BOG questions - Draft

Response to questions raised during the December 6, 2005 Board of Governors meeting regarding FLorida International University 's proposed School of Medicine.

Florida International University School of Medicine Initiative: Board of Governors Presentation Draft

Annotated draft of a presentation for the Board of Governors on the Florida International University School of Medicine Initiative. Presentation provides an overview of the proposed outcomes resulting from the establishmend of a School of Medicine at Florida International University and the impact on the physician shortage and health care in South Florida.

Florida International University Day 2007

Documents on FIU Day 2007. Meeting schedules and agendas, Priorities for the 2007 Legislative Session, 2007 Vice Presidential Talking Points, 2008-08 BOG Budget Request/Governor's Recommendations, FIU Facts at a Glance.

DRAFT: Florida International University Medical School Presentation

Draft of items for discussion during the Florida International University Medical School Presentation with the Board of Governors on November 17, 2005.

Patterns of Soil Bacteria and Canopy Community Structure Related to Tropical Peatland Development

Natural environmental gradients provide important information about the ecological constraints on plant and microbial community structure. In a tropical peatland of Panama, we investigated community structure (forest canopy and soil bacteria) and microbial community function (soil enzyme activities and respiration) along an ecosystem development gradient that coincided with a natural P gradient. Highly structured plant and bacterial communities that correlated with gradients in phosphorus status and soil organic matter content characterized the peatland. A secondary gradient in soil porewater NH4 described significant variance in soil microbial respiration and β-1-4-glucosidase activity. Covariation of canopy and soil bacteria taxa contributed to a better understanding of ecological classifications for biotic communities with applicability for tropical peatland ecosystems of Central America. Moreover, plants and soils, linked primarily through increasing P deficiency, influenced strong patterning of plant and bacterial community structure related to the development of this tropical peatland ecosystem.