Francesco Ferraro
@francesco-ferraro.bsky.social
PhD student in theoretical physics and ecology
🔗 https://francesco-ferraro.com
🔗 https://francesco-ferraro.com
Reposted by Francesco Ferraro
PREPRINT OUT 💡
We show how consumer-resource communities with colored-noise fluctuations violate the competitive exclusion principle and give rise to realistic ecological structures
arxiv.org/abs/2502.13720
We show how consumer-resource communities with colored-noise fluctuations violate the competitive exclusion principle and give rise to realistic ecological structures
arxiv.org/abs/2502.13720
Emergence of ecological structure and species rarity from fluctuating metabolic strategies
Ecosystems often demonstrate the coexistence of numerous species competing for limited resources, with pronounced rarity and abundance patterns. A potential driver of such coexistence is environmental...
arxiv.org
February 25, 2025 at 8:16 AM
PREPRINT OUT 💡
We show how consumer-resource communities with colored-noise fluctuations violate the competitive exclusion principle and give rise to realistic ecological structures
arxiv.org/abs/2502.13720
We show how consumer-resource communities with colored-noise fluctuations violate the competitive exclusion principle and give rise to realistic ecological structures
arxiv.org/abs/2502.13720
Reposted by Francesco Ferraro
📆We are back and excited to announce our all-star lineup for next series of online seminars! Add the dates to your diaries and join theoretical ecologists from across the world - it's free and open to all via Zoom. Details here iite.info/seminar/, including email list signup.
See you in March!
See you in March!
January 31, 2025 at 10:27 AM
📆We are back and excited to announce our all-star lineup for next series of online seminars! Add the dates to your diaries and join theoretical ecologists from across the world - it's free and open to all via Zoom. Details here iite.info/seminar/, including email list signup.
See you in March!
See you in March!
Reposted by Francesco Ferraro
🚨 TIME TO VOTE
🗳️ I’m running as a candidate! Check out my statement: if it resonates with you, I’d truly appreciate your support
This community has given me so much and I’d love to give back by serving on the Board
📣 Shoutout to two amazing fellow candidates, Francesco Bertolotti & Yasaman Asgari
🗳️ I’m running as a candidate! Check out my statement: if it resonates with you, I’d truly appreciate your support
This community has given me so much and I’d love to give back by serving on the Board
📣 Shoutout to two amazing fellow candidates, Francesco Bertolotti & Yasaman Asgari
Time to Vote! 🗳️
The voting period for the yrCSS Board Elections is open now until February 12th (23:59 CET) 🗓️ 10 candidates and 3 positions open. Make your voice heard! 📢 (yrCSS members only) More info at: yrcss.cssociety.org/elections/
The voting period for the yrCSS Board Elections is open now until February 12th (23:59 CET) 🗓️ 10 candidates and 3 positions open. Make your voice heard! 📢 (yrCSS members only) More info at: yrcss.cssociety.org/elections/
Elections
Young Researchers of the Complex Systems Society
yrcss.cssociety.org
February 4, 2025 at 4:35 PM
🚨 TIME TO VOTE
🗳️ I’m running as a candidate! Check out my statement: if it resonates with you, I’d truly appreciate your support
This community has given me so much and I’d love to give back by serving on the Board
📣 Shoutout to two amazing fellow candidates, Francesco Bertolotti & Yasaman Asgari
🗳️ I’m running as a candidate! Check out my statement: if it resonates with you, I’d truly appreciate your support
This community has given me so much and I’d love to give back by serving on the Board
📣 Shoutout to two amazing fellow candidates, Francesco Bertolotti & Yasaman Asgari
🚨New paper alert! Insights into disordered systems 🌀
What happens when interactions fluctuate in time 🫨 instead of staying fixed 🥶?
We explore annealed disorder—a new twist over quenched disorder—in which interactions are stochastic processes...
🧪🔗 iopscience.iop.org/article/10.1...
👇
What happens when interactions fluctuate in time 🫨 instead of staying fixed 🥶?
We explore annealed disorder—a new twist over quenched disorder—in which interactions are stochastic processes...
🧪🔗 iopscience.iop.org/article/10.1...
👇
February 7, 2025 at 11:25 AM
🚨New paper alert! Insights into disordered systems 🌀
What happens when interactions fluctuate in time 🫨 instead of staying fixed 🥶?
We explore annealed disorder—a new twist over quenched disorder—in which interactions are stochastic processes...
🧪🔗 iopscience.iop.org/article/10.1...
👇
What happens when interactions fluctuate in time 🫨 instead of staying fixed 🥶?
We explore annealed disorder—a new twist over quenched disorder—in which interactions are stochastic processes...
🧪🔗 iopscience.iop.org/article/10.1...
👇