Biology of CAM Plants Conference
Desert Botanical Garden
Please log in to purchase tickets.
- Call: 480 941.1225
- Visit the Admissions Box Office 8 a.m. – 5 p.m. daily
Crassulacean Acid Metabolism (CAM) photosynthesis is a principal carbon concentrating mechanism in terrestrial plants and is the major means by which land plants achieve superior levels of resource-use efficiency. As a result, CAM plants are increasingly recognized as among the world’s most important crops for food, forage, fiber, fodder and fuel and as critically important foundational species in tropical sub-humid, semi-arid, and arid ecosystems.
This international meeting will convene a diverse group of scientists to share new discoveries on the evolution, ecology, functional biology, genomics and engineering of CAM traits and species.
- Evolution and ecological adaptation
- Modeling CAM across functional scales
- Functional genomics
- CAM in agroecosystems
- CAM biology and ecophysiological systems
The symposium will combine invited talks, student lightning talks, poster sessions, and dedicated discussions and breakout sessions with the aim of integrating basic research on CAM across a wide range of disciplines including functional genomics, biochemistry, ecophysiology, ecology and evolutionary studies. A field excursion to the McDowell Sonoran Preserve will be included.
The meeting will take place at the beautiful Desert Botanical Garden with accommodations at nearby hotels. Transportation to the symposium will be provided for selected hotels.
Alberto Búrquez Universidad Nacional Autónoma de México
John Cushman University of Nevada, Reno
Sarah Davis Ohio University
Kevin Hultine Desert Botanical Garden
Raul Puente Desert Botanical Garden
Ryan Stewart Brigham Young University
David G. Williams University of Wyoming
Registration will be available in September 2017.