Random image

Secret World of Bacteria Discovered In Rain Forest Canopy

Just as people are realizing that microbes carried by humans can have an influence on a person’s health—positive or negative—we hope to discover what bacteria on tree leaves can tell us about the health of a forest,” said S. Joseph Wright, a Smithsonian scientist and co-author of the new study published in Proceedings of the National Academy of Sciences.

In contrast to a previous study of bacteria on leaves in a temperate forest where different leaves had different bacteria, there was a core group of species of common bacteria present on leaves of nearly all of the species sampled in Panama. Just as on human skin, many of the bacteria on tropical tree leaves were Actinobacteria and Proteobacteria.

The researchers, from the Smithsonian Tropical Research Institute, University of Quebec, University of Arizona, University of Oregon, University of California—Los Angeles and Santa Fe Institute, also looked for relationships between the composition of bacterial communities on leaves and other plant characteristics.

These effects cause the linings of our esophagus tube to become slender and viagra price in india deteriorated. There could be a few sites, which may help you skip guidelines and regulations and straightforwardly permit you cialis generic no prescription in the Australia. He should be sympathetic and kind towards his patients and keeps your privacy details secure without sharing your details to third parties. cialis cheapest He/she needs to concentrate on a psychological healing by seeking help from a professional with a counseling degree before they can pursue a courtship. generic india levitra Many bacteria were associated with certain functional traits such as leaf thickness, wood density or leaf nitrogen content, characteristics that directly impact tree growth, survival and reproduction.

The relationships between many of the bacteria and tree species they sampled were ancient, going back to the ancestors of both the bacteria and the trees as they evolved in tandem.

“Our ability to use molecular techniques like 16S ribosomal RNA gene sequencing to characterize nearly all of the bacteria on a leaf is going to make it possible to see how very different members of forest communities interact,” said Wright. The Smithsonian forest ecologist and his colleagues hope to collaborate with researchers at the 60 Forest Global Earth Observatory sites coordinated by the Smithsonian’s Center for Tropical Forest Science to compare interactions at different sites and under different environmental conditions.


Posted

in

by

Tags: