Home » News » The highest volume of h2o vapor in heritage … “It can spill anyplace”

The highest volume of h2o vapor in heritage … “It can spill anyplace”

◀ again ▶

As you have read just before, I believe you must pay back interest to the temperature tonight.

So, this time around, let us just take a appear at the places wherever rain is concentrated by period of time and the places at possibility of heavy rain.

Hyun In-ah reporter will describe in element.

◀ Report ▶

A look at of the rain clouds that cross the Korean Peninsula from east to west.

The stagnant front created by the confrontation concerning the two Koreas is transferring south.

This is when the rain is concentrated, as predicted by the Korea Meteorological Administration’s supercomputer.

The darker the purple and yellow, the larger the threat of major rain.

Heavy rain clouds from the north are envisioned to pass by way of Seoul / Gyeonggi and Yeongseo in Gangwon tonight.

Around midnight tonight, rain clouds are envisioned to concentrate in southern Gyeonggi, Chungcheong and southern Yeongseo in Gangwon.

It has been discovered that there is a significant possibility of major rain in Chungcheong, Jeollabuk-do and northern Gyeongsangbuk-do all over 3am tomorrow.

Immediately after tomorrow early morning, hefty rains are anticipated particularly in southern areas these as Jeollabuk-do and Gyeongbuk.

Thunder and lightning as the stagnant entrance passes and torrential downpours of about 50mm per hour pour in.

The danger of heavy rain this summertime is larger than ever.

The solid localized rain clouds that hit Buyeo, Chungcheongnam-do yesterday at dawn, can happen everywhere, so we need to be vigilant.

This is because of to the enhance in h2o vapor. This graph demonstrates water vapor pressure, which is the amount of money of h2o vapor in the air considering the fact that 2000.

Drinking water vapor continues to increase, in particular this summer, to its maximum level considering that nationwide meteorological observations began in 1973.

[조천호/경희사이버대 기후변화 특임교수]
“As the Earth warms, evaporation from the sea improves and there is a large amount of drinking water vapor in the air. The far more water vapor there is, the increased the possibility of torrential rain.”

The stagnant front is anticipated to enter a short term lull on the south coastline tomorrow afternoon, and then strengthen once again in the night.

The Korean Meteorological Administration has predicted that one more significant rain is predicted among tomorrow night and the working day following, concentrated on the south coastline.

I am In-ah Hyun from MBC Information.

Online video editing: Namjoo Nam

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