McAdam lab

[McAdam lab @Scott98373586]

https://t.co/FueZPZ162A

[New Phytologist @NewPhyt]

The power of independent #generations in #plants

📖 https://t.co/bQ2yeG9xVB

👆 A #Commentary by Michael Kessler and @DaniArosMualin on this article by Blake-Mahmud et al.
👇

📖 https://t.co/rpy5oZnbGP

#LatestIssue @wileyplantsci

[Botanical Society of America @Botanical_]

Within-leaf variation in embolism resistance is not a rule for compound-leaved #angiosperms

New #AJB research by Ian Rimer & Scott A. M. McAdam

https://t.co/vOMbOuiVDQ #botany @wileyplantsci

[Mohanned Abdalla @Mohnd_Abdalla]

🌱 Exciting news: My paper is accepted!
Long-awaited evidence on how #root #mucilage helps plants maintain #water uptake and #transpiration in drying soils 🌍💧
#OpenAccess

#PlantScience #RootHydraulics #drought @TU_Muenchen @MutezAhmed
https://t.co/Mv22lqupml

[Fabian Wankmüller @FabiWankmueller]

Happily sharing our latest work published in @Nature: https://t.co/59X5Dicz8G

How does #soil texture influence #plant #water stress and #ecosystem vulnerability to #drought on a #global scale?

:) Thanks to a fantastic team of co-authors ... (see below 👇)

[Uri Hochberg @HochbergUri]

Exciting new paper by Or Shapira, @yotamzait1 @brodersen_lab @TheHolbrookLab @Scott98373586. The fan speed in your cuevete will effect the gas exchange rate

[Uri Hochberg @HochbergUri]

New paper by @AcerFeng with @FultonRockwell and Shmuel Assouline about water loss from bagged leaves.

Important read for those who store bagged leaves befor measurments.

Free link: https://t.co/66kjgtIUPk

[Dr Frances Sussmilch @DrSussmilch]

Pleased to share this paper, now online @NewPhyt, where we look at the genes expressed in fern guard cells, and the functionality of anion channels from the SLAC/SLAH family from ferns and other other diverse plant groups.

Check it out here: https://t.co/a3FjaM7WgI

[McAdam lab @Scott98373586]

It is a pleasure to have (finally!) contributed to the esteemed anthology of literature questioned by @KarlheinzHahn1

[Karlheinz Hahn @KarlheinzHahn1]

@NewPhyt @Scott98373586 @wileyplantsci For more than a century an assumed hydraulics🚿 inside the xylem (≙ “cohesion-tension theory”) has been a controversial subject (below⬇️). Here Manandhar et al. describe - as increase of controversy – hydraulics outside the xylem. This also contradicts physical requirement.😨

[IRNAS Sevilla @IRNAS_CSIC]

Artículo @IRNAS_CSIC @JaviPichaco
Título: Abscisic acid increase correlates with the soil water threshold of transpiration decline during drought
Autor: Manandhar, Anju; Pichaco, Javier; McAdam, Scott
https://t.co/nUwwM36N3m

[New Phytologist @NewPhyt]

Manandhar et al.: Dynamic soil hydraulic resistance regulates #stomata

📖 https://t.co/vgq5TS2v4V

@Scott98373586 @wileyplantsci

[Jess Gersony (she|her) @Jess_Gersony]

Wahooo! Go Anju and team! EPIC paper!!!!!!!!!!!

[Plant Physiology @PlantPhys]

NEWS & VIEWS: SOS: Speed of Stomata opening and closing is influenced by vapour pressure deficit (Alexandra J Burgess, José Manuel Ugalde) https://t.co/FQoeQzhoO8 @ASPB #PlantSci

[J. Pichaco @JaviPichaco]

This study was carried out during my fruitful stay at @LifeAtPurdue @PurdueAg in @Scott98373586 laboratory, where he has a long list of very interesting plant specimens. I could explain more, but I don't want to give you spoilers!!! Run and read it! :)

[J. Pichaco @JaviPichaco]

Through measurements of gas exchange from darkness we see how at high atmospheric demand this interaction is lower and the process of stomatal opening is faster...

[J. Pichaco @JaviPichaco]

In it, we evaluated how the mechanical interaction of epidermal cells and guard cells in angiosperms influences the stomatal response to light.
We observed how plants with this interaction respond faster to light at high levels of atmospheric demand than those that do not...

[J. Pichaco @JaviPichaco]

For this purpose, we use plants that cover the evolutionary spectrum, from ferns to angiosperms to gymnosperms.
For this purpose, we use plants that cover the evolutionary spectrum, from ferns to angiosperms to gymnosperms...

[J. Pichaco @JaviPichaco]

The first article of my thesis is ready! (🧵...)
"Mechanical advantage makes stomatal opening speed a function of evaporative demand." https://t.co/cJIUu4Cjl9

[José M. Torres-Ruiz @torresruizjm]

The journey of organizing the 6th ´Xylem International Meeting´ (#XIM6) has officially begun in Seville, Spain! ☀️

Stay tuned to @Xylem_Meeting for updates🗓️

[Dr. Kate Johnson @KatePlantPhys]

Had alot of fun writing this anatomy- physiology crossover with a great team🌳🫧
https://t.co/rmTdUbUclX Read about the potential roles of the cells surrounding the plant water transport system during drought, in the context of physiology & observations made by Sherwin Carlquist!