Extreme weather impacts of climate change: an attribution perspective

Abstract

Extreme event attribution aims to elucidate the link between global climate change, extreme weather events, and the harms experienced on the ground by people, property, and nature. It therefore allows the disentangling of different drivers of extreme weather from human-induced climate change and hence provides valuable information to adapt to climate change and to assess loss and damage. However, providing such assessments systematically is currently out of reach. This is due to limitations in attribution science, including the capacity for studying different types of events, as well as the geographical heterogeneity of both climate and impact data availability. Here, we review current knowledge of the influences of climate change on five different extreme weather hazards (extreme temperatures, heavy rainfall, drought, wildfire, tropical cyclones), the impacts of recent extreme weather events of each type, and thus the degree to which various impacts are attributable to climate change. For instance, heat extremes have increased in likelihood and intensity worldwide due to climate change, with tens of thousands of deaths directly attributable. This is likely a significant underestimate due to the limited availability of impact information in lower- and middle-income countries. Meanwhile, tropical cyclone rainfall and storm surge height have increased for individual events and across all basins. In the North Atlantic basin, climate change amplified the rainfall of events that, combined, caused half a trillion USD in damages. At the same time, severe droughts in many parts of the world are not attributable to climate change. To advance our understanding of present-day extreme weather impacts due to climate change developments on several levels are required. These include improving the recording of extreme weather impacts around the world, improving the coverage of attribution studies across different events and regions, and using attribution studies to explore the contributions of both climate and non-climate drivers of impacts.

An aluminum-based reflective nanolens array that enhances the effectiveness of a continuous-flow ultraviolet disinfection system for livestock water

“…Microbiologically hazardous livestock water should be disinfected. However, the global temperature has been increasing for over 100 years [7], and the severity and likelihood of droughts and floods have increased worldwide [8]; this has reduced the surface water available for livestock, and has even caused pathogen contamination of groundwater [9]. There is a growing need to disinfect livestock water due to climate change.…”

Identifying the regional emergence of climate patterns in the ARISE-SAI-1.5 simulations

“…Marvel et al, 2019;Madakumbura et al, 2021), modulation of the seasonality of tropospheric temperatures (Santer et al, 2022), cooling and contraction of the stratosphere (Pisoft et al, 2021), increases in some extreme weather events (e.g. Clarke et al, 2022), rising global sea levels and deep ocean heat content (e.g., Hsu and Velicogna, 2017;Cheng et al, 2022), and through the loss of ice mass in the global cryosphere (Slater et al, 2021).…”

Development of Automatic Fish Feeding Machine for Integrated Floating Cage Aquageoponic System

“…Successful agricultural production in rainfed situation is mainly dependent on rainfall distribution during the crop growth season. However, the occurrence of extreme weather events (dry spells and wet spells) are increasing due to climate change [1]. Hence, harvesting runoff water during excess rainfall events in storage structures like farm ponds and utilizing the same for life saving irrigation results in sustainable crop yields in rainfed areas.…”