دانلود کتاب تکنیک‌های پیشرفته سنجش از دور ماهواره‌ای برای مطالعات هواشناسی، آب و هوا و علوم آب

The increasing impact of climate change has led to more frequent and intense severe weather events, posing significant challenges for disaster preparedness, climate resilience, and environmental sustainability. Understanding and monitoring these atmospheric processes require advanced remote sensing technologies which are capable of capturing high-resolution, multi-source data. This Special Issue brings together 11 high-quality studies that explore state-of-the-art remote sensing methodologies for severe weather detection, hydrometeorological analysis, and climate monitoring. The research presented in this reprint covers a diverse array of topics, including the evaluation of near-real-time satellite-based precipitation data, the use of Global Navigation Satellite System (GNSS) for atmospheric water vapor measurement, and the role of mesospheric temperature and water vapor in polar cloud formation. Several studies also focus on integrating multi-source remote sensing datasets to enhance precipitation retrieval accuracy and improve extreme weather event detection. These contributions demonstrate the potential of cutting-edge remote sensing techniques in strengthening forecasting capabilities and supporting the advancement of climate research. The motivation behind compiling this Special Issue is to bridge the gap between atmospheric remote sensing innovation and its practical applications in meteorology, hydrology, and climate science. By presenting a collection of studies that employ satellite observations, e.g., GNSS atmospheric parameters, we aim to provide researchers, policymakers, and other stakeholders with valuable insights into leveraging advanced technologies for environmental monitoring and disaster mitigation. We would like to extend our sincere appreciation to all contributing authors for their dedication to high-quality research, as well as to the reviewers whose constructive feedback has been instrumental in enhancing the scientific rigor of these studies. Special thanks go to the Editorial Team for their support in bringing this Special Issue to publication. It is our hope that the findings presented here will inspire further research and contribute to the ongoing development of satellite remote sensing applications in weather and climate sciences.