Characteristics of science, historical development of scientific concepts, and interaction of society with science illustrated by topics from biological science. Not a BIOL major elective.
(1 3-hr Lab) Explores connections between biological principles and everyday life with a focus on the environment. Topics include environmental health and sustainability with examples from Hawai‘i. Not a BIOL major elective. (Cross-listed as SUST 111L)
Overview of ocean issues and organizations involved with marine activities, management, education, research, and business. Exploration of internships, research, and career opportunities. Preparation of resumes, proposals, and professional presentations. Not a BIOL major elective. (Cross-listed as IS 100)
Characteristics of science and interaction with society illustrated by topics in geology, astronomy, oceanography, and biology of Hawaiian Islands. Not a BIOL major elective.
Introductory biology for all life science majors. Cell structure and chemistry; growth, reproduction, genetics, evolution, viruses, bacteria, and simple eukaryotes. Pre: CHEM (131, 151, 161, 171, or 181A) or concurrent, and BIOL 171L (or concurrent), or consent.
(1 3-hr Lab) Laboratory to accompany 171. A significant portion of class time is dedicated to writing instruction, and requires a minimum of 4,000 words of graded writing. Pre: CHEM (131, 151, 161, 171, or 181A) or concurrent, and BIOL 171 (or concurrent) or consent.
Anatomy, physiology, and systematics of plants and animals; behavior; ecosystems, populations, and communities. Pre: CHEM (131, 151, 161, 171, or 181A) or concurrent, and BIOL 172L (or concurrent), or consent.
(1 3-hr Lab) Laboratory to accompany 172. Pre: CHEM (131, 151, 161, 171, or 181A) or concurrent, and BIOL 172 (or concurrent) or consent.
(3 Lec, 1 3-hr Lab) Introduction to statistical approaches in biology. Students will learn how to formulate hypotheses, test them quantitatively, and present results. Students will analyze biological datasets using the computer language R. A-F only. Pre: 171 or 172 or BOT 101; MATH 134 or MATH assessment exam. (Cross-listed as BOT 220)
Principles of ecology and evolution for life science majors stressing integrated approach and recent advance. A-F only. Pre: C (not C-) or better in 171/171L, 172, 172L (or concurrent), and 265L (or concurrent).
(1 3-hr Lab) Laboratory to accompany 265. A significant portion of class time is dedicated to writing instruction, and requires a minimum of 4,000 words of graded writing. Pre: C (not C-) or better in 265 (or concurrent).
Integrated cell and molecular biology for life science majors. Modern advances in recombinant DNA technology. A-F only. Pre: C (not C-) or better in 171/171L and CHEM 272. (Cross-listed as MCB 275)
(1 4-hr Lab) Laboratory for Cell and Molecular Biology. A-F only. Pre: C (not C-) or better in 275 (or concurrent) and CHEM 272.
Directed participation on tutorials and related activities in public schools and approved community and UH Mânoa organizations. A-F only. Repeatable one time. Pre: 265/265L, 275/275L, and consent.
Functional, ecological, and evolutionary problems faced by life in the sea. Draws from major marine habitats and associated communities, from the deep sea to the plankton. Impacts of overfishing, marine pollution, and land development on the ecology and evolution of marine organisms. Emphasis on developing problem solving and quantitative skills. MBIO majors only. A-F only. Pre: C (not C-) or better in 265/265L, 301L (or concurrent), and OCN 201; or consent.
(1 3-hr Lab) Laboratory to accompany 301. MBIO majors only. A-F only. Pre: C (not C-) or better in 301 (or concurrent).
Introduction to the concepts, goals, ethical issues and consequences of biotechnology using real-life case studies of GMOs, cloning, DNA fingerprinting, gene therapy and genetical engineering. Pre: 171 or consent. (Cross-listed as MBBE 304)
General survey of the principles of ecology. Focus on processes influencing the distribution and abundance of organisms, interactions among organisms, and interactions between organisms and the environment. A-F only. Pre: BIOL 171; BIOL 172 or BOT 201. (Cross-listed as BOT 305)
Introduction to animal and human ethology and sociobiology; emphasis on social and interspecific behavior, its causes and adaptive significance. Lab optional. Pre: 171 and 171L and 172 and 172L or ANSC 201; or consent.
(1 3-hr Lab) Application of methods in the study of animal behavior by demonstrations, labs and projects. Pre: 306 (or concurrent).
Global environmental problems in historical perspective; physical, biological, sociocultural views. Pre: one of 101, 123, or GEO 101; or consent.
Atoll as ecosystem and as human environment. Formation, structure, distribution, biota. Pre: two semesters of introductory science or consent. Not a BIOL major elective.
Introduction to the evolution and systematics of vertebrates, with emphasis on comparative morphology, physiology, and ecology. Pre: BIOL 265. Co-requisite: 325L.
(2 3-hr Lab) Laboratory to accompany 320. Pre: 172 and 172L. Co-requisite: 325.
Overview of marine mammal science, significance and roles of marine mammals in their ecosystems, and marine conservation issues. Current research topics in marine mammal science will also be covered. Pre: C (not C-) or better in 171/171L, 172/172L, and 265, 265L; or consent.
Laboratory to accompany 331. Activities will include taxonomy, anatomy, morphology, necropsy, hematology, population estimating methods, tracking, field distribution surveys, stranding response, and energetics, and/or similar depending on field access and availability of specimens. A-F only. Pre: C (not C-) or better in 171/171L and 172/172L and 265/265L and 331 (or concurrent), or consent.
The role of genetics in evolution, medicine, behavior, plant and animal breeding and technology; its impact on today’s society. Not a BIOL major elective. Pre: one semester of biological science at college level or consent. (Cross-listed as CMB 351)
Animal parasites of man, and domestic and wild animals; systematics, comparative morphology, life history, pathology, treatment, control. Pre: 275.
Human sex differences, their biological basis and significance; genetic, hormonal, and behavioral determinants of sexual differentiation; biology of gender, sexuality, parenting, menopause, and aging. Pre: one semester of biological science. (Cross-listed as WGSS 350)
Characteristics of island biota; examples from Hawai‘i and the Pacific. Impact of island and continental cultures; policy and ecosystem endangerment; contemporary legislation, policy, and management practices. Pre: one semester of biological science or consent. Not a BIOL major elective.
Biological survey, collection, and analysis techniques will be reviewed and applied through field studies. Students will be introduced to the uniqueness of the Hawaiian environment and its diversity of life. Emphasis on diversity, evolution and ecology. Repeatable up to six credits. A-F only. Pre: C (not C-) or better in 265/265L (or equivalent), or consent.
Genetic concepts at advanced undergraduate level; genetic transmission, recombination, gene action, mutation, population and evolutionary genetics. A-F only. Pre: 275 or consent.
(1 4-hr Lab) Experiments with a variety of organisms to illustrate principles discussed in BIOL 375. Pre: 275/275L, 375 (or concurrent) or consent.
