The Scientist

» human evolution, microbiology and culture

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image: Wanted: Transcriptional Regulators

Wanted: Transcriptional Regulators

By | August 1, 2016

Researchers have designed a screen to find unique molecules, called riboswitches, that determine whether transcription will proceed.

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image: Decoding Human Accelerated Regions

Decoding Human Accelerated Regions

By | August 1, 2016

Do the portions of our genomes that set us apart from other animals hold the secret to human evolution?

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image: Humans Never Stopped Evolving

Humans Never Stopped Evolving

By | August 1, 2016

The emergence of blood abnormalities, an adult ability to digest milk, and changes in our physical appearance point to the continued evolution of the human race.

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image: Contributors

Contributors

By | August 1, 2016

Meet some of the people featured in the August 2016 issue of The Scientist.

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image: Orangutan Imitates Human Speech

Orangutan Imitates Human Speech

By | July 27, 2016

Captive ape produces more than 500 vowel-like sounds, offering clues to how speech evolved in humans.

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image: Classic Example of Symbiosis Revised

Classic Example of Symbiosis Revised

By | July 25, 2016

The partnering of an alga and a fungus to make lichen may be only two-thirds of the equation.

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image: Donor-Soil Microbes Drive Ecosystem Restoration

Donor-Soil Microbes Drive Ecosystem Restoration

By | July 11, 2016

Excavating existing topsoil and adding donor soil, researchers revitalized degraded farmland in the span of six years.

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image: New Timeline for <em>Homo naledi</em>

New Timeline for Homo naledi

By | July 6, 2016

The ancient human may have lived around 900,000 years ago—much more recently than first estimated.

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image: A New Role for Marine Archaea

A New Role for Marine Archaea

By | July 1, 2016

Researchers discover acetogenesis in archaea, suggesting an important role for these little-studied organisms in generating organic carbon below the seafloor.

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image: Archaea’s Role in Carbon Cycle

Archaea’s Role in Carbon Cycle

By | July 1, 2016

Bathyarchaeota undergo acetogenesis, generating organic carbon below the seafloor.

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