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Reposted by Elena Quintero

Francisco Rodriguez-Sanchez @frodsan.bsky.social · 09/12/2025

7ª ed. del curso 'Optimizando #Rstats para el análisis de datos en Ecología' 4-8 mayo 2026, Jaca, Huesca www.aeet.org/events/2026/...

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Reposted by Elena Quintero

Ecoinformática AEET @ecoinf-aeet.bsky.social · 05/06/2025

Challenges facing the scientific community in relation to open, reliable and transparent science through case studies of our daily lives - > "Sharing data and code help others to reproduce the results and strengthens your credibility. That's science at its best!" @sibecol-aeet-25.bsky.social

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Reposted by Elena Quintero

Ecoinformática AEET @ecoinf-aeet.bsky.social · 07/04/2025

Mañana a las 16:00! No os lo perdáis 😉

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Reposted by Elena Quintero

CSIC @csic.es · 04/03/2025

🌱Un estudio de @ebdonana.bsky.social analiza cómo las plantas individuales de varias poblaciones estructuran sus relaciones con los animales que consumen sus frutos 🦜El trabajo sugiere que existen patrones en cómo se organizan las interacciones ecológicas en la naturaleza 👉http://tiny.cc/2k2c001

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Francisco Rodriguez-Sanchez @frodsan.bsky.social · 19/02/2025

1/ New paper @pnas.org on the structure of mutualistic #networks between individuals plants and frugivore species. Last chapter of @elequintero.bsky.social's PhD thesis doi.org/10.1073/pnas... #ecopubs

Downscaling mutualistic networks from species to individuals reveals consistent interaction niches and roles within plant populations

Species-level networks emerge as the combination of interactions spanning multiple individuals, and their study has received considerable attention over the past 30 y. However, less is known about the structure of interaction configurations within species, even though individuals are the actual interacting units in nature. We compiled 46 empirical, individual-based, interaction networks on plant-animal seed dispersal mutualisms, comprising 1,037 plant individuals across 29 species from various regions. We compared the structure of individual-based networks to that of species-based networks and, by extending the niche concept to interaction assemblages, we explored individual plant specialization. Using a Bayesian framework to account for uncertainty derived from sampling, we examined how plant individuals “explore” the interaction niche of their populations. Both individual-based and species-based networks exhibited high variability in network properties, lacking remarkable structural and topological differences between them. Within populations, frugivores’ interaction allocation among plant individuals was highly heterogeneous, with one to three frugivore species dominating interactions. Regardless of species or bioregion, plant individuals displayed a variety of interaction profiles across populations, with a consistently-small percentage of individuals playing a central role and exhibiting high diversity in their interaction assemblage. Plant populations showed variable mid to low levels of niche specialization; and individuals’ interaction niche “breadth” accounted for 70% of the population interaction diversity, on average. Our results highlight how downscaling from species to individual-based networks helps understanding the structuring of interactions within ecological communities.

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Ecoinformática AEET @ecoinf-aeet.bsky.social · 19/02/2025

El próximo seminario del grupo de Ecoinformática de la @eco-aeet.bsky.social será el 26 de febrero a las 16:00 que lo impartirá @velado.bsky.social titulado "Análisis de textos con R: ejemplos útiles para la ecología"🐏📙💻

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Reposted by Elena Quintero

Isa Donoso @isatxu.bsky.social · 09/01/2025

go.bsky.app/3Qp6YYL We have created this promising starter pack 🫶🏼 All seed dispersal lovers are welcome 🤗!

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Ecoinformática AEET @ecoinf-aeet.bsky.social · 24/01/2025

On Tuesday 28 January at 16:00 h we will have the seminar ‘BlueCarbon R package: get stocks and sequestration rates estimations directly from raw laboratory data’ by @npjuncal.bsky.social We hope to see you all there👇

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