[size=1.2em]Dr Eke's team discovered strongevidence of hydrogen - a key component of water - within coldpermanently shadowed craters at the Moon's poles, where temperaturesfall to minus 200C.
[size=1.2em]Finding water, which could be usedfor drinking, making fuel and providing oxygen, would have majorimplications for the future of moon exploration.
[size=1.2em]A ready supply of water would make it far more practicable to build lunar bases or launch missions to Mars from the Moon.
[size=1.2em]Dr Eke, who led a study of data fromNasa's 1998 Lunar Prospector mission which revealed hydrogenconcentrated in darkened craters, said: 'There's absolutely no doubtthat they hit the place they were aiming for, but how material getsthrown out from the surface depends on whether it's rocky or loose. Ifyou hit a sponge, you're not going to see anything.
[size=1.2em]'It sounds like they got an infrared signal, but its too early to predict yet what they're likely to get.'
[size=1.2em]Last month new findings from threespacecraft, including India's Chandrayaan-1 probe, showed that smallamounts of water might be chemically bound up with the Moon's soil.
[size=1.2em]Anthony Colaprete, principalinvestigator for the mission, cautioned: 'We don't anticipate anythingabout presence or absence of water immediately. It's going to take ussome time.'
[size=1.2em]If hydrogen is present as water ice,then the data would imply the top metre of the surface in these cratersholds about 200,000 million litres of water in total. |