From science centric, oak and beech seem to encourage root microbes to facilitate mineral weathering. Root microbes break down minerals to create usable nutrients, like iron, to the trees.

From Physorg.com, marsupials, bats, rodents and tenrecs harbor the genes for Filoviruses, such as Ebola and Marburg virus. This shows the power of examining genomes to discover not only shared ancestry but common infection and incorporation of virus into genomes.

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From Physorg.com, Mycobacterium vaccae(a soil bacteria) was fed to mice and the mice were tested in maze runs to see if it increased learning ability. The increase in learning was only temporary, however. Read the rest of this entry »

From BBC News: The marine bacteria found on sushi transferred its genetic material to the microfauna of humans who consume sushi.

From Physorg, several species of cyanobacteria create rope-like structures that “allows them to colonize physically unstable sedimentary environments, and to act as successful pioneers in the biostabilization process.”(From the abstract) These ropes wrap around grains of sand to prevent the sand grains from shifting.

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From the Universe today, So how would a scientist know if a newly discovered planet has life? Two scientists will create an equation that will answer the question. Figuring in variables such as the presence of water, habitability, radiation, etc. the equation will determine the likelihood of life arising.

From Science daily, a new strain of Geobactor, the darling of electricity producers, has been discovered. Using selective pressure, a team from University of Massachusetts Amherst has evolved a strain that forms a thinner biofilm.

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From the New York Times, a cool finding about a microlayer of microbes at the oceans’ surface. These microbes form an oily biofilm which maybe involved with gas exchange in the ocean.

From Universe today, a look at banded iron formations, show the decrease of nickel in seawater over time. It is speculated that methanogens, which are known to need nickle, became less abundant and lead to the rise of oxygen producers and more complex life.

From Science Daily, in my backyard sinkhole in Lake Huron they have found cyanobacteria that uses sulfur in photosynthesis. Like the lakes of Antarctica the sinkhole house unique organisms that NASA has been looking at for clue to life on Mars. Which also could produce novel compounds useful in biotechnology, medicine, etc.