《Atmospheric and Climate Sciences》

作品数：614被引量：280H指数：6
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《Atmospheric and Climate Sciences》
主办单位：美国科研出版社
最新期次：2025年1期更多>>
发文主题：CLIMATERAINFALLCLIMATE_CHANGEAFRICANIGERIA更多>>
发文领域：天文地球医药卫生理学经济管理更多>>
发文基金：国家自然科学基金更多>>
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Calculation of Compound Hazard Probability Using Convolution of Distributions
《Atmospheric and Climate Sciences》2025年第1期1-19,共19页Luis Augusto Sanabria 
The hazard produced by natural phenomena on infrastructure and urban populations has been widely studied in the last 50 years. Researchers have recognised that the real danger posed by these phenomena depends on their...
关键词：Natural Hazards Compound Extremes Mathematical Convolution 
Trends and Climate Drivers of Extreme Precipitation Variability in Senegal: A Century-Long In-Situ Rainfall Analysis
《Atmospheric and Climate Sciences》2025年第1期20-41,共22页Moussa Diakhaté Khadidiatou Ina Mane Abdou Lahat Dieng Aïssatou Badji Mamadou Ndiaye Dahirou Wane Amadou Thierno Gaye 
In this study, we focused on describing the trends of Extreme Precipitation Indices (EPI) in Senegal and analyzing the significant links between their variability and key climatic factors such as the El Niño-Southern ...
关键词：Senegal Extreme Precipitation Trends and Climate Variability El Niño-Southern Oscillation (ENSO) 
Evaluating the Performance of Land Surface Models and Microphysics Schemes on Simulation of an Extreme Rainfall Event in Tanzania Using the Weather Research and Forecasting Model
《Atmospheric and Climate Sciences》2025年第1期42-71,共30页Daniel Gibson Mwageni Shuzhou Wang Godfrey Thomas Assenga 
Precise and accurate rainfall simulation is essential for Tanzania, where complex topography and diverse climatic influences result in variable precipitation patterns. In this study, the 31st October 2023 to 02nd Nove...
关键词：WRF Model Parameterization Scheme Two-Way Nesting Pattern Correlation 
Links of Terrestrial Environment with Solar Activity and Solar and Planetary Orbital Motion
《Atmospheric and Climate Sciences》2025年第1期72-105,共34页Valentina V. Zharkova Irina Vasilieva 
In this paper we emphasize statistical links between solar activity and orbital motion with various terrestrial phenomena: terrestrial temperature, sea levels, ice areas, frequencies of volcanic eruptions, and Oceanic...
关键词：Terrestrial Temperature Terrestrial Sea Level Terrestrial Ice Areas El Nino Southern Oscillation Volcanic Eruptions Underwater Volcanic Eruptions Solar Magnetic Field Solar Activity Solar Inertial Motion Correlation Jupiter Revolution Period Lunar Perigee Period 
The Influence of Major Climatic Elements on the Devastated Geo-Hydrological Disasters: A Case of Hanang Disaster of 3rd December 2023 in Tanzania
《Atmospheric and Climate Sciences》2025年第1期106-125,共20页Asnath Alberto Malekela Stefan Sieber Jafari Swalehe Chobo Joseph Ndunguru 
Changes in major climatic elements such as temperature, precipitation and wind distribution have triggered weather-related and geophysical disasters. In recent years, the globe has experienced an increased number of f...
关键词：Climate Elements Climate Change Landslides Floods Geo-Hydrological Disasters 
Intraseasonal Variability of 2020 Temperature over Tanzania during the October-November-December (OND) Season
《Atmospheric and Climate Sciences》2025年第1期126-146,共21页Godfrey Thomas Assenga Chabaga Chabaga Daudi Ndabagenga Daniel Gibson Mwageni 
Intraseasonal Oscillation (ISO) which is the eastward-propagating disturbance with a period of 10 - 60 days has been the topic of interest since its discovery by Madden-Julian in 1972. Many researchers have published ...
关键词：Intraseasonal Variability Mascarene high Biweekly Oscillation OND Season 
Effectiveness of CORDEX-AFRICA Multi-Model Ensemble in Replicating Temperature and Associated Extremes over Côte d’Ivoire
《Atmospheric and Climate Sciences》2025年第1期147-174,共28页Assi Louis Martial Yapo Benjamin K. Kouassi Adjoua Moise Landry Famien Pêlèmayo Raoul Touré Fidèle Yoroba Dro Touré Tiemoko Kouakou Kouadio Mamadou Diarrassouba Dianikoura Ibrahim Koné Adama Diawara 
Developing reliable adaptation and mitigation strategies to combat climate change is necessary at regional and local scales. The present study analyses the ability of the multi-model ensemble (MME) composed of fourtee...
关键词：Extreme Temperature Indices Regional Climate Models Evaluation CORDEX Côte d’Ivoire 
Comprehensive Analysis of the Ionospheric Response to the 2015 Geomagnetic Storms over Different Station
《Atmospheric and Climate Sciences》2025年第1期175-186,共12页Aidashisha Bareh Bornali Chetia 
The fundamental problem of ionospheric physics lies in understanding and modeling the ionosphere’s dependence on solar activity. This challenge encompasses such as Variables across Solar Cycles, Response to Solar Fla...
关键词：Electron Density FOF2 Geomagnetic Storm IRI 2016 
Multiscale Co-Oscillation Analysis of Solar Radiation and Air Temperature Using Continuous Wavelet Transform: A Case Study of a Tropical Humid Region, Dangbo, Bénin
《Atmospheric and Climate Sciences》2025年第1期187-199,共13页Ossénatou Mamadou Djidjoho Renaud Roméo Koukoui David Gnonlonfoun 
The use of solar energy is today widely recognized for the green transition but also for addressing societal challenges associated with the rise in global surface temperature. The design of a photovoltaic solar panel ...
关键词：Solar Radiation Air Temperature Co-Oscillation Wavelet Transform Humid Climate West Africa 
Impact of CR Forbush Decreases on Upper Atmospheric Pressure and Temperature in Saudi Arabia
《Atmospheric and Climate Sciences》2025年第1期200-217,共18页Maghrabi Abdullrahman Alghamdi Rasha Aldosari Abdulah Almutairy Mohammed 
The objective of this research is to investigate the effects of cosmic ray Forbush Decreases (FDs) exceeding 7% in magnitude, occurring between 1985 and 2016, on upper atmospheric pressure and temperature at Abha and ...
关键词：Forbush Decrease Upper Air Temperature Saudi Arabia Climate Change Solar Activity 
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