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Dupuy et al (@TransparentSoil) profile picture

Dupuy et al

@TransparentSoil

Get an update on techniques and tools to study life in the soil innerspace

 Bilbao, Spain
archiroot.org.uk/
Joined January 2018
  • Tweets136
  • Following51
  • Followers213
23Media
Photo by Dupuy et al (@TransparentSoil)Photo by Dupuy et al (@TransparentSoil)Photo by Dupuy et al (@TransparentSoil)Photo by Dupuy et al (@TransparentSoil)Photo by Dupuy et al (@TransparentSoil)Photo by Dupuy et al (@TransparentSoil)Photo by Dupuy et al (@TransparentSoil)Photo by Dupuy et al (@TransparentSoil)Photo by Dupuy et al (@TransparentSoil)Photo by Dupuy et al (@TransparentSoil)
Nice collection of new techniques for studying root-soil interactions
PNASNews (@PNASNews) profile picturePNASNews@PNASNewsSep 15
True or false: Soil must be opaque. False! Researchers have developed a transparent, soil-like material that allows them to observe microbial communities around plant roots. Dig into the science in the latest PNAS Science Sessions: ow.ly/gPPf50ZNWfz
PNAS Science Sessions: Getting to the Root of the Rhizosphere. Discover new ways scientists are visualizing roots and microbes in the rhizosphere. YouTube play button. Listen now. Credit: Patrick Bowey, Donald Danforth Plant Science Center.

ALT PNAS Science Sessions: Getting to the Root of the Rhizosphere. Discover new ways scientists are visualizing roots and microbes in the rhizosphere. YouTube play button. Listen now. Credit: Patrick Bowey, Donald Danforth Plant Science Center.

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A little bit of news from our research neiker.eus/en/news/new-techn…
New technologies for exploring water movement in the soil - Neiker

New technologies for exploring water movement in the soil - Neiker

  Understanding them is essential for optimizing the efficient use of water resources and strengthening the resilience of crops in...

neiker.eus
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So proud of my former PhD student!!!
Michael Osei Adu (PhD) (@Mike_Adu) profile pictureMichael Osei Adu (PhD)@Mike_AduOct 14
You are cordially invited to my inaugural lecture at UCC on the 5th of Nov. 2026
Image from Michael Osei Adu (PhD) (@Mike_Adu)
Image from Michael Osei Adu (PhD) (@Mike_Adu)
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What are plant models, how are they used and what they will do in the future. Our podcast is now live! buzzsprout.com/2152169/episo… #Root2Res
Root2Res - Modelling in Plant Breeding - FiBL Collaboration

Root2Res - Modelling in Plant Breeding - FiBL Collaboration

In this Root2Resilience podcast episode, we explore the role of modelling in the project and how it helps researchers better understand complex biological systems, as well as supporting practitioners...

buzzsprout.com
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Dupuy et al retweeted
NEIKER (@neiker_BRTA) profile picture
NEIKER@neiker_BRTAJul 24
🍇Interreg POCTEFAk finantzatzen duen REAL-MAC proiektuaren esparruan, #mikroalga-estraktuekin saiakuntzak egiten hasi gara, mahastien gaitz arruntenak, hala nola #mildiu eta #usteldura grisa, eragiten dituzten onddoen aurka eraginkorrak ote diren aztertzeko.
Image from NEIKER (@neiker_BRTA)
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Dupuy et al retweeted
NEIKER (@neiker_BRTA) profile picture
NEIKER@neiker_BRTA26 Aug 2024
🌐El #cambioclimatico afecta a los sistemas agrícolas. 🌱A través del proyecto #Root2Res desarrollamos modelos matemáticos para comprender el comportamiento de las raíces y obtener cultivos capaces de adaptarse a condiciones climatológicas cambiantes. ℹ️bit.ly/4cGn3IB
Image from NEIKER (@neiker_BRTA)
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Latest work from Ilonka just out today! A study of the role of mobility and pore spaces in bacterial colonisation of plant roots microbiologyresearch.org/con…
Image from Dupuy et al (@TransparentSoil)
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We're recruiting a PhD student. #bacteria, #motility, #soil, #microfluidics, #drought, #crops. Get in touch quickly! Please RT
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One of our papers got picked up by 8.9ha a multi-media knowledge transfer platform, see the article here: 8point9.com/soil-bacteria-fo…
Exclusive: Soil bacteria found to behave like migrating herds and flocking birds - 8point9

