected area, the result of topographical changes. Pumping groundwater from the area takes approximately a third less time for water to reach the surface due to higher water table levels, and in some locations, saline springs have been discovered. The desert area of western Kutch now has water flowing as the Sindhu River's course altered, another result of the earthquake, and water table depths of 10 to 15 feet have been reported around the Khari River and the Large Rann of Kutch. Prior to the 2001 earthquake, this drought-ridden area suffered from annual water crises since the 1819 earthquake changed the course of the Sindhu River away from the region (Colorado, 2001).



Processed Landsat-7 ETM+ Imagery

Courtesy of UNA
Histogram analysis of ETM+ band values indicated a moisture increase in the 9 February 2001 images compared to the 8 January 2001 set. Particularly, the red band showed an increase in mean value from 47 to 53, as sediment-laden surface water and additional soil moisture reflect more red wavelengths of the spectrum. Band 5 mid-infrared reflectance decreased from a value of 64 in the before-event image, to 48 in the post-earthquake image. The addition of soil moisture and surface water resulted in higher absorption of mid-infrared wavelengths, reducing the amount of band 5 MIR sensed by Landsat 7. Band 7 MIR is effective in revealing areas of hydrothermal alteration in rock features. Mean values of band 7 between the pre- and post-earthquake images increased from 111 to 132, which supports reports of "steaming hot water and lava coming out of the other areas of the quake devastated area" (Colorado, 2001).


Band Combination 7,5,3

Band Combination 7,5,3 mid-infrared reflectance shows well-defined soil and rock boundaries and red reflectance indicates a difference in sediment-laden water between the 8 January and 9 February 2001 images. More soil moisture is evident in the latter image, as are new drainage patterns.



Band Combination 4,5,1

Band Combination 4,5,1 clearly defines land and water boundaries, and the after-event image indicates the presence of more water in the soil, as well as more surface drainage.



Band Combination 7,5,4

Band Combination 7,5,4 also shows new drainage patterns in the February image, as well as increased soil moisture from liquifaction.



Band Combination 8,4,3

Band Combination 8,4,3 gives the best display of post-earthquake change. These two images using the 8,4,3 band combination, with ETM+'s 15-meter resolution panchromatic band, near-infrared and red reflectance give sharp land/water boundaries, showing clearly how new drainage patterns developed, a large increase in soil moisture as darker blue in the first image due to greater near-infrared absorption, and more red in the second resulting from a greater amount of soil moisture, in addition to dark blues inland of the coastline as liquifaction created new surface water features not present in the earlier image.



Damage and Casualties




The 26 January 2001 earthquake in Gujarat was the most devastating seismic event to affect the state since the last magnitude 7.7 event in 1819. More than 20,000 people died and over 167,000 injuries were reported. Both rail and highway traffic into and out of the entire Kachchh region was completely cut off for two days. Numerous bridges, dams, and ports were destroyed or severely damaged as a result of liquifaction of the blue marine clay soil on which they are constucted. Approximately 1,000,000 homes were destroyed or seriously damaged, as were many commercial, industrial, and public utility facilities. Total blackout resulted in several towns and villages; communications in Bhuj were disrupted for two days when fiber optic cables were damaged, and water supplies were affected as liquifaction caused some wells to become turbid and others tested positive for metal contaminants and anaerobic sludge (EERI, 2001)

Summary from poster

ที่ได้พยายามเอาเรื่องราวแผ่นดินไหวในโซนรัฐคุชราชของอินเดียมานำเสนอนี้ ก็เนื่องจากโซนนี้เป็นพื้นที่เปราะบางแห่งหนึ่งของอินเดีย หากเกิดแผ่นดินไหวระดับปานกลางถึงรุนแรงเมื่อใดจะทำให้เกิดความเสียหายต่อชีวิตและทรัพย์สินเสมอ

