Craig W. OsenbergPhone: 352-392-9201
Lab phone: 352-392-1685 (for contacting my students or my Oecologia assistant)
Fax: 352-392-3704
E-mail: osenberg@ufl.edu

Oecologia-UF editorial office
CW Osenberg, Editor-in-Chief (Aquatic Ecology)
Suzanne Stapleton, Editorial Assistant
oecologia@ufl.edu
QSE3
is a
university-wide graduate training program in Spatial Ecology.
Although all fellowships have been allocated, there are research funds (and
training opportunities) still
available for students.
Details are available
here. PIs: CW
Osenberg (Biology), E Bruna (WEC), M Martcheva (Math).

As highlighted by the oil spill, the Gulf is affected by a wide range of natural and anthropogenic factors that influence the dynamics of this important ecosystem. Many of the scientific needs we have are not unique to understanding effects of the oil spill -- they are generic. Thus, members of the Ecology subcommittee of the UF Oil Spill Task Force assembled a white paper that we have distributed at workshops that were held in the Gulf region. The paper lays out the foundation for a research program that will move beyond DWH towards a more comprehensive and innovative understanding of the Gulf ecosystem. A copy of that paper is available here: "Beyond Deepwater Horizon -- Ecological Synthesis and Integration in a Changing Environment". Similar concepts are developed in greater depth in the Pew Environment Working Group Report, A Once and Future Gulf of Mexico (report; executive summary). A detailed proposal for the establishment of the Gulf of Mexico Center for Ecological Application and Synthesis (GulfCEAS) was developed by a diverse consortium of scientists. It was not funded by the GRI, but we are still hopeful this concept will become a reality.
Research Interests:Coral reef ecology (from gastropods to corals to fishes).
Size and stage-structured interactions, and their implications for population dynamics and community patterns.
The roles of density-dependence, habitat quality, predation, competition, and resource limitation in aquatic ecosystems.
The application of meta-analysis in ecology (e.g., quantification of effect size (and interaction strength) and its variation among organisms and environments).
The design and implementation of whole ecosystem experiments and environmental assessment studies.
The application of ecological theory to the design of marine reserves and fisheries management strategies.
Graduate courses:
Quantitative Spatial Ecology, Evolution and Environment (QSE3): IGERT ColloquiumZoo 6049 Quantitative Methods and Ecological Inference
Zoo 6927
Integrative Principles
Zoo 6005
Miscellaneous courses and seminars in ecology
Zoo 6927
and
Zoo 6049
Frontiers in Ecology: Fall 2009
Marine Biodiversity: Spring 2006
Advanced Ecology: Fall 2005
Intro to Math Models in Ecology: Spring 2005
Foundations and Frontiers in Ecology: Fall 2003
Concepts of Ecology: Fall 1998
Research Reviews in Ecology and Evolution
Zoo 6927
Experimental Design: Meta-analysis and Quantitative Synthesis
[University of Pittsburgh, Pymatuning Lab]
Undergraduate courses:
General Ecology
PCB 4044C
- Index (to courses since Fall 2009)
Introductory Biology (Integrative Principles)
BSC 2011