Kelp forest ecosystems are among the most productive and species rich ecosystems on Earth. Because of their biodiversity, productivity and close proximity to shore, they support a variety of ecosystem services, including commercial and recreational fisheries, recreation, carbon sequestration and protection of shorelines. Since Darwin’s first encounter and exuberant description of kelp forests, ecologists have long been attracted to these ecosystems and research in kelp forests has generated insights of broad ecological importance.
Kelp Forest Ecology (Bioe 161/L) is an intensive 10-unit course that introduces students to kelp forest ecosystems, how science has contributed to our understanding of these ecosystems, and how to conduct ecological research underwater. The course integrates lectures and field labs to provide students with both the knowledge and skills to conduct independent ecological field research. Students are required to have AAUS Scientific Diving Certification and enroll in all 10 units (161 and 161/L).
Tentative Syllabus Fall 2013
Where: Long Marine Lab – Seymour Marine Discovery Teaching lab (By the blue whale skeleton )
When: Tuesdays, Thursdays – 8:00-12:00
Diving is usually at Stanford University’s Hopkins Marine Station, Pacific Grove, 6:15 am to 1:30 pm.
Mark Carr LML-COH 254-A (email@example.com; 459-3958
Office Hours: By appointment and Wed 4-6:00
Pete Raimondi LML-COH 254-B (firstname.lastname@example.org; 459-5674) Office Hours: By appointment
TAs Office Hours: By appointment :
Jessie Hanaway EMS D580 email@example.com; 805 433 3368
Principal course goals
1. Introduce students to the existing knowledge, hypotheses, and disputes regarding the abiotic and biotic processes that determine the structure and dynamics of kelp forest ecosystems
2. Familiarize students with critical reading of primary published literature in kelp forest ecology
3. Introduce students to sampling designs and methods commonly used for ecological research underwater
4. Teach students how to identify the common macroalgae, macroinvertebrates and fishes that inhabit central California kelp forests
5. Teach students how to write scientific papers
6. Provide students with experience in doing ecological research of their own, including: formulating questions, collecting and analyzing ecological data, writing scientific reports, and giving and receiving critical feedback
7. Provide students with experience in verablly presenting their independent research projects
1. Biology 20A, 20B, and 20C or equivalent (1 yr Introductory Biology)
2. Bioe 75 (Scientific Diving) or the equivalent AAUS Scientific Diving certification is a prerequisite. Note that several SCUBA courses are prerequisites to Bioe75. Visit http://www2.ucsc.edu/sci-diving/ to learn about the schedule of these courses.
3. Physical examinations: Participation in this course requires a physical examination. SCUBA divers may elect to have the UCSC/AAUS physical exam or the NOAA SCUBA physical exam. To participate in diving activities sanctioned by NOAA (e.g., on a NOAA research vessel or supervised by a NOAA staff), the NOAA SCUBA physical exam is required. Visit http://www2.ucsc.edu/sci-diving/ to learn about the two exams.
Invertebrate Zoology (Bio 136)
Principles of Ecology (Bio 150 or ES 24)
Marine Ecology (Bio 160)
Fish Biology (Bio 137)
Marine Botany (Bio 170)
Introduction to Biostatistics (Engr 5 or 7)
Criteria for grades and evaluations
The lecture (161) and field (161L) portions of this course are thoroughly integrated. Consequently you will receive a single written evaluation or grade for both sections. This will be based on the following approximate breakdown of activities in the class:
Written field reports 30 %
Mid-term examination 25 %
Participation in reading discussion 10 %
Independent project planning and execution 15 %
Independent project oral & written report 20 %
Strunk, W. and E.B. White. 1979. The Elements of Style, 3rd Edition. Allyn & Bacon, Needham Heights, Massachusetts
Required identification guides:
- Gotschall, D.W. 1994. Guide to Marine Invertebrates – Alaska to Baja California. .Sea Challengers, Inc. Monterey, California.
- Mondragon, J. and J. Mondragon. 2003. Seaweeds of the Pacific Coast: Common Marine Algae from Alaska to Baja California. Sea Challengers, Inc. Monterey, California.
- Gotschall, D.W. 2001. Pacific Coast Inshore Fishes.Fourth Edition (revised). Sea Challengers, Inc. Monterey, California.
- Humann, P. 1996. Coastal fish identification: California to Alaska. New World Publications, Inc.
- Eschmeyer, W.N. and E.S. Herald. 1983. A Field Guide to Pacific Coast Fishes, North America. Peterson Field Guide Series. Houghton Mifflin Company, Boston.