00:00In Nepal, there was a disaster in Nepal, mainly Rockoise Avalanche along with a debris flow.
00:07This is about 17,000 feet.
00:12In 24-30 days, in warm and humid weather, there was a little bit of water.
00:24There was a little bit of water, and there was a little bit of water.
00:32There was a gentle slope and a steep slope.
00:35Where the steep slope starts, there was a very thick burp.
00:41There was a vertical drop around 1.2km.
00:44There was a vertical drop.
00:46After the drop, there was an impact.
00:50It was approximately 5.2 magnitude.
00:56Then, there were mud, debris and rock ice.
01:02They flowed into the river.
01:05They created an artificial dam.
01:07The river flowed into the river.
01:12The water was slowly growing.
01:15Then, the artificial dam was torn.
01:18Then, the flash flood was more than the flash flood.
01:21The current is the current.
01:24The current is the current.
01:27The current is the current.
01:27CBRN has an avalanche monitoring system.
01:32This has also installed the Uttarakhand.
01:34The other is installed in Uttarakhand.
01:34The place have installed the water and one joined in Vassandra Tal.
01:38We are testing earlier about the heat if we are testing.
01:40Today, we are testing them.
01:42The next 6-1 years in the next year, we are planning to hand it back to state government.
01:48The 서� Demo can pull up the dam.
01:50How many different from during the day?
01:55Rainfall, humidity, rainfall, burv structure, there are so many parameters and all the combination of the time is going to
02:06be able to get rid of it.
02:08And the glacier from the glacier will be able to get rid of it.
02:20We are working on a trial basis, so we think that in the next 6 months this will be a
02:32successful experiment.
02:33And in many places, wherever it is, according to state government, we will install it.
02:42Look, this has been just happened, but there are all the common causes of flash floods in Himalayas.
02:51One is a glacier lake outburst floods.
02:54But initially, there are no lakes in the beginning.
02:58Another is a very heavy extreme rainfall.
03:01Most likely, people are predicting this rock ice avalanche,
03:06which basically river flow has stopped.
03:10This flash flood generated.
03:13Now, climate change, of course, is one of the causes,
03:16that all these events are happening.
03:18But it is not a difficult to stop it.
03:22The only thing that we can do is that the normal river bed,
03:26if we have as far as a settlement,
03:29that all floods in all these floods,
03:31the minimal human loss of course,
03:33this 3rd of the heavens,
03:33the hydropower plant,
03:35the loss of the human loss of the settlement,
03:37those are the upper elevation.
03:39So, we are looking at that.
03:40We are looking at those human life loss.
03:42But this is the future.
03:45Before it is happened,
03:46it will continue and will continue.
03:49It will continue.
03:50The future of this land,
03:51the future of this land,
03:52The future of this land,
03:56the future of this land,
04:00the future of this land,
04:01the future of this land,
04:08We have seen that the temperature of the earth is almost 1 degree warming, glaciers and snowpacks are coming out.
04:18So this is not the problem of Nepal.
04:20It's not the whole of the Himalayas.
04:21The whole country, the oceans, the ice mass, the flooding in all areas, and these are all losses.
04:27Of course, we can stop the climate change.
04:29To some extent, it will be less than the frequency.
04:34But the most important thing is that we have to settle the river as far as it is good.
04:40Because if there is a flood, at least the human loss will have a minimal impact.
04:44So now, what is the result of the people?
04:52Do not realise the future of the earth is going to be a huge difference.
04:52The constant impact of the climate change is being built.
04:53That is a very important picture of the city.
04:53That is not something that we have looked at.
04:53I will get the future of the earth.
04:53The atmosphere is going to be on the surface of the water.
