http://en.wikipedia.org/wiki/Haarp

I have seen some wierd stuff about HAARP

I never knew about the earthquake aurora phenomenon

I was also not aware of the Chinese accusations that HAARP caused the recent earthquake...

Discuss

http://en.wikipedia.org/wiki/Earthquake_light

http://www.youtube.com/watch?v=KKMTSDzU ... re=related

http://www.youtube.com/watch?v=ZYQA4ivQ ... re=related

http://www.youtube.com/watch?v=Cz_YUNtb ... re=related

http://www.youtube.com/watch?v=q8VXfbpv ... re=related

http://www.youtube.com/watch?v=S3wQU2OT ... re=related

Conspiracy #568087165-165989867

China Orders Strike Against US For Catastrophic Earthquake

By: Sorcha Faal, and as reported to her Western Subscribers

Russian Foreign Ministry reports are stating today the Prime Minister Putin’s ‘sudden’ diplomatic trip to France was made at the behest of China’s President Hu in order to ‘warn’ the EU not to become involved with the US following what is widely expected to be a ‘retaliatory strike’ against the United States, and who the Chinese military has blamed for the catastrophic May 12th earthquake that has killed nearly 90,000 human beings.

Chinese and Russian Military scientists, these reports say, are concurring with Canadian researcher, and former Asia-Pacific Bureau Chief of Forbes Magazine, Benjamin Fulford, who in a very disturbing video released from his Japanese offices to the American public, details how the United States attacked China by the firing of a 90 Million Volt Shockwave from the Americans High Frequency Active Auroral Research Program (HAARP) facilities in Alaska.

So powerful was this Shockwave, Britain’s Times Online News Service is reporting that the entire atmosphere over the Chinese earthquake zone became mysteriously changed 30 minutes prior to the 8.0 Magnitude Trembler

“Can clouds predict earthquakes? YouTube has footage of strange multicoloured clouds seen just before the recent earthquake struck Sichuan province in China.

The first impression is of a rainbow smeared on to small scraps of clouds, a phenomenon best known in a circumzenithal halo. This is created when sunlight shines through cirrus clouds full of tiny hexagonal ice crystals shaped like plates. The crystals behave like glass prisms, splitting the light into a bow with the colours of the spectrum, often brighter than a rainbow.

But one puzzle is that the colours in the Chinese clouds were upside down from a normal circumzenithal halo – red pointing towards the horizon and blue towards the Sun, instead of the other way round.”

Russian scientists are further speculating that the United States strike against China was ‘exactly timed’ to coincide with the dangerous experiments ongoing at Large Hadron Collider for the European Organization for Nuclear Research (CERN), and which we had previously reported on in our May 13th report titled “CERN ‘Nailed Heart Of Earth’ With China Quake, Chilean Volcano”.

Russian Military Analysts note that though China’s Military has ordered its vast submarine fleet to ‘disperse’ throughout the Pacific Ocean, the Chinese ‘attack’ against the United States would, most likely, take a form of economic warfare instead of an actual clashing of forces.
More disturbing, however, in these reports is China’s urging of both Syria and Turkey not to allow more water into mighty rivers of the Euphrates and Tigris, which the Iraqis are warning are running dry due to the severe drought in that war-torn Nation.

The importance of this latest move by China is the newly signed Defense Pact signed between Iran and Syria which would allow Chinese Military Forces permission to use Iranian territory to come to the aid of Syria.

Yellow_Flash_Colorz_PDT_23

Yellow_Flash_Colorz_PDT_38

omg, look at this thing!

http://video.google.com/videoplay?docid ... 5768&hl=en

Edit: I'm currently beating Durango by 1 post.

HOLY SHIT IRAN HAS NUCLEAR WEAPONS.

Tie Yellow_Flash_Colorz_PDT_02


Are those HAARP laser beams burning up terrorist training camps?

Maybe...OMG, A SEPARATE THREAD

zomg!

Did anyone see the rainbow skittle clouds?

