The field of environmental geosciences investigates the alterations occurring on Earth. All the components and interactions of the Earth's environment. Atmosphere, ocean, and solid earth (lithos/ geos). Habitability of a planet is determined by these persistent and mutually beneficial interactions. There is a significant gap between what is taught in an undergraduate environmental science program and what is needed in the area of environmental evaluation and mitigation in the present day. An understanding of the Quaternary record, the quantitative evolution of sediment sequences and the tools used to describe them, and the dynamic of fluids at both the surface and the depths below the earth are essential for any environmental geoscientist. Geochemistry, geophysical sciences, process geography, engineering geology, economical geology, sedimentology, history of geology, and structural geology all play important roles in environmental Earth science. In reality, few people ever master every discipline of Earth's environmental sciences. Given the diversity of geologic variables which may interact alongside human activities and the abundance of human impacts on the geologic environment, the expertise of a practicing environmental geoscientist is in high demand. It's paradoxical that as people alter (control?) more of Earth's surface, they leave themselves more exposed to potentially harmful or catastrophic natural phenomena. There has never been a greater need for accurate environmental geoscientific information and knowledgeable environmental geoscientists.

Presents an introduction to environmental geology, including the causes and results of environmental changes.

This edited book gives a general overview on current research, focusing on geoenvironmental issues and challenges in hydrogeosciences in model regions in Asia, Europe, and America, with a focus on the Middle East and Mediterranean region and surrounding areas. This proceedings book is based on the accepted papers for oral/poster presentations at the 2nd Springer Conference of the Arabian Journal of Geosciences (CAJG-2), Tunisia 2019. It offers a broad range of recent studies that discuss the latest advances in geoenvironmental and hydrogeosciences from diverse backgrounds including climate change, geoecology, biogeochemistry, water resources management, and environmental monitoring and assessment. It shares insights on how the understanding of ecological, climatological, oceanic and hydrological processes is the key for improving practices in environment management, including the eco-responsibility, scientific integrity, and social and ethical dimensions. It is of interest to scientists, engineers, practitioners, and policymakers in the field of environmental sciences including climatology, oceanography, ecology, biogeochemistry, environmental management, hydrology, hydrogeology, and geosciences in general. In particular, this book is of great value to students and environment-related professionals for further investigations on the state of Earth systems.

Intended for the introductory-level college course, the principal aim of this text is to present the student with a broad overview of environmental geology. The text looks both at how the earth developed into its present condition and where matters seem to be moving for the future. It is hoped that this knowledge will provide the student with a useful foundation for discussing and evaluating specific environmental issues, as well as for developing ideas about how the problems should be solved.

Geosciences, Environment and Man has three major objectives, which determine the division in three parts of this volume: I. To consider the main natural geological processes interfering with and therefore threatening the activities of man: earthquakes, volcanic eruptions, land movements, floods, wind and coastal risks; main prevention and mitigation measures against these natural hazards are presented. II. To examine the exploitation of earth's natural resources such as materials, ores and minerals, fossil fuels, water, radioactivity, and the resulting consequences on solid Earth balance and future. III. To assess the hold level reached by the activities of man on planet surface envelopes through agriculture, urbanization, industrialization, and communication; the local to global effects of human influence triggered by recent demographic growth on underground, soils, water and air characters are taken into account. Both deteriorating and beneficial aspects of Earth - the interactions of man are emphasized, as well as mitigation or restoration measures and perspectives.

For courses in Environmental Geology taken by introductory, non-science majors. Also appropriate for Physical Geology courses emphasizing an environmental perspective. As the human population increases, many decisions concerning our use of natural resources will determine our standard of living and the quality of our environment. This text helps non-science majors develop an understanding of how geology and humanity interface. Ed Keller the author who first defined the environmental geology course focuses on five fundamental concepts of environmental geology: Human Population Growth, Sustainability, Earth as a System, Hazardous Earth Processes, and Scientific Knowledge and Values. These concepts are introduced at the outset of the text, integrated throughout, and revisited at the end of each chapter. Included with every text, the Hazard City CD-ROM gives instructors meaningful, easy-to-assign, and easy-to-grade assignments based on the idealized town of Hazard City.