Scientific research Books

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Book SynopsisThis edited work presents a collection of chapters on a range of key areas in multi- and interdisciplinary research. They represent some of the current thinking and practice of interdisciplinary research, and are an outcome of the 1st Cross-Disciplinary Research Conference held in November 2007 at the University of Nottingham. This book consists of a collection of contributions on interdisciplinary theory and practice, as viewed through the experience of 'new' interdisciplinarians. It spans a variety of disciplines such as education, psychology, law, architecture, media, and health care. Its purpose is to contribute to the emerging literature and academic debate in interdisciplinary research and to give new interdisciplinarians a voice. This edited volume does not claim to cover all areas of cross-, multi-, inter- and transdisciplinary research. However, it represents some of the variety and exciting developments in as well as some of the challenges and problems currently facing interdisciplinary research. In summary, the chapters presented in this book illustrate a range of approaches and applications of interdisciplinary research in different fields. The book contributes to a learned debate about the multifaceted character of interdisciplinary research and illustrates its strengths and limitations through interdisciplinarians' experiences.

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Book SynopsisOriginal edition reissued in 2023 with new cover. This is a print on demand title and is not held in stock. The delivery leadtimes will be longer. This dynamic manual provides guidelines for written and oral scientific presentations, including how to effectively prepare and deliver papers and presentations, how to find reliable research, and how to write research proposals.

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Book SynopsisThis book summarizes the application of thermal analysis tools in different research areas. Areas covered include characterization of catalytic materials, plastics and polymers, analysis of salts, minerals and oxides. The reader is provided with an overview of experimental strategy, methodology, usage of complementary thermoanalytical methods and the type of information which could be drawn depending on the research field.

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Book SynopsisData Management for Natural Scientists offers a practical guide for scientific processing of data. It covers the way from “getting hands on” experimental results to ensuring their use for addressing various scientific questions. Code snippets are provided in order to introduce the proposed workstream and to demonstrate the adjustability to specific challenges.

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Book SynopsisThis book for chemical technicians contains a variety of skills that chemical technicians and technicians who work in chemical plants should develop as part of their successful experience. Many of these competencies were unintentionally addressed in other resources in a dispersed way across chapters in various textbooks and internet resources, but many others were not. The book also provides a brief overview of the tasks that various chemical laboratory technicians must perform as part of their employment. It also includes a thorough explanation of the sampling techniques, chemical analysis, and a description of the various tools and methods used in chemical labs. Additionally the book covers information management systems and good practices in laboratories, as well as how these have allowed and facilitated best practices in laboratories and the gathering of data that improves technicians’ experience and knowledge. Finally, some advice on using lab glassware, laboratory emergency first aid, and a short description of the chemicals that chemical technicians frequently use are provided.

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Book SynopsisTrade Review"This book is a valuable effort for those working in the field of the human hypothalamus. The images are of uniform quality and printed off bright white quality paper. There is no comparative textbook as detailed on this area." --© Doody’s Review Service, 2021, Brian R. MacPherson, PhD, reviewer, expert opinionTable of ContentsPart 1. General anatomic description with plastinated brain specimens and schematical drawings of pathways and nuclei Part 2. 130 sections of hypothalamus with corresponding contour maps

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Book SynopsisTable of ContentsIntroduction Methods (Surgery, Histological methods, Stereotaxic reference system and correcting for shrinkage, Delineation of structures) References Index of structures Index of abbreviations Figures: Color plates in stereotaxic coordinates Appendixes: TH staining, ChAT staining

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Book SynopsisTable of ContentsPart 1: Coronal sections Part 2: Horizontal sections Part 3: Sagittal sections

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Book SynopsisVolume 35 examines timely subjects such as performance requirements, detection modes, and ancillary techniques for optical detectors in capillary electrophoresis; and more.Trade Review"The overall quality of the chapters in this collected volume is quite high, and each chapter would be greatly beneficial to anyone needing a quick introduction into one of the areas covered. Any library maintaining the series should definitely acquire volume 35. "---Journal of Pharmaceutical and Biomedical Analysis ". . .All of the reviews presented in this volume are not only pleasant to read but they offer a good survey of the latest achievements in the field. . .the editors should be congratulated for a well done job. For its price the volume is a good buy. "---Journal of Chromatography A "This volume will make an excellent addition to any analytical chemist's collection. "---Journal of the American Chemical Society ". . .Another thoroughly recommended reference volume for the chromatographer. "---AnalystTable of ContentsOptical detectors for capillary electrophoresis; capillary electrophoresis coupled with mass spectrometry; approaches for the optimization of experimental parameters in capillary zone electrophoresis; crawling out of chiral pool - the evolution of Pirkle-type chiral stationary phases; pharmaceutical analysis by capillary electrophoresis; chromatographic characterization of gasolines; reversed-phase ion-pair and ion-interaction chromatography; error sources in the determination of chromatographic peak area ratios.

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Book SynopsisThe validation of equipment, processes and methods is a basic requirement that nowadays has to be met in most industries. This handbook deals with the validation of computerized systems in general as well as with analytical method validation. The many detailed practical examples focus on thermal analysis of materials, such as plastics and rubber.The handbook is intended for newcomers interested in the theoretical and regulatory aspects of validation and for thermal analysis practitioners who have to validate their equipment and methods.Table of Contents Part 1: Validation of Computerized Systems Recent Changes in Regulations and Regulatory Guidance Instrument Qualification, Computerized System Validation and Method Validation Regulatory Requirements for Computerized System Validation Computerized System Validation Writing the User Requirements Specification (URS) Auditing the System Supplier Installation Qualification and Operational Qualification (IQ and OQ) Performance Qualification (PQ) or End User Testing Part 2: Method Validation Measurement Errors and Uncertainty of Measurement Validation of Analytical Procedures and Methods Interlaboratory Studies in Thermal Analysis Method Development Through to SOP Practical Examples Appendix 1: 21 CFR Part 11 and EU GMP Annex 11 Appendix 2: Basic Statistics Appendix 3: Standard Test Methods for Thermal Analysis

