2012真相‧Planet X逼近，地磁減弱，出現“雙彩虹”

我們身處的香港繼六月中強烈熱帶風暴泰利掠港，

出現雙彩虹後，七月亦出現罕見的雙彩虹。

就連最近被颱風桑迪襲擊的美國，也出現了雙彩虹。
以往罕見的雙彩虹，彷彿一下子變得普遍了。
只要網上搜尋一下，都不難發現雙彩虹在世界各地的蹤跡！

原來Planet X不斷逼近，會有先兆可以從天上看得見！

因為Planet X的出現會令地磁減弱，射到地球的光線亦會被影響，
導致本來不會有極光的地方，出現北極光、
出現雙彩虹，甚至三彩虹、
日出日落的光也會異常猛烈！

＜＜＜2012 榮耀盼望 vol.139 主日回顧＞＞＞



的確，我們現在身處的地球正受到Planet X的威脅，
就是從前挪亞大洪水、摩西十災，以及聖經啟示錄所描述災難的主角！


＜＜＜2012 榮耀盼望 Vol.114 主日回顧 - 歷史對Planet X的明證＞＞＞



聖經講，末後日子人都仍有嫁娶。就好像十個童女的比喻，
他們都是睡著，不知道幾時要發生。但是有一班人，
他們知道將近的日子，好像聖經中的新婦，妝飾整齊，
就是一直儆醒預備主再來，預備被提!

除此之外，魔鬼亦預備了大迷惑，要迷惑許多的人。
由條形碼、磁帶、精片一直演進到666clips系統，
就是啟示錄所講，除了受印記的人，都不得作買賣。
甚至荷里活電影一直教育大眾關於外星人回歸的資訊，
這些都是魔鬼所設的陰謀，要人失去救恩!


所以我們要去認識真知識，不要希奇，懂得選擇救恩，成為末後智慧人!

2012‧真相 ~ How big and serious is Sandy and why ? The data come from: http://2012glorioushope.blogspot.hk/

More at: http://thewatchers.adorraeli.com/2012/10/30/how-big-hurricane-sandy/

Sandy is now post-tropical cyclone. Regardless its hurricane status, Sandy, dubbed Frankenstorm, is a massive system that will affect a huge swath of the eastern U.S. It is now evident that it may become the biggest storm of century. The circulation of Sandy could cover each of the 26 states east of the Mississippi River by Tuesday! Winds and clouds from Hurricane Sandy could stretch across the eastern third of the United States, according to weather predictions from the National Hurricane Center (NHC).

SANDY’S MAIN FEATURES

Sandy is morphing from a tropical cyclone to an extra-tropical cyclone which tend to be significantly larger than tropical ones. Extra-tropical cyclones are driven by a difference in temperatures over a wide area— cold air to the northwest, warm air to the southeast, which then swirls together. Hurricane Sandy formed as a tropical cyclone, fueled by warm waters and warm  moisty air. Ample warm, moist air in the western Caribbean allowed Sandy to grow into a tropical cyclone and hurricane shortly                                                                              

Dawn to Dusk: Hurricane Sandy, October 28, 2012, Super Rapid Scan

This time-lapse animation above shows Hurricane Sandy from the vantage point of geostationary orbit—35,800 km (22,300 miles) above the Earth on October 28, 2012. Light from the changing angles of the sun highlight the structure of the clouds. The images were collected by NOAA’s GOES-14 satellite. The “super rapid scan” images—one every minute, reveal details of the storm’s motion. <!--[if !supportLineBreakNewLine]--><!--[endif]-->

Sandy is progressing into an extra-tropical cyclone as it gets farther north, and tapping into the power of the jet stream, which ferries air from west to east over North America. The jet stream, like the storm itself, is powered by this temperature difference between air masses, according to  Chris Davis, a scientist with the University Corporation for Atmospheric Research in Boulder, Colorado. Sandy is also deriving power from the movement of warm air to the north and cold air to the south, similar in some respects to the Perfect Storm of 1991. What we are seeing now from Sandy is a rare mix of a hurricane and a cold front jet stream. The upper level wind  is merging with the tropical system creating a “monstrous hybrid vortex” – a combination of a hurricane and a nor’easter according to Weather Channel hurricane specialist Bryan Norcross.

Weather experts agree that there has never been a storm like Hurricane Sandy in the history of modern meteorology.

