Federica Manca et al's network analyses show that marine macrophyte-animal associations can be highly structured and they are not random assemblages. Additionally, the key species bladderwrack is again showing how important it is!
👉 Read more: doi.org/10.3354/meps...
Federica Manca et al's network analyses show that marine macrophyte-animal associations can be highly structured and they are not random assemblages. Additionally, the key species bladderwrack is again showing how important it is!
👉 Read more: doi.org/10.3354/meps...
@ivanrodil.bsky.social et al studied effects of different types of detritus on seafloor fauna and bacteria using traditional and eDNA approaches.
Despite some differences between the methods, some common trends were detected.
👉Check out the results: doi.org/10.1007/s002...
@ivanrodil.bsky.social et al studied effects of different types of detritus on seafloor fauna and bacteria using traditional and eDNA approaches.
Despite some differences between the methods, some common trends were detected.
👉Check out the results: doi.org/10.1007/s002...
Thakur et al present the comprehensive atmospheric observatory @tvarminne.bsky.social.
Initial results: sea-air exchange of aerosol precursor gases, VOCs and CO2 at the coast are highly dynamic, influenced by meteorological and biological conditions.
hdl.handle.net/10138/602793
Thakur et al present the comprehensive atmospheric observatory @tvarminne.bsky.social.
Initial results: sea-air exchange of aerosol precursor gases, VOCs and CO2 at the coast are highly dynamic, influenced by meteorological and biological conditions.
hdl.handle.net/10138/602793
🌍 Mini-ecosystems help reveal the role of animals and plants in a warming climate
🌍 Two years of monitoring the fate of bladderwrack on the Baltic seafloor
🌍 Find all the latest scientific publications from CoastClim!
preview.mailerlite.io/preview/5758...
🌍 Mini-ecosystems help reveal the role of animals and plants in a warming climate
🌍 Two years of monitoring the fate of bladderwrack on the Baltic seafloor
🌍 Find all the latest scientific publications from CoastClim!
preview.mailerlite.io/preview/5758...
@roellammerant.bsky.social et al. show how variation in plant characteristics within sp. has a larger influence than earlier believed.
doi.org/10.1002/oik....
@cmgustafsson.bsky.social @jennaholtta.bsky.social @alfnorkko.bsky.social @swikstrom.bsky.social
@roellammerant.bsky.social et al. show how variation in plant characteristics within sp. has a larger influence than earlier believed.
doi.org/10.1002/oik....
@cmgustafsson.bsky.social @jennaholtta.bsky.social @alfnorkko.bsky.social @swikstrom.bsky.social
@ostersjocentrum.bsky.social @stockholm-uni.bsky.social
@ostersjocentrum.bsky.social @stockholm-uni.bsky.social
@catharinauth.bsky.social & @joriswiethase.bsky.social et al. show how phytoplankton communities change along environmental gradients and influence coastal carbon dynamics.
Article: doi.org/10.1002/ecog...
@tjardostoffers.bsky.social @planktola.bsky.social @eeroasmala.bsky.social
@catharinauth.bsky.social & @joriswiethase.bsky.social et al. show how phytoplankton communities change along environmental gradients and influence coastal carbon dynamics.
Article: doi.org/10.1002/ecog...
@tjardostoffers.bsky.social @planktola.bsky.social @eeroasmala.bsky.social
Read the review paper by Lydia White & @alfnorkko.bsky.social, on how to experimentally assess carbon sequestration potential of macroalgae.
doi.org/10.1111/1365...
Read the review paper by Lydia White & @alfnorkko.bsky.social, on how to experimentally assess carbon sequestration potential of macroalgae.
doi.org/10.1111/1365...
