Good quality education is an essential tool for achieving a more sustainable world. This was emphasised at the UN World Summit in Johannesburg in 2002 where the reorientation of current education systems was outlined as key to sustainable development. Education for sustainable development (ESD) promotes the development of the knowledge, skills, understanding, values, and actions required to create a sustainable world, which ensures environmental protection and conservation, promotes social equity, and encourages economic sustainability. The concept of ESD developed largely from environmental education, which has sought to develop the knowledge, skills, values, attitudes, and behaviours in people to care for their environment. The aim of ESD is to enable people to make decisions and carry out actions to improve our quality of life without compromising the planet. It also aims to integrate the values inherent in sustainable development into all aspects and levels of learning. Education and the future are inseparably intertwined. It is impossible to think about educational matters without making references to the future. Our understanding of future determines, for example, what knowledge and which skills are important for the next generation. Regarding sustainability issues, it makes a difference whether sustainability is thought as a concrete aim which can be reached through technical innovation and efficiency, or whether it is more a normative direction which needs to be determined democratically. Futures in education determine decisions in the present and thus can be understood as “futures for the present.” If the future is the same as the present or can be predicted with any certainty, then it would seem to be not so difficult to decide what the next generation should best be equipped with. However, if the future is presumed to be uncertain, which is ultimately the case, then the necessary knowledge and skills are not that easy to determine.On closer observation of society and educational practice, the described idealized picture of education seems difficult to maintain. Especially institutionalized education isfar from being free of external influences. The promise of a better future has been shattered because of a few severe global crises. Future in post-modern societies has come to be understood,instead, as uncertain, and contingent.

This book discusses the role of ESD stakeholders at university level, involving civil society and the private sector and public sectors (including local, national and intergovernmental bodies). In particular, it describes practical experiences, partnerships, networks, and training schemes for increasing the capacity of ESD and other initiatives aimed at promoting education for sustainable development taking place at institutions of higher education. In order to meet the pressing need for publications that may promote stakeholders’ involvement in ESD in higher education, the book particularly focuses on state-of-the-art approaches, methods, initiatives and projects from around the world, illustrating the contribution of different stakeholder groups to sustainable development in higher education on an international scale.

Arguing for life, moral and values education as a bedrock for the original goals of school education, this monograph explores how life and values education is conceptualised and imparted in Greater China. Under a globalized, transnational, and technological world, where there has been an increase in people’s mobility, in information and cultural exchanges, there is also a growing emphasis on personal and professional ethics. Against this context, life, moral and values education has gained attention for its impact on shaping students' characters as future citizens. However, the cultivation of these values is made deeply diversified and complex by varying interpretations of "life education" and "values education" across societies, given that different societies are influenced by different socio-cultural traditions, educational ideologies and religious beliefs. The means and approaches towards life education also vary vastly from formal school subjects, school-based programmes as well as teachers and peers’ role modelling, community services, extra-curricular activities, school discipline, charity work, pastoral care, and school ethos. Recognising this inherent diversity and complexity in the approach to and the dissemination of life education, the contributors to this volume survey the practice of life education in Greater China so far, suggesting that life education is most effective when it is "diversified, dynamic and developmental across contexts". This book will provide the opportunity for engaging in important and serious debates about the future and the values that will underpin it and will prove of special interest to scholars and practitioners working on education policies curriculum development and teacher education in Greater China.

Disaster policies present a new challenge to the practitioners and students of global politics; this book explains how political science enriches the contribution of the social sciences to the study of disaster relief, aid and reconstruction following the major disaster events, both natural and man-made, of recent times.

The European continent is warming at more than twice the global average. The human and economic costs of higher temperature and more frequent and extreme natural disasters—already substantial in Europe—are expected to increase further unless suitable adaptation strategies are implemented. This paper shows that while Europe's overall vulnerability to climate risks is lower than other regions’, the countries in Central and Eastern Europe face greater human and economic costs from climate disasters compared to their advanced European peers, which are likely to further increase in the future. We use an ensemble of climate models to project future climates for each country in Europe, and identify the country whose present climate best approximates this projection. We rely on this information on countries’ representative future exposure to climate risks to calibrate country-level macro analyses of natural disasters, and how investment in adaptative infrastructure can help mitigate these shocks. We find that adaptation infrastructure can significantly reduce output losses from natural disasters, mitigate medium-term economic scarring, and support sustainable long-term growth. However, we show that effective implementation of adaption strategies in EMEs/LICs is likely to be constrained by limited domestic financial resources, weaker institutional quality, and may create policy trade-offs, if not accompanied by external support.

This book presents a system view of the digital scientific and technological revolution, including its genesis and prerequisites, current trends, as well as current and potential issues and future prospects. It gathers selected research papers presented at the 12th International Scientific and Practical Conference, organized by the Institute of Scientific Communications. The conference “Artificial Intelligence: Anthropogenic Nature vs. Social Origin” took place on December 5–7, 2019 in Krasnoyarsk, Russia. The book is intended for academic researchers and independent experts studying the social and human aspects of the Fourth Industrial Revolution and the associated transition to the digital economy and Industry 4.0, as well as the creators of the legal framework for this process and its participants – entrepreneurs, managers, employees and consumers. It covers a variety of topics, including “intelligent” technologies and artificial intelligence, the digital economy, the social environment of the Fourth Industrial Revolution and its consequences for humans, the regulatory framework of the Fourth Industrial Revolution, and the “green” consequences, prospects and financing of the Fourth Industrial Revolution.

This book presents papers from the 10th Applied Research Conference in Africa (ARCA), showcasing the latest research on education and inclusive, safe, resilient, and sustainable communities. The conference is focused on applied research discussion and its dissemination, developing understanding about the role of research and researchers in the development of the continent. Education is a key driver to transform lives, build peace, eradicate poverty and drive sustainable development in Africa. Researchers face large challenges to making a meaningful contribution to the development of Africa. It is a continent where research can at time be not viewed directly related to development. The aim of the Applied Research Conference in Africa is to provide a platform for capacity building and networking among researchers in Africa. The proceedings is focussed on applied research, its discussion and dissemination and will be if interest to researchers, professors, graduate students, policymakers and professionals in industry.

This book presents how to keep working on education in contexts of crisis, such as emergencies, zones of conflict, wars and health pandemics such as COVID-19. Specifically, this work shows a number of strategies to support global learning and teaching in online settings. Particularly, it first presents how to facilitate knowledge sharing and raising awareness about a specific crisis, to increase people’s safety, including educators and learners. The book then discusses various techniques, mechanisms and services that could be implemented to provide effective learning support for learners, especially in learning environments that they do not daily use, such as physical classrooms. Further, the work presents how to teach and support online educators, no matter if they are school teachers, university lecturers, youth social workers, vocational training facilitators or of any other kind. Finally, it describes worldwide case studies that have applied practical steps to keep education running during a crisis. This book provides readers with insights and guidelines on how to maintain learning undisrupted during contexts of crisis. It also provides basic and practical recommendations to the various stakeholders in educational contexts (students, content providers, technology services, policy makers, school teachers, university lecturers, academic managers, and others) about flexible, personalised and effective education in the context of crisis.

Summing up knowledge and understanding of engineering geology as is applies to the urban environment at the start of the 21st century, this volume demonstrates that: working standards are becoming internationalised; risk assessment is driving decision-making; geo-environmental change is becoming better understood; greater use of underground space is being made; and IT advances are improving subsurface visualization. --