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Climate Change, Community Response and Resilience : Insight for Socio-Ecological Sustainability Volume 6
Climate Change, Community Response, and Resilience: Insight for Socio-Ecological Sustainability, Volume Six presents a fundamental theoretical framework for understanding how community resilience and risk assessment affect climate change adaptation behavior.This framework is based on a 26-chapter theoretical and empirical examination that includes pioneer projects from various regions that illustrate the relationship between theory and practice, reflect a paradigm shift in climate change, community response, and resilience, and focus on these important aspects from a sectoral perspective.Climate change, ecological consequences and resilience are then discussed in the final section. Members of the Royal Meteorological Society are eligible for a 35% discount on all Developments in Weather and Climate Science series titles.See the RMetS member dashboard for the discount code.
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Building Rural Community Resilience Through Innovation and Entrepreneurship
Drawing from empirical analyses, case studies, and a synthesis of best practices, this book explores how innovation manifests itself in rural places and how it contributes to entrepreneurial development and resilience.Innovation in rural places may come about as a result of new forms of collaboration; policies that leverage rural assets and address critical service or product gaps; novel strategies for accessing financial capital; infusion of arts into aspects of community life; and cultivation of networks that bridge entrepreneurs, organizations, and institutions.The chapters illustrate how a number of innovation-related characteristics relate to economic vibrancy in rural places such as a strong connection to the arts, adaptive and sustainable use of natural resources, value-chain integrated food systems, robust bridging social capital networks, creative leveraging of technology, and presence of innovation-focused entrepreneurs.Through exploration of these and other topics, this book will provide insights and best practices for rural community and economic development scholars and practitioners seeking to strengthen the rural innovation ecosystem.
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Innovation in Music: Technology and Creativity
Innovation in Music: Technology and Creativity is a groundbreaking collection bringing together contributions from instructors, researchers, and professionals.Split into two sections, covering composition and performance, and technology and innovation, this volume offers truly international perspectives on ever-evolving practices. Including chapters on audience interaction, dynamic music methods, AI, and live electronic performances, this is recommended reading for professionals, students, and researchers looking for global insights into the fields of music production, music business, and music technology.
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Everyday Life-Environmentalism : Community Sustainability and Resilience in Asia
This book provides one of the first systematic introductions to the Japanese concept of life-environmentalism, Seikatsu-Kankyo Shugi.This concept emerged in the 1980s as a shared research framework among Japanese social scientists studying the adverse consequences of postwar industrialization on everyday life in communities. Life-environmentalism offers a lens through which the agency of small communities in sustaining their everyday life and living environment can be understood.The book provides an overview of this approach, including intellectual backgrounds and foundational concepts, along with a variety of empirical case studies that examine environmental and sustainability issues in Japan and other parts of Asia.It also includes critical reflections on the approach in light of contemporary sustainability challenges.The empirical topics covered in the book include local community responses to development projects, resource governance, disaster response and recovery, and historical environmental preservation.The chapters are contributed by researchers working at the forefront of the field.It provides only a glimpse into the vast literature that awaits further exploration and engagement in the future. The book is suitable for upper undergraduate students, graduate students, and researchers interested in environmental problems, sustainability and resilience, disaster mitigation and response, and regional development in Asian contexts, particularly Japan.It is well-suited for courses in anthropology, geography, sociology, urban and regional planning, political science, Asian studies, and environmental studies.
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What is the difference between volume fraction and volume concentration?
Volume fraction and volume concentration are often used interchangeably, but they have slightly different meanings. Volume fraction refers to the ratio of the volume of a solute to the total volume of the solution, expressed as a decimal or percentage. On the other hand, volume concentration specifically refers to the amount of solute present in a given volume of solution, often expressed in units such as molarity or molality. In summary, volume fraction is a measure of the proportion of the solute in the entire solution, while volume concentration is a measure of the amount of solute in a specific volume of the solution.
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What is the difference between molar volume and specific volume?
