A spatially explicit trait‐based approach uncovers changes in assembly processes under warming Through our spatially explicit trait-based approach, we paved the way for a novel framework in community ecology that addresses simultaneously many major issues of the original framework of assembly ...

Coexistence between plants fascinates me, and how it changes under climate change is one of the most intriguing questions. We investigated this using a novel spatially explicit, trait-based approach in one of the experiments within the #TransPlantNetwork onlinelibrary.wiley.com/doi/full/10....

Some preliminary studies in some of our #TransPlantNetwork experiments show a similar thing. We see that unexpectedly microbial community composition is lagging behind.

🙋‍♂️You can also add the #TransPlantNetwork nsojournals.onlinelibrary.wiley.com/doi/10.1111/...

Overview

If you want to know more about #TransPlantNetwork, look at the details of each experiment, or even choose your favorite alpine plant and investigate how it reacts to warming, this #ShinyApp ✨ is for you! billurbektas.shinyapps.io/transplantsh...

Today, here we analyze all these experiments to find common patterns in how plant communities respond to climate change. 🌱 #TransPlantNetwork
Our big question:
“Are mountain plant communities’ trajectories under climate change predictable?”

Experimental #macroecology ? Check out this super exciting and innovative cross-continent compilation of whole-community transplant experiments to assess temperature effects on community dynamics led by @billurbektas.bsky.social #TransPlantNetwork 🌾🌎