Combined lecture/lab impart essential knowledge and skills in technical writing, poster design, and oral presentations for effective communication for life science majors. Research papers, lab reports, project proposals, conference presentations are covered. A-F only. Pre: C (not C-) or better in 171/171L, 172/172L, and ENG 100.
Supervised laboratory internship in the preparation and demonstration of laboratory experiments in selected laboratory courses. Repeatable one time. Pre: consent.
Students carry out marine-related internships, practica, research projects or field experience on-or off-campus with faculty guidance. Repeatable one time. A-F only. Pre: minimum cum GPA of 2.5, junior or senior standing in any field of study and IS 100/BIOL 104 or consent, project proposal. (Crosslisted as IS 400)
General principles, applications, and recent advances of the rapidly growing science of biotechnology. Topics include impact of biotechnology on medicine, animal sciences, environment, agriculture, forensics, and economic and socio-ethical issues. Pre: C (not C-) or better in 275 or consent. (Cross-listed as MBBE 401)
(1-hr Lec, 3-hr Lab) Laboratory to accompany 401. Students learn advanced gene editing techniques, including CRISPR/Cas9 to engineer prokaryotic and eukaryotic cells. Repeatable one time. Pre: 275L, or 375L, or MBBE 304, or MBBE 375; or consent. Co-requisite: 401. (Cross-listed as MBBE 401L)
Molecular basis of living processes in bacteria, plants, and animals; emphasis on metabolism of carbohydrates, lipids, proteins, and nucleic acids. Pre: C (not C-) or better in 275/275L, and CHEM 273; or consent. (Cross-listed as MBBE 402)
Integrated program of intensive lectures, laboratory experiments, and field research that focus on the biological processes that shape the lives of marine organisms. A-F only. Limited space; enrollment by consent; GPA considered. Pre: C (not C-) or better in 301/301L and consent.
Current themes in marine biology and experience in scientific assessment. Repeatable two times. MBIO majors only. A-F only. Pre: C (not C-) or better in 301/301L or consent.
Biology, physiology, and ecology of marine organisms and marine ecosystems, and the physical and chemical factors, which influence them. Cannot be used to satisfy BS-MB major requirements. Credit granted for only one of ZOOL 200, BIOL 301, or BIOL 406. Junior standing or consent. A-F only. Pre: 171 and 172. (Spring only)
Relationship between structure and function at macromolecular level. Pre: C (not C-) or better in 275/275L and CHEM 273, or consent. (Cross-listed as MCB 407)
Cell structure and function. Structure, chemistry, and functions of organelles and macromolecules. Pre: C (not C-) or better in 407; or consent. (Cross-listed as MBBE 408 and MCB 408)
(2 3-hr Lab) A laboratory to accompany 407 and 408. Pre: 407 (or concurrent) or 408 (or concurrent). (Cross-listed as MCB 408L)
Human impacts through time on vegetation, animals, landforms, soils, climate, and atmosphere. Special reference to Asian/Pacific region. Implications of long-term environmental change for human habitability. Pre: with a minimum grade of B, one of 101, 123 or GEO 101 and either 310 or GEO 322; or consent. (Cross-listed as GEO 410)
The biogeography, evolution, ecology, and physiology of corals and coral reefs, and the application of this information to the management of coral reefs. Emphasis will be placed on processes such as dispersal, the evolution and operation of mutualisms, calcification,
reproduction, and the maintenance of diversity. Pre: 265 (or concurrent) or 301 (or concurrent). (Spring only)
Principles of conservation biology and wildlife management techniques, illustrated with animal, plant, and ecosystem examples. Examination of ethical, cultural, legal, political, and socio-economic issues impinging on conservation policy and practice. Group project and field trips. Pre: C (not C-) or better in 265/265L or consent.
Will introduce the diversity, ecology, evolution, and biology of the Kingdom Fungi. Focus on our current understanding of fungal evolution and diversity and how fungi interact
with environments and hosts. Pre: 172, BOT 201; or consent. (Spring only) (Cross-listed as BOT 430 and TPSS 432)
(1 3-hr Lab) Introduction to the morphology and life cycles of organisms in the Kingdom Fungi. Focus on learning how to identify a diversity of fungi based on macro- and microscopic features. Field trips to collect specimens. Pre: 430 (or concurrent) or consent. (Spring only) (Cross-listed as BOT 430L and TPSS 432L)
Taxonomy, ecology, biochemistry, distribution, cultural history, and contemporary use of mind-altering drug plants; examples from primitive, traditional, and modern societies. Pre: junior standing, one semester of biological science, and either ANTH 200 or GEO 151; or consent.
(2 Lec, 1 1-hr Lab) Geography, geology, climatology, biotic environment of Pacific Basin and Hawaiian Islands; endemism and evolution in terrestrial and marine biota. Pre: one semester of biological sciences at college level. (Cross-listed as BOT 450 and SUST 450)
Survey of fish biodiversity focusing on major lineages, their phylogenetic relationships, and their geographic distribution in light of evolutionary history. Taught spring semester in alternate years. Junior standing or higher. Pre: 171 and 172. (Alt. years: spring)
(2 2-hr Lab) Overview of the major orders and families of fishes of the world; introduction to local Hawaiian fishes; coverage of basic fish anatomy; introduction to field and laboratory techniques in fish research. Junior standing or higher. Pre: 171, 172, and 465 (or concurrent). (Alt. years: spring)
The origins and early evolution of fishes, with a focus on morphological innovations that have led to lineage divergence and adaptive radiation, and the nature of underlying processes associated with novel character trait evolution. A-F only. Pre: 265. (Alt. years: spring)
Process of evolution: genetic basis, natural selection, population genetics, speciation, the fossil record. Pre: 171 and 172. Recommended: a BIOL or ZOOL course at 300 or 400 level.
Integrative, in-depth focus on the genetics, cell biology, and molecular basis of cancer. Combination of classroom lectures and problem-based discussions in small groups. Addresses ethical implications of cancer research and treatment. A-F only. MCB or BIOL majors only. Senior standing or higher. Pre: 407 (or concurrent) and 408 (or concurrent) or consent. (Spring only) (Cross-listed as MCB 472)
An interdisciplinary study of the diverse life in the soil beneath our feet that includes bacteria, fungi, protists, nematodes, arthropods, invertebrate, viruses, and the essential functional roles these organisms contribute to sustainability of the planet. Repeatable one time. Pre: 375 or TPSS/PEPS/SUST 371, or MICR 351, or consent. (Cross-listed as TPSS 480)
Laboratory to accompany 480. Technical examination of bacteria, fungi, protists, nematodes, arthropods, and other invertebrate, and the essential functional roles these organisms contribute to sustainability of the planet. Repeatable one time. Pre: 171L and 172L, or MICR 351L, or consent. Co-requisite: 480. (Crosslisted as TPSS 480L)
Focuses on the use of computational tools and approaches to analyze the enormous amount of biological data (DNA, RNA, protein) available today. A-F only. Pre: 171 (or equivalent), or consent. (Once a year) (Cross-listed as MBBE 483)
Body plans, development, cellular construction, physiological integration, natural history, and ecology of invertebrate animals. Emphasis on marine species, especially local ones. Pre: 172 and CHEM 161, or consent. Corequisite: 485L.
(2 3-hr Lab) Pre: 172 and CHEM 161, or consent. Corequisite: 485.
Reports on research in mathematical biology, reviews of literature, and research presentation. Required for Certificate in Mathematical Biology. Repeatable one time. Pre: junior standing or higher and consent. (Cross-listed as MATH 490)
Development and completion of a research project under the direction of a faculty advisor. Repeatable two times, up to 12 credits, up to 6 credits apply towards BA and BS BIOL major requirements. A-F only. Pre: 2.5 GPA minimum, written proposal and consent.
Principles taught in a conceptual and/ or hands-on manner either in a laboratory setting or in the field. (B) biotechnology; (C) ecology, evolution and conservation; (D) marine biology; (F) general biology. A-F only. Repeatable unlimited times. Pre: 171/171L, 172/172L, in-service teachers; or consent.
) Practical introduction to molecular methods used to address ecological and evolutionary questions. Advanced undergraduate/graduate level. Focus on methods and application to independent research project. A-F only. Pre: 265/265L (or equivalent) or 275/275L (or equivalent), and 375/375L, and consent. (Alt. years)
Mathematical, observational, experimental results on effects of mutation, selection, and systems of mating on distribution of genes. Analysis of non-experimental populations. Pre: consent. (Cross-listed as CMB 650) Professional Development Courses for Science Teachers.
Discussion of hot topics in botany, including conservation of rare plants, invasive species, marine botany, ethnobotany, poisonous plants, evolution in action, fungal networks, and careers in botany with emphasis on Hawaiian examples. Students should enroll in BOT 100 and 101/101L, or BOT 100 and BIOL 171/171L. Repeatable one time. A-F only. Corequisite: 101/101L or BIOL 171/171L. (Once a year)
Growth, functions, and evolution of plants; their relations to the environment and particularly to humans and human activities.
Growth, functions, and evolution of plants; their relations to the environment and particularly to humans and human activities.
(1 3-hr Lab) Lab observations and experiments illustrating basic principles of plant biology. Pre: 101 (or concurrent).
(2 Lec, 1 Demonstration) Plants and their influence on culture and history including: plant domestication and agriculture; plant biogeography and human migration; plant use in religious, medical, and shamanic traditions; and cultural aspects of plant conservation.
(2 Lec, 1 Demonstration) Plants and their influence on culture and history including: plant domestication and agriculture; plant biogeography and human migration; plant use in religious, medical, and shamanic traditions; and cultural aspects of plant conservation.
(1 3-hr Lab) Laboratory exercises, experiments, and analysis in ethnobotany. A-F only.
Ethnobotany. Interactions between plants and people: use in religious, medical, and shamanic traditions; roles in cultural formation, destruction, and revolution; plant domestication and food systems; roles in human migration; cultural components of plant conservation. (Fall only)
Ethnobotany. Interactions between plants and people: use in religious, medical, and shamanic traditions; roles in cultural formation, destruction, and revolution; plant domestication and food systems; roles in human migration; cultural components of plant conservation. (Fall only)
Lecture exploring the range of Earth’s diversity, the evolutionary processes that generate it, the ecological roles it plays, the consequences of its loss, and the processes by which it can be conserved. A-F only. (Fall only)
Laboratory and outdoor observations and experiments examining the range of biological diversity among the Earth’s species and ecosystems. A-F only. Pre: 110 (or concurrent).
Introduction to the native flora of Hawai‘i, its origin, evolution and ecology, and the observation, identification, and systematics of the Hawaiian flora.
The exploration of concepts and the process of science through hands-on experience in studying Hawaiian and introduced plants, their ecology, and cultural significance. Pre: 130 (or concurrent).
Impact of fungi in nature and on humankind. Selected historical events in which fungi played a significant role, their activities as decomposers and pathogens, and their uses as sources for mind altering drugs in religious ceremonies and in food and beverage production in various societies.
Nontechnical course emphasizing recognition of the many interesting tropical plants seen on campus; origin, status in Hawai‘i, and cultural and economic uses of campus plants.
(3 Lec, 1-3-hr Lab) Combined lecture-lab to introduce common marine plants in Hawaiian coastal areas via discussion of morphology, growth, ecological functions and native/alien status. Field trips to observe plants in local habitats.
Presentations by faculty highlighting research in tropical ecosystems. Topics include alien species, biodiversity, ecosystem services, ethnobotany, marine ecology, plant-animal interactions, and systematics of Hawaiian species. Assigned reading and writing exercises from papers in current journals. Repeatable one time. A-F only. Pre: 101/101L or BIOL 171/171L. (Once a year)
Significance of evolutionary trends in the plant world, including reproductive, morphological, and life history adaptations by algae, fungi, and vascular plants. Pre: 101 or college general biology. Co-requisite: 201L.
(1 3-hr Lab) Lab exercises in the morphology and systematics of land plants, fungi, and algae. Corequisite: 201.
(3 Lec, 1 3-hr Lab) Introduction to statistical approaches in biology. Students will learn how to formulate hypotheses, test them quantitatively, and present results. Students will
analyze biological datasets using the computer language R. A-F only. Pre: 101 or BIOL 171 or BIOL 172; MATH 134 or MATH assessment exam. (Cross-listed as BIOL 220)
Introduction to and discussion of ethical issues associated with biodiversity, ecology, and conservation biology. Repeatable one time. A-F only. Pre: any DB course or consent. (Once a year) (Cross-listed as SUST 310)
Introduction to the concepts and principles of plant conservation biology and to plant conservation-inpractice in Hawai‘i and elsewhere. A-F only. Pre: 305 or consent. Co-requisite: 301L. (Once a year) (Crosslisted as SUST 313)
Introduction to approaches, methods, and analyses used in the study and practice of plant conservation, with an emphasis on experimental design and problem-solving. Includes both laboratory and field components. A-F only. Pre: 305 or consent. Corequisite: 301. (Once a year) (Cross-listed as SUST 313L)
Provides three rounds of opportunities for grant writing associated with research in biodiversity, conservation biology, ecology, and plant systematics. Students will gain experience in peer review, grant cycles, and budget preparation. A-F only. Pre: 301/SUST 313 (or concurrent) and 303, or consent. (Once a year)
General survey of the principles of ecology. Focus on processes influencing the distribution and abundance of organisms, interactions among organisms, and interactions between organisms and the environment. A-F only. Pre: BIOL 171; BIOL 172 or BOT 201. (Cross-listed as BIOL 305)
Combined lecturelaboratory with intensive field experience for observational and experimental field work in native/impacted Hawaiian ecosystems. Field experience typically held during spring break. Terrestrial, freshwater, and marine habitats considered. A-F only. Pre: 305 and consent. (Once a year)
Management of native Hawaiian organisms and terrestrial ecosystems with particular attention to strategies, planning, research, and management actions necessary to control alien influences and promote native species. Pre: college general biology.
