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The Scientist

» stress and ecology

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image: Rock Snot Explained

Rock Snot Explained

By | May 8, 2014

An increasingly common algal growth, found in rivers the world over, is caused by changing environmental conditions, not accidental introductions.

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image: Finch-Powered Fumigation

Finch-Powered Fumigation

By | May 7, 2014

Darwin’s finches use pesticide-treated cotton to line their nests and unwittingly protect themselves against parasitic fly larvae.

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image: Week in Review: April 28–May 2

Week in Review: April 28–May 2

By | May 2, 2014

Male scientists stress mice out; using SCNT to reprogram adult cells; acetate can reach mouse brain, reduce appetite; WHO sounds “post-antibiotic era” alarm

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image: Capsule Reviews

Capsule Reviews

By | May 1, 2014

Madness and Memory, Promoting the Planck Club, The Carnivore Way, and The Tale of the Dueling Neurosurgeons

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image: A Wilder Europe

A Wilder Europe

By | May 1, 2014

An organization hopes to restore natural ecological processes by reintroducing large herbivores to the continent.

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image: Where the Wild Things Were

Where the Wild Things Were

By | May 1, 2014

Conservationists are reintroducing large animals to areas they once roamed, providing ecologists with the chance to assess whether such “rewilding” efforts can restore lost ecosystems.

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image: Something Is Killing Asian Carp

Something Is Killing Asian Carp

By | April 29, 2014

Half a million invasive silver carp are dead in a Kentucky river, and nobody knows why.

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image: Week in Review: April 14–18

Week in Review: April 14–18

By | April 18, 2014

Genome-wide effects of trisomy 21; RNA-based signs of transgenerational stress; depression and resilience; a call to overhaul US biomedical research system

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image: Traces of Trauma in Sperm RNA

Traces of Trauma in Sperm RNA

By | April 13, 2014

A mouse study shows that molecular remnants of early-life stress can be passed on to future generations.

3 Comments

image: Telomeres Show Signs of Early-Life Stress

Telomeres Show Signs of Early-Life Stress

By | April 7, 2014

Reduction in telomere length is associated with stress early on in life and may have a genetic component, researchers find.

4 Comments

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