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Book SynopsisTo listen to most pundits and political writers, evolution, stem cells, and climate change are the only scientific issues worth mentioning,and the only people who are anti-science are conservatives. Yet those on the left have numerous fallacies of their own. Aversion to clean energy programs, basic biological research, and even life-saving vaccines come naturally to many progressives. These are positions supported by little more than junk-science and paranoid thinking.Now for the first time, science writers Dr. Alex B. Berezow and Hank Campbell have drawn open the curtain on the left's fear of science. As Science Left Behind reveals, vague inclinations about the wholesomeness of all things natural, the unhealthiness of the unnatural, and many other seductive fallacies have led to an epidemic of misinformation. The results: public health crises, damaging and misguided policies, and worst of all, a new culture war over basic scientific facts,in which the left is just as culpable as the right.Trade Review"Science Left Behind challenges the notion that poorly informed anti-science rhetoric is solely the province of the right wing...Berezow and Campbell offer numerous examples of progressives hijacking legitimate programs and research and twisting them to suit a backwards-ass anti-science agenda. In this way, reading Science Left Behind is as infuriating as it is eye-opening. A fundamental lack of familiarity with science is rampant in government as a whole, and Science Left Behind does an impressive job drawing attention to this alarming disparity." Portland Mercury" Nevertheless, Berezow and Campbell's message is jarring and necessary. Science is vilified in American political life. People believe things because they wish to, not because of what is true. This has real-world consequences when it comes to the implementation of beneficial technology. Anti-scientism is everywhere, and acknowledging that much of it comes from our own political tribe is a hard and inconvenient truth." Scienceblogs.com "Anyone who talks for very long with a genuine American leftist -- as opposed to the vastly more numerous moderate liberals -- can quickly see that romantic-nostalgic spite toward science and technology is not the sole province of Fox-watchers." PolicyMic"The people who are skeptical of the benefits of vaccination or think that organic food is healthier will undoubtedly find [Science Left Behind] problematic. And they should. The prominent activists and politicians highlighted in this book are spreading misinformation and causing serious harm in some cases, and it's good to see scientists and science writers making some noise about it. You should read what they have to say. Go buy this book." Wall Street Journal"In Science Left Behind, journalists Alex B. Berezow and Hank Campbell show that conservatives hardly have a monopoly on motivated reasoning, usefully revealing how pervasive scientific misinformation is in progressive arguments on organic and genetically modified foods, clean energy, nuclear waste and other matters." Forbes "There are a lot of hot-button topics here: environmentalism, genetically modified organisms, organic food, product testing on animals, solar power, clean energy, and more. The authors explore the issues in detail, working very hard to give the appearance of political neutrality, and the book does an excellent job of opening readers' minds to the possibility that these issues aren't as cut-and-dried as they might have been led to believe by politicians and the media. Open-minded readers, those who don't mind being asked to reassess their long-held beliefs, should find much here to think about and debate. "This is - as far as I know - the best and first book to tackle many of these anti-science claims, and while it is not the definitive work on any of these subjects, it's worth a read for anyone who is infuriated by claims that republicans are anti-science...[T]he book does an excellent job of bringing together a large survey of different ways that elements of the political left in America fail to heed what science has to say." New Scientist"There is more, and recent, antiscience fare from far-left progressives, documented in the 2012 book Science Left Behind by science journalists Alex B. Berezow and Hank Campbell, who note that "if it is true that conservatives have declared a war on science, then progressives have declared Armageddon...Whereas conservatives obsess over the purity and sanctity of sex, the left's sacred values seem fixated on the environment, leading to an almost religious fervor over the purity and sanctity of air, water and especially food." Scientific American Commentary Magazine"Alex B. Berezow and Hank Campbell are on solid ground in Science Left Behind: Feel-Good Fallacies and the Rise of the Anti-Scientific Left...Their arguments slice quickly and powerfully, supported by the kinds of skillfully chosen facts...Science Left Behind does much-needed work in drawing attention to what the authors call the "feel-good fallacies" that constitute the worldviews of so many on the left-often the very individuals who proudly claim membership in the "reality-based com-munity." More important, Berezow and Campbell articulate a valuable observation that deserves constant reiterating: with great frequency, politics invites us to inhabit an imaginary world populated by fictions that conform to our desires about how things ought to be." San Francisco Book Review Michael Medved, nationally syndicated talk radio host, author of THE 10 BIG LIES ABOUT AMERICA "Entertaining, enlightening and important. This valuable book should shatter the left's smug certainty that science registers as a partisan Democrat. Berezow and Campbell provide persuasive evidence and argument that should reshape conventional wisdom on a wide variety of current controversies." Kirkus "A sophisticatedly vitriolic, somewhat tongue-in-cheek addition to the current election debate." Publishers Weekly "Their nonpartisan message is clear: Washington as a whole is woefully uninformed when it comes to the scientific underpinnings of pertinent topics like stem cell research, green energy, organic food, vaccines, and gender issues." Huntington News "Groundbreaking...If I were teaching journalism, this is a book that I would require my students to read and absorb -- and keep for reference." The Progressive Contrarian"A no-nonsense, sometimes brutal and sometimes funny book that progressives should read." Red, Green, and Blue.org "Alex Berezow and Hank Campbell, co-authors of Science Left Behind: Feel-Good Fallacies and the Rise of the Anti-Scientific Left, make a nuanced and convincing counter argument: Ludditism is not a partisan issue. In fact, on many of the most critical issues of our time, the "progressive" perspective is often rooted in out-dated, anti-empirical, junk science paradigms that threaten innovation-and are beginning to unnerve the most scientifically minded thinkers on the left...This soft conspiracy, promoted by mainstream Democrats, infects a broad array of science issues and highlights the religious-like iconic beliefs of the left (as Kloor has noted): Nature is sacred, big business is dangerous and corrupt, technology can cause more problems than it helps solve, the world is on the verge of an eco-apocalypse, and we need more precaution, regulation and legislation. I call it enviro-romanticism, a criticism documented in distressing detail in Science Left Behind...Read Science Left Behind. It's a clarion call for the empirically minded amongst us regardless of your ideological persuasion." Booklist

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Book SynopsisBiofortification – the enrichment of staple food crops with essential micronutrients – has been heralded as a uniquely sustainable solution to the problem of micronutrient deficiency or 'hidden hunger'. Considerable attention and resources are being directed towards the biofortification of rice – the world's most important food crop. Through an in-depth analysis of international rice biofortification efforts across the US, Philippines and China, this book provides an important critique of such goal-oriented, top-down approaches. These approaches, the author argues, exemplify a model of global, 'public goods' science that is emerging within complex, international research networks. It provides vital lessons for those researching and making decisions about science and research policy, showing that if this model becomes entrenched, it is likely to channel resources towards the search for 'silver bullet' solutions at the expense of more incremental approaches that respond to locality, diversity and the complex and uncertain interactions between people and their environments. The author proposes a series of key changes to institutions and practices that might allow more context-responsive alternatives to emerge. These issues are particularly important now as increasing concerns over food security are leading donors and policy makers to commit to ambitious visions of 'impact at scale' – visions which may never become a reality and may preclude more effective pathways from being pursued. Published in association with the Economic and Social Research Council (ESRC). Trade Review'A deeply thought-provoking book, this study of biofortification in rice explores how and why public science so often irons out complex needs into a demand for pre-packaged solutions. Biofortification could yet become an exemplar of a different, boundary-crossing, socially-informed science for poverty alleviation. [This] book is essential reading for both critics and proponents of biotechnology in international development.' Paul Richards, Professor of Technology and Agrarian Development, Wageningen University, The Netherlands 'A lucid analysis of the decision making in international agricultural research which emphasizes a technical, commercial approach. Malnutrition is far better tackled with a biodiversity approach that makes available local foods that can be eaten fresh and are free.' Suman Sahai, Convenor, Gene Campaign, New Delhi 'A deeply thought-provoking book, this study of biofortification in rice explores how and why public science so often irons out complex needs into a demand for pre-packaged solutions. Are the great private philanthropic foundations and the brilliant scientists they fund simply incapable of understanding the lives of the rural poor? The author prefers instead to make a case for deep institutional reform, offering space for new types of partnership. Biofortification could yet become an exemplar of a different, boundary-crossing, socially-informed science for poverty alleviation. Her book is essential reading for both critics and proponents of biotechnology in international development.' Paul Richards, Professor of Technology and Agrarian Development, Wageningen University, The Netherlands 'Rice Biofortification convincingly illustrates the tenacity of the top down linear research paradigm which unfortunately still dominates the international agricultural research agenda. How researchers can effectively work with local contexts is an important issue, which the author handles admirably.' Joachim Voss, independent research professional, and formerly Director General of the International Centre for Tropical Agriculture (CIAT), Cali, Colombia 'Rice Biofortification would be useful for both critics and proponents of biotechnology.' Greenteacher.org, CEE (Centre for Environment Education) 'A book for those formulating and appraising scientific research and its impact on social development.' New Agriculturalist 'The issues related to the organisation of public science and research highlighted in the book are very relevant in the context of the recent debates in India related to the commerical release of Bt Brinjal.' GreenTeacher.orgTable of ContentsIntroduction: Why Biofortification? 1. 'Old Lessons and New Paradigms': Locating Biofortification 2. Building the Argument: The Case of Iron Rice 3. An Institutional Model? The Case of Golden Rice 4. An Alliance around an Idea: The Shifting Boundaries of Harvestplus 5. Global Science, Public Goods? A Synthesis. Conclusion. References. Notes

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Book SynopsisThe National Institutes of Health and the National Science Foundation together fund more than $40 billion of research annually in the US and around the globe. Suitable for those who want to learn how federal legislation and regulations affect laboratory research, this primer reveals the often obscured intersection of government and science.Trade Review"A superb review of the complex laws, regulations, and generally accepted procedure that relate to the conduct of biomedical research in the United States. Law in the Laboratory should be required reading for deans or heads of research, for academic faculty, for federal regulators, and for graduate students as a part of their introduction to legal and ethical aspects of biomedical research." - Katherine High, University of Pennsylvania"

