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Kromdijk Lab Profile
Kromdijk Lab

@PlantPhys_Cam

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Research group @PlantSci @Cambridge_Uni , studying the environmental plant physiology. Now on bsky @plantphys-cam.bsky.social

Cambridge, UK
Joined October 2019
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@PlantPhys_Cam
Kromdijk Lab
10 months
We’ve decided to officially move to Bluesky at @plantphys-cam.bsky.social Come join us there to talk about all things photosynthetic light reactions! πŸŒ±β˜€οΈ
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@PlantPhys_Cam
Kromdijk Lab
1 year
Congratulations are in order for @GTaylor1996 who passed her viva yesterday with minor corrections! (while being interrupted by a fire alarm too!) Many thanks to @DrTracyLawson and @jmhibber for being fantastic examiners! 🌿🌱πŸ₯³
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@Ali_P_Leverett
Alistair Leverett
1 year
New paper out - led by Milad Rahimi-Majd This study uses non-linear models to explore the relationships between anatomy and leaf mesophyll conductance https://t.co/lzRyf9tih3 πŸͺ΄πŸͺ΄πŸͺ΄πŸͺ΄πŸͺ΄πŸͺ΄πŸͺ΄πŸͺ΄πŸͺ΄πŸͺ΄πŸͺ΄
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onlinelibrary.wiley.com
We demonstrated that systematic training and testing of random forest regression models using a comprehensive data set, covering different plant functional types, can pinpoint leaf structural and...
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@PlantPhys_Cam
Kromdijk Lab
1 year
2nd 2 year project: πŸŸ₯ Join an interdisciplinary team working with thermal technology πŸ”₯ Aim to understand the effect of higher temperatures on peatland ecosystems and thus effects of global warming https://t.co/5WQQctzU9D
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@PlantPhys_Cam
Kromdijk Lab
1 year
πŸ”” seeking two postdocs before 31 August! 1st 3 year project: ❄️ Investigate chilling tolerance in maize 🌽 Focus on differences between mesophyll and bundle sheath responses 🧬 Using transcriptome analysis with novel lines https://t.co/lIG1b2ajxV
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@PlantPhys_Cam
Kromdijk Lab
2 years
πŸ“šTWO FULLY FUNDED PHDs with us + @jmhibber! FOCUS: the untapped potential of C4 orphan crop G. gynandra - use genetic and molecular tools to identify avenues for improving it, or for engineering of C4 photosynthesis! For UK nationals & Jan β€˜25 start, apply before 15 July.
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@PlantPhys_Cam
Kromdijk Lab
2 years
Read @GTaylor1996’s latest, on deconvoluting stomatal responses to red light! 🚦 βš–οΈ Ci-dependent and independent pathways are distinct, and contribute equally πŸ’¨ …except at high Ci, where the independent response is suppressed (they interact!) https://t.co/UNhxroDsjl
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academic.oup.com
Ci -dependent and -independent pathways contribute equally to the stomatal red light response. Interaction between the pathways, which coordinate stomatal
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@PlantPhys_Cam
Kromdijk Lab
2 years
Scrub-a-dub-dub, earn that pizza grub! #labspringclean
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@PlantPhys_Cam
Kromdijk Lab
2 years
Huge congratulations to Emmanuel Bernardo, who just passed his PhD viva! Emmanuel was the first PhD student in the lab and we’re all super proud of him πŸŽ‰ thanks to examiners @DrTracyLawson and @jmhibber
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@PlantPhys_Cam
Kromdijk Lab
2 years
JOB ALERT πŸ”” We are seeking a postdoc to: - develop AI strategies to improve photosynthetic modelling πŸ€– - characterise uncertainty ❓ - identify improvement strategies through metabolic modelling πŸ“ˆπŸ“‰ Please pass on to anyone who might be interested! https://t.co/igHQtrPJrw
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@PlantPhys_Cam
Kromdijk Lab
2 years
Check out our video on @JohnFerguson89’s work! How do we relate genetic variation to photosynthesis in maize? 🧬 Get a hugely genetically diverse maize population 🌽 Measure traits πŸ€” Connect! Edited by our own @lifebylucia and featuring some of our fabulous summer students
@photosynth_2030
CAPITALISE-H2020
2 years
See how @PlantPhys_Cam phenotype the MAGIC maize population for #photosynthesis traits-then read how they use these data in the latest CAPITALISE publication. https://t.co/nyu85xZnCD #improvingphotosynthesis @JohnFerguson89 @lifebylucia
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@PlantPhys_Cam
Kromdijk Lab
2 years
A belated congratulations to @thevathicus and @lifebylucia, who successfully defended their PhDs last month!!!🍾 Many thanks to their examiners @jmhibber (2/2 for our PhDs so far), @ErikMurchie and @LongLab. Onwards and upwards!!!! 🌾
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@PlantPhys_Cam
Kromdijk Lab
2 years
New paper by Emmanuel 🚨 🌱 C4 species are thought to have less stomata 🌿 We tested if C4 stomata also have different responses to blue and red light πŸ”΅ We found C4 dicots have strongly diminished stomatal sensitivity to blue light & more! https://t.co/buFtSrRm2G
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frontiersin.org
C4 photosynthesis is an adaptation that has independently evolved at least 66 times in angiosperms. C4 plants, unlike their C3 ancestral, have a carbon conce...
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@PlantPhys_Cam
Kromdijk Lab
2 years
Kromdijk group represent!
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@NewPhyt
New Phytologist
2 years
Is chloroplast size optimal for photosynthetic efficiency? GΕ‚owacka et al. @steven3ver @CSA_WUR @PlantPhys_Cam @RIPEproject @Glowacka_Lab @Sahay.Seema47 @UNL_PSI πŸ“– https://t.co/7PygETmWqt
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@PlantPhys_Cam
Kromdijk Lab
3 years
Ever wondered how shade affects sugarcane plants? @crisrgsales’ new paper discusses its negative impact on photosynthetic efficiency, and an interesting C4 metabolic bottleneck! Check it out here:
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@camplantsci
Department of Plant Sciences Cambridge
3 years
πŸ“’ New vacancy alert! πŸ“’ Join the Department of Plant Sciences as University Assistant Professor/Associate Professor in Plant Ecology. Closing date - 31 May. More here πŸ‘‡ https://t.co/gqwfntdt7K
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@PlantPhys_Cam
Kromdijk Lab
3 years
Is C4 photosynthesis really not so efficient under low light? Comparative gas exchange of closely related C3 and C4 species under fluctuating light suggest the opposite. β›…οΈπŸƒ Very excited to present @lifebylucia's latest!
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biorxiv.org
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@RIPEproject
The RIPE Project
3 years
RIPE Director @LongLab has been announced as a speaker for TED2023: POSSIBILITY later this month! Steve will present his work on hacking photosynthesis to feed the world and tackle climate change. https://t.co/e3yDcWmhIC @TEDTalks #TED2023
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