Équipe
CTFC
andreu.meijer@ctfc.cat
973 481 752 
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Andreu Meijer Mora
Chercheur
PROGRAMME / Gestion multifonctionnelle des forêts
LIGNE / Pathologie forestière
Graduated in Forest Engineering (2020), Master’s in Forest Engineering (2021), and PhD in the Forest Management and Natural Environment program at the University of Lleida (2024).
He is currently working as a researcher in the field of forest pathology.
He is currently working as a researcher in the field of forest pathology.
Keywords
Maladies forestièresRavageursProduits forestiers non ligneux (Champignons, truffes, PAM, liège, pignons de pin, etc.)Produits du bois (bois, CLT, biomasse forestière)Dernières publications
- Pruñanosa, M., Albó, D., Meijer, A., Pérez-Llorca, M., Colinas, C. (2025). Predawn Disequilibrium Between Soil and Plant Water Potentials in Seedlings of Two Mediterranean Oak Species (Quercus ilex and Quercus suber). Forests
- Meijer, A., Muñoz Adalia, E.J., Correal, E., Colinas, C. (2025). Early detection of heartwood rot caused by Fistulina hepatica in Castanea sativa productive coppices through low‑invasive resistance drilling. Wood Science and Technology
- Meijer, A., Jordán Muñoz-Adalia, E., Colinas, C. (2024). Early Thinning: A Promising Tool to Prevent Fistulina hepatica Heart Rot in Castanea sativa Coppice Stands. Forests
- Muñoz-Adalia, E.J., Uppara, A.B., Albó, D., Meijer, A., Colinas, C. (2023). Cork harvest planning and climate: High air humidity favors availability of airborne inoculum of Diplodia corticola. Forest Ecology and Management
- Munoz-Adalia EJ, Meijer A, Campillo-Brocal JC, Colinas C (2021). Antagonistic effect in vitro of three commercial strains of Bacillus sp. against the forest pathogen Diplodia corticola. Forest Pathology