LabNode's profile picture. Mathematical and Computational Biology Group • in silico virus Evolution @JosepSardanyes at @CRMatematica

Nonlinear Dynamics and Evolution at CRM

@LabNode

Mathematical and Computational Biology Group • in silico virus Evolution @JosepSardanyes at @CRMatematica

Nonlinear Dynamics and Evolution at CRM さんがリポスト

Not 0, not 1, but 2 great summer-like schools at @CRMatematica Barcelona! 1st @CompSysSoc Spanish Chapter CS3 Summer School, Sep 29-Oct 3 and XIII GEFENOL-@DIFENSC_RSEF School on StatPhys of Comples Systems Links below RT @Comsotec @omeuxeito @wetuad @svalver @rafaelprietoc 🙏


Nonlinear Dynamics and Evolution at CRM さんがリポスト

In case you have not seen it yet, how does climate affect traits of tree species all across the world? very professional work, as usual, by @hordijk_iris and @TWCrowther! rdcu.be/etQ1x

JavierGPGamarra's tweet image. In case you have not seen it yet, how does climate affect traits of tree species all across the world? very professional work, as usual, by @hordijk_iris and @TWCrowther! rdcu.be/etQ1x

Nonlinear Dynamics and Evolution at CRM さんがリポスト

Don't miss it !!

JosepSardanyes's tweet image. Don't miss it !!

Nonlinear Dynamics and Evolution at CRM さんがリポスト

🔬 Lisa Clark Explorant les fronteres de l’àlgebra i l’educació matemàtica.

CRMatematica's tweet image. 🔬 Lisa Clark

Explorant les fronteres de l’àlgebra i l’educació matemàtica.
CRMatematica's tweet image. 🔬 Lisa Clark

Explorant les fronteres de l’àlgebra i l’educació matemàtica.
CRMatematica's tweet image. 🔬 Lisa Clark

Explorant les fronteres de l’àlgebra i l’educació matemàtica.
CRMatematica's tweet image. 🔬 Lisa Clark

Explorant les fronteres de l’àlgebra i l’educació matemàtica.

Nonlinear Dynamics and Evolution at CRM さんがリポスト

Don't miss the seminar about complexity measures by Dr. Andres Aragoneses. 2 July 2024 at 12 pm crm.cat/seminar-ordina…


Nonlinear Dynamics and Evolution at CRM さんがリポスト

What is the origin of genetic information? How did the first codes evolve? What are the limits imposed by mutation to genome complexity? Check this great 1981 paper in @sciam by Manfred Eigen @univienna & @sfiscience Peter Schuster & cols. @JosepSardanyes jstor.org/stable/pdf/249…

ricard_sole's tweet image. What is the origin of genetic information? How did the first codes evolve? What are the limits imposed by mutation to genome complexity? Check this great 1981 paper in @sciam by Manfred Eigen @univienna & @sfiscience Peter Schuster & cols. @JosepSardanyes  jstor.org/stable/pdf/249…

Nonlinear Dynamics and Evolution at CRM さんがリポスト

Now here's something cool and new that I wanna read more about! And seeing the grouping of authors, it will be a different look on an older question!

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Nonlinear Dynamics and Evolution at CRM さんがリポスト

In ecology, data for long time-series is really an issue. But in palaeoecology, they can use plant pollen and fungi spores to study past ecosystem's composition! Moreover, @HugoSaizB has shown also how human impacts last for tens and hundreds of years after abandoning the land!

BlaiVidiella's tweet image. In ecology, data for long time-series is really an issue. But in palaeoecology, they can use plant pollen and fungi spores to study past ecosystem's composition! Moreover, @HugoSaizB has shown also how human impacts last for tens and hundreds of years after abandoning the land!
BlaiVidiella's tweet image. In ecology, data for long time-series is really an issue. But in palaeoecology, they can use plant pollen and fungi spores to study past ecosystem's composition! Moreover, @HugoSaizB has shown also how human impacts last for tens and hundreds of years after abandoning the land!
BlaiVidiella's tweet image. In ecology, data for long time-series is really an issue. But in palaeoecology, they can use plant pollen and fungi spores to study past ecosystem's composition! Moreover, @HugoSaizB has shown also how human impacts last for tens and hundreds of years after abandoning the land!
BlaiVidiella's tweet image. In ecology, data for long time-series is really an issue. But in palaeoecology, they can use plant pollen and fungi spores to study past ecosystem's composition! Moreover, @HugoSaizB has shown also how human impacts last for tens and hundreds of years after abandoning the land!

