Citrus Physiology (@treecophys) 's Twitter Profile
Citrus Physiology

@treecophys

Our research deals with understanding how trees take in and distribute carbon in subtropical and tropical environments.

ID: 1118853865007386624

linkhttps://treephysiologylab.com calendar_today18-04-2019 12:28:43

805 Tweet

702 Followers

260 Following

Lancaster Photosynthesis Group (@lancsphotosynth) 's Twitter Profile Photo

📢#PlantSciJobs opportunity: Plant Physiologist w/ ElizabeteCarmo-Silva Lancaster Environment Centre . Elizabete is recruiting a postdoc researcher for the Delivering Sustainable Wheat project, if interested & at #monogram24 catch Elizabete or Carmen for a chat, apps close May 9 wp.me/p9L9PV-ik

📢#PlantSciJobs opportunity: Plant Physiologist w/ <a href="/ecarmosilva/">ElizabeteCarmo-Silva</a> <a href="/LancsUniLEC/">Lancaster Environment Centre</a> . Elizabete is recruiting a postdoc researcher for the Delivering Sustainable Wheat project, if interested &amp; at #monogram24 catch Elizabete or Carmen for a chat, apps close May 9 wp.me/p9L9PV-ik
The RIPE Project (@ripeproject) 's Twitter Profile Photo

Researchers in Steve Long have proven in a model crop that an increase in mesophyll conductance can be engineered, & that it leads to an increase in photosynthesis. Their work was published in the Plant Biotechnology Journal. DOI: doi.org/10.1111/pbi.14… News story: bit.ly/3UDLkJk

Researchers in <a href="/LongLab/">Steve Long</a> have proven in a model crop that an increase in mesophyll conductance can be engineered, &amp; that it leads to an increase in photosynthesis.

Their work was published in the <a href="/PlantBiotechJ/">Plant Biotechnology Journal</a>.

DOI: doi.org/10.1111/pbi.14…
News story: bit.ly/3UDLkJk
Citrus Physiology (@treecophys) 's Twitter Profile Photo

Our new paper is out! We show that source:sink-induced increases in photosynthesis in citrus are not accompanied by changes in leaf export or stem transport speeds. Congrats to Shen-yang Li, this was from his dissertation. Plant Ecophys onlinelibrary.wiley.com/doi/10.1111/pp…

Martijn Slot (@martijn_slot) 's Twitter Profile Photo

New paper New Phytologist, with Sami Rifai, Eze Chinedu & Klaus Winter. "The stomatal response to vapor pressure deficit drives the apparent temperature response of photosynthesis in tropical forests" doi.org/10.1111/nph.19… (1/5)

New paper <a href="/NewPhyt/">New Phytologist</a>, with <a href="/Sami_Rifai/">Sami Rifai</a>, <a href="/Nedunsk15/">Eze Chinedu</a> &amp; Klaus Winter. 
"The stomatal response to vapor pressure deficit drives the apparent temperature response of photosynthesis in tropical forests"
doi.org/10.1111/nph.19…
(1/5)
Sean Michaletz (@seanmichaletz) 's Twitter Profile Photo

Looking for a postdoc in #Ecosphysiology, #ThermalEcology, #ForestEcology, and/or #GlobalChange? Let's apply for a #Killam Postdoctoral Fellowship to work with my group at University of British Columbia in beautiful #Vancouver! Proposals are due Oct 21 - get in touch if interested! shorturl.at/KfHEz

Looking for a postdoc in #Ecosphysiology, #ThermalEcology, #ForestEcology, and/or #GlobalChange? Let's apply for a #Killam Postdoctoral Fellowship to work with my group at <a href="/UBC/">University of British Columbia</a> in beautiful #Vancouver! Proposals are due Oct 21 - get in touch if interested! shorturl.at/KfHEz
Anirban Guha (@guha_anirban18) 's Twitter Profile Photo

Join our 'PlantCamp 2024' - an exclusive, two day ecophysiology workshop IISER Thiruvananthapuram on Dec 10-11, 2024. Experience 'ecophysiology in action' amidst the scenic splendor of misty hills and remarkable rainforest. Please, submit an expression of interest to secure a place by Oct 25.

Join our 'PlantCamp 2024' - an exclusive, two day ecophysiology workshop <a href="/tvmiiser/">IISER Thiruvananthapuram</a> on Dec 10-11, 2024. Experience 'ecophysiology in action' amidst the scenic splendor of misty hills and remarkable rainforest. Please, submit an expression of interest to secure a place by Oct 25.
Martijn Slot (@martijn_slot) 's Twitter Profile Photo

New paper with Dan Bruhn & Lina Mercado Global Change Biology on a simple method for calculating cumulative nighttime respiratory carbon loss from plants, taking into account the temperature-independent decrease in respiration as the night progresses. onlinelibrary.wiley.com/doi/10.1111/gc…

New paper with <a href="/DanBruhn1/">Dan Bruhn</a> &amp; Lina Mercado <a href="/GlobalChangeBio/">Global Change Biology</a> on a simple method for calculating cumulative nighttime respiratory carbon loss from plants, taking into account the temperature-independent decrease in respiration as the night progresses.
onlinelibrary.wiley.com/doi/10.1111/gc…