Products related to Resource:
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Nanotechnology for Sustainable Agriculture : An Innovative and Eco-Friendly Approach
This new volume explores the important and cutting-edge roles that nanotechnology can play in facilitating sustainable agriculture.It provides recent updates on nanobiotechnology in soil science, plant breeding, food science, agricultural tool design and utilization, as well as the impacts of such approaches on properties of soils and plants.The book looks at the use of nanotechnology for crop production and protection, in the creation and application of pesticides, to enhance soil fertility and soil health, as a mitigating factor of plant abiotic stress, and more.The volume explores emerging nanotechnological tools and techniques for crop improvement that include space-inspired speed breeding for crop improvement, nanoparticles as sensing materials, plant nanobionics, nanopore DNA sequencing, and more.
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Natural Resource Conflicts and Sustainable Development
Providing both a theoretical background and practical examples of natural resource conflict, this volume explores the pressures on natural resources leading to scarcity and conflict. It is shown that the causes and driving forces behind natural resource conflicts are diverse, complex and often interlinked, including global economic growth, exploding consumption, poor governance, poverty, unequal access to resources and power.The different interpretations of nature-culture and the role of humans in the ecosystem are often at the centre of the conflict.Natural resource conflicts range from armed conflicts to conflicts of interest between stakeholders in the North as well as in the South.The varying driving forces behind such disputes at different levels and scales are critically analysed, and approaches to facilitate and enforce mediation, transformation and collaboration at these levels and scales are presented and discussed.In order to transform existing resource conflicts, as well as to decrease the risk of future conflicts, approaches that enhance and enforce collaboration for sustainable development at global, regional, national and local levels are reviewed, and sustainable pathways suggested.A range of global examples is presented including water resources, fisheries, forests, human–wildlife conflicts, urban environments and the consequences of climate change. It will be a valuable text for advanced students of natural resource management, environment and development studies and peace and conflict management.The book will also be of interest to practitioners in the field of natural resource management.
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Renewable Energy : Power for a Sustainable Future
The provision of sustainable energy supplies for an expanding and increasingly productive world is one of the major issues facing civilisation today. Renewable Energy examines both the practical and economic potential of the renewable energy sources to meet this challenge.The underlying physical and technological principles behind deriving power from direct solar (solar thermal and photovoltaics), indirect solar (biomass, hydro, wind and wave) and non-solar (tidal and geothermal) energy sources are explained, within the context of their environmental impacts, their economics and their future prospects. Renewable Energy provides both perspective and detail on the relative merits and state of progress of technologies for utilizing the various 'renewables'.The analysis considers emissions, sustainability, cost implications and energy security, as political and economic pressures move society towards a low-carbon future.From an overview of basic energy conversion processes, through a discussion of the individual renewable sources, to a concluding examination of the prospects for their integration into national and international networks and the outlook for renewable energy, this book provides a valuable insight into prospects for the renewables. Online resources Renewable Energy is accompanied by online resources which include: For students:· Auto- marked multiple choice questions to accompany each chapter· Curated links to further information and up-to-date energy statistics.For registered adopters of the book:· Figures from the book: available to download for use in lectures
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Microbial Biofuel : A Sustainable Source of Renewable Energy
Microbial Biofuel: A Sustainable Source of Renewable Energy explores microbial biofuel production from a technical standpoint addressing a wide range of topics including bio alcohol, biodiesel, biohydrogen, biomethane, biohythane, jet fuel, drop-in fuel, bioelectricity, bio-oil, biomass to biofuel, carbon capture, and more. Each chapter provides an in-depth examination of a specific biofuel type, discussing the underlying science, production processes, challenges, and its potential applications.The title draws examples from the latest research and advancements in the field, including cutting-edge technologies, methodologies, and case studies.It covers advances in fermentation strategies and commercial scale implementation of microbial technology for biofuel production along with comprehensive information on bio alcohol, biodiesel, biohydrogen, biomethane etc.The book explores practical applications of microbial biofuels and uses real life examples and case studies.Moreover, the book addresses sustainability and environmental benefits of using renewable energy. The title is an ideal read for graduate students and researchers specialising in bioenergy and chemical engineering.
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What does sustainable resource management mean?
