Essentials Of Ecology
Colin R. Townsend is the Director of the Ecology, Conservation and Biodiversity Research Group at the University of Otago. He has published over 150 ecology papers and books, including the best-selling and award-winning "Ecology," 4th Edition, with co-authors Michael Begon and John L. Harper. He is also co-editor of the international journal "Freshwater Biology."Michael Begon is Professor of Ecology in the School of Biological Sciences at the University of Liverpool. He has authored several books in addition to Ecology and around 150 research articles. His current research interests are focused on the population ecology of pathogens in wildlife populations.John L. Harper is an award-winning biologist and a leading figure in plant population biology. He has served as a council member of the Fellowship of the Royal Society and received the Darwin Arward in 1990. He is also the author of "Population Biology of Plants" and a co-author of "Ecology,
Essentials of Ecology
Fundamentals of Ecology - Chapter SummaryThis chapter is a fantastic review of the most essential topics of ecology. The major topics you will review are ecosystems and habitats. Within different ecosystems, there are unique relationships between living beings, including the food chains and the species who are the predators and the prey. You'll also investigate multiple types of symbiotic relationships and the differences between ecosystems, habitats, and ecological niches. After completing this chapter, you should be able to:
An ideal alternative to ecology texts that tend to be too difficult for non-majors, this succinct 11-chapter, full-color textbook covers scientific principles and concepts, ecosystems, evolution, biodiversity, population ecology, and more. Sustainability is the integrating theme and co-authors G. Tyler Miller and Scott Spoolman inspire students to take a positive approach toward finding and implementing useful environmental solutions in their own lives and in their careers. Updated with new information, art, and 'Good News' examples, the text engages and motivates students with vivid case studies and hands-on quantitative exercises. The concept-centered approach transforms complex environmental topics and issues into key concepts that students will understand and remember.
Hey everyone! I just finished putting together a video tutorial that goes over my Essential Functions of R (for ecology) Cheatsheet. I decided to create a separate post here because some of you were asking for an easy walk-through of the functions on the cheatsheet and I think that merits its own post. For those that are ready to just download the cheatsheet and go running with it, here is the link to my original post on the subject:
I convene the essentials of ecology second year undergraduate module which focuses on giving students a solid foundational understanding of ecology and understanding of how these can then be applied to address real-world problems. This is an optional module that introduces students to their first computer-based models of ecological systems, including models of competition and predation. I co-direct and teach for the Computational Methods in Ecology and Evolution masters course (CMEE).
Barker J, Davies J, Goralczyk M, et al.Barker J, Davies J, Goralczyk M, Patel S, O'Connor J, Evans J, Sharp R, Gollock M, Wood FR, Rosindell J, Bartlett C, Garner BJ, Jones D, Quigley D, Wray B close, 2022, The distribution, ecology and predicted habitat use of the Critically Endangered angelshark (Squatina squatina) in coastal waters of Wales and the central Irish Sea, Journal of Fish Biology, Vol:101, ISSN:0022-1112, Pages:640-658
Human activity during the Anthropocene has transformed landscapes worldwide on a scale that rivals or exceeds even the largest of natural forces. Landscape ecology has emerged as a science to investigate the interactions between natural and anthropogenic landscapes and ecological processes across a wide range of scales and systems: from the effects of habitat or resource distributions on the individual movements, gene flow, and population dynamics of plants and animals; to the human alteration of landscapes affecting the structure of biological communities and the functioning of entire ecosystems; to the sustainable management of natural resources and the ecosystem goods and services upon which society depends. This novel and comprehensive text presents the principles, theory, methods, and applications of landscape ecology in an engaging and accessible format that is supplemented by numerous examples and case studies from a variety of systems, including freshwater and marine "scapes".
"With summarizes her extensive experience in researching and teaching landscape ecology, accompanied by great artwork, in a well-written and clear textbook that will likely make it a frequently consulted source of information for landscape ecology courses." - Ezequiel González, Conservation Biology
"Beautifully produced, with high quality full color figures and images throughout, together with lively tables and boxes, chapter summary points and questions,Essentials is the first landscape ecology textbook I've seen that feels completely prepared to serve as the only assigned text for an introductory undergraduatecourse in landscape ecology...with this textbook, landscape ecology is now finally ready to become the mainstream university subject it was always meant to be." - Erle C. Ellis, Landscape Ecology
Essentials of Ecology, 4th Edition presents introductory ecology in an accessible, state-of-the-art format designed to cultivate the novice student's understanding of and fascination with the natural world. In a concise, engaging style, this text outlines the essential principles of ecology from the theoretical fundamentals to their practical applications. Full color artwork, simple pedagogical features and a wide range of carefully-chosen examples make this book an ideal introduction to ecology for students at all levels.
Michael Begon is Professor of Ecology in the School of Biological Sciences at the University of Liverpool. He has authored several books in addition to Ecology and around 150 research articles. His current research interests are focused on the population ecology of pathogens in wildlife populations.Robert Howarth chairs the International SCOPE Biofuels Project, directs the Agriculture, Energy & the Environment Program (AEEP, formerly AEP) at Cornell University, and represents the State of New York on the science and technical advisory committee of the Chesapeake Bay Program. He is the Founding Editor of the journal "Biogeochemistry" (Editor-in-Chief from 1983 to 2004). He has worked extensively on environmental issues related to human-induced changes in the sulphur, nitrogen, phosphorus, and carbon cycles, the impacts of global climate change, and interaction of energy systems and the environment.
this book provides an impressive knowledge on soil, not only the classical soil science but also from the viewpoint of soil life - and this is what's makes this book a masterpiece about soil ecology. I opartucilarly appreciated teh illustrations (photographs), teh clear diagrams and teh layout in general.
This is a second course subject that introduces the student to the most basic concepts, methods and applications of ecology. It also applies these principles to studies of specific cases with particular social relevance such as epidemiology, biological control or global change. It places special emphasis on the relationships between organisms with the physical environment, the structure and dynamics of populations and communities, and the transfer of matter and energy within communities and ecosystems. In the same course, the student integrates these basic knowledge with a specific vision of the ecology of microorganisms to the compulsory subject of Microbial Ecology. The contents and competences of the subject of Ecology are also related to those taught in the compulsory subjects of Plant Biology and Animal Biology, and of Environmental Microbiology, as well as with the optative Edaphology and Applied Vegetable Physiology. The main objective of the course is to provide basic training for the study of the structure and functioning of natural systems at various levels of organization: 1. Organisms: forming the student in the basic concepts related to autoecology, that is to say, the relation of living beings to the environment, providing the basic knowledge of the formalization of the environmental parameters for their ecological analysis. 2. Populations: forming the student in the concept of population and their meanings, and introducing it into techniques for assessing the abundance of organisms, and monitoring and modeling the dynamics of populations. 3. Communities: teaching the student to evaluate the structure of communities, the functional relationships between species (interspecific competition, depredation, symbiosis) and their community-level manifestations (trophic networks); and to analyze its dynamics in time (succession and disturbances). 4. Ecosystems: Introducing the student to the general characteristics of the environment that are relevant to understanding the exchanges of matter and energy in the trophic networks, as a necessary step for the study of biogeochemical cycles. 041b061a72