Introduction To Marine Biology !LINK!
Course Content: Introduction to Marine Biology covers the following topics: the science of marine biology, the scientific method, marine organisms, marine ecology, marine ecosystems (the intertidal zone, estuaries, the continental shelf, coral reefs, surface waters, and the depths of the ocean), marine resources, and the impact of humans on the marine environment.
Introduction to Marine Biology
Undergraduates in marine biology will develop an understanding of the biology of marine organisms and the biological and physical processes that affect these organisms, their populations, and their coastal and oceanic ecosystems. The major requires a foundation in the natural sciences, a rigorous core of marine biology courses, and a unifying laboratory/field course that engages students more directly in the discovery process and in analyzing and interpreting data.
Majors select electives from a growing set of upper division Scripps Institution of Oceanography (SIO) courses in marine biology and related disciplines. The marine biology curriculum takes advantage of the UC San Diego's unique physical location along the Pacific Ocean. Laboratory work and field trips to intertidal zones, salt marshes, and other marine ecosystems are important components of the instructional program.
Ocean sciences are relevant to many contemporary environmental issues and problems and central to understanding earth-system evolution, dynamics, climate and sustainability. A major in marine biology is an appropriate start for students who are seeking a career or graduate studies in marine biology and related biological disciplines, a career in fields such as marine conservation, or simply interested in the major to broaden their base of knowledge and experience in the biological sciences.
Program advisors and faculty can provide additional information on career and graduate school opportunities. It is strongly recommended that all Marine Biology majors meet regularly with academic advising staff in the Scripps Institution of Oceanography Undergraduate Education Office in Galbraith Hall and with the marine biology faculty advisor to discuss and update curriculum choices.
1. Describe the unique chemical and physical characteristics of marine environments.2. Identify and classify marine organisms by evolutionary and functional relationships.3. Describe the ecological principles that explain the structure and function of marine ecosystems.4. Sustainability outcome: Explain the interconnections of environmental, social, and economic systems in the context of marine biology.5. Use quantitative scientific techniques to describe the marine environment including interactions between organisms and/or the physical environment.6. Collect, analyze, interpret, and communicate scientific data.
Lecture TopicsChemistry and Physics of OceansGeography of Ocean Basins and Seas
Geology of Ocean Basins and Hydrothermal Vents
Chemical and Physical Properties
Ocean Circulation, Gyres, and Plastics
Waves, Tides, Tsunamis, and Invasive Species
Marine Organisms and Threats to HealthMicrobes
Algae and Seaweeds
Invertebrates and Sea Star Wasting Disease
Fishes and Habitat for Reproduction
Reptiles and Birds and Ingestion of Plastics
Marine Mammals and Tourism
Marine EcologyTrophic Pyramids and Food Webs
Sustainable Fisheries
Ocean Acidification
Ocean Warming
Eutrophication, Hypoxia, and Dead Zones
Oil Pollution
Lab TopicsData collection experiences in a simulated or actual coastal marine system
Data-based analysis, interpretation, and determination of logical conclusions from evidence
Independent marine organism research project and presentation
BIOL 139 - Introduction to Marine Biology(3,0) 3 CreditsIntroduction to Marine Biology is designed to introduce students to the various marine environments of the world and the organisms found in them. Emphasis will be placed on the biological features of the oceans, organism-habitat relationships, and general ecological concepts of influencing marine populations and communities. Topics will include learning the ecological relationship between flora and fauna, recognizing influences that affect marine organisms, and the classification and identification of marine species. Winter 2023 Course Selections
A general overview of the biology of the marine environment including physical aspects of the oceans, diversity of life and evolutionary specializations, as well as an in-depth examination of the primary ocean realms.
Nature of oceans, their role sustaining life on planet. Diversity/ecology of organisms that live in coastal, deep, open seas. Effects of humans on marine life. Resilience of marine life, its importance to human society. Cultures of oceanic peoples. Selected topics.
