Scholar

Fernando T. Maestre

H-index: 103
Environmental science 40%
Agriculture 29%
@manudelbaq.bsky.social Miguel Berdugo. Many congratulations to all the authors for this outstanding interdisciplinary work that beautifully bridges ecology, physics, and mathematics to reveal the hidden order of nature.

by Fernando T. MaestreReposted by Ning Chen

In #drylands, plants don’t grow randomly — they self-organize into disordered hyperuniform patterns that help them use water wisely & endure extreme aridity. A beautiful hidden logic of nature, revealed in a new @pnas.org study doi.org/10.1073/pnas... including #Maestrelab alumni
New study in @universitypress.cambridge.org #CambridgePrismsDrylands reveals how landscape- & patch-scale processes shape the “fertile island effect” in the Chihuahuan Desert, illustrating the importance of spatial heterogeneity in drylands doi.org/10.1017/dry.... 📷by Patricia Zumsteg @unsplash.com
🔥Más de 400.000 hectáreas han ardido solo este año, otro año más.

🗣️Nuestro compañero @migueldiazcarro.bsky.social echa la mirada hacia adelante en este problema y hacia el futuro, en la restauración, con la miranda en lo comunitario y escuchando a la ciencia

🔗 www.elsaltodiario.com/incendios-fo...
El calor que quedará después de los incendios
El calor y los incendios no son una anomalía, son la consecuencia de un modelo económico que ha saqueado las entrañas de la tierra y ha quemado sistemáticamente su sangre y su piel.
www.elsaltodiario.com
🌍 We’re excited to host the Future Food Systems Conference (FFS2026) at #KAUST with #PlantACT!
📅 Apr 13–15, 2026 | Thuwal, Saudi Arabia
A global gathering to reimagine how to feed the world without eating the planet
👉 Free registration & info: kaust.edu.sa/events/ffs26/
This work is part of the @erc.europa.eu funded BIODESERT global survey and was led by Luna Mgill who did a great job leading this collaboration with @manudelbaq.bsky.social @cesarplaza.bsky.social & @pablogarciapal.bsky.social
Our findings suggest that the loss of particulate & mineral-associated organic carbon with aridification threatens not only soil C storage but also essential ecosystem services.
➡️ Protecting SOC fractions is critical to sustain dryland resilience under climate change.
🔎 We analyzed 251 dryland ecosystems worldwide and found that:
✔️ POC & MAOC are linked to carbon storage, nutrient cycling, water regulation & biomass production.
✔️ Their role depends on vegetation type & aridity.
✔️ Links weaken sharply under high aridity (>0.8).
Our new article is out in @geoderma.bsky.social! Drylands, which cover 40% of Earth’s land, store ~30% of global soil organic carbon. But how do different carbon fractions support ecosystem services under rising aridity? 🏜️
📖 doi.org/10.1016/j.ge...
As stated by this press release from @unccd.bsky.social we must overhaul global food systems to avert worsening land crisis unccd.int/news-stories... Read the @natureportfolio.nature.com #Nature Review here rdcu.be/eBlid

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