Results 121 to 130 of about 22,068,949 (289)
ERA5‐Based Convective Environments Favorable for Tornadoes in Southern China
Abstract Tornado occurrences vary significantly across regions in the globe, attributable in part to variations in regional climate and topography. This study analyzes the long‐term convective environments associated with tornadoes in southern China, a region previously identified as having the most favorable meteorological conditions for tornadoes ...
Kanglong Cai +5 more
wiley +1 more source
Stochastic daily thunderstorm generation in southeast Arizona
Thunderstorm rainfall in semi-arid areas has very high spatial and temporal variability. Knowledge of the spatial characteristics of thunderstorm rainfall is important for the increasing demands of distributed hydrological modeling.
Hsieh, Huey-Hong
core
Abstract Wildfires alter terrestrial material and energy inputs to rivers, but impacts to ecosystem metabolism and dissolved oxygen (DO) are not well known due to few river ecosystem response studies during and after wildfires. In summer 2022, wildfire and heavy rains triggered debris flows into the Klamath River, where we compared immediate (days) and
Laurel Genzoli +3 more
wiley +1 more source
Analysis on mesoscale characteristics and causes of an extreme thunderstorm gale event in Jiangxi
Using datasets of conventional observations, regional automatic weather station (AWS), Doppler weather radar, wind profile radar and GFS reanalysis with 0.5°×0.5° resolution, we have conducted analysis on the mesoscale characteristics and cause of an ...
Yunhui CHEN +4 more
doaj +1 more source
Collecting Multiple Data Points in a Thunderstorm Environment
Collecting multiple data points in adverse conditions such as a thunderstorm presents a number of challenges in collecting and relaying data. Wireless sensor mesh networks is a proven method for extracting and relaying data in radio environments that may
Nelson, Matthew
core
Global Hotspots of Stalling Extratropical Cyclones
Abstract Extratropical cyclones (ETCs) are primary drivers of extreme weather in the mid‐to‐high latitudes. We introduce a new classification of particularly impactful events—“stalling” ETCs—defined by slow movement combined with intense precipitation. Using cyclone tracking data, we find that stalling ETCs cluster systematically along the east coasts ...
Valentina Ortiz‐Guzmán +2 more
wiley +1 more source
Surface layer characteristics of thunderstorm outflow
The objective of this study is to define the turbulent characteristics of thunderstorm outflow winds in the surface layer. Thunderstorms are one of the most common types of severe weather, and the climatological record for many stations shows many ...
Weinbeck, Stephen W.
core
Climate change impact on thunderstorms: Using high-resolution COSMO-CLM simulations to determine changes in thunderstorm occurrences [PDF]
It is generally assumed that temperature increase associated with global climate change will lead to increased thunderstorm intensity and associated heavy precipitation events. In the present study it is investigated whether the frequency of thunderstorm
Gutjahr, Oliver +2 more
core
Abstract Near‐0°C (−2°C to +2°C) air temperatures are critical for determining the phase of precipitation, the onset of freeze–thaw cycles, and associated impacts on the environment and infrastructure. Change is expected in a warming climate, yet large‐scale high‐resolution understanding of near‐0°C transitions remains limited, particularly under ...
Sujan Basnet, Julie M. Thériault
wiley +1 more source
Simulating Thunderstorm Environment in VR
Virtual Reality (VR) technology offers innovative ways to simulate and interact with complex environments. This project explores the creation of a highly realistic thunderstorm environment in VR, a task that involves rendering techniques, dynamic weather
Majdanac, Ajdin
core +2 more sources

