27.06 2013. moje vidjenje
Uскоро ће у једном мору или океану
бити веома високи таласи
какви до сада никада нису виђени.
Биће тамне, скорo црне боје... веома високи...до 100 метара или још и више..нисам
сигурна.,
http://www.horoscope-kamenjeljubica.com/e107/page.php?496
Uскоро ће у једном мору или океану
бити веома високи таласи
какви до сада никада нису виђени.
Биће тамне, скорo црне боје... веома високи...до 100 метара или још и више..нисам
сигурна.,
http://www.horoscope-kamenjeljubica.com/e107/page.php?496
Ocean's Huge Hidden Waves Explained LiveScience.com By By Becky Oskin, Staff Writer 18 hours ago The biggest ocean waves in the world sweep through the South China Sea's Luzon Strait, towering more than 550 feet (170 meters) tall. Luckily for ships plying the busy waters between Taiwan and the Philippines, these massive waves barely break the surface, though the waves can be a daily event. But for scientists, understanding these underwater "internal waves," which happen throughout the world's oceans, is important for modeling Earth's climate; the waves may push huge volumes of heat, salt and nutrients around the ocean. "It's an important missing piece of the puzzle in climate modeling," said Thomas Peacock, a mechanical engineer at MIT who is studying internal waves. "Right now, global climate models are not able to capture these processes," Peacock said in a statement.
http://news.yahoo.com/ocean-39-huge-hidden-waves-explained-143259525.html
DOKAZ MOG TACNOG VIDJENJA !!!
Ocean's Huge Hidden Waves Explained
The biggest ocean waves in the world sweep through the South China
Sea's Luzon Strait, towering more than 550 feet (170 meters) tall.
Luckily for ships plying the busy waters between Taiwan and the
Philippines, these massive waves barely break the surface, though the
waves can be a daily event. But for scientists, understanding these
underwater "internal waves,"
which happen throughout the world's oceans, is important for modeling
Earth's climate; the waves may push huge volumes of heat, salt and
nutrients around the ocean.
"It's an important missing piece of the puzzle in climate modeling,"
said Thomas Peacock, a mechanical engineer at MIT who is studying
internal waves. "Right now, global climate models are not able to
capture these processes," Peacock said in a statement.
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