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Book SynopsisResearch Exposed offers in-depth, behind-the-scenes accounts of doing empirical social science in the era of digital communication. Through firsthand descriptions of innovative research projects, it shares lessons learned from over a dozen scholars’ cutting-edge work.Trade ReviewWith candor and clarity, contributors to this invaluable collection describe the newest research pathways as well as the tangents and hurdles that arise along the way. This revelatory book should be required reading for all social researchers and for anyone seeking deeper insight into the trailblazing scholarship that is making headlines and illuminating contemporary society. -- Alondra Nelson, Institute for Advanced Study, president of the Social Science Research CouncilEszter Hargittai’s work places her without a doubt at the top of the field of internet research methods. For this edited volume, she has convened a group of experts who together bring alive the extraordinary opportunities and thorny challenges facing those using and studying digital media as serious researchers. Hargittai’s commitment to thorough work and exciting scholarship makes this study of methods a must-read for the internet-era researcher. -- John Palfrey, president of the John D. and Catherine T. MacArthur FoundationResearch Exposed is a gem. It is a timely and important collection. It pushes our collective thinking about methods and designs, and, by implication, the substantive conclusions we can draw. It is inclusive and comprehensive and the contributions are strong, reflective, and honest, provided by a stellar lineup. Bravo! -- Claes de Vreese, University of Amsterdam, president of the International Communication AssociationResearch Exposed contributes significantly to extant literature, demystifying aspects of social scientific research methods that involve digital technologies. -- Kirsten Foot, coeditor of Media Technologies: Essays on Communication, Media, and SocietyThere are valuable insights to be found throughout....Overall, readers will find something of use in every chapter. If you have an interest in digital issues of any shape and size and want to know how any research here gets done you will not go far wrong with this collection. * Qualitative Research *A well-written volume that reveals many behind-the-scenes experiences of social scientific researchers in the digital age. * International Journal of Communication *Table of ContentsIntroduction, by Eszter Hargittai1. When Social Media Data Disappear, by Deen Freelon2. The Needle in the Haystack: Finding Social Bots on Twitter, by Tobias R. Keller and Ulrike Klinger3. Meeting Youth Where They Are: Challenges and Lessons Learned from Social Media Recruitment for Sexual and Gender Minority Youth, by Erin Fordyce, Michael J. Stern, and Melissa Heim Viox4. Qualitative Sampling and Internet Research, by Lee Humphreys5. Behind the Red Lights: Methods for Investigating the Digital Security and Privacy Experiences of Sex Workers, by Elissa M. Redmiles6. Using Unexpected Data to Study Up: Washington Political Journalism (and the Case of the Missing Press Pass), by Nikki Usher7. Social Media and Ethnographic Relationships, by Jeffrey Lane8. Ethnographic Research with People Experiencing Homelessness in the Digital Age, by Will Marler9. Going Rural: Personal Notes from a Mixed-Methods Project on Digital Media in Remote Communities, by Teresa Correa and Isabel Pavez10. Stitching Data: A Multimodal Approach to Learning About Independent Artists’ Social Media Use, by Erin Flynn Klawitter11. A Measurement Burst Study of Media Use and Well-Being Among Older Adults: Logistically Challenging at Best, by Matthias Hofer12. Community-Based Intervention Research Strategies: Digital Inclusion for Marginalized Populations, by Hyunjin SeoList of ContributorsIndex

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Book SynopsisAsk questions not on the agenda Explore ideas wherever they lead Pursue goals because they''re important Create options not yet perceived According to premier researcher Don Braben, these are the vital intellectual processes that underlie all human achievement, the kinds of risk-taking activities that have made our civilization what it is today. Yet, warns Braben, the same pioneer spirit that fueled our meteoric industrial and scientific growth is now being undermined by a growing climate of corporate caution and conformity. In this groundbreaking manifesto on the importance of scientific freedom, Braben asserts that the greatest long-term risks facing humanity will not come from weapons of mass destruction, prolonged global war, devastating disease or famine, or even from extinction by a huge wayward meteor. Rather they will come from the debilitating attrition caused by the rising tides of bureaucracy and control that are steadily stTrade Review“…I undeservedly recommend this book to anyone who has puzzled over the growing malaise of contemporary scientific research…Braben is literate, pithy and personable...” (Nature, Vol.433, 27th January 2005) “Braben lays out his thesis effectively in the introduction, drawing the reader to commit to the book…a stimulating read” (www.felixonline.co.uk, 2004) “…(I) recommend this book to anyone involved in or worried about science.” (Chemistry World, October 2004)Table of ContentsForeword. Preface. Introduction, Chapter 1: Dissent and Research: The Supreme Stimulants. Chapter 2: The Power of Dissent: From Primates to Superpower. Chapter 3: The Rise from Oblivion. Chapter 4: Taming Research: The Problems of Success. Chapter 5: The Bureaucratic Jungle. Chapter 6: Prospects for Economic Growth. Chapter 7: Re-Creating the Golden Age. Chapter 8: Venture Research. Appendix 1: Some Results from the Venture Research Initiative Sponspored by British Petroleum. Appendix 2: The Venture Research Group. Bibliography. Index.

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Book SynopsisOrganic Syntheses consists of protocols for the synthesis of useful chemical compounds. Each protocol is repeated in the laboratory of one of the editorial board members for accuracy or for missing experimental details prior to publication.

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Book SynopsisRepresents an original look at the biotechnology research in the wake of the mapping of the human genome. Presenting a series of interviews with various key players in Celera Diagnostics, this title opens a window on the complexity of corporate scientific innovation.Trade Review"The strength of Rabinow's approach is that we hear the voices of scientists at work. Not only do they describe the science itself, but they also provide their perception of its importance. Rabinow is a skillful interviewer who elicits motivation from his subjects. We are given a rare glimpse into the professional lives of the participants and the energy that drives their scientific and personal decisions."--William A. Haseltine, Science "Paul Rabinow is the leading anthropologist of contemporary biotechnology... It would be easy for him to use his authority to apportion praise and blame, or to develop a magisterial contribution to anthropological theory. But [he] resists coming to artificially neat conclusions... This book's compelling insights should be required reading for everyone who pictures themselves a scientific entrepreneur, or who cares about the state of contemporary science."--Christine Hine, New Scientist "A Machine to Make a Future by Paul Rabinow and Talia Dan-Cohen, a book as impressive as the previous two works in Rainbow's biotechnology trilogy ... Is an in-depth and well-constructed anthropological chronicle of this new Californian scientific enterprise. With his student Talia Dan-Cohen, Rabinow has provided a highly readable account of Celera Diagnostics' formative period ... through a series of lengthy but insightful interviews with the original researchers."--Xuefeng Bruce Ling, The Journal of Clinical Investigation "This book is a good choice for even a layperson to get a grip on the current developments in the world of genomics and how these diagnostics can help health and health care."--Rukmini Rajagopalan, Current Science "This book may signal an entirely new way of viewing scientific innovation in a globalized, competitive environment, integrating new technologies and methodological insights."--Biology Digest "[Paul Rabinow's] interviews are expertly conducted and provide a rich resource that can be mined from a variety of perspectives--including scientific, business, legal, ethical, and philosophical."--George Jannas, Quarterly Review of BiologyTable of ContentsOverture: A MACHINE TO MAKE A FUTURE 1 Chapter One: ENDING AND BEGINNING 13 Chapter Two: THE STATE OF THINGS AT CELERA DIAGNOSTICS, EXPLAINED TO INVESTORS AND TO ANTHROPOLOGISTS 38 Chapter Three: THE MACHINERY AND ITS STEWARDS 62 Chapter Four: ETHICAL AND SOCIAL CONSULTANCY 97 Chapter Five: CONFIDENCE AND TRUST 111 Chapter Six: MODELS ORIENT, TECHNOLOGIES PERFORM, SAMPLES SPEAK (OR VICE VERSA) 144 Chapter Seven: SUMMER 2003 169 Illustrations 187 Appendix: A CORPORATE HISTORY 189 Notes 191 Glossary 195