Introduction to the ecological processes and principles of tropical ecosystems, and to conservation issues facing tropical forests, with a particular emphasis on the neotropics.
A-F only. Pre: BIOL 171 and BIOL 172, or BOT 101; and BIOL 265.
Individualized directed research. Intended for upper division botany majors. Repeatable six times. A-F only. Pre: 101/101L or BIOL 172/172L; or consent.
Current research themes in botany presented in discussion format; reading current research papers. Oral presentations of primary research. Repeatable one time. BOT majors only. Senior standing and consent. A-F only. (Once a year)
Teaching Internship (TI) allows upper division undergraduates to experience assisting in laboratory courses for BOT 101, 105, 201, 202, 203, or other lab courses in Botany or peer-mentoring for BOT 100, as available. Repeatable one time. BOT majors only. CR/NC only. Pre: 301 or SUST 313, and 301L or SUST 313L, and 303; or consent.
Structure of vascular plants; origin and differentiation of tissues; relation of structure to function. Pre: 201. Co-requisite: 410L. Recommended: 470.
(1 3-hr Lab) Lab study of plant structure. Co-requisite: 410.
(3 Lec, 1 3-hr Lab) Lecture/laboratory to examine the anatomy, physiology, morphology, and functional ecology of plants. Labs will develop skills in microscopy, experimental techniques for studying plant physiology, and basic functional ecology. A-F only. Pre: 101/101L or BIOL 171/171L; BOT 201/201L; or consent. (Spring only)
Will introduce the diversity, ecology, evolution, and biology of the Kingdom Fungi. Focus on our current understanding of fungal evolution and diversity and how fungi interact
with environments and hosts. Pre: 201, BIOL 172; or consent. (Spring only) (Cross-listed as BIOL 430 and TPSS 432)
(1 3-hr Lab) Introduction to the morphology and life cycles of organisms in the Kingdom Fungi. Focus on learning how to identify a diversity of fungi based on macro- and microscopic features. Field trips to collect specimens. Pre: 430 (or concurrent) or consent. (Spring only) (Cross-listed as BIOL 430L and TPSS 432L)
(2 2-hr Lab) Advanced studies of plant uses in cultural contexts, focusing upon impacts of plant-culture interactions in development of cultures, cultivars, medicinals, ethnoecologies, ethics, and intellectual property. Lecture/discussion, term paper. Pre: 105 or 107 or consent.
Survey and theory of plants used as medicines, cultural perspectives of herbal medicine, and the botanical/ chemical basis of allopathic and naturopathic medicine. Lecture/discussion, term paper or project. Pre: 461 or consent.
Ecological implications of cultural uses of plants. Examines the biological basis for, and ecological effects of traditional and local resource management systems. Pre: BOT 305 or BIOL 265/265L or consent. (Crosslisted as SUST 445)
(2 Lec, 1 3-hr Lab) Methods and techniques of handling and identifying plant materials used by early Hawaiians and modern Hawaiians for house and canoe construction, clothing, household and fishing items, medicine, and food preparation. Reading, laboratory, and fieldwork. Pre: 440 or consent. (Cross-listed as SUST 446)
(2 Lec, 1 1-hr Lab) Geography, geology, climatology, biotic environment of Pacific Basin and Hawaiian Islands; endemism and evolution in terrestrial and marine biota. Pre: one semester of biological sciences at college level. (Cross-listed as BIOL 454 and SUST 450)
(2 Lec, 2 3-hr Lab) Influence of natural environments on plant behavior (autecology). A field-oriented course to complement 454. Field trips. Should precede 454. Pre: one of 101, BIOL 172, or ZOOL 101.
(2 Lec, 2 3-hr Lab) Covers selected topics in plant population and community ecology. Strong emphasis on how ecology is practiced as a science. Labs take advantage of working outdoors in local natural areas. Pre: 305.
Application of computers to analysis of biological data; preparation and storage, report production, database analysis procedures, univariate and bivariate statistical analyses. Pre: BIOL 172 or consent.
Interdependence of plants and animals, emphasizing the influence of animals on plant fitness and evolution. Topics include pollination, fruit/seed dispersal, herbivory, and ant-plant mutualisms. Pre: 201/201L or BIOL 265/265L.
Comprehensive analysis of traditional Hawaiian and modern resource management practices. Rigorous overview of the dominant physical and biological processes from the uplands to the oceans in Hawai‘i. Pre: HWST 207/SUST 217 or HWST 307/SUST 317
or HWST/SUST 356. (Cross-listed as HWST 457 and SUST 457)
Overview of the history of land, resources and power in Hawai‘i; players and processes influencing land and natural resources policies today explored from Native Hawaiian and other viewpoints. Extensive use of case studies. Pre: HWST 207/SUST 217 or HWST 307/ SUST 317 or HWST/SUST 356.
Analyzing diverse land and water use strategies of O‘ahu, from traditional Hawaiian, scientific and economic perspectives, through classroom and on-site lectures. Topics include traditional Hawaiian methods, modern development, threatened ecosystems, ecotourism and scientific research. A-F only. Pre: HWST 207/SUST 217 or HWST 307/SUST 317 or HWST/SUST 356.
(3 Lec, 1 3-hr Lab) “Hands-on” experience with Hawai‘i’s unique tropical flora; emphasis on recognition and identification of vascular plant families and the principles and methodologies that define them; evolution of biodiversity. Pre: 101 or college general biology.
Major events and principles; includes the blue-green algae and fungi. Pre: 201 or BIOL 172. (Alt. years)
Integration of form and function from cellular to whole plant levels in processes from seed germination, through photosynthesis, growth, and morphogenesis, to flowering and senescence. A-F only. Pre: CHEM 152 and BIOL 171, or consent. Co-requisite: 470L.
(1 3-hr Lab) Principles of experimentation in plant physiology, includes individual investigations. A-F only. Pre: consent. Co-requisite: 470.
(3 Lec, 1 3-hr Lab) Principles of algal diversity, structure, and evolution. Identification of common Hawaiian algae. Pre: one of 101, BIOL 172, MICR 351, ZOOL 101; or consent.
Practices from around the world that focuses on the tropics. Integrates across disciplines, considers how science based management interacts with world views and considers management plans that are scientifically rigorous but culturally sensitive. Pre: BIOL 265 and an upper level ecology course, or consent. (Once a year)
Performance of research project under the direction of a faculty advisor. Preparation of written proposal, final oral presentation to be given to the Botany Department audience and written report required. Preference given to BOT majors. Repeatable up to eight credits. CR/NC only. Pre: 301 or SUST 313, and 301L or SUST 313L, and 302 and 303; and consent.
