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#h2020

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Ruth Mottram

These are really cool little nuggets of knowledge on polar climate science (not just because I made one). Check it out.
fediscience.org/@PolarRES/1142
PolarRES - Big discoveries in bite-sized stories?

Check out our new PolarRES in Practice Stories!

Explore the project's key findings through engaging stories that make complex discoveries easy to grasp.

polarres.eu/practice-stories/

FediScience.orgPolarRES (@PolarRES@fediscience.org)Attached: 1 image Big discoveries in bite-sized stories? 👉 Check out our new PolarRES in Practice Stories! Explore the project's key findings through engaging stories that make complex discoveries easy to grasp. 🔗 https://polarres.eu/practice-stories/ #H2020 #Climate #Research #Polar
#H2020#Climate#Research
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PolarRES

What do YOU think about the ongoing changes in the Polar Regions? We want to know!  

That’s why we launched the Polar Panorama project, a space where everyone’s perspectives and observations come together. 

The Polar Panorama is an interactive display showcasing contributions that highlight the vulnerability of the Polar Regions and efforts to protect them. Whether it’s an artwork, a heartfelt text, or even a spoken recording. The format is up to you!  

Ready to share your voice? Join us here: polarres.eu/polar-panorama-a-c

#H2020#Climate#Science
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Bianor Biotech SL

Hello, Fediverse! We are Bianor Biotech, a technology-based company that emerged from the University of León. The company was promoted by the Department of Molecular Biology (Cellular Biology) professors and INDEGSAL (fediscience.org/@indegsal), F. Martínez-Pastor and B. Martín-Fernández.
At Bianor Biotech, we specialize in reproductive biology, particularly sperm analysis. Our unique expertise lies in sperm chromatin analysis, which is crucial for clinics and companies in the livestock and animal breeding sector.
We are currently participating in the H2020 NeoGiANT project (neogiant.eu), which is researching ways to reduce the use of antibiotics in animal reproduction. We are excited to share our progress with you.
We are also on Bluesky, LinkedIn and bianorbiotech.es

FediScience.orgINDEGSAL-ULe (@indegsal@fediscience.org)3 Posts, 23 Following, 2 Followers · Instituto de Sanidad Animal y Desarrollo Ganadero, Univ. de León. Investigación en sanidad, producción y reproducción animal. Servicios al sector ganadero, clínico e industrial. Docencia. Institute for Animal Health and Livestock Development, University of León, Spain. Research in animal health, production, and reproduction. Services to livestock breeders, industry, and veterinary clinical sector. OneHealth approach. Teaching. #AnimalHealth #OneHealth #AnimalProduction #Livestock #HigherEd
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Bianor Biotech SL

¡Un saludo al Fediverso! Esta es la cuenta de Bianor Biotech, una empresa de base tecnológica surgida de la Universidad de León, promovida por los profesores del Dpto. de Biología Molecular (Biología Celular) e INDEGSAL (fediscience.org/@indegsal) F. Martínez-Pastor y B. Martín-Fernández.
Trabajamos en biología de la reproducción y somos expertas en análisis espermáticos, especialmente análisis de la cromatina espermática para clínicas y empresas del sector ganadero y selección animal.
Actualmente, participamos en el proyecto H2020 NeoGiANT (neogiant.eu) investigando para reducir el uso de antibióticos en reproducción animal.
También estamos en Bluesky, LinkedIn y en bianorbiotech.es

FediScience.orgINDEGSAL-ULe (@indegsal@fediscience.org)3 Posts, 23 Following, 2 Followers · Instituto de Sanidad Animal y Desarrollo Ganadero, Univ. de León. Investigación en sanidad, producción y reproducción animal. Servicios al sector ganadero, clínico e industrial. Docencia. Institute for Animal Health and Livestock Development, University of León, Spain. Research in animal health, production, and reproduction. Services to livestock breeders, industry, and veterinary clinical sector. OneHealth approach. Teaching. #AnimalHealth #OneHealth #AnimalProduction #Livestock #HigherEd
nextGEMS

Imagine a platform through which people all over the world can access and interact with climate data and draw conclusions for their own individual contexts.

