Auger Project (@projectauger) 's Twitter Profile
Auger Project

@projectauger

AUGER Project is an @EPAResearchNews funded project investigating the peatland properties influencing greenhouse gas emissions and removals @Flo_RenouWilson

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linkhttp://www.ucd.ie/auger calendar_today21-05-2019 10:49:08

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Auger Project (@projectauger) 's Twitter Profile Photo

Drained peat soils are a worldwide problem. German drained organic soils emit more than 55 Mt CO2-eq. per year. This is equivalent to around 6.6% of the national GHG emissions in 2014. sciencedirect.com/science/articl…

Auger Project (@projectauger) 's Twitter Profile Photo

Tune in tonight Tuesday 9.35pm @ RTEONE for Hot Air: Ireland’s #ClimateCrisis” where Philip Boucher-Hayes and Flo Renou-Wilson 🔕 will be discussing the potential of peatlands to lock in carbon and mitigate climate change #KeepItInTheGround #Peatlands EPA Research News

Auger Project (@projectauger) 's Twitter Profile Photo

5 Dec is #WorldSoilDay. No #soil = no food, no carbon sink, no ecosystem services, no life, no future. Wet #peatlands soil = better chance to reduce climate chaos; cleaner air; more ecosystem services, better future EPA Research News UCD Earth Institute

5 Dec is #WorldSoilDay. No #soil = no food, no carbon sink, no ecosystem services, no life, no future. 
Wet #peatlands soil = better chance to reduce climate chaos; cleaner air; more ecosystem services, better future 

<a href="/EPAResearchNews/">EPA Research News</a> 
<a href="/UCDEarth/">UCD Earth Institute</a>
Flo Renou-Wilson 🔕 (@flo_renouwilson) 's Twitter Profile Photo

#WorldSoilDay tomorrow 5 Dec, peatlands is our biggest store of carbon also in Ireland; From the atmosphere perspective, locking it in is just as good as trying to plant trees somewhere else. theguardian.com/environment/20…

Auger Project (@projectauger) 's Twitter Profile Photo

This week #EGU20 we presented provisional results from the Auger Project with our postdoc Alina Premrov gave insights into peatland biogeochemical modelling of CO2 using ECOSSE process based model. Our PhD Kilian Walz uncovered the factors affecting carbon stocks in Irish peatlands

Auger Project (@projectauger) 's Twitter Profile Photo

Nor forgetting the pollution of water ways as carbon and ammonia are being pumped out of those boggy field into streams and drinking water supply :-(

Auger Project (@projectauger) 's Twitter Profile Photo

JUST PUBLISHED: Development of new drainage factor for an improved ECOSSE water table simulation approach for modelling CO2 fluxes from drained and rewetted peatlands sciencedirect.com/science/articl… Co-authors @peatyGHG, Matt Saunders, Jagadeesh Yeluripati & Flo Renou-Wilson 🔕 EPA Research News

Auger Project (@projectauger) 's Twitter Profile Photo

The AUGER report is out just in time to celebrate #WorldWetlandsDay2022 Irish bogs are the main subclass of wetlands in Ireland --> 1ha of near intact raised bog store 3000 tonnes of carbon We need to keep this carbon locked up as well as bring back clean water and biodiversity

Flo Renou-Wilson 🔕 (@flo_renouwilson) 's Twitter Profile Photo

Robust results from 5 years monitoring confirms that rewetting drained bogs 1) reduce C emissions 2) establish optimal conditions for C sequestration & 3) set the site on a climate cooling trajectory. Funded by EPA Ireland Auger Project onlinelibrary.wiley.com/doi/10.1111/gc… EPA Research News

Robust results from 5 years monitoring confirms that rewetting drained bogs 1) reduce C emissions 2) establish optimal conditions for C sequestration &amp; 3) set the site on a climate cooling trajectory. 
Funded by <a href="/EPAIreland/">EPA Ireland</a> <a href="/ProjectAuger/">Auger Project</a>

onlinelibrary.wiley.com/doi/10.1111/gc…

<a href="/EPAResearchNews/">EPA Research News</a>
Ireland's Environmentalists (@irelandsenviro) 's Twitter Profile Photo

9. And recent work by Auger Project estimates that Irish peatlands store a staggering 2.2 billion tonnes of carbon. However, less than 15% of Irish peatlands are in near-natural state, and the area actively sequestering carbon is likely to be even less. epa.ie/publications/r…