Does the field of evolution differ from other sciences? The author, a reviewer for a major medical journal, scrutinized hundreds of scientific references in evolutionary literature, adopting the same standards used for studies submitted for medical publication. The data show that there are two types of evolution, microevolution and macroevolution, with a clear boundary between them based upon the presence and absence of empirical evidence, respectively. The surprising results show that there is a universal disconnect between the data and the conclusions that claim to show the larger changes of macroevolution. The author reveals patterns of deviations from standard scientific methods in these studies. For the first time, evolutionary data have been summarized to describe both what evolution can and cannot accomplish. The author shows the reader how to recognize the different ways in which the evidence for microevolution within and between some species differs from the unsupported macroevolution of most species. Previous critiques of macroevolution have been debunked by advocates who have cited a multitude of scientific studies. This book goes beyond previous critiques by directly addressing the data from these studies to see if they do, in fact, support macroevolution-focused conclusions. Many expert counterarguments against this book’s thesis are presented and examined in the context of scientific research to reassure the reader that the author has left no stone unturned in the macroevolution debate. A theory is proposed as to why there may be no empirical evidence for macroevolution. The book concludes with a section entitled “What we see differently.” There, the author shows the reader the differences in perspective between the evolutionist and macroevolution critic as they look at and interpret the very same set of data.
Contains an outline of the principles and characteristics of relevant instrumental techniques, provides an overview of various aspects of direct additive analysis by focusing on an array of applications in R ampD, production, quality control, and technical service.
Lubricants are essential in engineering, however more sustainable formulations are needed to avoid adverse effects on the ecosystem. Bio-based lubricant formulations present a promising solution. Biolubricants: Science and technology is a comprehensive, interdisciplinary and timely review of this important subject.Initial chapters address the principles of lubrication, before systematically reviewing fossil and bio-based feedstock resources for biodegradable lubricants. Further chapters describe catalytic, (bio) chemical functionalisation processes for transformation of feedstocks into commercial products, product development, relevant legislation, life cycle assessment, major product groups and specific performance criteria in all major applications. Final chapters consider markets for biolubricants, issues to consider when selecting and using a lubricant, lubricant disposal and future trends.With its distinguished authors, Biolubricants: Science and technology is a comprehensive reference for an industrial audience of oil formulators and lubrication engineers, as well as researchers and academics with an interest in the subject. It provides an essential overview of scientific and technological developments enabling the cost-effective improvement of biolubricants, something that is crucial for the green future of the lubricant industry. - A comprehensive, interdisciplinary and timely review of bio-based lubricant formulations - Addresses the principles of lubrication - Reviews fossil and bio-based feedstock resources for biodegradable lubricants
Does the field of evolution differ from other sciences? The author, a reviewer for a major medical journal, scrutinized hundreds of scientific references in evolutionary literature, adopting the same standards used for studies submitted for medical publication. The data show that there are two types of evolution, microevolution and macroevolution, with a clear boundary between them based upon the presence and absence of empirical evidence, respectively. The surprising results show that there is a universal disconnect between the data and the conclusions that claim to show the larger changes of macroevolution. The author reveals patterns of deviations from standard scientific methods in these studies. For the first time, evolutionary data have been summarized to describe both what evolution can and cannot accomplish. The author shows the reader how to recognize the different ways in which the evidence for microevolution within and between some species differs from the unsupported macroevolution of most species. Previous critiques of macroevolution have been debunked by advocates who have cited a multitude of scientific studies. This book goes beyond previous critiques by directly addressing the data from these studies to see if they do, in fact, support macroevolution-focused conclusions. Many expert counterarguments against this book’s thesis are presented and examined in the context of scientific research to reassure the reader that the author has left no stone unturned in the macroevolution debate. A theory is proposed as to why there may be no empirical evidence for macroevolution. The book concludes with a section entitled “What we see differently.” There, the author shows the reader the differences in perspective between the evolutionist and macroevolution critic as they look at and interpret the very same set of data.
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