Scientific grant writing from inception through management to completion; students will write a DDIG and participate in a panel. Professional skills including “rules,” job applications, interviews, transitioning from graduate student to academic or non-academic job. A-F only. Pre: current standing as a graduate student, or consent.
Discussion of current research and classical papers important to modern concepts in history of science, plant diversity, plant interactions with the environment, and plant integration. Pre: graduate standing in BOT or consent. (Fall only)
Discussion of current research and classical papers important to modern concepts in ecology, plant interactions with other plants or animals, and ecosystem functioning. BOT majors only. Pre: graduate standing in BOT or consent. (Spring only)
Study and discussion of Charles Darwin’s Origin of Species, 1st edition 1859, and related current literature. Graduate students only. A-F only. Pre: BA or BS in BOT, BIOL, GEOL, or related field; or consent. (Spring only)
(1 Lec, 1 3-hr Lab) Survey of major research areas in the botanical sciences with emphasis upon research opportunities in Hawai‘i and an overview of 1) skills needed by botanical researchers including writing scientific papers and proposals, practicing ethical research procedures, and collection of specimens; and 2) equipment used by botanical researchers including computers, cameras, measuring and monitoring equipment, and global positioning systems. Lecture/ discussion, laboratory. Repeatable one time. Pre: graduate standing in biological science or approval.
Study and discussion of significant topics and problems in botany. Repeatable three times.
Investigation of any botanical problem; reading and laboratory work. Repeatable nine times. Pre: consent.
Lectures by distinguished visiting professor on contemporary botanical topics in the lecturer’s area of expertise. No more than 6 credit hours may be counted toward the MS degree requirements. Repeatable five times.
Vegetative response to hydrologic controls and nutrient cycles; quantitative linkages between hydrological dynamics and ecological patterns/ processes. MatLab is used to develop and simulate ecohydrological models. Pre: college level calculus or consent. (Once a year)
Modern ethnobotanical field research project design, execution, data analysis, and documentation methods. Intended for students preparing to conduct field research studies. Lecture/discussion, term paper. Pre: 105 and one of 201, 461, ANTH 200, or BIOL 172.
Field techniques for assessing the ecological effects of cultural uses of plants. Emphasis on documenting traditional and local patterns of plant use and measuring the effects on plant individuals, populations, communities, and landscapes. Pre: previous course work in anthropology or biology.
Practical field training experience for a scientific career conducting ethnobiological research. Repeatable one time. Pre: 640 or consent. (Summer only)
Theories, models, patterns, and predictive methods relating to the introduction, establishment, and spread of introduced organisms. Application of principles of invasion biology to conservation and natural resource management. Pre: one of 453, 456, MICR 485 or ZOOL 439; and 462 or BIOL 375; or consent
Theory and applications of population biology; behavior of population models, as revealed by analytical methods and computer simulation; application to population problems such as endangered species; discussion of classical and current literature in population biology. Pre: one of 453, 454, 456, NREM 680, PEPS 671, ZOOL 439, ZOOL 467, ZOOL 620, or ZOOL 623; or consent. (Cross-listed as ZOOL 652)
Learn advanced modeling techniques to investigate the dynamics of size-structure populations (using matrix and integral population models in R), and discuss various applications in ecology and conservation biology. Recommended: students have working knowledge of calculus. (Alt. years: fall)
A researchoriented course focusing on recent advances in all areas of plant ecology. Involves critical review of recent literature, independent research project, oral and written presentation of project results. Repeatable three times. Pre: consent.
Learn how to choose appropriate statistical methods to test hypotheses in ecology, evolution, and conservation biology and applications using R as a platform. Lecture/discussion, term paper. Pre: ZOOL 631 or consent. (Alt. years: fall)
(2 Lec, 1 3-hr Lab) Identification, systematics, evolution, and biogeography of native plants. Field trips. Pre: 461 or consent. (Cross-listed as SUST 661)
Fundamentals of experimental design, lab techniques and data analysis to conduct research using high throughput sequencing. Students will work in groups to conduct an amplicon sequencing study with ten samples. Repeatable one time. Pre: consent. (Alt. years: spring)
Modern issues of naming and classifying of organisms, with a botanical emphasis. Includes lectures, discussions, class projects, and field trips. A-F only. Pre: 461 (or equivalent) or consent. (Once a year)
Molecular approaches to evolution, phylogenetics, and systematics. Basic use of chloroplast DNA, mitochondrial DNA, nuclear DNA, and electrophoresis. Phylogenetic analysis using parsimony, distance, and comparative methods. Repeatable two times. Recommended: 201.
Graduate level course to train students in the pedagogical tools to enhance active learning in STEM classes. Includes discussions of the primary literature, demonstrations and practice using scientific teaching techniques. BOT or ZOOL or MBIO majors only. Graduate students only. (Alt. years: spring) (Cross-listed as ZOOL 670)
Environmental stress; pollution; salinity, geobotany, and other interactions between the environment and plant processes. Current literature emphasized at multidisciplinary and interdisciplinary levels. Pre: graduate status in a biological science, geosciences, etc.; consent for well-prepared undergraduates.
Discussion of current literature in physiological ecology, cellular and molecular adaptations to environmental factors by marine plants. Repeatable four times. Pre: 480.
Discussion of current studies in morphological, physiological, cellular, and molecular adaptation to marine environments by macroalgae, phytoplankton, and seagrasses. A-F only. Pre: upper division ecology class recommended, 470 (or equivalent), 480 (or equivalent), or consent. Co-requisite: 682L.
Field and laboratory research techniques and projects in the physiological ecology of algae and seagrasses. A-F only. Pre: upper division ecology class recommended, 470L (or equivalent), 480 (or equivalent), or consent. Co-requisite: 682.
Theories and concepts of ecology, evolution, and genetics for conservation of biological diversity. Topics will include restoration ecology, management planning, laws and policies, biological invasions. Pre: BIOL 375 and either 462 or ZOOL 480; and either 453, 454, 456, or 492; or ZOOL 410, 439, 620, 623. (Crosslisted as NREM 690 and ZOOL 690)
Research preliminary to thesis or dissertation research. Repeatable unlimited times. CR/NC only. Pre: consent of graduate committee.
Repeatable unlimited times. Pre: candidacy for MS degree and approval of thesis proposal.
Advanced topics in conservation and environmental biology. Repeatable three times, up to twelve credits. A-F only. Pre: consent. (Cross-listed as ZOOL 750)
Repeatable unlimited times. Pre: candidacy for PhD and approval of dissertation proposal.
