lalala
sian day-_-
oh,they cut frm 40 pupils to 25 pupils for band.heng,i'm still in..
got nothing better to do,let's get high with this song:DD
it's rather slow though...

these words are my own
from my heart [flow?]
i,love you i love you i love you i love you((:

Ohya,the Yellowstone Park supervolcano thing..
i show you,it snds scary..

aiya,goto this website:http://www.bbc.co.uk/science/horizon/1999/supervolcanoes.shtml
and that last picture,whoa,scary,huh,a dark cloud forming over the WHOLE Earth. "The explosion will be heard around the world. The sky will darken, black rain will fall, and the Earth will be plunged into the equivalent of a nuclear winter."

but if you feel lazy and don't want to move,here's info,and some extras:
The last supervolcano to erupt was Toba 74,000 years ago in Sumatra. Ten thousand times bigger than Mt St Helens, it created a global catastrophe dramatically affecting life on Earth. Scientists know that another one is due - they just don't know when... or where. The last supervolcano to erupt was Toba 74,000 years ago in Sumatra. Ten thousand times bigger than Mt St Helens, it created a global catastrophe dramatically affecting life on Earth. Scientists know that another one is due - they just don't know when... or where.
-Scientists have revealed that Yellowstone Park has been on a regular eruption cycle of 600,000 years. The last eruption was 640,000 years ago…so the next is overdue. The next eruption could be 2,500 times the size of the 1980 Mount St. Helens eruption.
-The crater atop Mount St. Helens is about 2 square miles. The Yellowstone "caldera" — a depression in the Earth equivalent to a crater top — is some 1,500 square miles

About Supervolcanoes:
Normal volcanoes are formed by a column of magma - molten rock - rising from deep within the Earth, erupting on the surface, and hardening in layers down the sides,forming the cone shape of volcanoes.
Supervolcanoes, however, begin life when magma rises from the mantle to create a boiling reservoir in the Earth's crust. This chamber increases to an enormous size, building up colossal pressure until it finally erupts. The explosion would send ash, dust, and sulfur dioxide into the atmosphere, reflecting the sun's rays and creating a cold wave lasting several years. Crops in many areas would fail and many species of animals and plants would face extinction.