Marek Stibal retweeted
Want to see some moulin action? theconversation.com/meltwate…
Marek Stibal retweeted
Very excited to have our work using silicon isotopes to begin to understand the complex biogeochemistry of Greenlandic fjords out now!
A huge collaborative effort by an amazing team @KRHendry @HCNg_Bris @Lorenz_Meire and many more! agupubs.onlinelibrary.wiley.…
Marek Stibal retweeted
Kristyna Vrbicka's first PhD paper is out! What controls the microbial assemblages in SW Greenland ice sheet-fed streams? Feat. @tyler_kohler @jonnyhawkings @LGGwi @petavinsova @BulinovaMarie @marekstibal &al. #WhatTheFlux cryoeco.eu/new-paper-on-cont…
Subglacial methane in Greenland. Shot by the great @PeterWSinclair who was brave enough to come with us to the mighty Isunnguata Sermia. Starring some of the best young talents in subglacial methane research, and myself. #MARCH4G
New Video: Frontier of Methane research in Greenland
youtu.be/zYhjYrzfVpM
Marek Stibal retweeted
Blog posts are up on the BiCycles Lab website explaining what we were doing in Greenland 🇬🇱 (w/ our friends @CryoEco) and Norway 🇳🇴 this summer. Go give it a read!
web.sas.upenn.edu/pennbiogeo…
Marek Stibal retweeted
Hladina oceánů v důsledku tání Grónského ledovce dle nové studie vzroste o 27 cm, i kdyby lidstvo okamžitě zastavilo globální oteplování. Víc🔊v 9:45 na @croplus s krátkým komentářem polárních výzkumníků @marekstibal @UniKarlova a Daniela Nývlta @muni_cz mujrozhlas.cz/zive/plus
Loss of ice from the Greenland ice sheet—alongside increasing precipitation, ice flow discharge and meltwater runoff—will lead to at least 274 mm in sea-level rise, regardless of future climate warming projections, according to a study in @NatureClimate. go.nature.com/3wCupum
Marek Stibal retweeted
We survived another summer of field work! cryoeco.eu/2022-field-work-i…
Marek Stibal retweeted
Kristyna Vrbicka (formerly Jachnicka)'s talk on microbial cells as ecological indicators in glacial streams was a success! #EGU22
Marek Stibal retweeted
Come and join us (@CryoEco) for "Sources and sinks of Methane in the Aquatic Realm" and some subglacial methane tomorrow afternoon in Room 2.95 at #EGU22.
Especially if you're a modeller looking for a new post-doc position - we're hiring! (cryoeco.eu/postdoc-position-…)
Marek Stibal retweeted
Nice write-up of @petavinsova's subglacial OC legacy paper focussed on Norwegian glaciers, by @jacob_yde of @Jostice_Norway jostice.no/organic-matter-be…
Marek Stibal retweeted
JOB ALERT! We are looking for a postdoc in biogeochemical modelling to work on our subglacial methane project MARCH4G. 3 years in Prague anyone? cryoeco.eu/postdoc-position-…
Marek Stibal retweeted
Spring has arrived in Prague, and with it @jacob_yde to teach our cryosphere ecology students about glaciers
This took a while but was worth the wait!
PAPER ALERT! A new paper on the biogeochemical legacy of Arctic subglacial sediments, led by @petavinsova, has just been published in Global Biogeochemical Cycles @theAGU cryoeco.eu/new-paper-reveals…
Marek Stibal retweeted
2021 field work is done! cryoeco.eu/2021-field-work-i…
Marek Stibal retweeted
Our new paper (led by Rozwalak and Zawierucha) on #cryoconite - intriguing supraglacial sediment, is published in Sci of the Total Env (open access):
'Cryoconite – From minerals and organic matter to bioengineered sediments on glacier's surfaces'
sciencedirect.com/science/ar…
#glacier
Marek Stibal retweeted
Tající grónský ledovec uvolňuje překvapivé množství toxické rtuti,..💧☠️ Ukázalo měření v řekách a fjordech týmu @jonnyhawkings na které se podíleli i přírodovědci z @UniKarlova pod vedením @marekstibal Studie vyšla v časopise @NatureGeosci Víc na @CRoPlus plus.rozhlas.cz/gronsky-ledo…
Marek Stibal retweeted
Greenland’s ice sheet is releasing huge amounts of mercury into rivers bit.ly/3ufuQqB
Marek Stibal retweeted
Very proud to have been involved in this work led by @jonnyhawkings!
NGeo: The southwestern margin of the Greenland Ice Sheet is a globally important source of mercury
@jonnyhawkings @floridastate @GFZ_Potsdam
nature.com/articles/s41561-0…























