David N. Thomas
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dnthomas01.bsky.social
David N. Thomas
@dnthomas01.bsky.social

Eclectic Bluesky-Rambler - It's not random...honest/ Marine-Arctic-Antarctic-Climate Biologist/ Slow but enthusiastic cyclist/ Woke academic still aspiring to be a scholar/ 🇬🇧 diaspora in 🇫🇮
Books: https://www.amazon.co.uk/stores/author/B001HOBI0E .. more

Environmental science 45%
Geology 23%
Pinned
Those who patiently tolerate my posts may wonder about my preoccupation with small details in nature/objects/textures Well there is the intrinsic aesthetic & beauty BUT mainly - looking at the small helps me cope with facing the - at times seemingly impossible - big issues

A brilliant example ⬇️ of how utterly exciting it can be to look at plankton through a microscope
There were a few of these bryozoan coronate larvae in my plankton sample this week. Keep watching for the larva in slow motion!
#marineplankton 🦑

Just worked it out we have been coming to this restaurant for 18 years - we still think the best Helsinki has to offer is

Piece of wind blown bracken forming an unexpected “snow circle”

Reposted by David N. Thomas

New publication:

How do members of the public feel about novel ecosystem interventions? A longitudinal study of emotional responses to restoration and adaptation in the Great Barrier Reef

Open access link: link.springer.com/article/10.1...
Client Challenge
link.springer.com

Reposted by David N. Thomas

New Publication:

Decarbonising homes and the in-between: Intersections of visible and latent climate-wise housing and mobility

Link: link.springer.com/article/10.1...
Client Challenge
link.springer.com

Reposted by David N. Thomas

New publication:

Agroecology in Zimbabwe: A country-level review with regional lessons for Southern African Development Community (SADC)

Link: link.springer.com/article/10.1...
Client Challenge
link.springer.com

Reposted by David N. Thomas

There were a few of these bryozoan coronate larvae in my plankton sample this week. Keep watching for the larva in slow motion!
#marineplankton 🦑

Reposted by David N. Thomas

Opportunities for Master of Science by Research (MScRes) study at the @sosbangor.bsky.social at Bangor University.

Get in touch and I can send you the full descriptions.

Reposted by David N. Thomas

Final format of my first article is now out! We discovered that degrading palsa permafrost might not lead into higher loading of organic matter into the river system. Also, we discovered that microbial communities were dominated by ultra-small Patescibacteria 🦠
Carbon and microbes in a degrading palsa mire are distinct from a peatland and a wider connected sub-Arctic fluvial system
Abstract. Climate change is altering the biogeochemical cycling of carbon and nutrients in the northern peatland and permafrost regions, which provide two
academic.oup.com

Using Pogies for the hands is a real game changer this year…..much of the pain gone 😀

Strava just told me that I had just done “an easy morning ride in Helsinki”
I beg to differ…..it was 13 km of serious #wintercycling with temp down to -21oC in places…..enjoyable, yes but not easy Strava 😀
Wintering Rothera jobs now listed for 2026/27/28 posts, for anyone who wants a year in Antarctica diving and/or boating and doing/supporting the year-round time series and benthic studies. Please share. www.bas.ac.uk/jobs/vacanci...

Back to the #HelsinkiBikeCommute this morning
#wintercycling in these conditions always gives a small sense of achievement before the work starts 😀

👏👏

Great to see the final formatted version now published.
@neatuomela.bsky.social led a concept-chllenging study about how thawing/degrading #permafrost palsas do not necessarily result in organic matter and the associated bacteria reaching the connected waters

Link: academic.oup.com/ismecommun/a...
Carbon and microbes in a degrading palsa mire are distinct from a peatland and a wider connected sub-Arctic fluvial system
Abstract. Climate change is altering the biogeochemical cycling of carbon and nutrients in the northern peatland and permafrost regions, which provide two
academic.oup.com

Amazing to see the images of snow on Anglesey the last few days…….in the whole time we lived there it was such a rare occurrence

The sea frozen into a massive mirror today

down by the sea the temp sank to -20 to -23 for most of the my local loop.....inland it was a bit warmer

#wintercycling at its very best today in #helsinki
No wind, good snow and down to -23oC (-9.4 F)
Tried using pogies for first time - worked a treat

Magical morning in Helsinki….been a long time since the thermometer has sunk so low

And to you

Finally, Laajalahti in Helsinki has frozen over - a few brave souls testing its strength ( including one on a 🚲)…..we will leave it a few more days 😀

just reposted with an apology -
bsky.app/profile/dnth...
Sea level rise has doubled in last 30 years - now around 0.5 cm per year (or 0.2 inch per year) 😱

This replaces my earlier erroneous re-post that recklessly got the units wrong. This important message does not need folks (who should know better) making stupid mistakes about the units - my apologies
The rate of global mean sea level rise has increased from ~2.1 mm/year in 1993 to ~4.5 mm/year in 2023. www.nature.com/articles/s43...

Reposted by Mark Lubell

Sea level rise has doubled in last 30 years - now around 0.5 cm per year (or 0.2 inch per year) 😱

This replaces my earlier erroneous re-post that recklessly got the units wrong. This important message does not need folks (who should know better) making stupid mistakes about the units - my apologies

yes, my sincere apologies......just posted the correction

yikes......of course......

Reposted by David N. Thomas

The deep parts of the Arctic's Canada and Makarov Basins are among the most isolated waters in the ocean. Pasqualini et al., use tracer measurements to suggest that the last major flushing of deep water happened about 450 years ago 🌊

agupubs.onlinelibrary.wiley.com/doi/10.1029/...
The rate of global mean sea level rise has increased from ~2.1 mm/year in 1993 to ~4.5 mm/year in 2023. www.nature.com/articles/s43...
The rate of global sea level rise doubled during the past three decades - Communications Earth & Environment
Global mean sea level rise amounted to 4.5 mm per year as a result of warming oceans and melting land ice, more than twice the rate of 2.1 mm/year observed at the start of satellite data in 1993, base...
www.nature.com