The Marine Biology Program is part of the Environmental Sciences Department, housed on the third floor of Grant Hall. The third floor, now designated the BP Science Center, was completely renovated in Summer 2004 including new lab facilities and teaching classrooms.
The Aquarium Lab is designed as a fully redundant life support system for both cold water and tropical marine invertebrates and fish. It is intended to support student course work in many courses, from Aquarium Biology and Invertebrate Zoology (where it is the primary means of presenting material) to Chemistry and Physiology. The lab also supports student projects, directed studies (e.g. Coral Propagation), Junior Practica (e.g Aquarium System Design), Senior Projects (e.g. grazing effects on algal competition, salmonid aquaculture techniques), and faculty research (biology of the Giant Pacific Octopus).
The aquarium lab houses cold-water and tropical marine aquariums, with a total capacity of approximately 1000 gallons in four recirculating aquarium systems: a 120-gal display tank and a 600-gal multi-tank cold water system, each housing North Pacific flora and fauna; plus a 75-gal display tank and a rack system comprising 15 10-gal experimental tanks, each holding Indo-Pacific coral reef organisms.
Systems include state-of-the art water quality systems monitoring and hobbiest to small-scale commercial grade equipment, allowing students to learn and work with a diversity of systems. These capabilities provide opportunities for hands-on student work in marine aquarium husbandry, aquarium systems design, and a variety of student-directed topics in the biology of marine organisms.
More photos of the lab prior to renovation. Please be patient while photos load.
The energetics lab provides the ability to measure the energy content of biological samples as small as 25 milligrams. Energetics is an important technique in understanding marine systems, particularly in understanding how predator- prey relationships may constrain or alter populations. The technique has been used in the North Pacific in studies of herring population dynamics, returns to salmon fisheries, seabird studies, killer whale - Steller sea lion interactions, and many more. Faculty at Alaska Pacific University are using the technique to study habitat selection of the Giant Pacific Octopus.
Equipment includes a Parr Semimicro Bomb calorimeter, pellet press, drying oven, a -40 C freezer, and scales.
Equipment for other studies of physiology is planned for purchase 2004-2007.
Acknowledgements: We thank the At-Sea Processor's Association, the Prince William Sound Science Center, Sera Baxter, Oppen Enterprises, and Alaska Garden & Pet Supply for their generous contributions to the development of our program.