Sustainable resource management refers to the responsible use and conservation of natural resources to meet current needs without compromising the ability of future generations to meet their own needs. It involves managing resources in a way that ensures their long-term availability and minimizes negative impacts on the environment. This approach considers the economic, social, and environmental aspects of resource use to achieve a balance that promotes sustainability. Sustainable resource management aims to maintain the health and productivity of ecosystems while supporting human well-being.
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What can be done for sustainable resource cultivation?
Sustainable resource cultivation can be achieved through various measures such as implementing responsible land and water management practices, promoting biodiversity conservation, and using eco-friendly farming techniques. Additionally, investing in research and development of innovative technologies can help improve resource efficiency and reduce environmental impact. Furthermore, supporting and incentivizing small-scale and local producers can contribute to sustainable resource cultivation by promoting community resilience and reducing the carbon footprint associated with transportation and distribution. Overall, a holistic approach that considers environmental, social, and economic factors is essential for sustainable resource cultivation.
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What is the difference between energy carrier and energy resource?
An energy resource is a natural source of energy that can be harnessed and converted into usable energy, such as fossil fuels, solar energy, wind energy, and hydroelectric power. An energy carrier, on the other hand, is a substance or medium that can store and transport energy from one place to another, such as electricity, hydrogen, or batteries. While energy resources are the original sources of energy, energy carriers are the means by which energy is stored and transported for use in various applications.
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What is more resource-efficient: an iPad or a paper notebook?
An iPad is generally more resource-efficient than a paper notebook. While the production of an iPad requires resources like minerals, metals, and energy, it can store and display a vast amount of information, reducing the need for physical paper. Paper notebooks, on the other hand, require continuous production of paper, which involves cutting down trees, water usage, and energy consumption. Additionally, an iPad can be reused multiple times, whereas a paper notebook is typically used until it is full and then discarded.
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Energy Resource Conflict : Origins and Global Impact
Delve into the history of energy resource conflicts, their present status, and the potential effects of today's energy production decisions on the future of humanity. This book examines international and sometimes intranational conflicts over energy resources, including ancient empires, 20th-century wars over oil, and the explosive growth of renewable energy.The volume begins with a series of chapters tracing the evolution and future implications of energy production and clashes over these vital resources.Next, readers will discover a collection of essays addressing fascinating yet sometimes contentious facets of the subject, including the current limits of renewable energy sources and the role nuclear power should play.A collection of 50 encyclopedic entries round out the book, providing readers with concise explanations of key concepts and terms. Energy resource conflicts have shaped the world we live in.After humans settled across the planet, growing empires began to compete for resources.First, they competed for wood, then steel and coal. The ability to mine these resources and turn them into trains, ships, and weapons decided which countries would dominate the world.Oil became the most important international resource by the turn of the 20th century and has remained so until the present day.But, as the authors argue, humans have the technology to transition from fossil fuels to renewable energy for the vast majority of their energy needs, despite corporate fossil fuel interests.Using advanced statistics on the use and growth of all major energy sources, this book is an excellent source of information on the predicted growth of various forms of energy as well as the inevitable—yet not necessarily peaceful—transition toward renewable and carbon-free energy sources.
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Sustainable Catalysis : Energy-Efficient Reactions and Applications
Highlighting sustainable catalytic processes in synthetic organic chemistry and industry, this useful guide places special emphasis on catalytic reactions carried out at room temperature. It describes the fundamentals, summarizes key advances, and covers applications in industrial processes in the field of energy generation from renewables, food science, and pollution control.Throughout, the latest research from various disciplines is combined, such as homogeneous and heterogeneous catalysis, biocatalysis, and photocatalysis.The book concludes with a chapter on future trends and energy challenges for the latter half of the 21st century. With its multidisciplinary approach this is an essential reference for academic and industrial researchers in catalysis science aiming to design more sustainable and energy-efficient processes.
