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Leverhulme Centre for Nature Recovery
@naturerecovery.bsky.social
Working to understand & support what it takes to deliver effective, inclusive & scalable nature recovery at scale.
114 followers39 following64 posts
LCnaturerecovery.bsky.social

They reveal that microbes living in bark, or in the wood itself are removing atmospheric methane on a scale equal to or above that of soil, making trees 10% more beneficial for climate overall than previously thought. naturerecovery.ox.ac.uk?post_type=news

Leverhulme Centre for Nature Recovery
Leverhulme Centre for Nature Recovery

Professor Yadvinder Malhi, Director of the Leverhulme Centre for Nature Recovery, is among an international team of colleagues who have found tree bark surfaces play an important role in removing methane gas from the atmosphere.

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LCnaturerecovery.bsky.social

'From Worms to Flowers' is not just an educational experience; it’s a call to view the world as a harmonious & interconnected system, where each part plays a crucial role in the grand tapestry of life. Download the teaching pack here: naturerecovery.ox.ac.uk/wp-content/u...

A header of 'try this at home' with two images glasses full of soily water, with an elastic band holding a net over the top of the glasses. one is captioned: Stable soil, the other Less stable soil
Screen divided into quarters, the firt shows some blue flowers with a bee visiting it, the next a fly sits on a flower, the bottom left image looks up thrrough trees with lemurs in them the last shows a mouse on soil surrounded by wood
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LC
Leverhulme Centre for Nature Recovery
@naturerecovery.bsky.social
Working to understand & support what it takes to deliver effective, inclusive & scalable nature recovery at scale.
114 followers39 following64 posts