Exclusive: Soil bacteria found to behave like migrating herds and flocking birds - 8point9

[…]

8point9.com
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Interesting new positions on root modelling and phenotyping, in a very good group. Strongly advised! drooght.github.io/
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Rhizosheet, germination paper with printed microfluidic paterns to sample root exudates. Simple, low cost and powerfull! Have a look at the paper for more info doi.org/10.1016/j.soilbio.20…
Image from Dupuy et al (@TransparentSoil)
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The lab at full strength after Easter holidays
Image from Dupuy et al (@TransparentSoil)
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Looks like a great job opportunity for a plant biomechanician ! jobs.inrae.fr/chaire/chaire-…
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Dupuy et al retweeted
NEIKER (@neiker_BRTA) profile picture
NEIKER@neiker_BRTA20 Feb 2024
🔎¡Buscamos talento! 🌱Técnico o técnica en #agrivoltaica 🍅Investigador colaborador o investigadora colaboradora en #horticultura 💻Investigador asociado o investigadora asociada en modelización de sistemas complejos ℹ️Más información y solicitud: 👉neiker.eus/es/empleo
Image from NEIKER (@neiker_BRTA)
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Microfluidics, transparent soil fabrication, live imaging, root microbe interactions. We have an 1 year position available. Please contact me as soon as possible!
Image from Dupuy et al (@TransparentSoil)
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Dig into our new special issue: Root Architecture and Rhizosphere—Microbe Interactions bit.ly/35JchR9 🧵
(Top) CaWIP2 contributing to lateral root development in chickpea showed high expression in the lateral root primordia (Debasis Chattopadhyay); (Bottom left) Medicago truncatula plant with rhizosphere soil surrounding the root and Arabidopsis thaliana seedlings with developing lateral roots (Gifford lab); (Bottom middle) Fluorescent image of a developing lateral root in Arabidopsis thaliana (Vissenberg lab) and brace roots in Sorghum (Ashley Hostetler); (Bottom right) Non-destructive visualisation of Phaseolus vulgaris roots using X-ray CT imaging (Craig and Solomon Sturrock).

ALT (Top) CaWIP2 contributing to lateral root development in chickpea showed high expression in the lateral root primordia (Debasis Chattopadhyay); (Bottom left) Medicago truncatula plant with rhizosphere soil surrounding the root and Arabidopsis thaliana seedlings with developing lateral roots (Gifford lab); (Bottom middle) Fluorescent image of a developing lateral root in Arabidopsis thaliana (Vissenberg lab) and brace roots in Sorghum (Ashley Hostetler); (Bottom right) Non-destructive visualisation of Phaseolus vulgaris roots using X-ray CT imaging (Craig and Solomon Sturrock).

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We have agreed to host the next Rhizosphere conference in Scotland in 2025!🌎 Watch this space for more information @JamesHuttonInst
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Next year, we will open a 1 year post doctoral position based in Bilbao . Please RT and get in touch! #microfluidics #root #soil #microbe
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Seminar and discussions with the Plant Microbe Interactions group from UoSalamanca. Fantastic athmosphere in one of the most ancient university in Europe.
Image from Dupuy et al (@TransparentSoil)
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Whatch out this cool paper microfluidics to extract root exudates. Coming out soon!
Daniel Patko (@PatkoDaniel) profile pictureDaniel Patko@PatkoDaniel7 Dec 2023
Is it possible to detect root exudates spatially and temporarily in a cost effective and easy way? Is it possible to reveal phenotypic differences using simple wax printed filter paper?😉 A very inspiring work @uFluidicsEhu with @TransparentSoil @Ferbelo78 @LBasabeDesmonts
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