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Book SynopsisThe development of theorems in logic is generally thought to be a solitary and purely cerebral activity, and therefore unobservable by sociologists. This book challenges this notion by tracing the history of one well-known example in the field of artificial intelligence - a theorem on the foundations of fuzzy logic.Trade Review"Sociologist Rosental meticulously argues for the materiality of logic as a field of inquiry. He rigorously grounds his work in science studies, extending the reach of social analysis into a domain superficially thought to be purely mental: that of logical formalism and proof."--J.L. Croissant, Choice "In the history of STS, hard cases, from mathematics to laboratory manipulations, have played key roles. This book should enter the field as an exemplary treatment of a hard case."--Sergio Sismondo, Canadian Journal of Sociology "Rosentals's Weaving Self-Evidence ... is timely and much needed."--Stephan Fuchs, American Journal of SociologyTable of ContentsACKNOWLEDGMENTS ix INTRODUCTION 1 A Sociologist among Logicians 2 Observing Demonstrations 4 A Necessarily Detailed Analytic Account 7 Grasping the Emergence of a Logical Theorem 8 Accessing the Specialized Skills of Workers in Logic 12 PART ONE: ACCESSING THE WORLD OF PRODUCERS OF LOGICAL STATEMENTS 15 CHAPTER 1: How Can We Grasp What Logic-Makers Do? Questions Raised in the Human Sciences and Philosophy about Logic and Mathematics 17 Do Researchers in Logic Invoke Ideal Principles? 18 How Do Multiple Social Actors Put Forward Various Definitions and Practices of Logic? 20 Questions Raised by Certain Works in the Social History of Mathematics 24 Can Institutional Sociology Account for the Ways in Which Research in Mathematics Is Carried Out? 24 Can One Grasp the Role of Networks of Actors and Practices in the Production of a Theorem? 31 What Role Does the Scale of Adoption of Specific Practices of Demonstration Play in the Dynamics of Recognition of a Result? 33 Can the Analysis of Demonstrative Practices Be Inscribed Solely within the Framework of the History of a Scientific Discipline? 36 What Demonstrative Resources Are Used for What Recognition? 40 Questions Raised by Some Studies That Focus on, or Formulate a Research Program to Address, Practices in Logic 44 Conclusion 53 CHAPTER 2: Spaces and Tools for Exchange 55 Preliminary Information about the Way an Electronic Forum Works 55 Shared Skills in Logic 59 PART TWO: PRACTICES OF DE-MONSTRATION: DEBATING A THEOREM IN AN ELECTRONIC FORUM 75 CHAPTER 3: Bringing to Light: Demonstration Put to the Test of Antagonistic Logical Practices 77 The Formal Presentation of a Demonstration Does Not Lead Automatically to Consensus 77 The Absence of Universally Recognized Central Logical Principles 77 The Heterogeneity of Ways of Doing Logic 83 The Use Values of Demonstrations 93 De-monstrating and Appearing 96 The Practice of Substituting Proofs 96 Making Logical Principles Appear and Disappear in Demonstrations 98 Making Certain De-monstrations Maximally Visible 109 CHAPTER 4: Evaluating the Correctness of a Theorem and the Properties of a Logic at the Intersection between Several De-monstrative Modes 116 Bringing to the Fore the Properties of a Logical System in Technological Devices in Order to Cast Doubt on the Correctness of a Proof 116 Personalizing the Debates in Order to Evaluate the Correctness of a Theorem 125 Trying to Neutralize a Proof by Invoking General Antagonisms 127 Contesting a Proof and Defending Logical Properties by Evoking a Cultural Specificity 136 PART THREE: MEDIATIONS USED TO ADVANCE A LOGICAL THEOREM 149 CHAPTER 5: Accompanying De-monstrations: The Publication of a De-monstration at the Heart of the Action of Groups of Actors 151 How One and the Same De-monstration Can Be Rejected and Then Accepted for Publication 151 From De-monstration to Publication: The Importance of Interactions 161 Elkan's Proof and the Conference Paper Selection Process 171 CHAPTER 6: Federating a Counter-De-monstration or Producing Hand-Tailored Responses 187 Producing More Stable and Visible Responses, in Limited Number 187 The Formation and Use of Sedimented Repertories of De-monstration 198 Advancing Adaptive, Polysemic, and Differentiated De-monstrations 204 CHAPTER 7: The Emergence of a Quasi-Object and a Collective Statement 211 Recourse to Tacit Manipulations: De-monstration as a Quasi-Object 211 Defending a Proof by Reformulating It 217 Nuances and Precautions 218 A Polysemic Textual Device to Stabilize Debates 221 The Successive Versions of a Proof: Records of Negotiations 233 De-monstrations Serving to Stabilize a Controversy 237 Federating and Stabilizing Positions and Thereby Helping to Marginalize the Adversary 238 Devices of Reiteration and Reference Contributing to a Stabilization of the Debates 244 CONCLUSION A Sociology of the Practices of De-monstration 250 Destylizing the Unfolding of Debates in Logic 250 Following the Production of Certified Knowledge in Logic 253 Observing the Work of De-monstration 256 Logic and Sociology 259 Toward a Social and Material History of Forms of De-monstration 266 WORKS CITED 271 INDEX 287

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Book SynopsisIn this book Rajneesh Narula examines the interdependence of globalization and technological innovation at two levels: first, between locations, by examining the role of cross--border initiatives in the innovation process; second, between corporate entities, by studying the dynamics of inter--firm R&D collaboration.Trade Review"New technologies have been the main fuel of globalization over the last quarter of a century. This fascinating book shows what the devices have been and, more importantly, how we can work with them to improve human affairs or the welfare of society at large." Professor Daniele Archibugi, Italian National Research Council, Rome "One of the best analyses of the interface between globalization and innovatory development – at both a firm and a country level – I have read. A well-crafted and closely reasoned monograph which deserves to be widely read by academic scholars and policy makers alike." John H. Dunning, University of Reading "A rare fusion of analytical clarity and illustrative readability both for the expert and the layman." Science and Public PolicyTable of ContentsList of Figures. List of Tables. List of Boxes. Abbreviations. Acknowledgements. Introduction. 1. Technology and Globalization as Concatenated Processes: A Brief Commentary on the Causes of Globalization. 2. Cross-border Interdependence between Locations: Learning Growth and Systems of Innovation. 3. Innovation Systems and 'Inertia' in R&D Location: Norwegian Firms and the Role of Systemic Lock-in. 4. Cross-border Interdependence between Firms: The Growth of Strategic Technology Partnering. 5. In-house, R&D, Outsourcing or Alliances? Some Strategic and Economic Considerations. 6. Technological Catch-up and Strategic Technology Partnering in Developing Countries. 7. Technology, Globalization and Policy Issues: Some Observations. Notes. References. Index.

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Book SynopsisThroughout history, physicians have played a vital role in medical discovery. These physician-scientists devote the majority of their professional effort to seeking new knowledge about health and disease through research and represent the entire continuum of biomedical investigation. They bring a unique perspective to their work and often base their scientific questions on the experience of caring for patients. Physician-scientists also effectively communicate between researchers in the pure sciences and practicing health care providers. Yet there has been growing concern in recent decades that, due to complex changes, physician-scientists are vanishing from the scene.In this book, leading physician-scientists and academic physicians examine the problem from a variety of perspectives: historical, demographic, scientific, cultural, sociological, and economic. They make valuable recommendations thatif heededshould preserve and revitalize the community of physician-scientists asTrade Review"In The Vanishing Physician-Scientist?, Dr. Andrew I. Schafer makes the case that truly effective translational research can go from bench to bedside and back again in dynamic fashion; he describes a view of the future in which physician-scientists will be members of research teams. This book does an excellent job of placing physician-scientists in historical context and highlighting the fact that the problem of the endangered physician-scientist is not a new one. The Vanishing Physician-Scientist? outlines a long-term problem that is likely to get worse, and, most important, provides a number of possible solutions.Given the current constraints—on NIH-funded research and an understandable retrenchment for funding by industry and foundations—its descriptions of strategies that have been successful in the past and are likely to be successful in the future are more valuable than ever."—Glenn Bubley, MD, Beth Israel Deaconess Hospital and Harvard Medical School

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Book SynopsisContaining helpful summaries and checklists throughout and based on Mazur's thirty years of research experience, this accessible and informative guide will give all IRB members the tools they need to protect human lives and facilitate the research process.Trade ReviewA well-written and informative narrative of the inner workings of IRBs. It is a must-read for those who are (or will be) members of an IRB and for those who need to submit a proposal. -- Maura Pilotti, Ph.D. Metapsychology 2007 An indispensable guide for both experienced and inexperienced IRB members... I would recommend it to any IRB member. Doody's Review Service 2007 Mazur's book provides IRB members with essential questions they should ask when reviewing proposed and ongoing studies. -- Karen J. Maschke New England Journal of Medicine 2007 The book contains an interesting perspective and a wealth of knowledge. It contains quite a lot of information for any single audience, but those who serve on IRBs can benefit greatly from reading and referring to Mazur's work. -- Alice Z. Frohna JAMA 2007 College-level holdings strong in medical and research issues or medical ethics will want this review. Midwest Book Review 2007 There is much to like about Evaluating the Science and Ethics of Research on Humans; its depth and sophistication... Not just Mazur's experience but the overall evolution of research administration is reflected in this volume. -- Kenneth A. DeVille Journal of Legal Medicine 2007 Every IRB member must read this book so that the participants of clinical trials benefit from it. -- Sanjay A. Pai Indian Journal of Medical Ethics 2008 The author applies extensive experience to illustrate the depth of ethical reflection that research proposals can generate and provides guidance on how reflection can be directed to decision making... Checklists in the text and appendices afford IRB members and officers the comfort of knowing that little, if anything, has been overlooked in discharging ethics review. -- Bernard M. Dickens, PhD Annals of Internal Medicine 2008 The analysis of a study's risk-benefit ratio is especially good. U.S. Dept. of Energy, Office of Biological and Environmental Research 2007 Contains helpful summaries and checklists throughout based on the author's thirty years of research experience. Issues in Law and Medicine 2008Table of ContentsPrefaceIntroduction: What Can the New IRB Member Expect?Part I: The IRB, Its Work, and Its Challenges1. What Is an IRB, and What Does It Do?2. Basic Terms and Concepts Used in IRB Work3. What Is Risk?Part II: The Scientific Protocol and the Informed Consent Form4. Prescreening of Proposals5. The Scientific Protocol6. The Informed Consent Form7. Recruitment, Selection, and Compensation of Study Participants8. Research involving Questionnaires and Surveys9. Protection of Participants' Privacy in Research Dataand SpecimensPart III: The Continuing Work of the IRB10. The Ethical Issues of Informed Consent11. Continuing Review, Communication, and Feedback12. Where Are IRBs Making Mistakes, and How Can We Minimize Mistakes?13. Strategies for Managing the IRB Workload and Supporting IRB Decision Making14. Decision-Making Capacity and Accountability in ResearchSummary: The IRB's Key RoleAppendix 1: A Check List for Reviewing a Scientific ProtocolAppendix 2: A Check List for Reviewing an Informed Consent FormNotesWebsite References for Cited DocumentsIndex