Integrated cell and molecular biology for life science majors. Modern advances in recombinant DNA technology. A-F only. Pre: C (not C-) or better in BIOL 171/171L and CHEM 272. (Cross-listed as BIOL 275)
Introduction to the ethical issues faced by individuals and institutions involved in scientific research. Based on case studies, students will discuss and write about ethical issues in research. Issues include humans and animals in research, mentoring, authorship, ownership of data, genetic technologies and record keeping. This course is designed for students with majors in the natural sciences. A-F only. Pre: BIOL 171 (or concurrent), or MATH 307 (or concurrent), or MATH 311 (or concurrent), or PHYS 170 (or concurrent), or CHEM 272 (or concurrent); or consent. (Cross-listed as MICR 314)
Relationship between structure and function at macromolecular level. Pre: C (not C-) or better in BIOL 275/275L and CHEM 273, or consent. (Cross-listed as BIOL 407)
Cell structure and function. Structure, chemistry, and functions of organelles and macromolecules. Pre: C (not C-) or better in 407; or consent. (Cross-listed as BIOL 408 and MBBE 408)
(2 3-hr Lab) A laboratory to accompany 407 and 408. Pre: BIOL 407 (or concurrent) or BIOL 408 (or concurrent). (Cross-listed as BIOL 408L)
Structure and biological actions of antigens and antibodies; fundamentals of antibody synthesis; the relation of immunology to biology and medical sciences. Pre: MICR 351 or BIOL 171; or consent. Recommended: BIOL 275/275L. (Cross-listed as MICR 461)
(2 3-hr Lab) Basic exercises and experiments in immunology, immunochemistry, immuno-biology to illustrate principles of 461. Co-requisite: 461 or consent. (Cross-listed as MICR 461L)
Integrative, in-depth focus on the genetics, cell biology, and molecular basis of cancer. Combination of classroom lectures and problem-based discussions in small groups. Addresses ethical implications of cancer research and treatment. A-F only. MCB or BIOL majors only. Senior standing or higher. Pre: BIOL 407 (or concurrent) and BIOL 408 (or concurrent) or consent. (Spring only) (Cross-listed as BIOL 472)
Genetic analysis and molecular basis of transmission replication, mutation, and expression of heritable characteristics in prokaryotes. Pre: MICR 351 or BIOL 275, or consent. (Cross-listed as MICR 475)
(2 3-hr Lab) Techniques for study of transfer and expression of prokaryotic genes: transformation, conjugation, transposon mutagenesis, preparation and analysis of plasmid and chromosomal DNA. Pre: 475 (or concurrent). (Cross-listed as MICR 475L)
Role of microorganisms; how they affect people, property, and the environment. A basic survey course covering broad aspects of biochemistry, genetics, molecular biology, and physiology; host-parasite relationships, public health, bacterial, mycotic and viral diseases; epidemiology; ecology of soils and water; environmental pollution; food microbiology; industrial applications at an introductory level. Not open to those with credit in 351 or equivalent.
(2 2-hr Lab) Primarily for students in nursing and dental hygiene. Pre: 130 (or concurrent).
(2 2-hr Lab) Primarily for students in nursing and dental hygiene. Pre: 130 (or concurrent).
Introduction to the ethical issues faced by individuals and institutions involved in scientific research. Based on case studies, students will discuss and write about ethical issues in research. Issues include humans and animals in research, mentoring, authorship, ownership of data, genetic technologies and record keeping. This course is designed for students with majors in the natural sciences. A-F only. Pre: BIOL 171 (or concurrent), or MATH 307 (or concurrent), or MATH 311 (or concurrent), or PHYS 170 (or concurrent), or CHEM 272 (or concurrent); or consent. (Cross-listed as MCB 314)
Anatomy, chemistry, physiology, genetics, development, and environmental interactions of microorganisms. Pre: BIOL 171 or equivalent, CHEM 272/272L; or consent. Co-requisite: 351L. Recommended: BIOL 275/275L.
(2 3-hr Lab) Laboratory exercises to accompany 351. Pre: CHEM 272/272L, and BIOL 171, or equivalent. Co-requisite: 351.
(3 Lec, 1 3-hr Lab) Introductory bioinformatics will provide a basic foundation of biological information (DNA, protein, genome and proteome) by using information technology (IT). A-F only. Pre: BIOL 275 and BIOL 275L, or consent. (Fall only)
Evolution, ecology, biochemistry, genetics and physiology of marine bacteria by examining defined systems and organisms. Pre: BIOL 265/265L and BIOL 275/275L and BIOL 301 (or concurrent)/301L (or concurrent), and OCN 201; or 351/351L; or consent.
(1 3-hr Lab) Laboratory to accompany 401. Pre: BIOL 265/265L and BIOL 275/275L and BIOL 301 (or concurrent)/301L (or concurrent) and OCN 201; or 351/351L; and 401 (or concurrent); or consent.
Capstone for (but not limited to) senior microbiology majors. Current and seminal research in microbiology, critical analysis of the methods and logic of experimental design. Lecture and discussion of primary literature. A-F only. Pre: 351 and three other 400-level courses (or concurrent), or consent. (Once a year)
Fundamental physiological and metabolic processes of bacteria; emphasis on growth, functions of cell structures, varieties of energy metabolism, metabolic regulation, and differentiation at the prokaryote level. Pre: 351.
(2 3-hr Lab) Components and metabolism of the bacterial cell; emphasis on techniques of analysis of metabolism and molecular structure. Co-requisite: 431.
Structure and biological actions of antigens and antibodies; fundamentals of antibody synthesis; the relation of immunology to biology and medical sciences. Pre: 351 or BIOL 171, or consent. Recommended: BIOL 275/275L. (Cross-listed as MCB 461)
(2 3-hr Lab) Basic exercises and experiments in immunology, immunochemistry, immuno-biology to illustrate principles of 461. Co-requisite: 461 or consent. (Cross-listed as MCB 461L)
Host-parasite relationships in microbial diseases of humans and animals with emphasis on bacterial pathogens. Pre: 351. Co-requisite: 463L or consent.
(2 3-hr Lab) Characterization of bacterial pathogens. Isolation, identification, and diagnosis. Pre: 351L. Co-requisite: 463 or consent.
Fundamental mechanisms of bacterial infectious diseases or pathogenesis at the molecular level. Emphasis on bacterial virulence and host-pathogen interactions. Pre: 351/351L or consent.
Modern techniques to study infectious diseases. Covers tissue culture and animal models to study virulence of extracellular and intracellular infecting bacteria, bacterial resistance mechanisms toward antibacterial drugs, and virulence factor assays. A-F only. Pre: 351 and 351L, 470 (or concurrent). (Fall only)
Genetic analysis and molecular basis of transmission replication, mutation, and expression of heritable characteristics in prokaryotes. Pre: 351 or BIOL 275, or consent. (Cross-listed as MCB 475)
(2 3-hr Lab) Techniques for study of transfer and expression of prokaryotic genes: transformation, conjugation, transposon mutagenesis, preparation and analysis of plasmid and chromosomal DNA. Pre: 475 (or concurrent). (Cross-listed as MCB 475L)
Distribution, diversity, and roles of microorganisms in terrestrial, freshwater, and marine ecosystems. Importance of bacteria in pesticide degradation, bioremediation of oil spills, sewage treatment, biocontrol, food fermentation. Pre: BIOL 171 and CHEM 272, or consent.
