Ivan Lopez-Valdivia

Today marks a year since I built my website using @rmarkdown and @github ! So far, it has received 985 visits from 24 different countries! If you haven't seen it yet, you can access it through this link! 👇 ilovaldivia.github.io/Lopez-Valdivia/

The aim of the new Plant Biotechnology working group of the @GPZeV is to facilitate the exchange of expertise between research, breeding and biotech companies. An initial workshop will take place on 9 and 10 March at the @LeibnizIPK. ➡️All information: tinyurl.com/4nn5ufnr

@MartinOesterhel hola Martin! Aquí un video de la transición de raíces teosinte a maíz! Gracias por compartir mi trabajo! Saludos!

Curious how maize root traits changed during domestication and which environmental factors drove these shifts? 🌽 Dive into our new paper in @NewPhyt! Article: nph.onlinelibrary.wiley.com/doi/10.1111/np… Short on time? Catch the highlights on AI-Poscast! 🎙️ Episode 5: ilovaldivia.github.io/Lopez-Valdivia…

En 10 mil años, desde el teosinte al maíz moderno, las raíces cambiaron tanto como las mazorcas: menos raíces desde los nudos, más desde la semilla y tejidos más lignificados. Un sistema más profundo y eficiente para captar nitrógeno en suelos agrícolas.

La próxima semana estaré enseñando cómo usar el modelo de estructura-función OpenSimRoot en Mexico. El primer taller será en la @uaa_mx y el segundo en la @uach_chapingo . Aún quedan lugares disponibles! ilovaldivia.github.io/Lopez-Valdivia…

Broad environmental adaptation is associated with root anatomical phenotypes in maize landraces: an in silico study academic.oup.com/aob/article/do…

Yesterday, the Penn State Press highlighted my PhD work in this article: psu.edu/news/research/…

Yesterday, a newspaper talked about my PhD work. Pic: Neolithic agriculture in the Tehuacán Valley approximately 5,000 years ago, highlighting the use of irrigation and their role in altering the soil environment and influencing maize root evolution. linkedin.com/posts/ivan-lop…

Such a comprehensive work on #wheat #roots. From the lab 🔬to the field 🌾!

🤓 Have you seen the latest edition of the ISRR newsletter? If not check it out for the latest updates and info on #roots and the #rhizosphere rootresearch.org/newsletter

Unearthing the invisible: simulating maize root domestication through deep time - Yu - New Phytologist - Wiley Online Library nph.onlinelibrary.wiley.com/doi/10.1111/np…

The research group "Genetics and Physiology of Root Development" at @LeibnizIPK studies crop root anatomical and architectural traits. If you hold a MSc in plant science, crop science, or biology we have a great job offer! ➡️Read more: tinyurl.com/5ckytm8v

Don’t miss out! 🌱🧬 Join us at the XXI @SMB Plant Biology Congress / 4th @ASBPMexico in Mérida, Oct 20–24! 🚀 Cutting-edge science, top speakers & networking 🎟️ Early bird registration is still open! 🔗 smbplant.quimica.unam.mx #SMBPlant2025

Happy to see our paper published in @AgronomyJournal! Understanding response to photoperiod, vernalization and earliness per se is crucial for oat adaptation worldwide. #OatResearch #CropAdaptation @unlp @CONICETLaPlata @OatNewsletter @OatFrontiers acsess.onlinelibrary.wiley.com/doi/10.1002/ag…

Happy to share this AI-generated podcast that dives into my specific contributions to root science and its impact on agricultural improvement. 🌱 No time to read my papers? No worries! Here you can listen to them: 👉ilovaldivia.github.io/Lopez-Valdivia… #RootScience #RootPhenotyping

🎉¡Celebramos 20 años! Te invitamos a celebrar con gran orgullo el 20 aniversario de la fundación de la @uga_langebio del @cinvestav, un espacio de investigación, formación y compromiso con la genómica en México🇲🇽 🗓️Jueves 8 de mayo de 2025 ⏰09:00 h 📍Auditorio de @uga_langebio

Check out the latest review on root cortical anatomy of grasses by Jones et al., 🌾🌽 👉🏼 link.springer.com/article/10.100…

Assessing the adaptation of non-native facultative wheat genotypes to German environments and management conditions. Ongoing research. #CropScience #Farming #Germany 🌾🌾 @LeibnizIPK @LeibnizWGL

Excited to share our new paper! We used GWAS to identify novel loci linked to seedling growth traits in a diverse global barley population under drought stress doi.org/10.1038/s41598… #Barley #DroughtStress #GWAS #PlantScience

The review article written by my former PhD student Isaac during hs PhD work - but WITHOUT any help from my side - has already close to 100 citations. I feel very proud of him!