จากคำอธิบายธรณีแปรสันฐานของเปลือกโลกโซนนี้ สรุปความได้ว่าเป็นผลมาจากเมื่อหลายล้านปีก่อนแผ่นอินเดียซึ่งเคลื่อนที่มุ่งทิศเหนือเข้าหาแผ่นยูเรเชียซึ่งเคลื่อนที่ไปในทิศทางเดียวกันและเข้ามุดสอดเข้าใต้แผ่นยูเรเชีย ทำให้แผ่นยูเรเชียเคลื่อนที่ย้อนทิศทางที่ถูกมุดสอดฟอรม์เป็นเทือกเขาหิมาลัยและถูกแผ่นอินเดียดันให้กลับไปเคลื่อนที่ในทิศทางเดิม และเกิดรอยแตกรอยแยกของแผ่นอินเดียจำนวนมาก ปัจจุบันแผ่นอินเดียก็ยังเดินหน้ามุดสอดแผ่นยูเรเชียอยู่อย่างต่อเนื่องทำให้เกิดแรงเค้นตามแนวขอบแผ่นอินเดีย รัฐคุชราชนี้ก็ได้รับผลเช่นเดียวกันเกิดรอยเลื่อนหลายรอยขึ้นในพื้นที่รัฐ เปลือกโลกสะสมความเครียดมาโดยตลอด จนทนต่อความเครียดไม่ไหวจึงเคลื่อนตัวเป็นเหตุให้แผ่นดินไหวในรัฐนี้

อินเดียประชากรมาก คนปลูกสร้างบ้านเรือนกันอยู่ตามเมืองใหญ่อย่างหนาแน่นแต่ไม่ค่อยแข็งแรง เมื่อแผ่นดินไหวจึงทำให้เกิดความเสียหายมาก คนตายมาก แผ่นดินไหวครั้งนี้ยังไม่มีรายงานความเสียหายอย่างเป็นทางการ คงต้องรอฟังข่าวกันต่อไป

นี่จะเป็นบทเรียนสำหรับพวกเราที่อยู่ในพื้นที่เสี่ยงใกล้รอยเลื่อน ต้องเสริมความมั่นคงแข็งแรงของที่พักอาศัยให้ต้านแรงแผ่นดินไหวให้ได้ มิฉะนั้นก็จะเกิดความเสียหายต่อชีวิตและทรัพย์สิน จะเสียใจในภายหลังว่ารู้แล้วแต่ไม่ทำ

 

Update time = Wed Jun 20 8:03:34 UTC 2012

<TABLE border=0 cellSpacing=1 cellPadding=1><TBODY><TR><TH> </TH><TH align=middle>MAG </TH><TH align=middle>UTC DATE-TIME
y/m/d h:m:s </TH><TH align=middle>LAT
deg </TH><TH align=middle>LON
deg </TH><TH align=middle>DEPTH
km </TH><TH> Region</TH></TR><TR><TD vAlign=top noWrap align=middle>MAP</TD><TD vAlign=top noWrap align=middle> 4.6 </TD><TD vAlign=top noWrap align=middle>2012/06/20 06:33:23 </TD><TD vAlign=top noWrap align=right> -28.538 </TD><TD vAlign=top noWrap align=right> -70.564 </TD><TD vAlign=top noWrap align=right>87.2 </TD><TD vAlign=top> ATACAMA, CHILE</TD></TR><TR><TD vAlign=top noWrap align=middle>MAP</TD><TD vAlign=top noWrap align=middle> 2.7 </TD><TD vAlign=top noWrap align=middle>2012/06/20 05:50:33 </TD><TD vAlign=top noWrap align=right> 32.693 </TD><TD vAlign=top noWrap align=right> -118.085 </TD><TD vAlign=top noWrap align=right>2.6 </TD><TD vAlign=top> CHANNEL ISLANDS REGION, CALIFORNIA</TD></TR><TR><TD vAlign=top noWrap align=middle>MAP</TD><TD vAlign=top noWrap align=middle> 4.5 </TD><TD vAlign=top noWrap align=middle>2012/06/20 04:50:35 </TD><TD vAlign=top noWrap align=right> 53.019 </TD><TD vAlign=top noWrap align=right> 170.532 </TD><TD vAlign=top noWrap align=right>29.8 </TD><TD vAlign=top> NEAR ISLANDS, ALEUTIAN ISLANDS, ALASKA</TD></TR><TR><TD vAlign=top noWrap align=middle>MAP</TD><TD vAlign=top noWrap align=middle> 3.0 </TD><TD vAlign=top noWrap align=middle>2012/06/20 04:21:12 </TD><TD vAlign=top noWrap align=right> 63.064 </TD><TD vAlign=top noWrap align=right> -150.766 </TD><TD vAlign=top noWrap align=right>117.0 </TD><TD vAlign=top> CENTRAL ALASKA</TD></TR></TBODY></TABLE>

 

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