Yellow_Flash_Colorz_PDT_23

http://www.youtube.com/watch?v=hzVamNQz ... re=related


and what about the USGS site showing every earthquake around the globe during just 1 week were all exactly 6.21 miles deep? Would that be normal? Is that the mantel/crust level across the globe or something, has any earthquakes been looged at any different depths? One report said the sunamis that killed 100s of thousands, was a result of HAARP, and another report said that oil acts like earth lube the same way it works for an engine, and since we are pumping all this oil out, it is causing more tectonic plate friction, thus heat and sizemic events.

Discuss???

Is anyone reading any of this shit? or am I the only one who didn't know earthquakes caused auroras (or is it vice versa)? Yellow_Flash_Colorz_PDT_21

Possible rainbow cloud explanation: http://www.youtube.com/watch?v=vRS1M_gjOqo

Yeah, that 10km mark I find very odd, but this goes back to the conspiracy theories. How can you possibly prove or disprove HAARP is capable of weather manipulation? Some people believe this thing has caused EVERY natural disaster. It's just all speculation, there's no proof; just a continuous loop with no answers.

And is it even possible that we've drilled enough oil to cause a serious effect on the entire planet?? It seems like there's study after study that points to us as the cause of all problems.

most of everything you post is always blocked at work, i read what ever information is on the posts but no, i did not know they caused auras

Gentlemen, feast your eyes:
http://www.todaysbigthing.com/2008/08/04

Thanks you Ryan! I chortled pretty good on that one!

chortle (plural chortles)

A joyful, somewhat muffled laugh, rather like a snorting chuckle. Yellow_Flash_Colorz_PDT_04

So Irisation would initially appear to be a similar effect, but what explains why Irisation occures just prior to an earthquake? Did you see the video of the suns surface and the solar flares errupting? Did you know that the quake hit dead on China's biggest 'secret' underground weapons facility?

Just Google 'china earthquake nukes'

http://nukesofhazard.blogspot.com/2008/ ... clear.html

and the below list of quakes/timelines is kinda interesting, I was trying to see why Iran, Afganistan, Pakistan and China seem to be on the list alot from 1992 to present. Could it be HAARP created in support of the Persian Gulf conclicts? Also see Tbilisi quake of 2002.

http://www.timelines.ws/subjects/Earthquakes.HTML

Good info Yellow_Flash_Colorz_PDT_11

http://www.space.com/spacewatch/solar_faq.html#g3

1. What is space weather?

Space weather originates on the sun. Activity on the surface of the sun, such as solar flares, can cause high levels of radiation in space. This radiation can come as plasma (particles) or electromagnetic radiation (light).

2. Where does the Sun's energy come from?

The sun's energy comes from nuclear fusion in the sun's central core. Fusion is the collision of atoms at high temperature and speed causing them to become one atom and release energy. More about the sun and its energy.

3. What is a solar flare?

Though scientists are not sure of what causes solar flares, they do know that they are bursts of electromagnetic radiation. These bursts, which appear in an 11-year cycle, produce radio waves which penetrate the Earth's atmosphere, often disrupting radio transmissions on Earth.

We think the energy for a solar flare comes from the magnetic energy associated with strong fields on the Sun.-JK

4. What is a geomagnetic storm?

A geomagnetic storm occurs when unusually stron surges of solar wind (charged particles from the sun) hit the Earth. This effect causes variations in the magnetic field which surrounds the Earth.


5. Does ALL solar activity impact Earth? Why or why not?

Not all solar activity affects the Earth because the Earth's magnetic field repels most of the solar wind. Occasionally solar flares, prominences, and coronal holes (holes in the sun's atmosphere) send high levels of electromagnetic radiation toward the Earth in the form of X-rays.

Some activity, like mass ejections, are directional. Earth may not be in the path of a particular ejection so all activitiy does not affect Earth.-JK

6. How far is the Sun from the Earth?

The sun varies in its distance from Earth. On average it is 149,000,000,000 meters from the Earth, or 92,600,000 miles.


7. How do solar flares reach Earth?

A solar flare happens when a large amount of plasma from the sun's surface is ejected outwards. When the plasma returns to the suns surface, it collides with denser material found in the chromosphere. This collision releases large amounts of energy in the form of x-rays and other wavelengths which travel toward the earth at the speed of light. Sometimes the plasma does not return to the sun, but instead travels towards the planet where it is deflected by the planets' magnetic fields.

