Frisch gestochenes Tattoo am Unterarm. Es zeigt oben das Organspende-Tattoo, darunter ist das TwinWin Tattoo der DKMS. Durch das Tattoo zieht sich eine Blätterranke. Unterlegt ist das Ganze mit Aquarell in verschiedenen Grüntönen.
Heute wurde mein zweiter Arm bunt gemacht ☺️
Ich find's mega schön, aber einige Stellen waren echt autsch 🙈😵💫
#organspende #twinwin
Kennt Ihr #TwinWin? Eine geniale Aktion eines Tätowierers zur Typisierung für Knochenmarkspender?
www.youtube.com/shorts/0eibG...
Perlas linker Arm liegt bereit zum Tätowieren. Stencil des TwinWin Tattoos ist bereits aufgetragen. Das schon länger vorhandene Organspendetattoo ist auch gut zu sehen.
Bon👠r Her Majesty 👑
Hier wird schon vorbereitet!!
#twinwin
Hab den Tag schick.
Ich bin jetzt doch ein wenig freudigarscherregt.
Am Samstag lass ich mir das #TwinWin Tattoo stechen.
Am Sonntag bin ich als Helfer beim Wiesnumzug für unseren Spielmannszug dabei.
Glaub, Montag bin ich im #homofiss
Es gibt das #OrganspendeTattoo.
Wusstet Ihr, dass Jers jetzt auch das #StammzellenTattoo #TwinWin designed hat und dieses zunächst NUR am 20.9.2025 gestochen wird?
Ich bin dabei!
jerstattoos.com/twinwin/
Wichtige Aktion!
#lebenretten #twinwin #dkms
♊🧬 Stammzellspenden-Tattoo
#TwinWin am 25. September 2025
https://www.youtube.com/shorts/tEdW8tTflPE
Congratulations Rashmi for publishing her PhD chapter on the impact of cover crops on soil microbial dynamics from the #TWINWIN experiment 🥳
Very nice summary of the paper by @serainacappelli.bsky.social
academic.oup.com/femsec/advan...
TWINWIN experiment design: (a) Three control (bare fallow, barley + herbivide, barley monoculture) and four undersowing treatments (diversity levels 1, 2, 4, and 8). (b) The eight undersown species /Trifolium hybridum, T. repens, T. pratense, Medicago sativa, Lolium multiflorum, Phleum pratense, Festuca arundinacea and Cichorium intybus) vary in rooting depth and N-fixation capacity, leading to four different ‘functional types’. (c) The undersown communities vary in richness and functional diversity (number of functional types of undersowns in a plot). (d) The 60 plots are arranged in four blocks. Figure 2 from Cappelli, Seraina Lisa; Domeignoz Horta, Luiz Alberto; Gerin, Stephanie; Heinonsalo, Jussi; Lohila, Annalea; Raveala, Krista et al. (2024): Potential of undersown species identity versus diversity to manage disease in crops. In Funct Ecol 38 (7), pp. 1497–1509. DOI: 10.1111/1365-2435.14592.
#TWINWIN experiment is an agricultural biodiversity experiment, where the agricultural crop is undersown with cover crop species mixtures of varying species richness and functional composition to test if results from ecological biodiversity experiments can be applied to agricultural practices. 2/6
Aerial view on the 60 plots of the TWINWIN experiment surrounded by grass and agricultural fields. The plots vary in color that represent the different undersown treatments. In the background is a road, buildings and forests. The sky is blue with some white clouds.
🚨📃🧪 New paper out: "Impacts of diverse undersown cover crops on seasonal soil microbial properties". Rashmi Shrestha used the #TWINWIN experiment to show that undersowing crops with diverse plant mixtures, particularly including legumes has beneficial effects on soil microbial life and function 1/6
Say your donkey is clingy without saying your donkey is clingy. If you love Willow as much as you love coffee, grab a bag of Fluffy Cow Coffee! Check the link. fluffycowcoffee.com/collections/...
#beans #brown #donkey #cupofjoe #morningbrew #afterivehadmycoffee #twinwin #clovenheartfarmsanctuary
The #Twinwin experiment is resting under snow on this last work day of the year on Viikki campus. I wish everyone a peaceful and joyous holiday season ❤️!
📄🚨Plant diversity drives positive microbial associations in the rhizosphere enhancing carbon use efficiency in agricultural soils. New #TwinWin paper out in Nature Communications! Great lead by Luiz Domeignoz
www.nature.com/articles/s41...
🧪🌏Now in @funecology.bsky.social: The effects of undersowing on barley disease. 1st results from #TwinWin Experiment.
With L. Domeignoz Horta, S. Gerin, J. Heinosalo, A. Lohila, K. Raveala, B. Schmid, R. Shrestha, @mikkotiusanen.bsky.social , P. Thitz and A.-L. Laine
doi.org/10.1111/1365...
A conceptual overview of the TWINWIN experiment: A) The experiment the following treatments: bare fallow, barley with herbicide (conventional) and barley alone, barley with either 1, 2, 4, or 8 undersown species B) The 8 species in the experiment varied in two functional traits: rooting depth (shallow vs. deep) and nitrogen fixation capacity (yes vs. no). The shallow rooting nitrogen fixers were Trifolium hybridum and T. repens. The deep rooting nitrogen fixers were T. pratense and medicago sativa. The shallow rooting species without nitrogen fixation were Lolium multiflorum and Phleum pratense. The deep rooting species without nitrogen fixation were Festuca arundinacea and Cichorium intybus. The trait combinations led to 4 different functional groups. C) Within the undersown richness gradient was a functional diversity gradient. D) the 60 plots were arranged in 4 blocks
This is the first manuscript from the #TWINWIN experiment, an agricultural diversity experiment, in which we grew barley with different undersown plant communities to study the role of undersowing for various agroecosystem functions above- and belowground .
