This book presents a collection of cutting-edge scientific research dedicated to the dynamics of natural systems, the impact of anthropogenic factors on the environment, and the interactions between the geosphere, hydrosphere, and atmosphere. It explores modern modeling techniques, and experimental and theoretical approaches to climate change, geophysical processes, environmental risks, and mineral resource extraction technologies.

The widespread adoption of computational technologies has enabled the simulation and analysis of complex phenomena that were previously beyond reach. Meanwhile, the development of next-generation geophysical instruments and advanced remote sensing systems deployed on ships, aircraft, and satellites has provided vast datasets, offering an unprecedented objective view of large-scale environmental processes.

The research presented in this book also highlights the critical role of laboratory modeling in studying geo-environmental processes and validating newly developed physical and mathematical models. Advances in measurement technologies, optical imaging, and other innovative methods have opened new possibilities for generating controlled, reproducible laboratory data, fostering the emergence of novel theories and conceptual frameworks. Furthermore, the systematic acquisition of high-resolution experimental data has accelerated progress in analytical and numerical modeling, enhancing our understanding of dynamic processes across Earth's three fundamental spheres.

This book integrates interdisciplinary research, offering a comprehensive perspective on contemporary challenges in Earth sciences. It is a valuable resource for both theorists and practitioners working at the intersection of fundamental and applied disciplines.

Brings together rare studies at the intersection of geophysics, climate science, and hydrocarbon technologies Provides actionable methodologies for energy extraction, pollution control, and disaster prediction Equips professionals with predictive models and adaptive strategies for coming decades of environmental change

Autorentext

Dr. Tatiana Chaplina graduated from the Faculty of Physics at Lomonosov Moscow State University, where she received her Doctor of Physical and Mathematical Sciences degree. Her research interests include geology, geophysics, geosciences, earth sciences, physical processes in the hydrosphere, and anthropogenic impact on the hydrosphere. She is the author of more than 200 works, including 40 monographs, textbooks and teaching materials. She is the director of Quaternion Publishing House.

She was one of the organizers of the International Youth Conference/School Physical and Mathematical Modeling of Processes in Geomedia, Irreversible Processes in Nature and Technology, and other conferences. She is a co-series editor of Earth and Environmental Sciences Library . She is also an editor of Physical Problems of Ecology (Ecological Physics) and editorial board member of Environment and Energy Science, Processes in Geomedia .

Inhalt

Investigation of the Thermal State of Snow Layers Using a Developed Monitoring System.- Application of climatic and vegetation indicators for zoning the subtropics of Abkhazia.- Experimental study of oil product buildup during oil spills.- Connections between climate change in east kazakhstan and the duration of atmospheric blockings for the spring and summer months of 19612022.- Persistent Organic Pollutants in Some Indonesian Commercial Fish and Health Risks to Local Population.- Natural patterns of free convection: from laboratory models to geological structures.