(2 3-hr Lab) Techniques for study of interaction of microorganisms with and within their natural habitats; symbiosis between microorganisms and plants and animals; role of microorganisms in element cycling; food fermentation by bacteria. Pre: 485 (or concurrent) or consent.
Basic principles of virus biology. Topics include methods for virus study, virus structure, replication, gene expression, pathogenesis and host response. Pre: 351 or BIOL 275, or consent.
(2 3-hr Lab) General laboratory techniques and related theories in virology; including isolation, cell culture, assay, purification, and identification of viruses. Pre: 351/351L or BIOL 275/275L and 490 (or concurrent); or consent.
Directed reading and research. Limited to senior majors with a minimum cumulative GPA of 2.7 or a minimum GPA of 3.0 in microbiology, or consent.
Provide fundamental concepts and dynamic characteristics of the molecules of the prokaryotic and eukaryotic cell, their biosynthesis and regulation, and the mechanisms that regulate cellular activities. A-F only. Pre: basic course in cell and molecular biology, or consent. (Fall only) (Cross-listed as MBBE 601)
Graduate-level basic course on molecular biology and genetics. Prepares students to understand advanced concepts in related subjects such as biochemistry, cell biology, cancer biology, immunology, plant genetics, and genomics. Pre: 402/BIOL 402 (with a minimum grade of B or higher), or with consent from instructor. (Alt. years: fall) (Cross-listed as MBBE 602)
Introduction to ethical issues faced by individuals and institutions involved in scientific research. Moral reasoning, humans and animals in research, mentoring, authorship, ownership of data and genetic technologies. MICR graduates only. A-F only. Pre: graduate standing in MICR or related field, or consent. (Once a year)
Detailed reports and discussions on selected advanced topics and current research literature. Pre: 461 or consent. (Alt. years: spring)
Advanced studies of Microbial genome: relation to functional genomics, structural genomics, and proteomics. A-F only. Pre: 351 and one 400-level MICR course, or consent. (Alt. years)
Selected topics. Pre: 431 or consent. (Alt. years: spring)
Advanced studies of marine microorganisms in diverse habitats with consideration of applications of marine microbes, interactions with higher organisms, phylogeny and diversity, and past and current methods. A-F only. Pre: 351 and 401, or consent. (Alt. years)
Detailed reports and discussions on selected advanced topics and current research literature. Pre: 463, 490, BIOC 441; or consent. (Alt. years: fall)
Use of bioinformatic tools to understand comparative genomics, metabolic pathways, and protein evolution. A-F only. Pre: 351 and one 400 level MICR course, or consent. (Alt. years)
Directed study and discussion of research literature on bacterial and bacterial virus mutation, genetic recombination, evolution and control mechanisms. Pre: graduate standing; undergraduates that have taken 475 may register with consent. (Alt. years: spring)
Highlights in microbial ecology; interaction of microorganisms with abiotic and biotic components of their environments. Modern techniques for study of autecology and synecology of microorganisms. Pre: 485 or consent. (Alt. years: spring)
Mechanisms of pathogenicity of microorganisms and defense mechanisms of human and animal hosts. Review of contemporary literature. Pre: 463 or consent. (Alt. years: fall)
Detailed examination of the molecular and cellular mechanisms of bacterial pathogenesis. Overview of key literature, synthesis of scientific problems into research proposals. Pre: 431, 463, or 470; or consent. (Alt. years: spring)
Required of graduate students. Repeatable unlimited times; only one credit will count toward the degree.
Review of primary literature in a selected area of microbiology. Repeatable ten times; three credit limit. A-F only. Pre: graduate status or consent.
Selected problems in microbiology. Repeatable unlimited times. Pre: consent.
Repeatable unlimited times.
Molecular biology, genomics, molecular genetics, and infection mechanisms of bacterial plant pathogens and symbionts. Pre: PEPS 606 (with a minimum grade of B or better) or consent. (Cross-listed as PEPS 746)
Selected topics in any aspect of microbiology. Repeatable unlimited times.
Repeatable unlimited times.
Structure, development, physiology, reproduction, evolution, behavior, and ecology of animals.
Laboratory to accompany 101. Pre: 101 (or concurrent).
Biology and ecology of marine plants and animals; coral reefs, the deep sea, rocky shores, marine mammals, fisheries, aquaculture, pollution, and conservation of marine resources.
(1 3-hr Lab) Laboratory, field trips to accompany 200. Pre: 200 (or concurrent).
(2 3-hr Lab) Laboratory to accompany 340. Pre: 340 (or concurrent) and BIOL 275.
Pre: written consent.
Functional microanatomy of the animal body, emphasizing vertebrates. Oriented toward pre-professional students. Pre: BIOL 275. Recommended: BIOL 407.
(2 2-hr Lab) Light microscopic study of animal tissues, especially vertebrates. Primarily for pre-professional students. Pre: BIOL 275. Recommended: BIOL 407. Corequisite: 416.
(2 Lec, 2 3-hr Lab) Preparation of animal tissues and organs
for microscopic examination; introduction to cytochemical and histochemical techniques. Pre: BIOL 275 or consent.
Fundamental principles, methods, concepts, and significance of developmental biology, emphasizing experimental methods. Pre: BIOL 275. Recommended: BIOL 407.
(2 3-hr Labs) Analysis of animal development by experimental methods, using local organisms. Pre: 420 (or concurrent) and BIOL 275, or consent. Recommended: BIOL 407.
Introduction to function of organs, tissues, and cells, especially in vertebrates. Nerve and muscle physiology, endocrinology, circulation, respiration, excretion, and temperature regulation. A-F only. Pre: BIOL 275. Corequisite: 430L
Laboratory investigation of function of organs, tissues, and cells, especially in vertebrates. Nerve and muscle physiology, circulation, membrane transport, respiration, excretion. Pre: BIOL 275. Co-requisite: 430.
Physicalchemical cellular mechanisms underlying function of organ systems; general principles inferable from study of adaption to diverse environments. Pre: BIOL 171 and 172, and MBBE 402 (or concurrent) or BIOC 441 (or concurrent); or consent.
(1 4-hr Lab) Introduction to methodology, experience in characterizing populations and communities. Pre: BIOL 265.
Nerve cells, their signaling capabilities and the developmental organization of nervous systems, both invertebrate and vertebrate, for sensory reception, integration, behavioral command and learning;insights from on-going research using molecular,
genetic, biophysical, and imaging methods. Pre: BIOL 275 or consent. (Spring only)
Broad coverage of the morphology, physiology, ecology, behavior, and evolution of birds, emphasizing the relation of birds to general theory in biology. Pre: BIOL 265.