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Toward Energy-Efficient Buildings : Envelope Technologies and Sustainable Energy Systems
Towards Energy-Efficient Buildings: Envelope Technologies and Sustainable Energy Systems examines the intersection of building design and energy systems analysis, paving the way to sustainable, efficient buildings and our communal energy future.This book begins by outlining the major energy challenges for buildings and the fundamentals and opportunities in envelope technology for their increasing the efficiency of their energy systems.Close analysis of various technologies is then carried out, including case studies and demonstrations of impact assessment techniques.The ways in which these technologies interact with energy systems within the building are drawn out and clarified for a range of readers.Finally, detailed guidance on energy system assessment and analysis is provided.Bringing together these two essential disciplines for sustainable living, Towards Energy-Efficient Buildings will support energy engineers, researchers, and students of energy systems in developing technologies for energy-efficient, sustainable buildings.
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Designing Sustainable Prosperity : Natural Resource Management for Resilient Regions
Tried-and-tested approach for transforming economies that are based on natural resource extraction to create long-term prosperity Designing Sustainable Prosperity (DSP) is a step by step blueprint for transforming economies from being dependent on short term natural resource extraction into long-term sustainable prosperity.The outcome is the creation of sustainable, circular economies that prioritise waste reduction and use recycling and renewable resources to actively implement climate change solutions.A key feature of the process is collaboration between local people, investors, appropriate experts, government and academics.The DSP method outlines seven steps in creating a plan for long-term sustainable regional development, illustrated by several case studies from North and South America which identified potential economic transformations.Designing Sustainable Prosperity explores topics such as: How to determine if and when a region is ready for DSP by analyzing factors such as climate, geology, natural resources and human potentialCase studies highlighting different aspects of the DSP approach, and how to achieve true prosperity which is beyond short-term financial performance “Hard” resources and industries that can fuel a circular economy, such as metals/mining, water/ energy, value added food products and other innovative enterprises “Soft” enabling factors such as workforce availability, educational systems, and socio-economic conditions and how to develop these factors in line with the United Nations Sustainable Development Goals (UNSDGs) DSP shows how to align economic goals with all the UNSDGs.Designing Sustainable Prosperity is an essential and timely resource for professionals and organizations aiming to develop regions sustainably. “Not only a great collection of ideas and references but also a great story in terms of how it brings the pieces together and guides how we can each make a difference.” —Mark Cutifani, Chairman Vale Base Metals, Former CEO at Anglo American plc “Recommended for corporations, politicians and regulators to understand the sequencing necessary to access the energy transition metals and realize 2050 aspirations in a sustainable manner.” —Robert Quartermain, DSc, Canadian Mining Hall of Fame Inductee, Co-Chair Dakota Gold Corp, Former Executive Chairman Pretium Resources Inc “Presents an optimistic, “bottom up” collaboration recipe that leavens outside expertise with community-based history, capabilities, and ambition to move in new directions.” —David J.Hayes, Professor at Stanford University, former senior White House climate advisor for President Biden and the Deputy Secretary and Chief Operating Officer of the U.S.Department of the Interior for Presidents Obama and Clinton
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Which Linux desktop is faster and more resource-efficient: Cinnamon or KDE?
Cinnamon is generally considered to be faster and more resource-efficient than KDE. Cinnamon is a fork of the GNOME Shell and is designed to offer a more traditional desktop environment with a focus on simplicity and speed. KDE, on the other hand, is known for its feature-rich environment and can be more resource-intensive. However, the actual performance and resource usage can vary depending on the specific hardware and software configurations.
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What is resource consumption?
Resource consumption refers to the use of natural resources such as water, energy, minerals, and land to meet human needs and sustain economic activities. It encompasses the extraction, production, distribution, and disposal of resources throughout their lifecycle. Sustainable resource consumption involves using resources efficiently, minimizing waste, and considering the long-term impacts on the environment and society.
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Is plastic a resource?
Yes, plastic can be considered a resource because it is a material that can be used to create a wide variety of products. It is derived from natural resources such as oil and natural gas, and can be recycled and repurposed for multiple uses. However, the overuse and improper disposal of plastic has led to environmental issues, making it important to manage and use plastic as a resource responsibly.
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What is the most efficient way to store energy from renewable energy sources?
The most efficient way to store energy from renewable sources is through battery storage systems. These systems can store excess energy generated from sources like solar or wind power and release it when needed, providing a reliable and consistent energy supply. Battery storage also allows for flexibility in managing energy demand and supply, making it a key component in integrating renewable energy into the grid. Additionally, advancements in battery technology continue to improve efficiency and reduce costs, making it an increasingly viable option for storing renewable energy.
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