Accessible text designed for early biology students; covers Darwinian evolution philosophically and conceptually rather than deeply molecular. Conversational tone with chapters on speciation, co-evolution, human evolution, and evolutionary biology concepts .
A clear and comprehensive presentation of evolutionary genetics, updated from its 1989 first edition. Includes models, theory, mathematical approaches, and problem sets. New chapters address molecular genetics and reconstructing evolutionary history, with revisions on game theory and host–parasite interactions
Features four-color, self-contained exercises. Ideal for both majors and non-majors, requiring no prior organic chemistry. Includes microscopy, culture techniques, bacteriophage work, environmental controls, unknown identification systems, serological tests, and water/food/milk analyses. Comes with instructor's manual and extended experiments like Winogradsky columns and soil nitrogen cycles .
A well‑established lab manual featuring ~77 stand‑alone exercises in a four-color spiral‑bound format. Designed for both majors and non‑majors, it covers microscopy, aseptic techniques, staining, plating, microbial counts, bacteriophage, antibiotic testing, as well as applied and clinical immunology protocols . Includes detailed appendices on reagents, media recipes, tables, and identif…
A student-friendly, richly illustrated intro text aimed at allied-health and microbiology students. Covers microbial structure, metabolism, disease, control methods, biotechnology applications. Subsequent editions (6th–7th) updated with new pedagogical tools, case studies, and modern topics like genetic engineering and emerging diseases .
A concise introduction to population genetics, covering statistical foundations, Hardy–Weinberg equilibrium, genetic drift, selection, mating systems, polygenic traits, and speciation. Appropriate for undergraduate students or as a reference for geneticists.
This Darwinian biology textbook introduces key concepts—population genetics, ecology, evolution, systematics, morphology—using an engaging “magazine-style” format aimed at sophomores and juniors. It emphasizes the interplay between organism and environment to prepare students for advanced topics .