The Marine Biology minor is designed to provide students with an introductory background in the biology of marine organisms and their habitats. The minor requires experiential courses completed in residence at the OSU Hatfield Marine Science Center in Newport, Oregon.
Marine biology is not a separate discipline in biology. It is the application of different specialties in biology to the study of the particular organisms which live in the marine environment. It requires an understanding of the unique characteristics of the sea and its inhabitants and the particular adaptations and special relationships of those organisms to that environment. Biology 157, Dynamic Oceans, is suggested as an entry level course, but is not required and won't count towards a Biology major. Students concentrating in marine biology are required to take four (4) course credits at the Duke University Marine Laboratory (not including Physics). Selection of the courses depends upon student interests and one of the courses may be an independent study.
You must take at least 1 full 400-level or higher biology 'Capstone' course or other approved capstone course. Independent study can count towards this requirement if it is a second semester continuation.
This book provides five exercises based around investigating the home ranges of individual animals for novice GIS users who wish to get some practical experience in using GIS in marine biology. It is the third companion book to An Introduction To Using GIS In Marine Biology rather than a stand-alone GIS book. It written for marine biologists by a marine biologist, and all exercises use data from a real marine biological research project.
This book is the fourth companion volume to An Introduction To Using GIS In Marine Biology. It is designed to augment the information on using GIS in marine biology provided in that book, and, indeed, to be used alongside it rather than to be an independent, stand-alone volume. This book will be of most interest to those who have already read An Introduction To Using GIS In Marine Biology.
This book consists of five exercises on the practical use of GIS in marine biology using ESRI s ArcGIS 10.2 or software. These exercises are based around investigating home ranges of individual animals. They range from creating minimum convex polygons (MCPs) to creating kernel density estimates (KDE) with and without barriers and comparing the overlap in range between different individuals in a population. They use specific data sets which can be downloaded here. Working through these exercises will help the novice GIS user get experience working with GIS and so develop their GIS skills. Unlike most other GIS tutorials, this information is specifically presented in a marine biological context.
An Area of Concentration in Marine Biology allows students to build a strong foundation in basic biological concepts, with an emphasis on marine organisms and ecosystems. This program of study is designed to prepare students for graduate or professional studies in marine biology, biological oceanography, or related fields, as well as for professional careers in marine or environmental fields.
BIO 103 - Introduction to Marine BiologySelected groups of marine plants and animals are used to develop an understanding of biological processes and principles that are basic to all forms of life in the sea. Integrated in the course are aspects of taxonomy, evolution, ecology, behavior, and physiology. Intended primarily for students selecting a laboratory science to satisfy the Core curriculum or for those students not intending to take other courses in the biological sciences.Prerequisite(s): Co-requisite(s): Credits: 3Meets the Following Core Requirement: Science ExplorationCourse Typically Offered: FallCourse Type: Biology
This one-weekend, one-credit course is targeted to students studying marine biology, biology or environmental science who want to learn more about marine habitats; priority will be given to UW Freshmen and Sophomores currently declared marine biology majors and minors who have not yet had a chance to visit Friday Harbor Laboratories (FHL) as part of another field trip or course.
The course is designed to introduce students to the marine ecosystem of the San Juan Archipelago and the FHL facilities, while doing basic exploration of marine biology. Students will spend two full-schedule days doing a variety of field and lab studies. The course will be credit/no credit.
Our Bachelor of Science in Marine Biology gives students a strong foundation in structural and evolutionary developmental biology, physiology, organismal diversity, physical oceanography and ecology.
The Marine Biology & Ecology degree is a Bachelor of Science degree (BSMAS) and is designed to give students a strong background in biology and quantitative skills, as well as research experience in biomedicine, genomics, evolution, physiology, microbiology, immunology, and ecology. The strength of the Marine Biology & Ecology program is the opportunity for undergraduates to fully participate in research with Marine Biology and Ecology diverse faculty. These research opportunities provide skills to excel in medicine, graduate school, and other diverse fields. 041b061a72