Sentence examples for high intensity storms from inspiring English sources

Multiple high intensity storms covering the study catchment were simulated using Intensity–Frequency Duration relationships, and the runoff indicator calculated with a runoff model for hillslopes.

Finally, utilizing dual-polarization capabilities of radars has a potential to improve rainfall estimates for high intensity storms although more research is still needed.

The OSL ages for basal deposits of dune sands that cover the northern part of the island indicate that they were formed by phases of intense aeolian activity during the medieval period, commencing in the 13th century AD and continuing for several hundred years, which can be correlated with documented high intensity storms in the North Atlantic within the period 13th 15th centuries AD.

Intensity and duration of rainfall are usually inversely related, i.e., high intensity storms are likely to be of short duration and low intensity storms can have a long duration.

There have been numerous reports of off-site impacts downstream of areas of exotic planted forest following high intensity storm cells in recent years (Horner 2012 i,j,n,o although not always coincident with harvesting.

The climate is Mediterranean, with a primary wet period in autumn (high intensity storm events) and with severe drought and high temperatures in summer.

Those living in the poorest countries also have the most to lose, as so many depend on agriculture, which is likely to be badly affected by temperature rises and an increase in droughts, heatwaves and potential changes to rainfall that may lead to recurrent patterns of floods, droughts and higher intensity storms.

Due the effects of climate change, the eastern Pacific is expected to see more and higher intensity storms by the end of this century, says Thomas Knutson, also of NOAA's Princeton lab.

Whether the ancient HEMI events recorded on Taveuni were caused by high-intensity storms or tsunamis remains unknown.

Hillslope surface response during high-intensity storms (maximum intensity >30 mm h−1; Martínez-Casanovas et al., 2002; Hallema et al., 2013) is affected by hydrological processes such as precipitation, evapotranspiration, interception, infiltration, and runoff, which are connected through a complex system of interactions.

In a careful analysis of Cyclone Pam, he points to the growing consensus that a warming planet means more high-intensity storms, more often.