Yanmin Zhou
@ymzhou
PhD student at the University of Sheffield. Interested in stomatal dynamics and plant water relations.
ID: 1246055235547582465
03-04-2020 12:41:42
21 Tweet
91 Followers
130 Following
Exciting new insights into #stomatal dynamics & hydraulic traits from Yanmin Zhou, improving water use efficiency via stomatal density with Jessica Dunn & evolution of guard cell signalling with Natalia Hurtado CastaΓ±o, finally Julian Adams on plant responses to temperature π§΅5/5 #SEB100
Packed house at our SEB morning session on #stomata and #WUE featuring work across scales including Tracy Lawson Michael Raissig @michaelraissig.bsky.social Julie Gray Colin Osborne Alistair Hetherington Lancaster Environment Centre Shauni McGregor Matt Wilson
Colin Osborne presenting intriguing info on plant CO2 and drought responses, including a fascinating meta analysis by Kimberley Simpson. Plants do seem to respond better to drought when growing at high CO2 π¨π± Plants, Photosynthesis and Soil SEB #climatechange
It's a great pleasure to participate in SPS-CEPLAS Summer School #ClimateSchool2024 Thanks for organisations Saclay Plant Sciences (SPS) CEPLAS Global Plant Council
So excited to see our article out in Plant Cell & Environment highlighting stomatal dynamics in a wild grass arise from the evolution interplay between photosynthetic physiology and the biochemical function and size of stomatal complexs. doi.org/10.1111/pce.15β¦ Colin Osborne
New paper from Yanmin Zhou shows some cool things about what controls stomatal opening speed in Alloteropsis semialata - a grass species with C3, C3-C4 and C4 variants, ploidy variation and a paleo-tropical range Plant Cell & Environment Plants, Photosynthesis and Soil Science at Sheffield onlinelibrary.wiley.com/doi/10.1111/pc⦠1/6
Aaaand thatβs all folks! π¬ What a fantastic symposium - thank you to everyone who made it all possible, all our amazing speakers, participants and organising team, big thanks to Plants People Planet π±π₯π, @newphyt foundation and Biotechnology and Biological Sciences Research for your generous support πΏπππ₯π₯ π¦Science at Sheffield