Meeting the targets of the UN Sustainable Development Goals (SDGs) requires contributions by scientists focusing on understanding, monitoring, protecting, managing and restoring the natural environment, including geoscientists. This book presents the first detailed discussion on the role of the geological sciences (geosciences) community in the implementation of the SDGs. Unlike traditional geosciences textbooks, it is structured according to development priorities, framed in the context of the 17 SDGs. Written by international experts from diverse range of geosciences / development disciplines, it explores themes linked to both science and the professional practice of science (e.g., ethics, equity, conduct, and partnerships). The book is intended for graduate and senior undergraduate students in the earth sciences, as well as practicing geologists and experts from other sectors involved in sustainability initiatives.

Meeting the targets of the UN Sustainable Development Goals (SDGs) requires contributions by scientists focusing on understanding, monitoring, protecting, managing and restoring the natural environment, including geoscientists. This book presents the first detailed discussion on the role of the geological sciences (geosciences) community in the implementation of the SDGs. Unlike traditional geosciences textbooks, it is structured according to development priorities, framed in the context of the 17 SDGs. Written by international experts from diverse range of geosciences / development disciplines, it explores themes linked to both science and the professional practice of science (e.g., ethics, equity, conduct, and partnerships). The book is intended for graduate and senior undergraduate students in the earth sciences, as well as practicing geologists and experts from other sectors involved in sustainability initiatives.

Geoethics for the Future: Facing Global Challenges offers the latest points of view on highly topical issues in geosciences, including climate change, sustainable development, and energy transition, enabling readers to acquire multifaceted knowledge of topics of global relevance and highlighting the importance of the issues affecting geosciences in the 21st Century. The book outlines how geoethical considerations are integral in providing new insights and analyses for improving the theoretical structure of geoethics and its practical applications, with an aim to create conditions for sharing perspectives on the best ways for implementing scientific action to face global anthropogenic changes. - Covers upcoming and current key topics, and emphasizes the urgency to find reference frameworks and effective solutions to the issues associated with them. - Includes multifaceted analyses on relevant topics, by leveraging the cross-cutting contributions of experts to address urgent, global, and complex issues related to human-Earth system interaction. - Provides an indispensable basis for discussion to guide scientists in considering their own responsibilities and to highlight the societal relevance of the geosciences. - Discusses philosophical, ethical, social, political, economic, legal, and theological aspects of geoscience, technological applications, and anthropogenic impacts on physical environment through the lens of geoethics, in time of profound planetary changes. - Bridges the geosciences, social sciences, and humanities, aiming to address the socio-ecological crisis from multiple perspectives and with greater effectiveness.

This book is a product of the joint efforts of interdisciplinary academic fields under the integrative framework of human geoscience. Human geoscience is a new genre of geoscience concerned with the natural phenomena that occur on the surface of the Earth and their relations with human activities. It therefore has connections with many fields of geoscience, namely, physical geography, geomorphology, geology, soil science, sedimentology, seismology, volcanology, meteorology, climatology, oceanography, and hydrology. It also has strong links to the humanities, social sciences, agricultural sciences, and engineering related to disaster prevention or mitigation. All these disciplines are important fields for understanding disasters and global environmental problems and for evaluating the associated risks comprehensively, then proposing mitigation strategies.The volume is designed for those who may not necessarily have a geoscience background but have broad scientific interest in understanding the causes, mechanisms, and consequences of geo-disasters and global environmental problems and wish to make the world more sustainable on that basis. The book consists of six parts: I. Introduction, II. Earth Surface Realms, III. Natural Resources and Society, IV. Natural Hazards and Society, V. Global Environmental Problems, and VI. Global Sustainability Programmes and Human Geoscience, which discusses the contribution of this field of science to a new comprehensive framework for global sustainability.

This book focuses on the potential natural resources of Bangladesh from Precambrian to recent times and their detailed geological background. Natural resources and their management are important for the sustainable economic development of a country. Focusing on the geological setting of the Bengal Basin, Bangladesh Geosciences and Resources Potential introduces and comprehensively describes the depositional environments, status and prospects of the potential natural resources of Bangladesh. Individual chapters outline the potential resources comprising a wide range of deposit types across the country. A selective overview of these natural resources—metallic minerals, coal, limestone, hydrocarbon, peat, placer deposits, surface, groundwater and so forth—is provided with relevant references. The book gives a synthesis of the issues in the mineral, hydrocarbon and water resource sectors from a resource-economic perspective. FEATURES Provides a geoscientific knowledge of the potential natural resources with relevant maps, figures and tables pertaining to the Bangladesh region Explains the resource-economic context, geomorphology and sustainable land use and the effects of climate change on both surface water and groundwater resources Discusses resource potentials based on systematic geological stages Presents the resources of renewable energy and discusses how to increase their use and effectiveness Reinforces basic geological processes and outcomes with an understanding of resource geology and constraints on natural resource management This book is aimed at researchers, graduate students and professionals in geology, energy and mineral resources, hydrogeology, water resources engineering, the environmental sciences and resource exploration and planning.

The Encyclopedia of Mathematical Geosciences is a complete and authoritative reference work. It provides concise explanation on each term that is related to Mathematical Geosciences. Over 300 international scientists, each expert in their specialties, have written around 350 separate articles on different topics of mathematical geosciences including contributions on Artificial Intelligence, Big Data, Compositional Data Analysis, Geomathematics, Geostatistics, Geographical Information Science, Mathematical Morphology, Mathematical Petrology, Multifractals, Multiple Point Statistics, Spatial Data Science, Spatial Statistics, and Stochastic Process Modeling. Each topic incorporates cross-referencing to related articles, and also has its own reference list to lead the reader to essential articles within the published literature. The entries are arranged alphabetically, for easy access, and the subject and author indices are comprehensive and extensive.

Geodiversity and geoheritage are emerging topics within the geosciences that are increasingly interconnected to biodiversity research and the humanities through the intersection between Earth and culture. Understanding, recognizing and conserving geodiversity is important for various domains, including geology, geomorphology, geography, ecology, conservation and land management. Geodiversity helps preserve Earth's geoheritage, support biodiversity, manage geohazards and promote sustainable land use. Geoheritage also connects with geotourism development and is integral to territorial development studies. This volume showcases theoretical research and case studies prepared by a stimulating selection of early career scientists alongside experienced researchers. The first part of this book is dedicated to conceptual chapters on geodiversity that consider its links to other studies. The second and third sections present an integrated view of geodiversity, geoheritage and landscape through their management and conservation. This volume charts the diversity of research and those working in the field of geodiversity and geoheritage. Through these multidisciplinary perspectives, we invite emerging and early researchers to continue the conversation and strengthen this dynamic field of study.