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Book SynopsisThis book is designed to help researchers achieve success in funding their National Science Foundation (NSF) research proposals. The book discusses aspects of the proposal submission and review process that are not typically communicated to the research community. Written by authors with successful track records in grant writing and years of experience as NSF Program Directors, this book provides an insider's view of successful grantsmanship. Written in a practical approach, this book offers tips that will not be found in official paperwork and provides answers to questions frequently asked of NSF Program Directors. The purpose of the book is to improve your NSF grant-writing skills and improve your chances of funding.Trade Review"[Li and Marrongelle] have done a wonderful job of capturing many of the small details, motivations, and inner workings of the review process that are not obvious to many grant writers." (Amazon review, 2013) "Plan to read this with a highlighter and sticky notes at hand - you'll want to mark things for easy reference later and keep this close by when writing your next NSF proposal." (Amazon review, 2013) "There are bits of information in the book that are impossible to come by any other way." (Amazon review, 2013) have done a wonderful job of capturing many of the small details, motivations, and inner workings of the review process that are not obvious to many grant writers.Table of ContentsPreface viiAbout the Author xi 1 Getting Started 1 2 Preparing Your Proposal 17 3 Submitting Your Proposal 48 4 Reviewing of Your Proposal 58 5 Revising Your Proposal 73 6 Managing Your Grant 87 7 Extending the Horizon 99 Index 108

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Book SynopsisThe Wiley Blackwell Companion to the History of Science is a single volume companion that discusses the history of science as it is done today, providing a survey of the debates and issues that dominate current scholarly discussion, with contributions from leading international scholars. Provides a single-volume overview of current scholarship in the history of science edited by one of the leading figures in the fieldFeatures forty essays by leading international scholars providing an overview of the key debates and developments in the history of scienceReflects the shift towards deeper historical contextualization within the fieldHelps communicate and integrate perspectives from the history of science with other areas of historical inquiryIncludes discussion of non-Western themes which are integrated throughout the chaptersDivided into four sections based on key analytic categories that reflect new approaches in the fieldTable of ContentsAbout the Editor viii About the Contributors ix Acknowledgements xvi Introduction 1Bernard Lightman 1 Historiography of the History of Science 7Lynn K. Nyhart Part I Roles 23 2 Learned Man and Woman in Antiquity and the Middle Ages 25Nathan Sidoli 3 Go-Betweens, Travelers, and Cultural Translators 39Kapil Raj 4 The Alchemist 58Tara Nummedal 5 The Natural Philosopher 71Peter Dear 6 The Natural Historian 84Kristin Johnson 7 Invisible Technicians, Instrument Makers, and Artisans 97Iwan Rhys Morus 8 Scientific illustrators 111Valérie Chansigaud 9 The Human Experimental Subject 126Anita Guerrini 10 Amateurs 139Katherine Pandora 11 The Man of Science 153Paul White 12 The Professional Scientist 164Cyrus C. M. Mody Part II Places and Spaces 179 13 The Medieval University 181Steven J. Livesey 14 The Observatory 196Robert W. Smith 15 The Court 210Bruce T. Moran 16 Academies and Societies 224Denise Phillips 17 Museums and Botanical Gardens 238Lukas Rieppel 18 Domestic Space 252Donald L. Opitz 19 Commercial Science 268Paul Lucier 20 The Field 282Robert E. Kohler and Jeremy Vetter 21 The Laboratory 296Catherine M. Jackson 22 Modern School and University 310Heike Jöns Part III Communication 329 23 Manuscripts 331Joyce van Leeuwen 24 The Printing Press 344Nick Wilding 25 Correspondence Networks 358Brian Ogilvie 26 Translations 372Marwa Elshakry and Carla Nappi 27 Journals and Periodicals 387Aileen Fyfe 28 Textbooks 400Josep Simon 29 Lectures 414Diarmid A. Finnegan 30 Film, Radio, and Television 428David A. Kirby Part IV Tools of Science 443 31 Timing Devices 445Rory McEvoy 32 Weights and Measures 459Hector Vera 33 Calculating Devices and Computers 472Matthew L. Jones 34 Specimens and Collections 488Mary E. Sunderland 35 Recording Devices 500Jimena Canales 36 Microscopes 515Boris Jardine 37 Telescopes 530Jim Bennett 38 Prisms, Spectroscopes, Spectrographs, and Gratings 543Klaus Hentschel 39 Diagrams 557Charlotte Bigg 40 Three Dimensional Models 572Joshua Nall and Liba Taub Index 587

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Book SynopsisThe new edition of the popular introductory analytical chemistry textbook,providing students with a solid foundation in all the major instrumental analysis techniques currently in use The third edition ofChemical Analysis: Modern Instrumentation Methodsand Techniquesprovides an up-to-date overview ofthe common methods used for qualitative, quantitative, and structural chemical analysis. Assuming no background knowledge in the subject, this student-friendly textbook covers thefundamental principles and practical aspects of more than 20 separation and spectroscopicmethods,as well as other importanttechniques such as elemental analysis,electrochemistryandisotopic labelling methods. Avoiding technical complexity and theoretical depth, clearand accessible chapters explain the basic concepts of each method and its corresponding instrumental techniquessupported by explanatory diagrams, illustrations, and photographs of commercial instruments.The new editionincludes revised coverage of recentdevelopments insupercritical fluid chromatography, capillary electrophoresis,miniaturized sensors, automatic analyzers, digitization and computing power, and more. Offering a well-balanced introduction to a wide range of analytical and instrumentation techniques,this textbook: Provides a detailed overview of analysis methods used in the chemical and agri-food industries, medical analysis laboratories, and environmental sciencesCovers various separation methods including chromatography,electrophoresisandelectrochromatographyDescribesUV andinfrared spectroscopy,fluorimetry and chemiluminescence,x-ray fluorescence,nuclear magnetic resonanceand other commonspectrometric methods such atomic or flame emission,atomic absorption and mass spectrometryIncludes concise overview chapters on thegeneral aspects of chromatography,sample preparation strategies, and basic statistical parametersFeatures examples, end-of-chapter problems with solutions, and a companionwebsite featuring PowerPoint slides for instructors Chemical Analysis: Modern Instrumentation Methods and Techniques, Third Edition, is the perfect textbook for undergraduates taking introductory courses in instrumental analytical chemistry,students in chemistry, pharmacy, biochemistry, and environmental science programs looking for information onthe techniques and instruments available, and industry technicians working with problems of chemical analysis. Review of Second Edition: Anessential introduction to a wide range of analytical and instrumentation techniques that have been developed and improved in recent years. --International Journal of Environmental and Analytical ChemistryTable of ContentsForeword vi About the Companion Website viii Introduction ix Chapter 1: General Aspects of Chromatography 1 Chapter 2: Gas Chromatography 37 Chapter 3: High-Performance Liquid Chromatography 75 Chapter 4: Ion Chromatography 117 Chapter 5: Thin-Layer Chromatography 137 Chapter 6: Supercritical Fluid Chromatography 153 Chapter 7: Size-Exclusion Chromatography 165 Chapter 8: High-Performance Capillary Electrophoresis 183 Chapter 9: Ultraviolet and Visible Absorption Spectroscopy 205 Chapter 10: Infrared and Raman Spectroscopy 247 Chapter 11: Fluorescence and Chemiluminescence Spectroscopy 291 Chapter 12: X-Ray Fluorescence Spectroscopy 315 Chapter 13: Atomic Absorption Spectroscopy 341 Chapter 14: Atomic Emission Spectroscopy 365 Chapter 15: Nuclear Magnetic Resonance Spectroscopy 387 Chapter 16: Mass Spectrometry 431 Chapter 17: Isotopic Analyses and Labelling Methods 483 Chapter 18: Specific Analysers 509 Chapter 19: Potentiometric and Ionometric Methods 527 Chapter 20: Voltammetric Methods 543 Chapter 21: Sample Preparation 565 Chapter 22: Basic Statistical Parameters 579 Appendix: Table of Some Useful Constants 599 Bibliography 601 Index 603