Molar volume is the volume occupied by one mole of a substance at a specific temperature and pressure, while specific volume is the volume occupied by a unit mass of a substance. Molar volume is expressed in units of volume per mole, such as liters per mole, while specific volume is expressed in units of volume per unit mass, such as cubic meters per kilogram. Molar volume is used in the context of chemical reactions and stoichiometry, while specific volume is used in the context of fluid mechanics and thermodynamics.
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How do you calculate the tank volume or the cylinder volume?
To calculate the volume of a tank or cylinder, you can use the formula V = πr^2h, where V is the volume, π is a constant (approximately 3.14159), r is the radius of the base of the cylinder, and h is the height of the cylinder. If you have the diameter of the cylinder instead of the radius, you can use the formula V = π(d/2)^2h, where d is the diameter. Simply plug in the values for r and h into the formula and solve for V to find the volume of the tank or cylinder.
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What is the difference between data volume and high-speed volume?
Data volume refers to the amount of data being processed or stored, while high-speed volume refers to the rate at which data is being processed or transmitted. In other words, data volume is about the quantity of data, while high-speed volume is about the speed at which data is being handled. For example, a large data volume might require high-speed volume processing to efficiently handle and analyze the data in a timely manner.
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Fashion and Environmental Sustainability : Entrepreneurship, Innovation and Technology
The wide range of topics that the book covers are organised into sections reflecting a cradle to grave view of how entrepreneurial, innovative, and tech-savvy approaches can advance environmental sustainability in the fashion sector.These sections include: sustainable materials; innovation in design, range planning and product development; sustainable innovations in fashion supply chains; sustainable innovations in fashion retail and marketing; sustainable alternatives for end-of-life and circular economy initiatives; and more sustainable alternative fashion business models.
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Entrepreneurship and Innovation Policy and the Economy : Volume 2 Volume 2
Rigorous nonpartisan research on the effects of economic forces and public policy on entrepreneurship and innovation. Entrepreneurship and innovation are widely recognized as drivers of economic dynamics and long-term prosperity.This series communicates key findings about the implications of entrepreneurial and innovative activity across the economy.In the first paper, Joseph Barberio, Jacob Becraft, Zied Ben Chaouch, Dimitris Bertsimas, Tasuku Kitada, Michael Li, Andrew Lo, Kevin Shi, and Qingyang Xu explore pharmaceutical firms’ weak incentives to develop vaccines against prospective diseases—due to high investment risks, low expected returns, and the rarity of pandemics— and consider a portfolio approach to financing vaccine research.Next, Daniel Hemel and Lisa Larrimore Ouellette describe a “trilemma” between quality, price, and access that appears after a generic pharmaceuticals patent expires, and show that it is difficult in a regulatory context to achieve distinct goals around price, access, and quality simultaneously.In the third paper, Silvia Dalla Fontana and Ramana Nanda examine the role of patents in the transition to a carbon-free world.They find relative to other technological areas, “Net Zero patents” are close to the scientific frontier, but due to difficulties of commercializing inventions, the share of such patents that are venture-backed has been increasingly directed to areas outside clean tech and other “deep” technologies.Jacquelyn Pless examines the effects of divestment from firms in “dirty” industries on innovation to combat climate change, or “green innovation.” She finds that compared with divesting, investing in firms and engaging with green corporate governance practices may induce more green innovation.Next, Robert Fairlie and David Robinson find that Black-owned innovative-intensive new businesses start smaller than their peers and do not converge in size over time.Differential access to bank financing is a major factor.Also “soft information,” which can help new businesses without established track records, can increase barriers for black founders and limit entrepreneurial pathways to prosperity.Finally, Jonathan Gruber, Simon Johnson, and Enrico Moretti consider the regional concentration of innovative activity in the United States.They find that while the concentration of activity has net advantages today, understanding the long-term benefits of more diffuse innovation clusters —including equity, industrial diversification, and talent development—is important.
