Geobotany at MLU Halle
@geobotanymluhalle.bsky.social
Welcome to the Geobotany Working Group @unihalle.bsky.social (Germany) led by Prof. Bruelheide (account managed by drpeterdietrich.bsky.social)
You want to be part of our team? Visit our homepage!
https://www.botanik.uni-halle.de/geobotanik/
You want to be part of our team? Visit our homepage!
https://www.botanik.uni-halle.de/geobotanik/
🟢 Most traits responded strongly to light
🌈 …but also to who was growing next door & how rich the neighbourhood was 👀
🌈 …but also to who was growing next door & how rich the neighbourhood was 👀
July 22, 2025 at 7:43 AM
🟢 Most traits responded strongly to light
🌈 …but also to who was growing next door & how rich the neighbourhood was 👀
🌈 …but also to who was growing next door & how rich the neighbourhood was 👀
📉 Tougher, carbon-rich leaves = less fungal richness
📈 Higher SLA & phosphorus = more fungal richness
✨ More variation = more fungi
-> Our study highlights that fungi respond not just to the host is, but how its leaves function; and vary.
📈 Higher SLA & phosphorus = more fungal richness
✨ More variation = more fungi
-> Our study highlights that fungi respond not just to the host is, but how its leaves function; and vary.
July 21, 2025 at 7:29 AM
📉 Tougher, carbon-rich leaves = less fungal richness
📈 Higher SLA & phosphorus = more fungal richness
✨ More variation = more fungi
-> Our study highlights that fungi respond not just to the host is, but how its leaves function; and vary.
📈 Higher SLA & phosphorus = more fungal richness
✨ More variation = more fungi
-> Our study highlights that fungi respond not just to the host is, but how its leaves function; and vary.