CSUN  Wordmark
Page Description

The following page is a three column layout with a header that contains a quicklinks jump menu and the search CSUN function. Page sections are identified with headers. The footer contains update, contact and emergency information.

Menu

CSB Menu

Biology Menu

CSB Contact

Center for the Study of Biodiversity
c/o Dr. Tim Karels
Department of Biology
California State University, Northridge
18111 Nordhoff Street
Northridge, CA 91330-8303

Phone: (818) 677-2990
Fax: (818) 677-2034

email: biodiversity@csun.edu

The CSB and Department of Biology are located in Rm 2102 Eucalyptus Hall
(Map)

Faculty

  • Larry Allen- ecology, behavior, and biogeography of fishes (Director of the Nearshore Marine Fish Research Program)
  • Christy Brigham (adjunct) - restoration ecology & endangered plants
  • Robert Carpenter- ecology of coral reefs and kelp forests, physiological ecology of marine algae
  • Steve Dudgeon - marine benthic ecology, life history evolution, and clonal organism biology
  • Peter Edmunds - physiological and conservation ecology of corals
  • Robert Espinoza - comparative evolutionary and physiological ecology of amphibians and reptiles
  • Michael Franklin - (instructor) Ichthyology, population dynamics of southern California sport & commercial fishes
  • Dave Gray - sexual selection, speciation, and behavior, especially of crickets
  • Fritz Hertel - comparative anatomy and ecology of birds and mammals
  • Cheryl Hogue - fish parasite ecology, environmental parasitology
  • Jim Hogue - Collections curator
  • Tim Karels - population and behavioral ecology of mammals
  • Jennifer Matos - populations genetics and natural history of plants, amphibians, and reptiles
  • Raymond Sauvajot (adjunct) - wildlife and conservation in the Santa Monica Mountains
  • Paula Schiffman - plant community ecology and conservation, invasive species, Carrizo Plain National Monument
  • Mark Steele - population and community ecology of southern California reef fishes
  • Jeff Thomas (instructor) avian behavioral ecology
  • Paul Wilson - pollination, floral adaptation, plant speciation, mosses

Biodiversity Research

Logo for Center for Study of Biodiversity

Mission

The Center for the Study of Biodiversity (CSB) serves as the unifying intellectual entity for all CSUN faculty, staff and students engaged in research that furthers our understanding of the causes, importance and protection of biological diversity in terrestrial and marine ecosystems. The CSB's mission is to promote the protection of biological diversity through education, training, expertise, and research in ecology, evolution and systematics. Find recent news about people in the CSB here.

Goals of the CSB

  • Promote undergraduate and graduate research and training in ecology, evolution, conservation, and systematics.
  • Establish links and partnerships with colleagues, institutions, government agencies, and field stations to enhance scientific exchange for the preservation of biodiversity.
  • Serve as a regional resource of scientific expertise for issues on biodiversity in southern California.
  • Promote awareness within the Southern California region of the importance of biodiversity and sustainable use of biological resources for the long-term health and well-being of human societies.
Graduate student research image

Student Research Spotlight

Stella Swanson’s research is on sea urchins on the coral reefs of Moorea, French Polynesia. By controlling the growth of macroalgae, a known competitor for space and sunlight with corals, certain species of sea urchins can maintain a healthy coral reef. There are five main species of sea urchins that live on Moorean reefs, and her research is focused on determining the relative importance of each for maintaining the coral reef. It appears that there is a gradation of importance in terms of herbivory. Those species belonging to the family Diadematidaceae seem to be the most influential, grazing heavily at distances of meters from their holes. Other species such as Echinometra mathaei and Echinostrephus aciculatus are largely confined in their influence to the area within and in close proximity to their burrows. This research has broader implications in the development of management plans, which will be important tools in protecting delicate coral reef ecosystems.

(Student Spotlight Archives)