Big ejections from the Sun can be 1-10 billion tonnes, moving at 400-1000 km/sec (approximately 1-2 million mph) and take more than a day to pass Earth, after the sudden onset (often a leading-edge shock wave)

8. How strong is solar wind (compared to wind on Earth)?

Unlike wind on Earth, solar wind is composed of highly charged particles ejected from the sun. Although the solar wind can be used to move spacecrafts with "solar sails," the two different types of wind are very different. The solar wind is deflected by the earth's magnetic field, but it changes that field, compressing it on the sunward side and extending it away from the sun.

Solar sails are still a theoretical concept--there aren't any in use today. They would sail not on the solar wind but on the photon (light) pressure from the sun.

9. What are the different layers of the Sun and what are the layers of the Earth's atmosphere?

The innermost layer of the Sun is called the Core. Nuclear fusion, which creates the light the Sun emits, occurs within the Core, which has a temperature of 27 million degrees F (15 million C).

The second layer out is the radiative layer. This layer is like an insulator, and helps maintain the temperature of the core.

The third layer is the convective layer. The energy of the sun is carried further out from the core by convection in the layer.

The next layer is the photosphere, which is the part of the sun that we see with our eyes. Sunspots appear in the photosphere.

The fifth layer is the chromosphere which is darker than the photosphere and can only be seen during an eclipse. The chromosphere is where solar flares can best be seen.

The next layer is the corona which is comprised of two layers. The inner corona is a halo which extends millions of miles away from the sun. The corona is much hotter than the photosphere and produces x-rays. The outer corona extends to the earth and far beyond it.

10. Can you compare space weather to weather on Earth?

To a certain extent, space weather and earth weather are similar. For example, solar wind is much like wind on earth, except that it involves the movement of matter instead of air masses. Earth weather occurs and is contained in the earth's atmosphere. Space weather occurs in the sun's atmosphere, but may affect Earth's atmosphere.

11. Have scientists seen changes in the intensity of space weather?

Yes; sunspots, for example, change in intensity over an 11 year cycle. When solar flares occur, space weather activity increases dramatically.

At present, we are in the increasing phase of Cycle 23, which began in October 1996 and is expected to peak sometime during the year 2000. SEC scientists have noted a steady increase in the number of sunspot groups and solar flares, as well as other space weather occurrences like solar proton events and a rising 10.7 cm solar radio flux. We've had about a dozen episodes of intense space weather so far this cycle and we expect to see many more as Cycle 23 continues.-NC


12. What are sunspots and how do they relate to space weather?

Sunspots are not well understood, but scientist have some idea of what they are. Strong magnetic/electromagnetic activity is associated with sun spots. They are the coldest part of the sun, and usually develop in pairs. Sunspot activity is in an 11 year cycle. Currently, we are coming out of a low activity point, and more sunspots are beginning to appear.

The magnetic field in sunspots stores energy that is released in solar flares. As a result, flares usually occur in a cycle that mimics the eleven-year sunspot cycle. Other forms of space weather such as geomagnetic storms and proton radiation showers follow a similar cycle. Sunspots usually occur in groups-usually as simple pairs-but at times in complicated arrangements with many spots and complex shapes. These unusual regions most often produce solar flares. Space weather forecasters use the complexity and shapes of sunspots to make flare forecasts-the more complex the groups of spots, the more likely a flare will occur. -GH


13. What is the solar max and solar min?

Solar min and max refer to the eleven years sunspot cycle. Every eleven years there are noticeable spots on the surface of the sun. The spots decline to a minimum and then rise to a maximum on this eleven-year cycle.

At solar minimum, the sun may go many days with no spots visible. At maximum, there may be several hundred spots on any day.-GH

14. What are the northern lights and are they related to space weather?

The northern lights, also called the aurora borealis, is electromagnetic radiation caused by electrons colliding with molecules in the ionosphere. This spectrum of electromagnetic radiation ranges from infrared to ultraviolet. The visible spectrum is dominated by white and green light produced by excited oxygen molecules and pink light emitted from nitrogen.

