We are seeking a highly motivated post-doctoral scientist to work on an interdisciplinary project looking at the interactions between microbial and plant communities of Everglades short hydroperiod marshes that drive methane dynamics. The specific project opportunities will depend on the interests and experience of the applicant, but include: leaf to ecosystem photosynthetic processes, methane release, microbial production of methane, isotopic labeling, microbial ecology and assays. The post doc will interact with an interdisciplinary team from University of Alabama, Florida International University and the Everglades LTER. Applicants should possess a PhD in plant physiological ecology, plant ecology, plant physiology, microbial ecology or microbial physiology. The ideal candidate will have hands-on experience with stable isotopes and a strong background in working across disciplines. Foundation for this study: More than a century of water management and hydrologic modification in the Florida Everglades watershed has dramatically altered the systems freshwater wetlands Historically, the Everglades were dominated by continuous slow sheet flow, but the construction of roads, levees, canals, and other flow control structures throughout South Florida has affected the quantity, timing, and location of water delivery to the Everglades. These anthropogenic changes have altered hydroperiod, carbon (C) cycling and storage, nutrient levels, community assemblages, and fire regimes. The Comprehensive Everglades Restoration Plan (CERP), will further alter the timing and delivery of water to the Everglades, affecting productivity and C balances. The vision of the Plan is the restoration, preservation, and protection of the South Florida ecosystem while providing for other water-related needs of the region, including water supply and flood protection. The role that these continued changes will play on methane emissions in uncertain as these restoration plans move forward. There is an urgent need to develop a comprehensive understanding of how methane is produced and emitted from the Everglades and how this may influence greenhouse-forcing units with alterations in hydrology. The position is funded for two years and includes, competitive salary, health benefits and a small moving allowance. Applicants should submit via email 1) a current curriculum vita, 2) a statement of research interests; and 3) the names, phone numbers and email addresses of three references to Dr. Gregory Starr ([email protected] or 205-348-0556). For more information contact Dr. Starr, Department of Biological Sciences, University of Alabama. Initial review of applications will begin on June 7, 2010.
