聽(tīng)寫(xiě)填空,只寫(xiě)填空內(nèi)容,不抄全文,5-10句,不用寫(xiě)標(biāo)號(hào),注意標(biāo)點(diǎn),口語(yǔ)中因結(jié)巴等問(wèn)題造成的重復(fù)單詞只寫(xiě)一遍~

Hints:
North Atlantic
European
Gulf Stream
torpedo-like

In September 2008, scientists launched a team of undersea robot gliders to learn about changes in ocean currents.

David Smeed: [---1---]

You're listening to oceanographer David Smeed of the National Oceanography Center in England. [---2---]

David Smeed: [---3,4---](從That's開(kāi)始寫(xiě))

[---5,6---]

David Smeed: [---7---]

[---8---] The gliders will help scientist find out if that's true.

I'm Jorge Salazar, from ES, a clear voice for science.
We're at Es. Org.

【視聽(tīng)版科學(xué)小組榮譽(yù)出品】
We've been trying out the gliders as a part of a monitoring program in the North Atlantic that's aiming to monitor the overturning circulation of the Atlantic. The gliders are monitoring a system of currents, known as the 'Atlantic heat conveyor' which influences European climate. That's the part of the ocean circulation that transports heat polewards from equatorial regions. So in particular think of the Gulf Stream bringing warm water, which has an important influence on the climate of continents at high latitudes. Scientists have relied on moored instruments, from which provide data only about once a year. But the torpedo-like gliders can roam and report on the sea for up to 100 days and deliver speedy information on the ocean currents. They come up to the surface each day and communicate with us by satellite. Climate change models have predicted that these ocean currents are slowing.