Carlos Cano-Barbacil
@canobarbacil.bsky.social
5.8K followers 430 following 300 posts
PhD in #AquaticEcology Postdoc at #Senckenberg Freshwater & marine ecology | Fish | Biogeography | Biological invasions | Temporal series 📷 I post wildlife photos on IG: https://www.instagram.com/canobarbacil?igsh=bjl2c251bWpvczBk
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🚨 New paper out! 🚨
📍 In our latest "Diversity and Distributions" study, led by Ismael Soto, we reveal that over 1,200 non-native species are already established across the Iberian Peninsula
📄 Read it here 👉 doi.org/10.1111/ddi....
#invasivespecies
Reposted by Carlos Cano-Barbacil
Painful to see how our comprehensive, interdisciplinary review on the dangers of comparing biological #invasions to human migration was misinterpreted and decontextualized. We share the same vision, and urge for discussion rather than villainization.

Below our response.

doi.org/10.1093/bios...
Scholarly discourse in polarizing interdisciplinary contexts
“Let us not speak of them; but look, and pass on.” (Dante, 1867/1320, Inferno, Canto III, line 51). These words could apply to both our original work (Ahme
doi.org
Reposted by Carlos Cano-Barbacil
Ya no queda nada para disfrutar de la mejor ciencia en #Valdemoro con la X edición de @pintofscience.es 🍺🧪 Os esperamos a todos el 19, 20 y 21 de Mayo a las 19:00. No te lo pierdas!! 👩‍🔬

#PINT25ES #PINT25VMR
Ya no queda nada para disfrutar de la mejor ciencia en #Valdemoro con la X edición de @pintofscience.es 🍺🧪 Os esperamos a todos el 19, 20 y 21 de Mayo a las 19:00. No te lo pierdas!! 👩‍🔬

#PINT25ES #PINT25VMR
Reposted by Carlos Cano-Barbacil
🍻 El equipo de @pintofscience.es de Valdemoro ya está preparado para recibiros en mayo en los bares

📅 Pronto tendréis más noticias en la web con los potentes y los horarios

🔗https://pintofscience.es/dondeequipos/equipo/Equipo%20Valdemoro

#Pint25VMR #Pint25ES #Pint25
Equipo PoS Valdemoro
Ready to start the #EUPHORIA sampling season! 🌸🌱🌍 @euphoriafresh.bsky.social
Preventing new introductions of highly invasive species with growing presence in the international pet trade is essential to halt their further spread.
Range expansions of both Asian loaches in Europe could lead to an increased distribution overlap with populations of the native M. fossilis, with projections showing P. dabryanus increasing from a current overlap of 0.1% to 4.1% and M. anguillicaudatus from 0.2% to 32.8%.
Our results indicate that both species could spread globally and become invasive in temperate regions of Europe, North and South America, the south-eastern coast of Australia and Asia.
For this purpose, we used species distribution models to estimate the potential global environmental suitability for both Asian loaches and to identify key variables determining current distributions.
In this study, we evaluated the potential of the large-scale loach (Paramisgurnus dabryanus) and the dojo weatherloach (Misgurnus anguillicaudatus) to establish outside their native range, and address potential impacts on the threatened European weatherfish (Misgurnus fossilis).
The introduction of non-native species is a major driver of biodiversity loss, posing a growing threat to freshwater ecosystems globally. This includes two Asian fish species that have recently been detected outside their native range in Europe, North America and Australia.
Reposted by Carlos Cano-Barbacil
Check out our new paper on potentially #invasive loaches led by @canobarbacil.bsky.social. Loaches are cool creatures - especially the native weatherfish Misgurnus fossilis, a 'farting' #fish. Great work Carlos!
Gracias!! Claro, cuando te apetezca!! ;)
Happy to be back in #Madrid after a long time, in this ocassion to start a new postdoc at the #MNCN 🐟
Reposted by Carlos Cano-Barbacil
🔎 Check our recent paper in @globalchangebio.bsky.social! Using more than 1,300 time series across Europe, we evaluated how recovery and degradation drive changes in the DCM of freshwater invertebrate communities 👇🏼
Recovery and Degradation Drive Changes in the Dispersal Capacity of Stream #Macroinvertebrate Communities

📄 buff.ly/zpEuuhI
#freshwaterecosystems
@canobarbacil.bsky.social
🔎 Check our recent paper in @globalchangebio.bsky.social! Using more than 1,300 time series across Europe, we evaluated how recovery and degradation drive changes in the DCM of freshwater invertebrate communities 👇🏼
Recovery and Degradation Drive Changes in the Dispersal Capacity of Stream #Macroinvertebrate Communities

📄 buff.ly/zpEuuhI
#freshwaterecosystems
@canobarbacil.bsky.social
Wooooow congrats Johannes!! Well deserved!! 🐟💪🏼