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Gesamtkatalog

Catalogue complet

Mohaghegh S: Artificial Intelligence for
Science and Engineering Applications

Artificial Intelligence for Science and Engineering Applications

This book appraises the place of partnerships in the pursuit of the 2030 Agenda across diverse international cases and tourism industry contexts. The potential for tourism to contribute to the Sustainable Development Goals is roundly acknowledged, with SDG17 (Partnerships for the Goals).

Tourism, the SDGs, and Partnerships

Gen AI is changing the way you work. So why is your team stuck in neutral?The adoption of generative AI is now widespread, yet it is still typically used on an individual basis: one person, one screen, one task. Meanwhile, the most important work in organizations happens in teams. The transformative potential of enhancing teamwork with gen AI is too big to ignore; fortunately, you can make AI-enabled collaboration real right now and see immediate results.The HBR Guide to Generative AI for Teams is packed with practical tips, prompts, and case studies to elevate team-based work. Whether you're a team leader, manage AI transformation initiatives, or facilitate group work of any kind, you'll learn how to: <ul><li>Bring gen AI into any meeting, workshop, or session</li><li>Run better brainstorms, business reviews, and retrospectives</li><li>Leverage gen AI as a team member, not just a notetaker</li><li>Use your team's collective judgment to avoid pitfalls</li><li>Reach team outcomes that were impossible before gen AI</li><li>Establish a new "humans+AI" way of working in teams</li></ul>Arm yourself with the advice you need to succeed on the job, with the most trusted brand in business. Packed with how-to essentials from leading experts, the HBR Guides provide smart answers to your most pressing work challenges.

HBR Guide to Generative AI for Teams

Environmental, Social, and Governance (ESG) criteria have become essential benchmarks for assessing environmental impact, social responsibility, and corporate governance practices. In an era where climate change poses unprecedented challenges, effective climate risk management is critical for businesses to navigate and mitigate the risks associated with a rapidly changing world. This book delves into the intersection of ESG and climate risk management, offering a comprehensive exploration of how ESG policies can address climate change and drive sustainable practices. It examines key topics such as the role of ESG in mitigating climate risks, the influence of ESG ratings on sustainable finance, and the evolving regulatory landscape surrounding ESG and climate change.Features: ¿ Introduces concept of Environmental, Social and Corporate Governance (ESG) and Climate Risk Management. ¿ Explains integration of ESG policies to effectively mitigate climate risk. ¿ Provides the business Case for ESG and Climate Risk Management. ¿ Explains the concept of Socially Responsible Investing (SRI) and Impact Investing. ¿ Reviews how to remove bottlenecks in the implementation of ESG for climate risk management. This book is aimed at researchers and graduate students in environmental sciences, climate risk management, and sustainable finance.

Pathways for Sustainable Growth

Environmental, Social and Corporate Governance and Climate Risk Management

Often overlooked as a hazardous industry, agriculture is an essential industry that sustains human life and socioeconomic systems. This book offers an overview of the industry and workforce including agricultural production in a global economy, demographics of the workforce, regulations, statistics and organizations focusing on agricultural safety and health. It covers infectious diseases toxic agents, and injuries to which agricultural populations are exposed to daily.Agricultural Medicine: Occupational &amp; Environmental Safety and Health for Agricultural and Rural Populations is the comprehensive, go-to textbook and reference for students and practicing professionals of rural medicine, safety, and public health. Now in its third edition, this book focuses on the specialty area of occupational safety, health, and medicine that deals with the identification, assessment, diagnosis, treatment, and prevention of illnesses and injuries in farmers, farm workers, and their families. It provides current evidence-based information to address the occupational safety and health concerns of workers in one of the most hazardous industries in the world. New to this edition are specific hazards presented by global climate change, mental health issues, and emerging hazards. This book presents a roadmap to prevention and establishing sustainable worker and public health support for rural and agricultural communities and the reader will be presented with a thorough overview of agricultural and rural safety and health issues.This essential book will be of interest to students and professionals in occupational health and safety professionals and medical providers, including epidemiologists, public health practitioners, agricultural safety and health engineers, psychologists, and rural veterinarians. Its appeal will extend to those in the farming sector.

Occupational and Environmental Safety and Health for Agricultural and Rural Populations

Agricultural Medicine

edition suhrkamp

Was kommt danach?

Liberale Demokratie ohne Zukunft

Move beyond simply coping and start designing a humane culture in the workplace.Despite increased focus on well-being in the workplace, indicators of stress, burnout, and reduced psychological safety trend upward. Navigating Workplace Stress addresses stress as a sociotechnical design challenge and through an exploration of the biological, psychological, social, and organizational landscape, explains how to develop healthier, more resilient workplaces. This book defines stress, reviews stress models, clarifies neurobiology, and explores how cognition and societal forces influence experience. It applies complexity theory to provide a systems perspective on the dynamic and interconnected nature of stress. With an in-depth exploration of the evolving landscape of future work in the final section, the book presents a comprehensive and practical approach to building both individual and organizational resilience and serves as a guide to strategies, skills, and frameworks that can transform a workplace from a source of stress into an environment of lasting well-being and high performance.Essential reading for health professionals, HR personnel, executives, managers, and educators dedicated to achieving performance without undue human cost, this book outlines a course toward a future where technology and new ways of working support human well-being rather than undermine it.

