The first Tropical storm (热带风暴) of this year is coming from the North Sea. It will arrive tomorrow, but strong winds and heavy rains are here already.It is rainy in Huangyan. We can not see the city’s sun because the rain will last all day. Huangyan’s temperature (温度) today ...
issued at 6-hourly intervals (0z, 6z, 12z, and 18z) which fall in between the normal NHC full advisory times (3z, 9z, 15z, and 21z). Thus, the two sets of information may differ. Visit theNational Hurricane Centeror theJoint Typhoon Warning Centerfor the latest official storm ...
The first tropical storm (热带风暴) of this year is coming from the North Sea. It will arrive tomorrow but strong winds and heavy rains are here already.It is rainy in Huangyan. We cannot see the city's sun because the rain is going to last all day. Huangyan's temperature (温度) tod...
The first Tropical storm(热带风暴) of this year is coming from the North Sea. It will arrive tomorrow, but strong winds and heavy rains are here already. It is rainy in Huangyan. We can not see the city's sun because the rain is going to last all day. Huangyan's temperature(温度) ...
A The first tropical storm (热带风暴)of this year is coming from the North Sea. It will arrive tomorrow, but strong winds and heavy rain are here already.It is rainy in Huangyan. We cannot see the city's sun because the rain will last all day.Huangyan's temperature today is 21~24℃...
B The first Tropical storm(热带风暴) of this year is coming from the North Sea. It will arrive tomorrow, but strong winds and heavy rains are here already.It is rainy in Huangyan. We can not see the city's sun because the rain will last all day. Huangyan's temperature(温度)today is...
在夏威夷地区称它为科纳风暴(Kona storm),是产生夏威夷冬季大雨的主要系统。它可由对流层中部切断低压(见阻塞高压和低空锢囚气旋叠加或低压本身具斜压不稳定而发展起来。 副热带气旋也可以看成是一种发源于对流层中部的中型扰动,由于它的热力条件不如热带气旋(见台风),斜压不稳定条件不如温带气旋,所以它有三种发展...
Three heavy rainfalls occurred over the Tohoku region with varied moisture sourcesMoisture gains from the nearby Sea of Japan contributed the most, while the western Pacific played a secondary roleMoisture that was carried by tropical storms did not contribute much to the events but the storm-...
NASA's Aqua satellite passed over the Korea Strait and found the center of Tropical Storm Francisco in the middle of it. The AIRS instrument aboard took the temperature of its cloud tops to estimate storm strength and found strong storms over two countri
scenario, the chance of hazards from two TCs impacting the same location within 15 days may substantially increase, with the return period decreasing over the century from 10–92 years to ~1–2 (1–3) years along the US East and Gulf coasts, due to sea-level rise and storm climatology ...