This research mainly focuses on the ability of the hydraulic structure to recover from the significant impacts of typhoons.
The load/unload response ratio theory is one of the effective tools for calculating the resilience of hydraulic structures under the significant impacts of typhoons.
Direct and indirect impacts of typhoons and hurricanes are analyzed mainly from their paths and characteristics, and the response of coastal wetland ecosystems.
To determine the impacts of typhoon-induced sea surface cooling on typhoon predictions, the impacts of the four typhoons were numerically evaluated using an atmosphere-wave-ocean coupled model.
Our study site is located in the northern part of Japan, where the impacts of typhoons are generally lower than in the southern subtropical region (Kawaguchi et al. 2015).
At the time he was leader of the Philippines' delegation, with the country still reeling from the devastating impact of typhoon Haiyan.
Charles told guests: "The devastating impact of Typhoon Haiyan in the Philippines should surely have been a poignant and telling reminder of the intimacy and interdependence of man's relationship with the natural world.
Taking the Yangtze River embankments under the impact of Typhoon Matsa as an example, the ability of the typical sections of different types of embankments to adapt to the significant impact of the typhoon, i.e., the resilience of the hydraulic structure, is described with the help of the load/unload response ratio (L).
10.02am GMT Here's a statement from the UN: The Secretary-General is extremely concerned by the impact of Typhoon Haiyan, one of the largest storms to ever make landfall, which has affected some 9.5 million people in the Philippines and caused widespread destruction and displacement.
It then weakened, but since has been undergoing re-intensification and is expected to return to hurricane strengthbefore landfall, with a forecast intensity of category 4. Meanwhile, Japan has been recovering from the impact of Typhoon Jebi, which made landfall there on 4 September.