This is exactly what is trying to build. In connection with different developed by , this platform could become an important tool to drive -Making to reduce the negative effects that will have on our younger generations

Find out more: nextgems-h2020.eu/the-joint-ve

#nextGEMS#H2020#Cinea
PolarRES

Hold onto your hats! A study by Petteri Uotila uncovers how Strong Offshore Wind Events impact the coast during winter, altering and oceanic properties in coastal polynyas

Read more
link.springer.com/article/10.1 @helsinkiuni

SpringerLinkImpacts of strong wind events on sea ice and water mass properties in Antarctic coastal polynyas - Climate DynamicsStrong offshore wind events (SOWEs) occur frequently near the Antarctic coast during austral winter. These wind events are typically associated with passage of synoptic- or meso-scale cyclones, which interact with the katabatic wind field and affect sea ice and oceanic processes in coastal polynyas. Based on numerical simulations from the coupled Finite Element Sea-ice Ocean Model (FESOM) driven by the CORE-II forcing, two coastal polynyas along the East Antarctica coast––the Prydz Bay Polynya and the Shackleton Polynya are selected to examine the response of sea ice and oceanic properties to SOWEs. In these polynyas, the southern or western flanks of cyclones play a crucial role in increasing the offshore winds depending on the local topography. Case studies for both polynyas show that during SOWEs, when the wind speed is 2–3 times higher than normal values, the offshore component of sea ice velocity can increase by 3–4 times. Sea ice concentration can decrease by 20–40%, and sea ice production can increase up to two to four folds. SOWEs increase surface salinity variability and mixed layer depth, and such effects may persist for 5–10 days. Formation of high salinity shelf water (HSSW) is detected in the coastal regions from surface to 800 m after 10–15 days of the SOWEs, while the HSSW features in deep layers exhibit weak response on the synoptic time scale. HSSW formation averaged over winter is notably greater in years with longer duration of SOWEs.
Ruth Mottram

Tido was one of the most inspiring lecturers I was lucky to work with on - worth a watch.
fediscience.org/@nextgems_eu/1
@nextgems_eu - Tido Semmler @awi Polar and Marine Research, discusses critical role of effective in context of politics + . + need to bridge the gap between scientific findings, society + political action.
buff.ly/4cRIc3h

FediScience.orgnextGEMS (@nextgems_eu@fediscience.org)Attached: 1 image 📽️ This special episode features Tido Semmler from the Alfred Wegener Institute for Polar and Marine Research, discussing the critical role of effective #ScienceCommunication in the context of politics and the #ClimateCrisis. 🌍 He emphasizes the need to bridge the gap between scientific findings, society, and political action. ⚖️ ▶️ Watch the special episode here: https://buff.ly/4cRIc3h #H2020 #ClimateScience #ClimateModelling #ClimateActivism #SciComm #ScientistsForFuture
Ruth Mottram

A late but if you're at all interested in the frontiers of @nextgems_eu is an essential follow. This is a cracking study:

fediscience.org/@nextgems_eu/1
Lee and Hohenegger used global, coupled storm-resolving models to explore soil moisture's impact on rainfall... reshape our views on how climate change + deforestation lead to + .
Details on our blog + check out groundbreaking paper!


nextgems-h2020.eu/weaker-land-

FediScience.orgnextGEMS (@nextgems_eu@fediscience.org)🌍💧 In a recent study, Lee and Hohenegger used innovative global, coupled storm-resolving models to explore soil moisture's impact on rainfall. Their findings could reshape our views on how climate change and deforestation lead to heatwaves and droughts. Dive into the details on our blog and check out their groundbreaking paper! #ClimateScience #ClimateModelling #stormresolving #H2020 #cinea 🔗 Post: https://nextgems-h2020.eu/weaker-land-atmosphere-coupling-in-global-storm-resolving-simulation/
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nextGEMS

In a recent study, Lee and Hohenegger used innovative global, coupled storm-resolving models to explore soil moisture's impact on rainfall. Their findings could reshape our views on how climate change and deforestation lead to heatwaves and droughts.

Dive into the details on our blog and check out their groundbreaking paper!

Post: nextgems-h2020.eu/weaker-land-

nextGEMS · Weaker land–atmosphere coupling in global storm-resolving simulationTo date, numerous studies have explored the connection between water stored in the soil, also called soil moisture, and precipitation. Using coarse-resolution global climate models, these studies have consistently found a positive feedback between …
nextGEMS

Global simulations developed by at the km scale are being used to understand critical Earth System dynamics in the land-based water cycle. These simulations capture details like rainfall patterns and the resulting river discharges , which serve to evaluate the water balance of specific regions, such as the Rhine basin.

Learn more about our in this Science Explainer.

nextgems-h2020.eu/media-librar

#H2020#ClimateChange#Floods
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