Study Guide to accompany Biology

Science & Math

Widmaier, Eric P.

Graham, Linda E.

Brooker, Robert J.

Stiling, Peter D.

Biological Sciences

Mcgraw-Hill College

The first and second editions of BIOLOGY, written by Dr. Rob Brooker, Dr. Eric Widmaier, Dr. Linda Graham, and Dr. Peter Stiling, has reached thousands of students and provided them with an outstanding view of the biological world. Now, the third edition has gotten even better! The author team is dedicated to producing the most engaging and current text that is available for undergraduate students who are majoring in biology. The authors want students to be inspired by the field of biology and become critical thinkers. They understand the goal of a professor is to prepare students for future course work, lab experiences, and careers in the sciences. Building on the successes of the first and second editions, the third edition reflects a focus on core competencies and provides a more learner-centered approach. The strength of an engaging and current text is improved with the addition of new pedagogical features that direct the students’ learning goals and provide opportunities for assessment, to determine if students understand the concepts.

Loose Leaf Biology with Connect Access Card

McGraw-Hill Science Engineering

This book focuses readers on the function of plants and the role they play in our world. The authors emphasize the scientific method to help readers develop the critical thinking skills they need to make sound decisions throughout life. This focus on how plants work and the development of critical thinking skills together support the ultimate goal of developing scientific literacy. This book is organized around the themes of DNA science, global ecology, and evolution. The key concepts discussed in the book are molecules, cells and microbes; plant structure and reproduction; and, plant diversity and the environment. For anyone interested in botany (plant biology).

Plant Biology

Wilcox, Lee W.

Graham, Jim M.

Pearson College Div

Key Benefit: For non-majors and mixed-majors introductory botany (plant biology) courses. Plant Biology focuses readers on the function of plants and the role they play in our world. With evolved content and a new organization, the authors emphasize the scientific method to help readers develop the critical thinking skills they need to make sound decisions throughout life. Together, the emphasis on how plants work and the development of critical-thinking skills support the authors’ goal of fostering scientific literacy. Key Topics: Introduction to Plant Biology, Plants and People, Molecules and Plants, Cells, Photosynthesis and Respiration, DNA, RNA, and Protein Synthesis, Cell Division: Mitosis and Cytokinesis, Plant Structure, Growth, and Development, Stems, Roots, Leaves, Plant Behavior, Reproduction, Meiosis, and Life Cycles, Gen

Benjamin/Cummings

The outstanding art program of the text has been developed to aid in extending biological and scientific literacy to today's visual learners. Key figures from the art program are offered in the Student Art Notebook so students can pay closer attention to lectures and avoid the need to simultaneously sketch, listen, and take notes. In addition, the Notebook includes self-study questions to help students prepare for exams.

Student Lecture Notebook for Plant Biology

Current, comprehensive, and readily accessible to all readers regardless of their knowledge on the subject, this information-packed resource on freshwater, marine, and terrestrial algae forms focuses on what people really want to know about algae—why they are so diverse; how they are related; how to distinguish the major types; their roles in food webs, global biogeochemical cycling; the formation of harmful algae bloom; and how we utilize them. Provides a stimulating overview of the importance of algae. Covers biotic associations involving algae, with discussions on herbivory interactions, algal food quality, symbioses, pathogeneic interactions, and more. Considers the economic, ecological, and biotechnological applications of algae, and provides complete coverage on algal biodiversity, classification systems, molecular phylogenetics, and application of molecular information to ecological problems. Offers a detailed study on endosymbiosis. and includes intensive, stand-alone chapters on cryptomonads, dinoflagellates, ochrophytes, red algae, green algae, and phytoplankton ecology. Covers new analytical techniques (i.e. molecular phylogenetics, DNA-based approaches to the study of life cycles, and fluorescence methods for the study for photosynthesis); integrates many interesting boxed essays; and enhances material with numerous photos and illustrations. For researchers and professionals in the fields of aquatic ecology and technological application of algae.

Algae

Biology: Laboratory Investigations

Emmel, Thomas C.

Goodman, Harvey D.

Slowiczek, Frances M.

Shechter, Yaakov

Harcourt College Pub.

The foremost textbook and reference for studying Phycology, Algae, Second Edition features hundreds of new illustrations, a new chapter on terrestrial algae, and thorough updates that reflect new classification structures. With an emphasis on algae ecology and molecular biology, the authors focus on what students really want to know about algae–why they are so diverse; how they are related; how to distinguish the major types; their roles in food webs; global biogeochemical cycling; the formation of harmful algae blooms; and how we utilize them. The text also provides a broad coverage of freshwater, marine, and terrestrial algae. Introduction to the Algae—Occurrence, Relationships, Nutrition, Definition, General Features, The Roles of Algae in Biochemistry,Algae in Biotic Associations, Technological Applications of Algae, Algal Diversity and Relationships—Taxonomy, Systematics, and Phylogeny, Cyanobacteria (Chloroxybacteria), Endosymbiosis and the Origin of Eukaryotic Algae—With a Focus on Glaucophytes, Chlorarachniophytes, and Apicomlexans, Euglenoids, Cryptomonads, Haptophytes, Dinoflagellates, Ochrophytes I—Introduction to the Ochrophytes and a focus on Diatoms, Ochrophytes II—Raphidophyceans, Chrysophyceans, Synurophyceans, and Eustigmatophyceans, Ochrophytes III—Pelagophyceans, Silicoflagellates, Pedinellids, and Related Forms, Ochrophytes IV—Chrysomeridaleans, Phaeothamniophyceans, Tribophyceans, and Phaeophyceans, Red Algae, Green Algae I—Introduction and Prasinophyceans, Green Algae II—Ulvophyceans, Green Algae III—Trebouxiophyceans, Green Algae IV—Chlorophyceans, Green Algae V—Charophyceans, Phytoplankton Ecology, Macroalgal and Periphyton Ecology. Intended for those interested in learning the basics of algae

Algae (2nd Edition)

Graham, James E.

A critical, synthetic and comprehensive account offering discussion of early environments, the history of thought on land plant origins, various approaches used to study early plant evolution and the characteristics of green algae. Includes new ideas regarding evolution, comparative studies of fossil plants and carbon availability. Features abundant illustrations and an extensive bibliography.

Origin of Land Plants

wiley

Biology

New York, NY : McGraw Hill LLC

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