General characteristics of fisheries; harvesting methods; principles and techniques to derive data and analyze fished populations. Field trips. Pre: one of the following: 410, 465, 470, 608, or 620; or consent.
Reproduction, early life history, age and growth, feeding, niche specificity, competitive interactions, communities, and evolutionary mechanisms. Pre: 465 or consent.
Biology, physics, chemistry of lakes, streams, estuaries. Pre: BIOL 172 or consent. Co-requisite: 470L.
(1 3-hr Lab) Experimental and descriptive field projects on the biology, chemistry, hydrology, and physics of lakes, streams, and estuaries. Pre: BIOL 172 or consent. Corequisite: 470. (Alt. years)
(2 3-hr Lab) Pre: BIOL 172 and CHEM 161, or consent. Co-requisite: 475.
Distribution of plants and animals and processes that cause, maintain, and modify them. Approach is synthetic and dynamic. Pre: BIOL 172.
Reports on research, reviews of literature, or research experience. Required of students majoring in zoology or entomology. (B) general zoology; (D) animal behavior; (E) ecology; (F) physiology; (G) developmental biology; (H) marine biology. Repeatable 2 times per alpha, credits earned for 3 credits only. Pre: 306 or equivalent or consent for (D).
Teaching internship in zoology. Required of ZOOL BS degree students. ZOOL BS majors only. CR/NC only
Performance of a laboratory, field or library research project under the direction of a faculty advisor. Preparation of a proposal and written final report required. Limited to zoology majors. Repeatable eight times, up to 45 credits.
Lectures and critical discussions on the mechanisms of animal behavior, social and interspecific behaviors, behavioral ecology, and evolutionary theory. Pre: graduate standing.
(1 3-hr Lab) Group or individual research projects depending on interest of students. Pre: 606 (or concurrent).
Introduction to concepts and techniques in the genetics of behavior. Techniques include next gen sequencing, GWAS, and more. Students may use real data to analyze associations between genotype and phenotype. Repeatable one time. Graduate students only. (Fall only)
Lectures, readings and presentations on sensory systems and behavior of fishes. A-F only. Pre: 306, 430, 465, 606; or consent. Co-requisite: 608L. (Alt. years)
Laboratory study of fish sensory systems and behavior. A-F only. Pre: 306, 430, 465, 606; or consent. Co-requisite: 608. (Alt. years)
Discussion and survey of literature on specific topics; some field and lab work may be required. Repeatable three times.
Effective teaching methods, organization of courses, lectures, laboratory exercises; development and evaluation of examinations; computers and audiovisual aids. Open to graduate students in various science disciplines. Repeatable one time. (Cross-listed as NSCI 619)
Principles of ecology of marine biota and environment. Pre: graduate standing in zoology, oceanography, or botany; or consent.
(1 Lec, 1 2-hr Lab, 1 Discussion) Formal quantitative approach in identifying, designing, performing, analyzing, and interpreting ecological field problems. A-F only. Pre: 439, 439L, and 631; or consent. (Alt. years)
Fundamental elements of modern evolutionary theory and research, with a strong focus on marine organisms and ecosystems. A-F only. Pre: instructor approval. (Alt. years: fall)
(3 Lec, 1 2-hr Discussion) Basic statistical methods: design of studies; data exploration; probability; distributions; parametric and nonparametric one-sample, two-sample, multi-sample, regression, and correlation analyses; frequency tables. Pre: MATH 215 or 216 or 241 or 251A or NREM 203 (or equivalent), or consent.
(3 Lec, 1 2-hr Discussion) Multivariate statistical methods: multiple regression and correlation; multiway anova; general linear models; repeated measures and multivariate anova; loglinear analysis and logistic regression. Pre: 631 or consent.
Biophysical and membrane mechanisms of conduction, synaptic transmission, and other electrical responses of nerve cells. Pre: consent. (Alt years: spring)
Theory and applications of population biology; behavior of population models, as revealed by analytical methods and computer simulation; application to population problems such as endangered species; discussion of classical and current literature in population biology. Pre: one of the following: 439, 467, 620, 623, BOT 453, BOT 454, BOT 456, NREM 680, PEPS 671; or consent. (Cross-listed as BOT 652)
Graduate level course to train students in the pedagogical tools to enhance active learning in STEM classes. Includes discussions of the primary literature, demonstrations and practice using scientific teaching techniques. BOT or ZOOL or MBIO majors only. Graduate students only. (Alt. years: spring) (Cross-listed as BOT 670)
Theories and concepts of ecology, evolution and genetics for conservation of biological diversity. Topics will include restoration ecology, management planning, laws and policies, biological invasions. Pre: BIOL 375 and either 480 or BOT 462; and either 410, 439, 620, 623, BOT 453, 454, 456, or 492. (Cross-listed as BOT 690 and NREM 690)
Reports on research or reviews of literature. Graduate students required to take this or one topics course (710–719) per year. (B) general zoology; (C) zoology literature; (D) animal behavior; (E) ecology; (F) animal physiology; (G) development biology; (H) marine biology; (I) systematics and evolution. Each alpha is repeatable five times.
Directed research and reading in various fields of zoology. Repeatable unlimited times.
Repeatable unlimited times.
Selected advanced topics in experimental design or data analysis for biologists. Repeatable unlimited times. ZOOL majors only. Pre: 631 and 632, or consent.
Advanced treatment of selected topics under current active investigation. Repeatable unlimited times. ZOOL majors only. Pre: a graduate course in physiology, neurology, or related subjects and consent.
Lecturediscussion of selected topics. Repeatable three times, up to nine credits. ZOOL majors only. Pre: consent.
Comparative morphology, development, taxonomy, phylogeny. Repeatable three times, up to nine credits.
Lecture-discussion of various aspects. Repeatable up to nine credits. ZOOL majors only.
Selected problems in environmental physiology, electro-physiology, or neurophysiology. Basic concepts and measurements of function at the organismic or cellular level. Repeatable three times, up to nine credits.
Selected problems of current or historic interest. Repeatable three times, up to nine credits. Pre: consent
Advanced topics in ecology; discussion of literature and in depth survey of specific areas. Repeatable three times up to nine credits. Pre: graduate standing and consent.
Advanced topics in conservation and environmental biology. Repeatable three times, up to twelve credits. A-F only. Pre: consent. (Cross-listed as BOT 750)
Graduate level introduction to evolution and ecology emphasizing foundational literature, modern models and inference, and major questions in evolution and ecology. Topics include population ecology, community ecology, the genetics of populations, systematics, and speciation. (Alt. years: fall)
Graduate level introduction to evolution and ecology emphasizing foundational literature, modern models and inference, and major questions in evolution and ecology. This is the second semester continuation of 780. (Alt. years: spring)
Repeatable unlimited times.