Nonlinear Dynamics and Evolution at CRM さんがリポスト

Impactful talk from Dani Oro @ceabcsic on climate change ecology on diverse species like butterflies, small mammals, seabirds, reptiles, and even Posidonia meadows. They see shifts in fertility, survival rates, migration patterns, habitat selection, and flowering events. Amazing!

BlaiVidiella's tweet image. Impactful talk from Dani Oro @ceabcsic on climate change ecology on diverse species like butterflies, small mammals, seabirds, reptiles, and even Posidonia meadows. They see shifts in fertility, survival rates, migration patterns, habitat selection, and flowering events. Amazing!
BlaiVidiella's tweet image. Impactful talk from Dani Oro @ceabcsic on climate change ecology on diverse species like butterflies, small mammals, seabirds, reptiles, and even Posidonia meadows. They see shifts in fertility, survival rates, migration patterns, habitat selection, and flowering events. Amazing!
BlaiVidiella's tweet image. Impactful talk from Dani Oro @ceabcsic on climate change ecology on diverse species like butterflies, small mammals, seabirds, reptiles, and even Posidonia meadows. They see shifts in fertility, survival rates, migration patterns, habitat selection, and flowering events. Amazing!
BlaiVidiella's tweet image. Impactful talk from Dani Oro @ceabcsic on climate change ecology on diverse species like butterflies, small mammals, seabirds, reptiles, and even Posidonia meadows. They see shifts in fertility, survival rates, migration patterns, habitat selection, and flowering events. Amazing!

Nonlinear Dynamics and Evolution at CRM さんがリポスト

🚨🌊Presentation alert! At CIEM2024 at the @CRMatematica , Alba F. is presenting her work, "Forecasting Global-Scale Marine Species Distribution: Marine Ecosystem Models and Bayesian Additive Regression Trees." Combining marine science with advanced modeling techniques! @ICMCSIC

iMARES_group's tweet image. 🚨🌊Presentation alert! At CIEM2024 at the @CRMatematica , Alba F. is presenting her work, "Forecasting Global-Scale Marine Species Distribution: Marine Ecosystem Models and Bayesian Additive Regression Trees." Combining marine science with advanced modeling techniques!

@ICMCSIC

Nonlinear Dynamics and Evolution at CRM さんがリポスト

Wrapping up the first day at #CIEM24 with a fantastic poster session. A big thank you to all the participants and our invited speakers. #EcosystemModeling #ClimateChange

CRMatematica's tweet image. Wrapping up the first day at #CIEM24 with a fantastic poster session. A big thank you to all the participants and our invited speakers.

#EcosystemModeling #ClimateChange
CRMatematica's tweet image. Wrapping up the first day at #CIEM24 with a fantastic poster session. A big thank you to all the participants and our invited speakers.

#EcosystemModeling #ClimateChange
CRMatematica's tweet image. Wrapping up the first day at #CIEM24 with a fantastic poster session. A big thank you to all the participants and our invited speakers.

#EcosystemModeling #ClimateChange
CRMatematica's tweet image. Wrapping up the first day at #CIEM24 with a fantastic poster session. A big thank you to all the participants and our invited speakers.

#EcosystemModeling #ClimateChange

Nonlinear Dynamics and Evolution at CRM さんがリポスト

🦑🌊 Today, Jorge M. from @iMARES_Group presented his poster "A user-friendly shiny app for Machine Learning: Marine species distribution model". An innovative tool for studying marine species distribution! 🌐🔍 #MachineLearning #ProOceans @ICMCSIC @CRMatematica

iMARES_group's tweet image. 🦑🌊 Today, Jorge M. from @iMARES_Group presented his poster "A user-friendly shiny app for Machine Learning: Marine species distribution model". An innovative tool for studying marine species distribution! 🌐🔍  #MachineLearning #ProOceans 

@ICMCSIC 
@CRMatematica

Nonlinear Dynamics and Evolution at CRM さんがリポスト

🚨 Susanne Ditlevsen @UCPH_Research: AMOC is collapsing! AMOC is going to collapse in 10-100 years doi.org/10.1038/s41467…. The Greenland ice sheet is crossing a tipping point because of global warming, triggering AMOC collapse and dramatic shifts in global temperature patterns.

