RESEARCH: 'Photosynthesis and photoprotection in top leaves respond faster to irradiance fluctuations than bottom leaves in a tomato canopy' - Bingjie Shao et al, https://t.co/4gOvmTayCd
A really neat study in @NewPhyt that took advantage of a grapevine diversity panel experiencing a record heatwave in 2019 - uncovered genomic regions associated with extreme heat tolerance.
https://t.co/CcFCnRSwvM
A research team led by @LeibnizIPK incl. @guy2golan studied wheat grown under sunlight and simulated canopy shade to investigate genotype-by-environment interactions in biomass allocation. All results in @NewPhyt.
➡️PR: https://t.co/OyDqlTQREm
➡️Paper: https://t.co/R2Bdm2jsfp
Like mother like son: Transgenerational memory and cross-tolerance from drought to heat stress are identified in chloroplast proteome and seed provisioning in Pinus.Congratulations Laura and all of the team.Thank you @PlantCellEnvir editors and reviewers.
https://t.co/cIswGMtpUg
Our latest paper on nutrient stress tolerance in sunflower is available for early access from @JXBot. 🌱🌻🧬 Hat tip to a great bunch of collaborators including @AndriesTemme@_kellykerr_@KristenNolting @ELDittmar @RishiMasalia and @koalaspirit… https://t.co/IutlD5Tduk
#TansleyReview: Plant hydraulics at the heart of plant, crops and ecosystem functions in the face of climate change
@torresruizjm et al.
📖 https://t.co/iaNazQzR02
@wileyplantsci
Just in time before the holiday break our IPPN Q4 Newsletter is being released!!
To all of you happy holidays & a good start into 2024!!! 🎉
See you all next year!!
https://t.co/iWj61y0vw9
I should be focusing on my own research, but was interested to read that nesting chinstrap penguins can fall asleep 10,000 times a day https://t.co/O9yx6Yhgko
Innovations in plant science from integrative remote sensing research: an introduction to a #VirtualIssue#RemoteSensing allows us to observe plants across scales, advancing our understanding of organismal and ecological processes in #PlantScience.
📖 https://t.co/tXAfOD4KEE
NEWS & VIEWS: The one that takes it all: The essential role of VDAC3 in the redundant control of ABA signaling (José Manuel Ugalde) https://t.co/izN6mMhQwz @jmugaldev@ASPB#PlantSci
Congratulations Ahmad @Muhamma21245839 on your career path. I'm glad I was able to be your PHD mentor within @micrometabolite. Looking forward to your upcoming scientific publications 🌲🌞
💡 In this study, 382 Arabidopsis accessions were grown under two different light regimes
🌱 Spatiotemporal data was collected in order to identify which regions of DNA relate to projected leaf area, relative growth rate, and PSII operating efficiency.
https://t.co/NuIHxGlhqK
This work was done at the #PhenoPlant facility, as presented by Jakub Jez, @VBCF_PlantS@viennabiocenter. This large scale screening and phenotyping facility is available for access through Euro-BioImaging, as part of the @CMI_ImagingNode Austria BioImaging.
Spruce trees are a major factor in the Austria economy and threatened by drought and climate change. Plant Phenotyping allows the study of adaptations of the plants to environmental conditions, as we hear from @trujillo_moya and @Muhamma21245839, from @bfwald, at the #UserForum
NEWS & VIEWS: The long and the short of it: Adaptation of carbon uptake and metabolic flux to different daylengths (Alexandra J Burgess, Gustaf E Degen) https://t.co/4owjt9GhTO @plantgustaf @TomSharkeyMSU@ASPB#PlantSci
Targeting of flavodoxin to chloroplasts of mesophyll but not bundle sheath maize cells confers increased drought tolerance
📖 https://t.co/vlnVAMcJvc
by Demarchi et al.
@wileyplantsci #PlantScience