When the sun is active, it often produces mass ejections that interact with Earth's magnetic field. Electric currents begin to flow in the upper atmosphere, and these currents produce the aurora borealis, which occurs almost simultaneously around both the north and south poles.-GH


15. Why are some regions on the Sun more active than others?

The sun goes through variations in climate much like the Earth does: cooler and hotter, denser and lighter regions interact together like ocean current. Remember that the sun is made of gases and has very strong magnetic tendencies. These tendencies react on the sun's surface like volcanoes and earthquakes here on earth, shifting matter and heat around in different places.

Because the sun is made up of gases and because it rotates once every approximately 27 days around its north-south axis, the regions around the equator tend to rotate faster than the areas near the poles. This differential rotation drives the mass motions described above.-GH


16. How do you forecast space weather?

Certain features on the sun, such as sun spots, are good indications of solar weather. By comparing the current sun spot patterns to those seen in the past, we can partially predict space weather.

A good space weather forecast begins with a thorough analysis. SEC forecasters analyze near-real-time ground- and space-based observations to assess the current state of the solar-geophysical environment (from the Sun to the Earth and points in between). Space weather forecasters also analyze the 27-day recurrent pattern of solar activity. Based on a thorough analysis of current conditions, comparing these conditions to past situations, and using numerical models similar to weather models, forecasters are able to predict space weather on times scales of hours to weeks.-NC


17. Why is forecasting space weather important?

The forecasting of space weather is critical to a variety of fields. First, it is critical to away-from-planet space missions. Beyond this, space weather has an effect on a variety of earth based electromagnetic systems, and since space weather can effect these devices, it is important to understand it.

Some of the specific effects of space weather on Earth systems include interference with short wave radio propagation, problems with electric power grids, the decay of satellite orbits, and radiation hazard for satellites and for astronauts during some phases of space missions.-GH


18. When do the effects of space weather show up?

Flares (sudden brightenings) affect the ionosphere immediately, with adverse effects upon communications and radio navigation (GPS and LORAN). Accompanying radio bursts from the Sun are expected to exceed cell phone system noise tolerances 2 - 3 times per solar cycle.

Solar energetic particles arrive in 20 minutes to several hours, threatening the electronics of spacecraft and unprotected astronauts, as they rise to 10,000 times the quiet background flux.

Ejected bulk plasma and its pervading magnetic field arrive in 30 - 72 hours (depending upon initial speed and deceleration) setting off a geomagnetic storm, causing currents to flow in the magnetosphere and particles to be energized. The currents cause atmospheric heating and increased drag for satellite operators; they also induce voltages and currents in long conductors at ground level, adversely affecting pipelines and electric power grids. The energetic particles cause the northern lights, as well as surface and deep dielectric charging of spacecraft; subsequent electrostatic discharge of the excess charge build-up can damage spacecraft electronics. The ionosphere departs from its normal state, due to the currents and the energetic particles, thereby adversely affecting communications and radionavigation.

Rayleigh-Taylor instability often occurs in tropical latitudes, causing rising bubbles to ascend out of the top of the ionosphere and substantially distorting the normal layering. This causes radio beams propagating through the rising columns to suffer up to 30 dB of scintillation; GPS receivers lose lock and comm signals break up as a result.-EH


19. How long have scientists known about space weather?

The effects of space weather have been known since primitive man first saw the northern lights. More recent discoveries include the solar wind.

Space weather is noticed mostly by its effects on Earth. After a great solar flare in 1959, telegraph operators discovered that currents from the intense aurora borealis was flowing through their systems, causing their telegraph keys to melt and stick in position. During World War II, the new invention of radar failed whenever the space weather activity was high. Comet tails that curved and pointed way from the sun showed that a solar wind, a part of space weather, was always blowing out through the solar system. When police cars in San Francisco tried to talk to their dispatchers, dispatchers in Minneapolis answered. Plans for revisiting the Hubbell Telescope in orbit and boosting it high enough that it will not fall to Earth are driven by space weather. When space weather is high, the orbit decays more rapidly and booster missions must be flown more often.-GH


20. What is the role of the Space Environment Center?

To monitor space activity, especially the sun, in order to predict conditions caused by extraplanetary events that could have an adverse effect on earth and its various industries.