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Book SynopsisThis is the loose-leaf version of Research Methods in Physical Activity, Eighth Edition, which offers students a less expensive, printed version of the text.Research Methods in Physical Activity, Eighth Edition, systematically guides students through the research process, introducing research methods, tools, and analysis techniques specifically for kinesiology and exercise science disciplines, including the subdisciplines of physical therapy, rehabilitation, and occupational therapy. The eighth edition continues its legacy with the authors’ trademark humor and is now enhanced with a new full-color layout.This reputable text provides step-by-step information for every aspect of the research process. Part I presents an overview of the research process, from preparing the research plan to understanding ethical issues in research and writing. Part II introduces statistical and measurement issues in research. Part III presents various approaches to research and methodology—including qualitative, quantitative, and mixed methods—while scholarly contributors offer advice for addressing sociohistorical, experimental, epidemiological, and philosophical research questions. Part IV details how to develop and organize research papers and presentations, and it includes guidance for describing results for publication in a scientific journal. Statistical tables and guides are available in the appendix.Joining longtime authors Jerry Thomas, EdD, and Stephen Silverman, EdD, are Philip Martin, PhD, and Jennifer Etnier, PhD, who bring fresh perspectives from the subdisciplines of biomechanics and sport and exercise psychology. Other enhancements to the eighth edition include the following: References have been updated throughout the text to present current research. Part II has undergone a major revision that makes statistical techniques more accessible. A new section on the Physical Activity Guidelines for Americans and other public health initiatives demonstrates epidemiology research in action. The chapter on philosophical research contains new issues from our increasingly diverse world, challenging students to think deeply. The full-color layout fosters an engaging learning experience and offers an enhanced data presentation. Research Methods in Physical Activity, Eighth Edition, employs learning aids that make the technical aspects of the research process approachable and easy to understand. Photos, anecdotes, and humorous stories throughout the text highlight practical applications to keep students engaged. A running glossary and key points emphasize important content. Review questions and prompts invite students to assess and apply their knowledge.Research Methods in Physical Activity, Eighth Edition, instills in students the confidence to devise, collect, analyze, and present their research in a competent manner. It is an essential text for all emerging researchers in physical activity.Table of ContentsPart I. Overview of the Research ProcessChapter 1. Introduction to Research in Physical ActivityThe Nature of ResearchUnscientific Versus Scientific Methods of Problem-SolvingAlternative Models of ResearchTypes of ResearchOverview of the Research ProcessParts of a Thesis: A Reflection on the Steps in the Research ProcessSummaryChapter 2. Developing the Problem and Using the LiteratureIdentifying the Research ProblemPurpose of the Literature ReviewBasic Literature Search StrategiesSteps in the Literature SearchSummaryChapter 3. Presenting the ProblemChoosing the TitleDeveloping the Introduction: Background and JustificationStating the Research PurposePresenting the Research HypothesisOperationally Defining TermsBasic Assumptions, Delimitations, and LimitationsJustifying the Significance of the StudyDifferences Between the Thesis and the Research ArticleSummaryChapter 4. Formulating the MethodHow to Present Methodological DetailsWhy Planning the Methods Is ImportantTwo Principles for Planning ExperimentsDescribing ParticipantsSelecting and Describing InstrumentsDescribing ProceduresDescribing Design and AnalysisEstablishing Cause and EffectInteraction of Participants, Measurements, and TreatmentsSummaryChapter 5. Ethical Issues in Research and ScholarshipSeven Areas of Research MisconductEthical Issues Regarding CopyrightModel for Considering Scientific MisconductWorking With FacultyProtecting Human ParticipantsProtecting Animal SubjectsSummaryPart II. Statistical and Measurement Concepts in ResearchChapter 6. Becoming Acquainted With Statistical ConceptsWhy We Need StatisticsUse of Computers in Statistical AnalysisDescription and Inference Are Not Statistical TechniquesWays to Select a SampleWays to Assign Participants to GroupsPost Hoc JustificationsDifficulty of Random Sampling and Assignment: How Good Must It Be?Measures of Central Tendency and VariabilityBasic Concepts of Statistical TechniquesData for Use in the Remaining Statistical ChaptersSummaryChapter 7. Statistical Issues in Research Planning and EvaluationProbabilityHypothesis TestingMeaningfulness (Effect Size)PowerUsing Information in the Context of the StudySummaryChapter 8. Relationships of VariablesWhat Correlational Research InvestigatesUnderstanding the Nature of CorrelationWhat the Coefficient of Correlation MeansUsing Correlation for PredictionPartial CorrelationSemipartial CorrelationProcedures for Multiple RegressionLogistic RegressionDiscriminant Function AnalysisModerators and MediatorsMultivariate Forms of CorrelationSummaryChapter 9. Differences Between GroupsHow Statistics Test DifferencesTypes of t TestsInterpreting tRelationship of t and rAnalysis of VarianceAnalysis of CovarianceExperiment-Wise Error RateUnderstanding Multivariate TechniquesSummaryChapter 10. Nonparametric TechniquesChi Square: Testing the Observed Versus the ExpectedProcedures for Rank-Order DataCorrelationDifferences Between GroupsSummaryChapter 11. Measuring Research VariablesValidityReliabilityMethods of Establishing ReliabilityIntertester Reliability (Objectivity)Standard Error of MeasurementUsing Standard Scores to Compare PerformanceMeasuring MovementMeasuring Written ResponsesMeasuring Affective BehaviorScales for MeasurementMeasuring KnowledgeItem Response TheorySummaryPart III. Types of ResearchChapter 12. Sociohistorical Process in Sport StudiesDevelopment of the DisciplineTheory and Sport HistoryRelationship Between Theory and MethodResearch SourcesResearch TopicsResearch DesignData Analysis and InterpretationResearch FindingsExemplary Studies in Sport HistorySummaryChapter 13. Philosophical Research in Physical ActivityIdentifying the Purposes of Philosophical ResearchPhilosophical Inquiry ContinuumLocating a Research ProblemAnalyzing a Research ProblemSummaryAppendixChapter 14. Research Synthesis (Meta-Analysis and Systematic Reviews)Purpose of Research SynthesisPresenting Effect Size DataSummaryChapter 15. SurveysQuestionnairesAdditional Considerations for Online SurveysDelphi MethodPersonal InterviewsNormative SurveysSummaryChapter 16. Other Descriptive Research MethodsDevelopmental ResearchCase StudiesObservational ResearchUnobtrusive Research TechniquesCorrelational ResearchSummaryChapter 17. Physical Activity Epidemiology ResearchU.S. National Physical Activity Guidelines and PlanObservational Versus Experimental ResearchWhat Is Physical Activity Epidemiology?Definitions of Physical Activity and Its ComponentsAssessment of Physical ActivityEpidemiological Study DesignsReading and Interpreting a Physical Activity Epidemiological StudySummaryChapter 18. Experimental and Quasi-Experimental ResearchSources of InvalidityThreats to Internal ValidityThreats to External ValidityControlling Threats to Internal ValidityControlling Threats to External ValidityTypes of DesignsSummaryChapter 19. Qualitative ResearchProcedures in Qualitative ResearchData AnalysisConcluding RemarksSummaryChapter 20. Mixed-Methods ResearchCombining Quantitative and Qualitative MethodsDesigning Mixed-Methods ResearchIssues in Mixed-Methods ResearchExamples of Mixed-Methods ResearchSummaryPart IV. Writing the Research ReportChapter 21. Completing the Research ProcessResearch ProposalThesis and Dissertation ProposalsAdvisor and Dissertation CommitteeThe Good Scholar Must Research and WriteScientific WritingFirst Things Are Sometimes Best Done LastDeveloping a Good IntroductionDescribing the MethodsThe Proposal ProcessPreparing and Presenting Qualitative Research ProposalsWriting Proposals for Granting AgenciesSubmitting Internal ProposalsCompleting Your Thesis or DissertationResults and DiscussionHandling Multiple Experiments in a Single ReportUsing Tables and FiguresSummaryChapter 22. Ways of Reporting ResearchBasic Writing GuidelinesA Brief Word About AcknowledgmentsThesis and Dissertation Format: Traditional Versus JournalHelpful Hints for Successful Journal WritingRevising Research PapersWriting AbstractsMaking Oral and Poster PresentationsSummaryAppendix. Statistical Tables

