Not exact matches
The LSPWC boss, who recalled that the initial drainage system with a width
of 0.6
meters was inadequate to contain the flow
of flood water, said the agency had to reconstruct it to a size
of 1.2
meters after which massive rehabilitation work commenced on the road.
That is apparently what happened to the 99 villagers
of Miaohe, 10 miles (17 kilometers) upstream
of the Yangtze, who saw the land behind their homes split into a 655 - foot -(200 -
meter --RRB- wide crack last year, soon after the reservoir
water level was lowered for the summer
floods.
This week, U.S. Secretary
of the Interior Dirk Kempthorne personally supervised the release
of 41,500 cubic feet (1,175 cubic
meters)
of water per second over a 60 - hour period to mimic a natural
flood that will enlarge existing sandbars.
New Orleans and its surrounding communities endured hours
of surging
water that quickly toppled inadequate defenses and
flooded the region under more than three
meters of water in some places.
During
flooding episodes, the channel can divert up to 4,000 cubic
meters (140,000 cubic feet)
of water per second before it reaches the Winnipeg area.
In June 2016, researchers observed firsthand a glacial outburst
flood at the Lhotse Glacier near Mount Everest that loosed about 4.8 million cubic miles (about 2 million cubic
meters)
of water from within the glacier itself.
and «Where was all the
water going to come from» so I decided to have a go and try to work out how much
water would be needed to allow the World Ocean to rise by just 1
meter, there are two variables that I can not solve, 1 is that the world is curved so as you go up then you need more
water for the next
meter than you needed for the preceding
meter and this is an exponential issue as it gets worse the higher you go, the other is that even though there are many areas where you could get a large rise without any inland
flooding, like the «White Cliffs
of Dover» then there are also many areas where there would be massive inland
flooding, like Holland, so I had to make two assumptions to kill off two variable issues that I can not solve, so assuming that the world is flat, which it's not, and that there would be no inland
flooding, and there will be massive inland
flooding then using them then I got an answer.
I personally think that top get a 1
meter rise and include the fact that there would be massive inland
flooding then you may well need 450,000 cubic kilometers
of water to be dumped into the World Ocean.
Indeed it hardly matters whether there's half a
meter or only a centimeter
of wrongly placed
water in a home; it turns out that any interior
flooding of whatever amount effectively makes a house useless for its intended purpose.