ManzoniLab

@manzonilab.bsky.social

Looking for simple mathematical descriptions of complex ecohydrological and biogeochemical dynamics

Our Editorial Board gathered at #EGU26! Proof that behind every careful review, thoughtful decision, and late-night manuscript discussion, there are actual smiling humans (yes, really 😄). We are for scientists, by scientists — and occasionally with coffee, laughter, and a group photo to prove it.

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Best way to start your #EGU26 week? Monday 8:30 ➡️ BG1.11 “Functional diversity in motion” chaired by @elsa-abs.bsky.social, @bopplaurent.bsky.social @lisawingate.bsky.social, @manzonilab.bsky.social

Elsa Abs@elsa-abs.bsky.social · 3mo ago

📌 Mark your calendar! #EGU26 BG1.11 “Functional diversity in motion” 🗓 Oral: Mon 8:30–12:00 (1.85/86) | Poster: Mon 16:15–18:00 (X1) Eco-evo dynamics of functional diversity across systems shaping biogeochemistry. 🎤 Jaideep Joshi, Tina Santl-Temkiv, Boris Sauterey

If your research questions long-standing paradigms in Earth Science, there are a few days left to submit an abstract to our #EGU26 session www.egu26.eu/session/57516 (conveners: Ilona Riipinen, Claire Ansberque, @elsa-abs.bsky.social, @manzonilab.bsky.social)

Session ITS5.2/BG10.2

egu26.eu

ManzoniLab@manzonilab.bsky.social · 8mo ago

How do scientific ideas evolve and which paradigms in Earth system science deserve a fresh look? We welcome submissions to address these questions in our #EGU26 session “Re-examining Seminal Ideas in Earth System Science” www.egu26.eu/session/57516

Efficiencies are sometimes tricky to interpret. Here we show how the observed increase in efficiency of water use (iWUE) by trees does not necessarily translate into higher tree growth--drier air or drier soil limit growth despite high iWUE. Thanks Quan Zhang for leading this project!

Pieter Zuidema@pieterzuidema.bsky.social · 8mo ago

Extra CO2 stimulates #photosynthesis of trees and reduces water losses through transpiration. But does that stimulate growth of #tree stems? Our paper today in NatClimateChange led by Quan Zhang uses theory & data to show that strong growth stimulation is unlikely.🌎🌐🍁 www.nature.com/articles/s41...

Better late than never... I only now re-post this paper by Daniela Guasconi @stockholm-uni.bsky.social @bolincentre.bsky.social on microbial communities in a Swedish grassland: summer drought has mild effects, one compost addition can have long-lasting (but small) consequences

FEMS Journals@femsjournals.bsky.social · 10mo ago

Latest at #FEMSMicrobiolLett: 🌱 Compost boosts fungal abundance in grassland soils, even under drought.💧 Microbial communities show resilience to reduced precipitation.📍 Site variation matters more than treatment! 🔗 buff.ly/lG7AK0y #SoilMicrobiology #ClimateResilience #MicrobialEcology