Resilience and Innovation Strategies in the Digital Age

Navigating Workplace Stress

Emerging technologies such as autonomous vessels, artificial intelligence, and alternative fuels are revolutionizing the way we operate at sea. This volume examines how advancements in information technology and biotechnology are influencing the evolution of ocean law and policy. These technologies, including blockchain, satellite and submarine cable communications, nuclear power at sea, seabed mining, underwater archaeology, marine genetics, and decarbonization, are changing the architecture of ocean governance. This volume explores both the opportunities and challenges these advancements pose to the law of the sea, which is evolving to adapt to ever accelerating rates of global change. Looking forward, the book considers the role of the law of the sea in the future of ocean governance. This title is also available as open access on Cambridge Core.

Marine Technology, Ocean Development and the Law of the Sea

Supply Chain Finance (SCF) is a critical component of the global economy. It helps organizations manage their cash flow through their supply chain by offering early payment options to suppliers, while allowing buyers to extend payment terms.The book is organized into three sections covering the history, current state, and predicted development of SCF. The first section sheds light on the development of SCF via historical data and stresses the importance of ensuring its sustainability. It discusses regional tendencies, illuminating the significance of sustainable practices within supply chain financing while showing the contrasts and similarities throughout global areas. The present state of SCF is explored in the second part, along with the difficulties and obstacles that businesses encounter when trying to set up and manage SCF. It explains why SCF may not be appropriate for all businesses by analyzing cash-to-cash characteristics and investigating factors impacting adoption. The third part deals with its forecasting. It reviews technologies like Blockchain in SCF, covering topics like smart contracts and the effects of Blockchain on management and operations. This part also evaluates the viability of upcoming technologies like Big Data Analytics and dives into the responsibilities of FinTech firms in SCF through the use of machine learning algorithms. The book will be useful to students, professionals, and anyone else curious about the field.

Trends, Sustainability and Future Outlook

Supply Chain Finance

Agentic Systems for Smarter Medicine

Self-Learning AI in Healthcare

This book is the first investigation of the relationship between EU digital sovereignty and sustainability strategies. It maps the ambitions and limitations of EU digital strategic autonomy and explores the structural challenges underlying its relationship with its green transition objectives in the context of the ongoing wars in neighbouring European countries and the consequent tensions in the EU energy sector. The EU is racing to achieve technological independence from third countries and foreign multinational companies to protect its digital sovereignty and preserve its fundamental rights. In the EU, digitalisation and the green transformation are seen as twin transitions. Yet, EU digital sovereignty strategies have a significant environmental cost. Reaching a status of strategic autonomy of the EU at the level of digital infrastructures, products, services and data implies higher energy consumption and exploitation of natural resources. Moreover, the geopolitical tensions following the Russian invasion of Ukraine have provoked an unprecedented energy crisis, which is affecting EU economies and impacting objectives of the twin transitions. The book offers an interdisciplinary analysis of the major EU regulatory and policy instruments in this field, providing an invaluable guide for academics, practitioners, and policymakers navigating the complex issues of preserving digital sovereignty and addressing climate change in times of war and energy crisis.

EU Challenges in Times of War and Energy Crisis

Digital Sovereignty and the Green Transition

The Science of Talent Dynamics: Smart Workforce Design for Biomanufacturing and Industry 4.0 addresses a critical business challenge: why well-qualified workforces underperform despite sophisticated analytics. Based on five years of research across 447 biopharmaceutical companies, the book introduces the Talent Efficiency (TE) framework, which treats talent as value-generating assets rather than costs to be managed. This approach is especially relevant today, when intangible assets represent over 90% of S&amp;P 500 market value.The book presents the Talent Efficiency framework in four parts: establishing the strategic need, explaining the Biopharma Talent Index and its six core components, demonstrating real-world applications, and providing implementation tools. The framework's effectiveness is proven by top-quartile TE performers achieving 14.8 percentage point higher EBITDA margins, 23% faster clinical development, and 31% fewer manufacturing deviations. Its modular design makes it applicable across various industries.Written for organizational leaders who demand measurable results from their talent investments, this book equips C-suite executives, board directors, and institutional investors with a framework to quantify workforce performance impact. It also serves talent leaders, strategic planners, and data architects, aligning workforce capabilities with business goals. While developed in biopharma, the principles apply to any knowledge-intensive field, from manufacturing to financial services, making it valuable for leaders managing innovation, regulatory challenges, workforce design, and enterprise value creation.

Smart Workforce Design for Biomanufacturing and Industry 4.0

The Science of Talent Dynamics

Artificial Intelligence for Science and Engineering Applications

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