HOW BIG IS SANDY?

Sandy’s winds cover an area of more than 1,000 miles (1610 km) in diameter. Sandy now has the largest tropical storm-force wind field of any Atlantic tropical cyclone since 1988, topping Olga when it was a subtropical storm in 2001 according to Dr. Jeff Masters of Weather Underground. Olga’s winds extended out 600 miles (965 kilometers).

Let’s see some peak diameters of large hurricanes and their tropical wind extensions. Probably the largest was Isabel in 2003 which grew up to 575 miles (925 km) in diameter. Isabel’s hurricane-force wind field reached a diameter of 230 miles (370 km) before making landfall in September 2003. Hurricane Ike reached 485 miles (780 km) in diameter in 2008 and devastating Katrina peaked with 435 miles (700 km) in diameter in 2005. Last year, Irene’s wind field extended up to 460 miles (740 km) in diameter. Hurricane Sandy is wider and stronger than Hurricane Irene, which caused more than $15 billion in damage in 2011, and could rival the worst East Coast storm on record. Total damage from Hurricane Sandy may well exceed Katrina’s $96 billion. This could be the first $100+ billion storm in U.S. history.

LOW PRESSURE RECORD

Sandy reached minimum central pressure of 938 mB. If Sandy reaches 934, she will be one of only 19 Atlantic hurricanes to achieve pressure that low, none of which had that pressure north of the Outer Banks. Northwest Atlantic pressure record is set by Hurricane Gladys in 1975, reaching 939 mB. According to AccuWeather Virginia, Maryland, Delaware and New Jersey would break their all-time pressure records. New York City, Block Island, RI and Nantucket, MA would break their all-time low pressure readings.

“Perfect Storm” of 1991 reached minimum central pressure of  972 mB. Great Blizzard of 1993 reached 960 mB and New England Hurricane, also known as Long Island Express of 1938,  reached 947 mB.

Watch here the satellite loop showing a series of full-resolution images taken one minute apart as Sandy approaches the East coast.

“If this all happens as forecasted, and you and your family are stuck in the cold and dark without food and light and communications because you didn’t run to the store and get ready, excuses are going to be spectacularly hard to come by.” – Bryan Norcross, hurricane specialist for The Weather Channel

FORECAST

There will be some far-reaching effects aside from the most destructive impacts of storm surge flooding and high winds in the Northeast closer to the center of circulation. Sandy’s wind field will grow larger as the system begins to interact with a dip in the polar jet stream, deepening low pressure at the surface. It’s expected to change from a tropical storm powered by warm ocean water to something more like a winter storm powered by temperature and pressure differences in the atmosphere. Forecasters say Sandy may actually gain strength slightly as it reaches land, it will remain strong enough once on land to produce strong winds far inland. Wind damage will spread well inland, especially over higher terrain, due to the extremely large size of Sandy. In some areas, sustained winds of 30 to 50 mph could last for more than 24 hours. Gusts may top 80 mph in some locations. Lakeshore flood warnings have been hoisted on parts of the Great Lakes including Chicago.   

                                                                                            

Cold Arctic air coming south from Canada also is expected to merge with Sandy, which will strengthen the storm further and create winter storm conditions. Sandy will bring cold air and snow as well as wind and rain. Forecasters expect Sandy to meet a mass of very cold air from a winter storm about the time it reaches land. This cold air will be incorporated into the hurricane, which means in some places torrential rains will be followed by temperatures in the 20s. Sandy is expected to produce two feet of snow or even more in parts of West Virginia. So the problems of extreme winter and summer weather will be wrapped into one storm.  The combination of snow and strong winds will damage trees and cause power outages. The heavy, wet nature of the snow could cause some structural damage and roof collapses. The snow will continue for several days wrapping around Sandy’s circulation as it winds down slowly. 
                                             

Heavy snow and strong winds will cause statewide power outages. Millions of people are expected to lose power at some point during Sandy and many will likely not have power restored for many days. That could be a major concern, especially in terms of heating.   
                                          

The most recent orbit from NOAA and NASA’s latest weather satellite, Suomi NPP, acquired at 1:35 pm ET on October 29, 2012, shows Hurricane Sandy as it approaches the U.S. coastline. (Credit: NASA/NOAA/VIIRS)

The data come from: http://2012glorioushope.blogspot.hk/