Academic conducting research into peatlands, wetlands, climate, hydrology, biogeography. No longer active on X/twitter. Connect with me on Bluesky!

Leeds, UK
Joined October 2013
Our new paper, led by @baird_andy and out now in @HydroProcesses, shows the importance of measuring peat specific yield (Sy) from intact peat cores, rather than depth-interval "pucks", which may underestimate Sy. Open access and free to all.
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Paul J. Morris retweeted
Kicking off the #PeatMetal and Restoring Industrially Impacted Peatlands International Workshops with a tour of our @NOBEL_Water natural and unburned peatland sites. Looking forward to great discussions on peatland hydrology, metal biogeochemistry, and restoration! #PeatTwitter
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#peat Twitter does anyone have an electronic copy of... Mathur SP & Famham RS (1985) Geochemistry of humic substances in natural and cultivated peatlands. In Aiken GR, McKnight DM, Wershaw RL & MacCarthy P (eds) Humic Substances in Soil, Sediments and Water, 53-86
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If so please DM me and/or BSc dissertation student @mari3llacraig. Thanks!
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Some boreal peatlands are losing their characteristic pools – a concern for their unique ecosystems. @rbpmleeds and @uppsalauni researchers studied the long-term changes of the pools at Hammarmossen to understand why it's happening. Find out more: environment.leeds.ac.uk/news…
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Congrats Richard!
This Post is from an account that no longer exists. Learn more
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New paper by PhD student @daniel_colson out now in Ecosystems uses aerial imagery to track changes at Hammarmossen patterned raised bog, Sweden. Over 61 years this iconic site lost more than a quarter of its pool area, overgrown by Sphag & sedges. Open access and free to all 1/4
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Worryingly, this isn't an isolated observation. Other recent studies in boreal and temperate peatlands have shown similar losses of open water, with colonisation of pools, and acceleration of fen-bog transitions, possibly driven by warming climates 3/4
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The prospect of large-scale loss of peatland open water area is likely to have important consequences for changes in peatland C budgets, biodiversity and hydrological functions, and deserves systematic study 4/4
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Paul J. Morris retweeted
1/2 A few months into my new role at @Forest_Research and as part of @OptFORESTS we've collected and sown a Scottish provenance of sessile oak. This is first step towards establishing next-generation multi-species common gardens across Europe 🌲🌳🧬
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BSc Geography students from @SoGLeeds learning about the forests, rivers, hills and soils of the Lake District on our first-year Blencathra trip (also enjoying great weather).
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