BlaiVidiella's tweet image. 🚨 Susanne Ditlevsen @UCPH_Research: AMOC is collapsing!
AMOC is going to collapse in 10-100 years doi.org/10.1038/s41467…. The Greenland ice sheet is crossing a tipping point because of global warming, triggering AMOC collapse and dramatic shifts in global temperature patterns.
BlaiVidiella's tweet image. 🚨 Susanne Ditlevsen @UCPH_Research: AMOC is collapsing!
AMOC is going to collapse in 10-100 years doi.org/10.1038/s41467…. The Greenland ice sheet is crossing a tipping point because of global warming, triggering AMOC collapse and dramatic shifts in global temperature patterns.
BlaiVidiella's tweet image. 🚨 Susanne Ditlevsen @UCPH_Research: AMOC is collapsing!
AMOC is going to collapse in 10-100 years doi.org/10.1038/s41467…. The Greenland ice sheet is crossing a tipping point because of global warming, triggering AMOC collapse and dramatic shifts in global temperature patterns.
BlaiVidiella's tweet image. 🚨 Susanne Ditlevsen @UCPH_Research: AMOC is collapsing!
AMOC is going to collapse in 10-100 years doi.org/10.1038/s41467…. The Greenland ice sheet is crossing a tipping point because of global warming, triggering AMOC collapse and dramatic shifts in global temperature patterns.

Nonlinear Dynamics and Evolution at CRM さんがリポスト

These early-warning signals have recently been reported for the AMOC, highlighting the urgency for action in addressing global warming and its impacts on our planet's climate systems. 🌏🔥 #ClimateChange #AMOC #CIEM24

CRMatematica's tweet image. These early-warning signals have recently been reported for the AMOC, highlighting the urgency for action in addressing global warming and its impacts on our planet's climate systems. 🌏🔥 #ClimateChange #AMOC #CIEM24

Nonlinear Dynamics and Evolution at CRM さんがリポスト

This tipping towards an undesired state in the climate is increasingly concerning as greenhouse gas concentrations rise. 📈 Predictions based on observations rely on detecting early-warning signals like increased variance and increased autocorrelation.


Nonlinear Dynamics and Evolution at CRM さんがリポスト

According to research (doi.org/10.1038/s41467…), the Greenland ice sheet is crossing a critical tipping point, triggering the potential collapse of AMOC and causing dramatic shifts in global temperature patterns. ❄️🌡️


Nonlinear Dynamics and Evolution at CRM さんがリポスト

🚨Today at CIEM24, we had the pleasure to hear from Susanne Ditlevsen @UCPH_Research about the alarming state of the Atlantic Meridional Overturning Circulation (AMOC), which is predicted to collapse in the next 10-100 years due to global warming. 🌍❗️

CRMatematica's tweet image. 🚨Today at CIEM24, we had the pleasure to hear from Susanne Ditlevsen @UCPH_Research about the alarming state of the Atlantic Meridional Overturning Circulation (AMOC), which is predicted to collapse in the next 10-100 years due to global warming. 🌍❗️

Nonlinear Dynamics and Evolution at CRM さんがリポスト

The #CIEM24 Conference on Climate-Inclusive Ecosystem Modeling kicks off today at the CRM! Three days exploring interactions between #climate and #ecosystems, advancements in #modeling, #biodiversity impacts, and conservation efforts. 🔗 crm.cat/ciem-24/

CRMatematica's tweet image. The #CIEM24 Conference on Climate-Inclusive Ecosystem Modeling kicks off today at the CRM! Three days exploring interactions between #climate and #ecosystems, advancements in #modeling, #biodiversity impacts, and conservation efforts. 

🔗 crm.cat/ciem-24/

Nonlinear Dynamics and Evolution at CRM さんがリポスト

Want to learn about tipping points? 🎮 Developed with researchers, The Tipping Point is a fun, educational climate science game! Be an arctic researcher and escape the ice sheet before it collapses.❄️shorturl.at/2PRSs


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