The researchers also examined how the effects of deforestation
on microbial biodiversity change over time.
Not exact matches
The staggering loss of
biodiversity in recent decades prompted researchers in 2015 to argue that the Anthropocene marks the third stage in the evolution of Earth's biosphere, following
on from the
microbial stage 3.5 billion years ago and the Cambrian explosion 650 million years ago.
«The results represent a one thousand-fold increase in data over previous attempts to characterize ocean
microbial biodiversity,» said a senior author
on one of the papers, Peer Bork, during a teleconference for reporters
on 19 May, «and yet, this is still the tip of the iceberg.»
It will build
on the foundation of the previous program but go in a new direction:
microbial biodiversity.
This collection of marine
microbial genomic, the first in the world
on a global scale, will provide new clues about a reservoir of
biodiversity yet to explore, considering that it could imply the discovery of tens of millions of new genes in the coming years.
The projects aims to give us further knowledge in areas as diverse as coral reefs ecosystem, the dietary composition in wildlife and domestic animals over the last 50 000 years, the effects of antibiotic exposure
on microbial ecosystems, and changes in
biodiversity that might have an effect
on or are affected by climate change.
Elucidating the impact of
microbial community biodiversity on pharmaceutical biotransformation during wastewater treatment — Lauren B. Stadler — Microbial Biot
microbial community
biodiversity on pharmaceutical biotransformation during wastewater treatment — Lauren B. Stadler —
Microbial Biot
Microbial Biotechnology