Eduardo Pablo Cappa
@eduardocappa
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Buenos Aires
Joined January 2014
New paper out in G3! We integrate Bayesian Networks and Structural Equation Models to study genomic relationships among multiple traits in a lodgepole pine breeding program.🌲. #ForestGenetics #QuantitativeGenetics #GenomicSelection
academic.oup.com
Abstract. This study investigates the integration of Bayesian networks (BN) and structural equation models (SEM) to explore genomic relationships among nin
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🌲 New Research Alert! 🔊 Read published papers in the #Forests Special Issue: "Forest Tree Breeding, Testing, and Selection" 🌱🌳 📖 Edited by Dr. Kang, Dr. Klápště and Dr. Cappa 📌 More at the link: ➡️ https://t.co/JsxxPSkq6K
#ForestGenetics #TreeBreeding #PlantGenetics
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These findings support the feasibility of selecting genotypes with improved drought adaptation and underscore the value of tree-ring data in forest genetics under climate change scenarios.
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This work also proposes a novel long-term decline index with moderate heritability and strong potential for application in tree breeding and adaptation screening.
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By combining dendrochronological traits with pedigree-based structural equation modeling, it demonstrates that poor short-term resilience to drought is associated with long-term growth decline.
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This study provides new insights into the genetic architecture of drought tolerance in lodgepole pine.
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🚨 New paper out! Grateful to be part of this meaningful work just published in Ecology and Evolution: https://t.co/6z51nprflH Thanks to Barb for pushing this manuscript forward and making sure it made it to the finish line! 👏
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🌟 We are celebrating 20 years of Generating Impact in Alberta! Learn more about our role in driving innovation for the #forestry sector through genomics and help us shape the future of forestry in our province! Share your thoughts at: https://t.co/iOr25Vitl8
#AlbertaForestWeek
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Argentinos, brasileros y uruguayos con un objetivo común: Comprobaron que se puede acelerar el mejoramiento forestal con estudios de ADN y sin necesidad de ir al campo https://t.co/5WbW0FR0pQ
bichosdecampo.com
El mejoramiento genético de animales y plantas es un proceso tan silencioso como extenso. Sobre todo en el caso de
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📢 Curso de posgrado en FCF–UNaM: “Métodos cuantitativos para la evaluación genética forestal” 🌲🔬 🧑🏫 Dr. Eduardo P. Cappa 📅 23–27 junio 2025 | Presencial 📍 UNaM – Misiones 🔗 Más info: https://t.co/Zya5LZUf78
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Revealing stable SNPs and genomic prediction insights across environments enhance breeding strategies of productivity, defense, and climate-adaptability traits in white spruce https://t.co/OQ0BGiNAcz
nature.com
Heredity - Revealing stable SNPs and genomic prediction insights across environments enhance breeding strategies of productivity, defense, and climate-adaptability traits in white spruce
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El @intaargentina aplica selección genómica en el mejoramiento forestal🌱 Un estudio reciente realizado por investigadores del INTA, el @CONICETDialoga, @embrapa y UPM-Forestal Oriental demostró que la selección genómica puede acelerar este proceso. 👉🏼 https://t.co/Y5aKhayzhL
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I am happy to share the first paper by my PhD student Ector Belaber, now published in @Forests_MDPI!🌲 Genetic competition impacts variances, accuracy & selection in Pinus taeda across traits, ages & environments in Argentina 📄 https://t.co/GLUxxL8b1m
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🎉 Huge congrats to @EJurcic on his third PhD research paper published in @HeredityJournal! 🌳 Genomic causal models for better tree breeding! 🔗 Read here:
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We are excited to share our latest research in @HeredityJournal! We explore multi-environment GWAS & genomic prediction in white spruce, uncovering key genetic insights into productivity, defense, and climate adaptability traits. 🔗 Read here:
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@VictorPapin18's paper is finally out! Unlocking genome-based prediction and selection in conifers: the key role of within-family prediction accuracy illustrated in maritime pine (Pinus pinaster Ait.)
link.springer.com
Annals of Forest Science - Based on experimental and simulated data for maritime pine (Pinus pinaster Ait.) in a genomic selection context, our study reveals that the often-highlighted equivalence...
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https://t.co/GHnLYPEE1e Watch for positions with BFF-AFIRMS! Currently posting for a Data Engineer.
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