Understanding dynamical changes in climate extremes are vital predicting extreme events and lowering their associated impacts on the environment society. The objectives of this study is to analyze spatiotemporal variations temperature association with selected atmospheric circulation indices. We use daily maximum (TX) minimum (TN) data for five glaciers Hunza district central Karakoram period 1...

Recent studies show an increase in the frequency of compound extremes air temperature and precipitation many parts world, especially under dry hot conditions. Compound have a significant impact on all spheres human activity, such as health, agriculture, energy. Features atmospheric circulation are closely related to occurrence anomalies precipitation. The article analyzes relationship modes wit...

Climate change is adversely affecting the development, management, and planning of surface groundwater resources. The meteorological drought becomes a severe natural problem, it can occur in any climatic region world. Thus, monitoring minimizing crucial for analyzing predicting impacts. considered basin or region-specific since atmospheric conditions are highly variable from to region. However,...

ERA5 is the fifth-generation atmospheric reanalysis of European Center for Medium-Range Weather Forecasts, with high spatiotemporal resolution and global coverage. However, reliability simulating extreme precipitation events still unclear over China. In this study, 12 indices a comprehensive quantitative distance between simulation observation were used to evaluate from three fundamental aspect...

Purpose. To analyze the international experience in determining state of atmospheric air, to conduct a comparative analysis integrated indicators air quality on example city Mariupol. Methods. Processing and monitoring data were performed by calculation, statistical graphical methods. Results. The study Mariupol is carried out at 2 posts Automated Environmental Monitoring System Donetsk region ...

Spacecraft-associated spores and four non-spore-forming bacterial isolates were prepared in Atacama Desert soil suspensions and tested both in solution and in a desiccated state to elucidate the shadowing effect of soil particulates on bacterial survival under simulated Martian atmospheric and UV irradiation conditions. All non-spore-forming cells that were prepared in nutrient-depleted, 0.2-mi...