The role of the Space Environment Center is to gather, in real time, all the available data that describes space weather. From this, space weather forecasters form a picture of the environment from the Sun to Earth. With this information, alerts, warnings, and forecasts are prepared by Space Environment Center for users that may be affected.-GH

21. How do you monitor events on the sun?

You observe it through different filters to see different layers of the sun. Each of these layers has certain characteristic activities that signal the onset of a flare or other solar event.

SEC scientists and technicians utilize a variety of ground- and space-based sensors and imaging systems to view activity at various depths in the solar atmosphere. A worldwide network of USAF-sponsored optical observatories also provides space weather forecasters with detailed plain-language discussions and coded reports of activity in and around sunspot groups, as well as other areas of interest on the Sun. -NC


22. What types of industries might be impacted by space weather and how?

The communications industry has lots of problems with solar events. Solar activity can garble radio transmissions, fry the electronics on satellites and in antennas. The power industry has problems with solar events as well, as their transformers can be overloaded. Almost any industry that uses electronics in space can be affected by extremely powerful bursts, but these are rare.

GPS sales are projected to be $9 billion per year in 2000. GPS receivers are increasingly interwoven into the fabric of commerce and recreation.

New investment in low and mid Earth orbiting spacecraft is expected to be $30 billion by 2001. Each constellation's loss of revenue is estimated at $1 k per minute of outage per satellite; this does not consider the users' losses

Delay in assembly of International Space Station could have a domino effect on Shuttle flight manifests, at $500 M per flight.

One credible electric power outage could result in a direct loss to US Gross Domestic Product of $3 - $6 billion; a recent estimate is that the use of good forecasts by the power industry could save the US $365 M per year, averaged over the solar cycle.

23. Can solar storms hurt people?

Yes. Solar storms can cause danger to astronauts, for the exposure to protons and plasma from solar storms can cause radiation poisoning. Astronauts who are not within the protection of the earth's atmosphere can be exposed to a lethal dose of radiation during a large solar storm. People flying in commerical jets at high latitudes are also exposed to higher radiation. Even people on Earth are exposed to cosmic radiation, but the amount is negligible.


24. Can the damage of solar storms be prevented?

Our best form of protection is the earth's atmosphere, which absorbs the majority of the effects of solar storms. In space, radiation shielding can help reduce the effects of solar storms to both astronauts and equipment. However, large storms can cause problems even within the Earth's atmosphere. Luckily, solar events can be predicted with some accuracy, so that preventative measures can be taken to reduce damage.


25. Is space weather "all bad" or are there some positive impacts?

In addition to causing harm, space weather also produces the aurora borealis and the aurora australis. In the future, solar weather could become a good source of energy. Space weather has the ability to cause a lot of damage, but it is not all bad.


26. Where can I get more information?

You can find more information on the Internet at the following sites:
Space Environment Center
Solar Terrestrial Activity Report
Space Weather Report


27. What is the sunspot number?

Observers around the world compute daily sunspot numbers by multiplying the number of observed sunspot groups by ten and then adding this product to his total count of individual spots. Results vary greatly, since the measurement strongly depends on observer interpretation and experience and on the stability of the Earth's atmosphere above the observing site.

Moreover, the use of Earth as a platform from which to record these numbers contributes to their variability, too, because the sun rotates and the evolving spot groups are distributed unevenly across solar longitudes.

To compensate for these limitations, each daily international number is computed as a weighted average of measurements made from a network of cooperating observatories. Sunspot counts rise and fall approximately every 11.1 years. The cycle, though, is not symmetrical, for the spot count takes on the average about 4.8 years to rise from a minimum to a maximum and another 6.2 years to fall to a minimum once again. The largest annual mean number (190.2) occurred in 1957.

What is the solar flare video supposed to show in relation to the earthquakes? (I really don't know)

http://www.tectonics.caltech.edu/2008Ma ... chuan.html




M 7.9, eastern Sichuan, China

Date:
May 12, 2008 06:28:01 UTC
Depth:
19.00 km (11.81 mi)

(Shouldn't depth be 10 km according to that google earth video?)


And I found this on another thread but can't figure it out, I'm just curious to see how many earthquakes have been recently measured at 10 km

http://www.earthquake.usgs.gov/

"view the 'world' map, do a random sampling of the earthquakes across the globe and you will see a statistically abnormal number come back at exactly 10.0 km"