Scott L. Collins
3685 Castetter Hall
I received my PhD from the University of Oklahoma in 1981. After a postdoc with Dr. Ralph Good at Rutgers University I returned to the University of Oklahoma as an Assistant and then Associate Professor of Botany. In 1992 I moved to the National Science Foundation where I served as a Program Director in various programs including Ecology, LTER, Conservation and Restoration Biology, TECO, and Integrated Research Challenges. I was the original NSF Program Director for NEON helping to organize six NEON planning workshops from 2000 through 2002. In 2003 I moved to the University of New Mexico where I am now a Regents' Professor of Biology. I served as PI on the Sevilleta Long-term Ecological Research Program (LTER) from March 2003 through March 2014. My research uses both long term measurements and experimental manipulationsto determine how disturbances, such as fire and drought, interact with global environmental change to affect affect aridland plant community composition and structure. I have also worked extensively in tallgrass prairie as part of the Konza Prairie Long-term Ecological Research (LTER) Program since 1988 where I am involved in a multi-institution project on Ecosystem Convergence in which we are comparing fire, climate and herbivore effects on tallgrass prairie in North America and mesic Savanna grassland in Kruger National Park, South Africa (see current projects). I have served as Chair of the Vegetation and Long-term Studies sections, Chair of the Publications Committee, and as President of the Ecological Society of America. I served on the Editorial Boards of Community Ecology, Journal of Vegetation Science and Journal of Ecology. I am currently on the Editorial Boards of BioScience, Ecosphere, Oecologia and apparently Ecology. After coming to UNM in 2003, I helped to establish a SEEDS Chapter in the Biology Department in association with the Sevilleta LTER. I am the lead PI on the Sevilleta LTER Summer REU Program (see opportunities page).
Plant community dynamics, gradient models and gradient structure, the role of disturbance in communities, fire ecology, patch dynamics, grassland ecology, analysis of species distribution and abundance, local-regional interactions, productivity-diversity relationships, dynamics of aridland ecosystems.