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SPECIES --- THEORETICAL BIOLOGY --- PHYLOGENETICS --- CONCEPTS --- SPECIES --- THEORETICAL BIOLOGY --- PHYLOGENETICS --- CONCEPTS
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SYS General Systematics --- general systematics --- methods --- phylogeny --- PHYLOGENETICS --- TEXTBOOKS --- METHODS
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Understanding the history and philosophy of biological systematics (phylogenetics, taxonomy and classification of living things) is key to successful practice of the discipline. In this thoroughly revised Third Edition of the classic Biological Systematics, Andrew V. Z. Brower and Randall T. Schuh provide an updated account of cladistic principles and techniques, emphasizing their empirical and epistemological clarity. Schuh and Brower cover: -the history and philosophy of systematics -the mechanics and methods of character analysis, phylogenetic inference, and evaluation of results -the practical application of systematic results to: - biological classification, - adaptation and coevolution - biodiversity, and conservation -new chapters on species and molecular clocks Biological Systematics is intended as a textbook for students studying systematic biology and as a desk reference for practicing systematists. Part explication of concepts and methods, part exploration of the underlying epistemology of systematics, Brower and Schuh aim in this third edition to explain why some methods are more empirically sound than others.
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Evolutionary Human Sciences is a fully Open Access journal that supports a unified approach to evolutionary human sciences. We are concerned with understanding how evolution has shaped humankind, from biology through to culture. The journal aims to attract papers in the fields of evolutionary anthropology, cultural evolution, human biology, evolutionary medicine, anthropological genetics, phylogenetics, paleoanthropology and evolutionary approaches to psychology, cognition, language, economics, archaeology, primatology, politics and anything else that can be considered to be part of the evolutionary human sciences. Evolutionary Human Sciences publishes interdisciplinary original research, including registered reports, and reviews.
evolution --- anthropology --- cultural evolution --- palaeoanthropology --- evolutionary medicine --- phylogenetics --- Evolution. Phylogeny --- Human evolution
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Whether you are looking for an introduction to the field of tree balance, a reference work on the multitude of available balance indices or inspiration for your future research, this book offers all three. It delves into the significance of tree balance in phylogenetics and other research domains, where numerous indices have been introduced over the years. While the variations in definitions and underlying principles among these indices have long remained a challenge, this survey addresses the problem by presenting formal definitions of balance and imbalance indices and establishing desirable properties. The book is comprehensive both in the inclusion of a variety of indices and in the information provided on them: the authors meticulously analyze and categorize established indices, shedding light on their general, statistical and combinatorial properties. They reveal that, while some known balance indices fail to meet the most basic criteria, certain tree shape statistics from other contexts prove to be effective balance measures. The collected properties are neatly presented, numerous new results are established, open research questions are highlighted, and possible applications are discussed. Reviewing over twenty (im)balance indices, a wealth of mathematical insights is provided, accompanied by real-world examples showcasing the importance of tree balance in diverse research areas. Catering to researchers, students, mathematicians, and biologists, the book can be used as a textbook for university seminars, a reference on tree balance, and as a source of inspiration for future research. It is accompanied by the free R package 'treebalance', a powerful tool to further explore and apply the discussed concepts, and a website allowing quick access to the main information and the latest developments in the field.
Graph theory. --- Phylogeny. --- Evolution (Biology). --- Graph Theory. --- Phylogenetics. --- Evolutionary Biology. --- Filogènia --- Filogeografia. --- Estadística matemàtica
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This collection attempts to integrate work pertaining to a fundamental question in plant evolution: What are the molecular underpinnings for the origin of different plant forms? Among the many facets this question touches are the transition to land, the emergence of vascular plants, the origin of the seed and the origin and diversification of floral form. We aim to bring to the forefront the most salient and original plant systems and approaches within an inclusive phylogenetic context that encompasses representatives of the major lineages of land plants.
Molecular toolkit --- Evolution of Development --- developmental genetics --- phylogenetics --- Emerging model systems --- Plant Morphology --- Evolutionary Transitions --- land plants --- Molecular toolkit --- Evolution of Development --- developmental genetics --- phylogenetics --- Emerging model systems --- Plant Morphology --- Evolutionary Transitions --- land plants
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Cladistic analysis --- Phylogeny --- Zoology --- Analyse cladistique --- Phylogenèse --- Zoologie --- Classification --- Animals --- Cladistic analysis. --- Phylogeny. --- Phylogenèse --- CLADISTICS --- PHYLOGENETICS --- METHODS --- MANUALS
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Mapping phylogenetics on geographical scales is one of the most important scientific aspects of bioscience research. Changes in the environment have evidently shaped the geographical distribution of organisms on land and in the oceans seen today. Overexploitation of key species has caused not only changes in the distribution and diversity of organisms and composition of the ecosystems, but is also leading to species extinction at accelerating rates. It is our duty as scientists to find ways of protecting the species endangered with extinction and preventing other species from entering the endangered stage. To manage this effectively, we need to map species distribution, understand life-history traits, define genetic variation within species and populations, identify lineages - especially at the molecular level - and correlate the historical, phylogenetic components with the spatial distributions of gene lineages. In this book, phylogenetics and phylogeography of a diverse range of organisms are reviewed: from microorganisms causing gastroenteritis in humans, fishes in the Southwest Atlantic Ocean and spiders of the western Indian Ocean, to mountain tapirs in South America and birch tree species of the Arctic tundra.
Phylogeny. --- Animal phylogeny --- Animals --- Phylogenetics --- Phylogeny (Zoology) --- Biology --- Evolution (Biology) --- Phylogeny --- Life Sciences --- Plant Biology --- Agricultural and Biological Sciences --- Ecohydrology
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