Journalists

Journalists

Covering current events in science, the environment, technology and health requires a context and reliable sources that respond quickly.

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When science hits the headlines, we publish reactions, explanations, and in-depth analysis from reliable sources, capturing both the evidence and the debates. Our library of science journalism resources and the briefings may be of use to you. Consult our directory of research centres.

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We are on the lookout for any controversial information about science (embargoed or not), in order to react with the agility the media needs. Sign up to receive our embargoed contents, all under the Creative Commons licence. Find out more about how we work here.

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Reaction to research revealing that infant microbiome development varies according to lifestyle

A metagenomic comparison of the infant gut microbiome of industrialised and non-industrialised populations reveals robust differences that researchers say are lifestyle-dependent. The research involved samples from infants of Hadza, a group of modern hunter-gatherers living in Tanzania, and is published in the journal Science.

Maternal stress and foetal brain development: pandemic confinement as a laboratory

During confinement, pregnant women suffered more stress than usual among pregnant women, according to a study conducted at Vall d'Hebron Hospital. A new result along the same lines also finds effects on the brain development of the foetus. But the period of neurodevelopment spans childhood and adolescence, so there are many opportunities to favourably influence this process.

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Reaction to study concluding that glyphosate affects the thermoregulation of bumblebee colonies

Glyphosate is one of the most widely used herbicides in the world. New work published in Science reveals that it significantly impairs the ability of bumblebees to maintain the temperature of their hive, a hitherto unsuspected effect that may lead to the decline of this already endangered species, which is essential for pollination.

 

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Reaction to the detection in the atmosphere of a new class of highly reactive chemical compounds: the trioxides

An international team led by researchers at the University of Copenhagen has detected a new class of extremely reactive chemical compounds in tha atmpsphere, the 'trioxides'. The challenge now is to understand the role of trioxides in climate and air quality. The result is presented in Science.

 

 

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