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Book SynopsisThis is the loose-leaf version of Measurement and Evaluation in Human Performance, Sixth Edition With HKPropel Access, which offers students a less expensive, printed version of the text.Measurement and Evaluation in Human Performance, Sixth Edition With HKPropel Access, guides students through the essentials of collecting and analyzing data of human performance and using that data in practical application. Introductory algebraic concepts are combined with the technological capabilities of Microsoft Excel and IBM’s SPSS software to aid students in calculations and data analysis. Focusing on the core concepts of reliability and validity of data, the text provides all the necessary tools for evidence-based decision making to apply in kinesiology, sport and exercise science, physical therapy, allied health, physical education, health, and fitness.The sixth edition of Measurement and Evaluation in Human Performance has been reorganized to offer a logical progression of information that makes it easy for instructors and students to apply the content to their specific courses and career goals. It is enhanced with added expertise from new coauthor Weimo Zhu, who served as the chair of the Measurement and Evaluation Council of SHAPE America. The amount of information on physical activity assessment has been increased across all chapters, and the text includes new content about sport video analysis apps, employment-related testing, and more.The text is divided into four parts. Part I introduces the concepts of measurement and evaluation and their importance for decision making in human performance. Part II explores statistics as core tools and resources for these evaluations and explains the various forms of statistical procedures often used in measurement. Part III presents reliability and validity from theoretical, comprehensive, and criterion-referenced perspectives. Skills gained through previous sections are applied to human performance issues such as evaluating a person’s aerobic capacity or muscular strength. Part IV applies all of the content from the previous sections to practical settings where students will use the knowledge gained in the text, covering topics like fitness assessment, performance assessment, motor behavior, and sport and exercise psychology.To enhance student comprehension and retention, related online learning aids are delivered through HKPropel. Sample data sets allow students to practice data analysis, as do a wide range of study and practice activities. Chapter quizzes may be assigned to students by instructors and are automatically graded within HKPropel. In addition, Mastery Item sidebars throughout the text include problems and activities that test student knowledge, while Measurement and Evaluation Challenge sidebars provide scenarios that can be tackled with the information from the chapter.Measurement and Evaluation in Human Performance, Sixth Edition, continues to provide students with the tools and confidence they will need to gather reliable data, analyze it, and apply it in their work with clients.Note: A code for accessing HKPropel is included with all new print books.Table of ContentsPart I. Introduction to Tests and Measurements in Human PerformanceChapter 1. Concepts in Tests and MeasurementsNature of Measurement and EvaluationPurposes of Measurement, Testing, and EvaluationReliability and ValidityDomains of Human PerformanceSummaryChapter 2. Using Technology in Measurement and EvaluationPrinciples and Practice of Using Technology in AssessmentUsing Computers to Analyze DataUsing SPSSDownloading Data MatricesSummaryPart II. Basic Statistical ConceptsChapter 3. Descriptive Statistics and the Normal DistributionsScales of MeasurementSummation NotationReporting DataCentral TendencyDistribution ShapesVariabilityStandard ScoresNormal-Curve Areas (z-table)SummaryChapter 4. Correlation and PredictionCorrelation CoefficientCalculating rInterpreting rPredictionMultiple Correlation or Multiple RegressionSummaryChapter 5. Inferential StatisticsHypothesis TestingIndependent and Dependent VariablesOverview of Hypotheses Testing and Inferential StatisticsEffect SizeSelected Statistical TestsSummaryPart III. Reliability and Validity TheoryChapter 6. Reliability and ValidityReliabilityValidityApplied Reliability and Validity MeasuresEstimating Agreement Between Measures Using the Bland–Altman MethodSummaryChapter 7. Criterion-Referenced Tests: Cut Scores, Reliability, and ValiditySetting Criterion-Referenced StandardsDevelopment of Criterion-Referenced TestingStatistical Analysis of Criterion-Referenced TestsCriterion-Referenced Testing ExamplesApplying Criterion-Referenced Standards to EpidemiologySummaryPart IV. Human Performance ApplicationsChapter 8. Evaluation: Theory and PracticeEvaluations and StandardsEvaluation in School SettingsProcess of GradingDetermining Instructional ObjectivesConsistency in GradingGrading MechanicsEvaluation in Nonschool SettingsSummaryChapter 9. Developing Written Tests and SurveysPlanning the TestConstructing and Scoring the TestAdministering the TestAnalyzing the TestItem AnalysisSources of Written TestsQuestionnaires and SurveysSummaryChapter 10. Assessment of Health-Related Physical FitnessA Brief History of Physical Fitness TestingHealth-Related Physical FitnessEstablishing the Risk for Fitness Testing and ExerciseMeasuring Aerobic CapacityMeasuring Body CompositionMeasuring Muscular Strength and EnduranceMeasuring FlexibilityHealth-Related Fitness Test BatteriesFitness Test Batteries for Older AdultsFitness Test Batteries for Children and YouthFitness Test Batteries for Special PopulationsSummaryChapter 11. Assessment of Performance-Related FitnessMeasuring AgilityMeasuring BalanceMeasuring CoordinationMeasuring PowerMeasuring Reaction TimeMeasuring SpeedMeasuring Other Performance-Related Fitness ComponentsIssues Related to Selection, Administration, and Use of Performance-Related Fitness TestsSummaryChapter 12. Assessment of Motor Abilities, Skills, and PerformanceTesting Motor AbilitiesGuidelines for Motor Ability, Skills, and Performance TestsEffective Testing ProceduresDeveloping Motor Performance TestsIssues in Skills TestingSkills Test ClassificationPurposes of Motor Performance AnalysisSport AnalyticsVideo Analysis AppsEmployment-Related Performance TestingSummaryChapter 13. Assessment of Physical Activity and Energy ExpenditureA Chronological View of Physical Activity and Health AssessmentPhysical Activity and Energy ExpenditureMethods of Assessing Physical ActivityMethods of Assessing Energy ExpenditureSelecting a Method of MeasurementAssessing Physical Activity in Children and YouthDetermining Dose of Physical Activity and Energy Expenditure for HealthSummaryChapter 14. Psychological Measurements in Sport and ExerciseSport Psychology: Performance Enhancement and Mental HealthExercise Psychology: Psychological Benefits of Physical ActivityTrait Versus State MeasuresGeneral Versus Sport-Specific MeasuresQuantitative Versus Qualitative MeasurementCautions When Using Psychological TestsNew Technology for Assessment PracticesTests Used in Sport and Exercise PsychologySummaryChapter 15. Performance-Based Assessment: Alternative Ways to Assess Student LearningImpetus for Developing a New Type of AssessmentTypes of Performance-Based AssessmentEstablishing Criteria for Performance-Based AssessmentsSubjectivity: A Criticism of Performance-Based AssessmentsSelecting Appropriate Performance-Based AssessmentsIssues to Consider When Developing Performance-Based AssessmentsImproving Assessment Practices in Physical Education SettingsSummaryAppendix: Microsoft Excel Applications

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Book SynopsisIntroduction of a common European currency has been, and is, a process bristling with difficulties. Will establishing European science be any easier? The contributors to the volume have treated this question with the seriousness it deserves. The results steer away from an easy optimism, but emphasize the importance of such enterprise. This insightful text should be of interest to policy makers and scientists alike, not the least because it shows how the two groups influence each other.'- Barbara Czarniawska, University of Gothenburg, SwedenSince the European Research Area was launched at the beginning of the century, significant efforts have been made to realise the vision of a coherent space for science and research in Europe. But how does one define such a space and measure its development? This timely book analyses the dynamics of change in the policy and governance of science and research within Europe over the past decade. It widens the scope of traditional policy analysis by focusing attention on the interaction between policy rationales, new governance mechanisms, and the organisational dynamics of the scientific field.The contributors build a novel analytical framework to understand the European research space as one shifting from a fragmented space of 'Science in Europe' to one that is labeled 'European Science'. The chapters explore the dynamics of this shift through the lenses of political science, organisation theory, science policy and related analytical traditions.Towards European Science is an interdisciplinary book which will attract a wide set of scholars and professionals interested in science policy, governance and scientific practice. It will also be of use to university leaders and managers, as well as policy-makers and practitioners working on issues of internationalisation and the Europeanisation of science.Contributors: I. Bleiklie, D. Braun, L. Cruz-Castro, J. Enders, L. Engwall, Å. Gornitzka, T. Hedmo, K. Jonkers, B. Lepori, T. Luukkonen, G. Mathisen Nyhagen, M. Nedeva, L. Sanz-Menéndez, L. WedlinTrade Review‘Introduction of a common European currency has been, and is, a process bristling with difficulties. Will establishing European science be any easier? The contributors to the volume have treated this question with the seriousness it deserves. The results steer away from an easy optimism, but emphasize the importance of such enterprise. This insightful text should be of interest to policy makers and scientists alike, not the least because it shows how the two groups influence each other.’ -- Barbara Czarniawska, University of Gothenburg, Sweden‘After reading the volume, it is easy to agree with the editors and to recommend the book to all actors in any research space interested in the science policy in the EU and the transformation of the European research/science space.’ -- ComparativTable of ContentsContents: 1. Towards European Science: An Introduction Linda Wedlin and Maria Nedeva 2. From ‘Science in Europe’ to ‘European Science’ Maria Nedeva and Linda Wedlin 3. European Research Area: An Evolving Policy Agenda Terttu Luukkonen 4. Actor Constellations in the European Funding Area Dietmar Braun 5. Executive Governance of European Science – Technocratic, Segmented, and Path Dependent? Åse Gornitzka 6. Transnational Organizations Defining Quality and Excellence Linda Wedlin and Tina Hedmo 7. Organizing Knowledge Institutions – Standardizing Diversity Ivar Bleiklie, Gigliola Mathisen Nyhagen, Jürgen Enders and Benedetto Lepori 8. Academies and their Roles in Policy Decisions Lars Engwall 9. The Internationalisation of Research Institutes Laura Cruz-Castro, Koen Jonkers and Luis Sanz-Menéndez 10. Quo Vadis European Science? Linda Wedlin and Maria Nedeva Index

