This book provides a much needed overview of the agrourbanism topic in the context of territorial studies. It carefully looks at rural, urban, periurban farming in both professional and unprofessional capacities as one of the main sustainable forms of land use and management. This cutting edge text explores the various forms of agricultural and urban planning, as well as the main innovations that the agro-urban approach entails in terms of governance, spatial dimensions and functions. Agrourbanism provides a breadth of information and serves as a practical study of concerns facing policy and decision makers, planners and landscape managers, as well as farmers, managers of protected areas, local authorities and local action groups. As such this book is suitable as a course accompaniment to provide an overview of the complexity of agro-urban issues.

The book contains proceedings of the XV International Scientific Conference INTERAGROMASH 2022, Rostov-on-Don, Russia. The agro-industrial complex is the most extensive and vital industry. It is rapidly developing by introducing the latest technologies and automating various processes necessary for the functioning of this area. The book is dedicated to engineering technologies of precision farming and agricultural robotics. It includes studies on natural resources variability, sustainable soil management, Agro Big Data, Internet of Things, software and mobile apps for precision agriculture, smart weather for precision agriculture, simulations models and decision support systems, expert systems, DGPS, soil physical and chemical characteristic sensors, machinery, etc. Different types of agricultural robots are presented in the book: autonomous fruit picking robots, farming bots that can seed and water plants, test the soil and remove weeds, completely autonomous robot for ecological and economical ultra-high precision spraying and weeding, harvesting robots with the special vision systems that can “see” fruits and understand whether they're ripe and ready to pick, and others. Also, the book covers advances in agricultural biotechnology in such areas of research as crop production improvement practices, genetic modification, as well as microbial biotechnology in agriculture, etc. The book is aimed for scientists, researchers, and graduate students. It is also useful for representatives of regional authorities, as it gives an idea of existing high-tech solutions for agriculture. The book is written and edited by international researchers, academics, and experts in the corresponding research areas.

This second edition covers recent developments around the world with contributors from 33 different countries. It widens the handbook’s scope by including ecological design; consideration of cultural dimensions of the use and conservation of urban nature; the roles of government and civil society; and the continuing issues of equity and fairness in access to urban greenspaces. New features include an emphasis on the biophilic design of homes and workplaces, demonstrating the value of nature, in order to counter the still prevalent attitude among many developers that nature is a constraint rather than a value. The volume explores great practical achievements that have occurred since the first edition, with many governments increasingly recognizing and legislating on urban nature and green infrastructure matters, since cities play a major role in adapting to change, particularly to climate crisis. New topics such as the ecological role of light at night and human microbiota in the urban ecosystem are introduced. Additional attention is given to food production in cities, particularly the multiple roles of urban agriculture and household gardens in different contexts from wealthy communities to the poorest informal settlements in deprived communities. The emphasis is on demonstrating what can be achieved, and what is already being done. The book aims to help scholars and graduate students by providing an invaluable and up-to-date guide to current urban ecological thinking across the range of disciplines, such as geography, ecology, environmental science/studies, planning, and urban studies, that converge in the study of towns and cities and urban design and living. It will also assist practitioners and civil society members in discovering the ways diff erent specialists and thinkers approach urban nature.

The book describes the significant multidisciplinary research findings at the Università Politecnica delle Marche and the expected future advances. It addresses some of the most dramatic challenges posed by today’s fast-growing, global society and the changes it has caused. It also discusses solutions to improve the wellbeing of human beings. The book covers the main research achievements in the different disciplines of the physical sciences and engineering, as well as several research lines developed at the university’s Faculty of Engineering in the fields of electronic and information engineering, telecommunications, biomedical engineering, mechanical engineering, manufacturing technologies, energy, advanced materials, chemistry, physics of matter, mathematical sciences, geotechnical engineering, circular economy, urban planning, construction engineering, infrastructures and environment protection, technologies and digitization of the built environment and cultural heritage. It highlights the international relevance and multidisciplinarity of research at the university as well as the planned research lines for the next years.

The core activities of urban agriculture are involved with producing, processing, marketing, distributing, and consuming food. Urban agriculture also provides services and outcomes through transforming neglected or damaged landscapes, lives, and livelihoods. This book focuses on the so-called 'ancillary benefits' of urban agriculture in terms of healing economies, connections, aesthetics, heritage, and sites and societies - in short, what might be referred to in an holistic sense as the emerging paradigm of 'agrourbanism'. More than seventy case studies from around the world are reviewed throu.

In Agrotropolis, historian J. T. Way traces the developments of Guatemalan urbanization and youth culture since 1983. In case studies that bring together political economy, popular music, and everyday life, Way explores the rise of urban space in towns seen as quintessentially "rural" and showcases grassroots cultural assertiveness. In a post-revolutionary era, young people coming of age on the globally inflected city street used popular culture as one means of creating a new national imaginary that rejects Guatemala's racially coded system of castes. Drawing on local sources, deep ethnographies, and the digital archive, Agrotropolis places working-class Maya and mestizo hometowns and creativity at the center of planetary urban history.

Spatial planning defines how men use one of the most important and scarce resources on Earth: land. Planners therefore play a key role in countering or deepening the current ecological crisis. To foster ecological transitions, planning scholars and practitioners need to be equipped with sound theories and practical tools. To this end, this book advocates a re-foundation of spatial planning under the paradigm of “ecological rationality”, based on the revaluation of early pioneers of ecological planning and mutual fertilization with different disciplines, including decision-making science, ecology, (eco)system theory, land use science and political ecology. The key principles of ecological rationality and its application to spatial planning are discussed and this conceptual framework is used to explain the main underlying drivers of ecological degradation and their spatial manifestations at the local level. Current policy instruments in the European context, which can be used to underpin ecological planning, such as Green Infrastructure and the Mapping and Assessment of Ecosystem Service (MAES) initiative, are also examined.