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Entrepreneurship and Innovation Policy and the Economy : Volume 3 Volume 3
Rigorous nonpartisan research on the effects of economic forces and public policy on entrepreneurship and innovation. Entrepreneurship and innovation are widely recognized as drivers of economic dynamics and long-term prosperity.This series communicates key findings about the implications of entrepreneurial and innovative activity across the economy. Entrepreneurship and Innovation Policy and the Economy, Volume 3, synthesizes key findings about entrepreneurial and innovative activity in the U.S. economy, conveying insights on contemporary challenges and providing an analytical base for policy design.In the first paper, Jorge Guzman, Fiona Murray, Scott Stern, and Heidi Williams examine regional innovation engines and highlight the place-specific actions, potential bottlenecks, and roles of different stakeholders in catalyzing entrepreneurship and innovation.Next, Lee Branstetter and Guangwei Li examine the challenges faced by the Chinese central government in implementing industrial policy to push the technology frontier while local governments and businesses deploy resources to advance their own, not necessarily aligned, interests.Turning to climate issues, James Sallee analyzes policies aimed at accelerating the energy transition by hastening the replacement of durable capital assets like automobiles and residential appliances that last for decades and slow the adoption of cleaner technologies.Joshua Gans studies cryptocurrencies and other crypto-token-based instruments and the broad range of government responses to them, particularly in the U.S.Finally, Ina Ganguli and Fabian Waldinger consider the effects of the Russian invasion of Ukraine on the human capital in the Ukrainian science community.
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Digital Engineering, Environment and Heritage, Volume 2
The main construction of HS2, Britain’s high-speed rail network, began in September 2020 when Main Works Civils Contractors moved from enabling works, scheme design and preparatory work to full construction of the railway.The low-carbon network will link London and the West Midlands and extend services to the North and Scotland, serving more than 25 stations.High-speed trains will reach speeds of 225mph and transform journey times. This volume of High Speed Two: Infrastructure Design and Construction from the HS2 Project, contains a collection of papers submitted to HS2 Ltd’s Technical Papers Competition.Contributions have come from consultants, contractors, suppliers and third-party stakeholders involved in developing the planned infrastructure of the HS2 project.As part of HS2’s Learning Legacy commitment, the organisation seeks to share its learnings and best practices with the rest of the industry throughout the project lifecycle. This volume offers high-quality papers on the best practice in planning, design, construction and management for large-scale railway infrastructure projects.For more papers from HS2 Ltd’s Technical Papers Competition, please see High Speed Two (HS2): Infrastructure Design and Construction (Volume 1), the companion to this volume.
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What is data volume?
Data volume refers to the amount of data that is being stored, processed, or transferred within a system or organization. It is typically measured in terms of bytes, kilobytes, megabytes, gigabytes, terabytes, or even petabytes. Managing data volume is crucial for ensuring efficient data storage, processing, and analysis, as well as for maintaining system performance and scalability.
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What is lung volume?
Lung volume refers to the amount of air that the lungs can hold at different stages of breathing. It is typically measured in terms of different capacities, such as tidal volume (the amount of air inhaled and exhaled during normal breathing), inspiratory reserve volume (the additional air that can be inhaled after a normal breath), and expiratory reserve volume (the additional air that can be exhaled after a normal breath). Lung volume is an important measure of lung function and can be affected by various factors such as age, gender, and lung diseases.
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What is the volume?
Volume is a measurement of the amount of space occupied by a three-dimensional object. It is typically measured in cubic units such as cubic meters or cubic centimeters. To calculate the volume of an object, you multiply the length, width, and height of the object together. Volume is an important concept in mathematics and science, used to quantify the size or capacity of objects or containers.
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Is the volume exhausted?
Without more context or information, it is difficult to determine if the volume is exhausted. It would depend on what volume is being referred to - whether it is a physical volume of a substance, a volume of data storage, or some other type of volume. Additional details would be needed to accurately assess if the volume is exhausted.
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