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Book SynopsisWhy are so few electric cars in our streets today? Why is it difficult to introduce electronic patient records in our hospitals? To answer these questions we need to understand how state and non-state actors interact with the purpose of transforming socio-technical systems.Examining the 'who' (agents), 'how' (policy instruments) and 'why' (societal legitimacy) of the governance process, this book presents a conceptual framework for the governance of change in socio-technical systems. Bridging the gap between disciplinary fields, expert contributions provide innovative empirical cases of different modes of governing change. The Governance of Socio-Technical Systems offers a stepping-stone towards building a theory of governance of change and presents a new research agenda on the interaction between science, technology and society.This book will appeal to scholars in the fields of political science, economics, STS and innovation studies, who are interested in the processes of socio-technical change, their democratic legitimacy, and the governance of grand societal challenges.Contributors: D. Barberá-Tomás, M. Barbier, P. Biegelbauer, S. Borrás, A. Daemmrich, A. Delemarle, J. Edler, S. Kuhlmann, P. Larédo, D. Lehner, A. Loconto, J. Molas-Gallart, P. Stegmaier, E. Vignola-Gagné, V.R. VisserTrade Review'[The book] makes a very valid contribution. . . unpacking the uncertainty and the instability of the governance of complex systems while proposing some avenues to reduce the potentially excessive 'universality' of the concept. . . Efforts such as this one by Borrás et al. help pave the way in what remains a largely uncharted - yet fundamental field of research.' --Science & Public Policy'It is difficult to think of a more pressingly momentous political challenge than the topic addressed in this volume, and there could hardly be a better group of researchers to unfold key implications. In the broadest of senses referred to here, 'socio-technical systems' pervade all the great political dilemmas of the contemporary world. Across sectors spanning health, food, water, energy, environment and security, growing imperatives are recognised under diverse political perspectives for radically transformative change. What is needed is innovative interdisciplinary thinking combined with scholarly rigour and close attention to detail. And motivations are required that are more animated by enabling hope than by debilitating fear. All these qualities are evident in abundance in this timely and engaging volume. Offering the kinds of fresh ideas, intense commitment and expansive vision that are so essential to success, the authors and editors are to be congratulated on a robust and timely contribution.' --Andrew Stirling, University of Sussex, UK'The governance of change in socio-technical and innovation systems has been a neglected topic for too long. Finally, we have a collection which brings together an interdisciplinary perspective and points towards fresh empirical and theoretical possibilities. Ambitious and challenging but well-structured, this book suggests new interconnections between political science, science and technology studies, and economics. Any social scientist seeking to understand the governance of socio-technical change should start here.' --Alan Irwin, Dean of Research at Copenhagen Business School, DenmarkTable of ContentsContents: 1. Introduction: On Governance, Systems and Change Susana Borrás and Jakob Edler 2. The Governance of Change in Socio-Technical and Innovation Systems: Three Pillars for a Conceptual Framework Susana Borrás and Jakob Edler 3. Anticipatory Markets: Technical Standards as a Governance Tool in the Development of Biodegradable Plastics Arthur Daemmrich 4. Transitioning Sustainability: Performing ‘Governing by Standards’ Allison Loconto and Marc Barbier 5. Governance and Technological Change: The Effects Of Regulation In Medical Devices David Barberá-Tomás and Jordi Molas-Gallart 6. The Discontinuation in Socio-Technical Systems as Governance Problem Peter Stegmaier, Stefan Kuhlmann and Vincent R. Visser 7. Translational Research: Entrepreneurship, Advocacy and Programmatic Work in the Governance of Biomedical Innovation Etienne Vignola-Gagné, Peter Biegelbauer and Daniel Lehner 8. Governing Radical Change Through the Building of a Governance Arrangement Aurélie Delemarle and Philippe Larédo 9. The Who, What, How and Why of Governing Change. First Lessons and Ways Forward Susana Borrás and Jakob Edler Index

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Book SynopsisThis is a very timely book! Public procurement for innovation has become a prominent tool of demand-side innovation policy in recent years. A better understanding of the underlying assumptions and intentions, as well as the opportunities of this bundle of instruments and their limitations, is highly relevant for both innovation policy analysts, students and practitioners. The book presents the latest knowledge and insights of world-leading experts in the field of public procurement for innovation.'- Stefan Kuhlmann, University of Twente, the Netherlands, President of the European Forum for Studies of Policies for Research and InnovationPublic procurement for innovation (PPI) is a demand-side innovation policy instrument. It occurs when a public organization places an order for the fulfillment of certain functions or needs, which cannot be met at that moment or within a reasonable period of time through a new or improved product.Providing evidence of the benefits to public and private actors from selective use of this policy instrument, this book illustrates the requirements and constraints for its operationalization. It significantly improves our knowledge of the key determinants of effective public procurement, aiming to promote innovative capabilities in the supplying sectors and beyond. It also provides case studies and conceptual contributions that help extend the frontier of our understanding in areas where there are still significant knowledge gaps.Scholars interested in the study of innovation policies and practitioners involved in the design, implementation and evaluation of PPI will benefit from this state-of-the-art exploration.Contributors: Y. Caloghirou, J. Edler, C. Edquist, A.T. Furtado, L. Georghiou, Y. Li, J. Nauta, P. Panaghiotopoulos, A. Protogerou, C. Garcia Ribeiro, J. Rigby, M. Rolfstam, L. Tsipouri, E. Uyarra, V. Valovirta, H. van Meerveld, N.S. Vonortas, G. Whyles, J. Yeow, J.M. Zabala-IturriagagoitiaTrade Review‘This book contributes in two ways: first, it defines concepts and proposes a PPI typology and methodological tools for implementation in future PPI studies to enable consistent comparisons among regions and countries. Second, it provides an empirical survey and case study evidence of the effectiveness of PPI in countries at different stages of development in Europe, the USA, China, and Brazil . . . This book is highly recommended.’? -- Science and Public Policy?‘This is a very timely book! Public procurement for innovation has become a prominent tool of demand-side innovation policy in recent years. A better understanding of the underlying assumptions and intentions, as well as the opportunities of this bundle of instruments and their limitations, is highly relevant for both innovation policy analysts, students and practitioners. The book presents the latest knowledge and insights of world-leading experts in the field of public procurement for innovation.’ -- Stefan Kuhlmann, University of Twente, the Netherlands, President of the European Forum for Studies of Policies for Research and Innovation‘This book introduces a range of PPI-related issues and concludes that more knowledge is needed about the organizational conditions for more efficient and effective PPI results. The concluding chapter summarizes the various contributions, draws some lessons from the case studies, and argues that more research on PPI would benefit from an evaluation of demand-side and innovation policies to provide new methods and frameworks to enhance their effectiveness. This book is highly recommended.’ -- Science and Public PolicyTable of ContentsContents: 1. Introduction Charles Edquist, Nicholas S. Vonortas and Jon Mikel Zabala-Iturriagagoitia PART I CONCEPTUAL FRAMEWORK 2. The Meaning and Limitations of Public Procurement for Innovation: A Supplier’s Experience Jakob Edler, Luke Georghiou, Elvira Uyarra and Jillian Yeow 3. Building Capability for Public Procurement of Innovation Ville Valovirta 4. Risk Management in Public Procurement of Innovation: A Conceptualisation Jakob Edler, Max Rolfstam, Lena Tsipouri and Elvira Uyarra 5. Forward Commitment Procurement and its Effect on Perceived Risks in PPI Projects. Hendrik van Meerveld, Joram Nauta and Gaynor Whyles PART II CASE STUDIES 6. Innovative Public Procurement in the United States Nicolas S. Vonortas 7. Public Procurement for Innovation Elements in the Chinese New Energy Vehicles Program Yanchao Li, Luke Georghiou and John Rigby 8. Public Procurement for eGovernment Services: Challenges and Problems Related to the Implementation of a New Innovative Scheme in Greek Local Authorities Yannis Caloghirou, Aimilia Protogerou and Panagiotis Panaghiotopoulos 9. Closing the Loop – Examining the Case of the Procurement of a Sustainable Innovation Jillian Yeow, Elvira Uyarra and Sally Gee 10. Public Procurement for Innovation in Developing Countries: The Case of Petrobras Cássio Garcia Ribeiro and André Tosi Furtado 11. Lessons, Limitations and Way Forward Jakob Edler, Charles Edquist, Nicholas S. Vonortas and Jon Mikel Zabala-Iturriagagoitia Index

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