Roel Lammerant & Jenna Hölttä et al. show how environmental gradients affect functional structure and carbon storage of aquatic plant meadows.
doi.org/10.1002/ecs2.70327
@roellammerant.bsky.social @jennaholtta.bsky.social @cmgustafsson.bsky.social @alfnorkko.bsky.social
Roel Lammerant & Jenna Hölttä et al. show how environmental gradients affect functional structure and carbon storage of aquatic plant meadows.
doi.org/10.1002/ecs2.70327
@roellammerant.bsky.social @jennaholtta.bsky.social @cmgustafsson.bsky.social @alfnorkko.bsky.social
🌍Field campaign in Ireland comparing BVOC emissions from Baltic and Atlantic plants and algae
🌍 Find interesting sea related events close to you this summer, e.g. Askö open house and the Baltic Sea day
Read and sign up for the newsletter at www.coastclim.org/news/
🌍Field campaign in Ireland comparing BVOC emissions from Baltic and Atlantic plants and algae
🌍 Find interesting sea related events close to you this summer, e.g. Askö open house and the Baltic Sea day
Read and sign up for the newsletter at www.coastclim.org/news/
@cmgustafsson.bsky.social
@mikaelehn.bsky.social
@ovadnevaite.bsky.social
@cmgustafsson.bsky.social
@mikaelehn.bsky.social
@ovadnevaite.bsky.social
www.hbl.fi/2025-06-07/f...
www.hbl.fi/2025-06-07/f...
Heatwave-driven rewiring of coastal food webs, led by @skortsch.bsky.social, had a productive kick-off meeting at @tvarminne.bsky.social.
They examine how marine heatwaves reshape food webs by integrating experiments, molecular tools, and food web modeling.
#Warming #FoodWebs #DNAtools
Heatwave-driven rewiring of coastal food webs, led by @skortsch.bsky.social, had a productive kick-off meeting at @tvarminne.bsky.social.
They examine how marine heatwaves reshape food webs by integrating experiments, molecular tools, and food web modeling.
#Warming #FoodWebs #DNAtools
The study by @cmgustafsson.bsky.social and collaborators from UWA found that the main biodiversity mechanism driving seagrass biomass stock is through dominance and co-existing species that show similarity in their functional traits.
The study by @cmgustafsson.bsky.social and collaborators from UWA found that the main biodiversity mechanism driving seagrass biomass stock is through dominance and co-existing species that show similarity in their functional traits.
No major community shifts, but big functional changes! 🌊🔥
see here: doi.org/10.1111/1365...
and the method here: doi.org/10.1002/lom3...
No major community shifts, but big functional changes! 🌊🔥
see here: doi.org/10.1111/1365...
and the method here: doi.org/10.1002/lom3...
🌍 Insights from ice diving course and invitation for next year’s edition.
🌍 Priorities for the UN Oceans Conference 2025.
+ More CC news, publications and events!
Subscribe to receive our newsletter in your inbox! lnkd.in/dSe696CG
🌍 Insights from ice diving course and invitation for next year’s edition.
🌍 Priorities for the UN Oceans Conference 2025.
+ More CC news, publications and events!
Subscribe to receive our newsletter in your inbox! lnkd.in/dSe696CG
Stream: helsinki.zoom.us/j/68659327422
Stream: helsinki.zoom.us/j/68659327422
This new study shows that shallow and partly enclosed Baltic bays are significant sinks for carbon and nutrients.
This new study shows that shallow and partly enclosed Baltic bays are significant sinks for carbon and nutrients.
"Östersjöns ekosystem i snabb förändring”, professori Alf Norkko, TZS
“Itämeren mikromuoveista“, tutkimusprofessori Maiju Lehtiniemi, SYKE
Järjestäjä: Societas. Paikka: Tiedekulma Think Lounge.
helsinginyliopisto.etapahtuma.fi/Kalenteri/Su...
"Östersjöns ekosystem i snabb förändring”, professori Alf Norkko, TZS
“Itämeren mikromuoveista“, tutkimusprofessori Maiju Lehtiniemi, SYKE
Järjestäjä: Societas. Paikka: Tiedekulma Think Lounge.
helsinginyliopisto.etapahtuma.fi/Kalenteri/Su...
www.bbc.com/future/artic...
www.bbc.com/future/artic...