MALDERA, FRANCESCO

MALDERA, FRANCESCO  

DIPARTIMENTO DI SCIENZE DEL SUOLO,DELLA PIANTA E DEGLI ALIMENTI - DISSPA  

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Risultati 1 - 8 di 8 (tempo di esecuzione: 0.022 secondi).
Titolo Data di pubblicazione Autore(i) File
Architectural approach to evaluate the design and management of almond cultivars suitable for super high-density orchards 1-gen-2024 Maldera, F.; Garofalo, S. P.; Camposeo, S.
Available PAR, Growth and Yield of a Super High-Density Almond Orchard Are Influenced by Different Row Orientations 1-gen-2023 Maldera, Francesco; Carone, Vincenzo; Iglesias Castellarnau, Ignasi; Vivaldi, GAETANO ALESSANDRO; Camposeo, Salvatore
Ecological optima show the potential diffusion of minor tree crops in Xylella fastidiosa subsp. pauca-infected areas through a GIS-based approach 1-gen-2024 Costanza, Leonardo; Maldera, Francesco; Garofalo, SIMONE PIETRO; Vivaldi, GAETANO ALESSANDRO; Camposeo, Salvatore
Ecophysiological Recovery of Micropropagated Olive Cultivars: Field Research in an Irrigated Super-High-Density Orchard 1-gen-2024 Maldera, Francesco; Garofalo, Simone Pietro; Camposeo, Salvatore
Monitoraggio della conduttanza stomatica come metodo per guidare un protocollo Plant-Based di Regulated Deficit Irrigation 1-gen-2023 Conti, L.; Maldera, F.; D’Onghia, A.; Losciale, P.
Row Orientation and Canopy Position Affect Bud Differentiation, Leaf Area Index and Some Agronomical Traits of a Super High-Density Almond Orchard 1-gen-2021 Maldera, Francesco; Vivaldi, GAETANO ALESSANDRO; Iglesias-Castellarnau, Ignasi; Camposeo, Salvatore
Scion–Rootstock Combination Determines Pruning Responses in Young Almond Trees 1-gen-2024 Montesinos, Álvaro; Maldera, Francesco; Thorp, Grant T.; José Rubio-Cabetas, María
Two almond cultivars trained in a super-high density orchard show different growth, yield efficiencies and damages by mechanical harvesting 1-gen-2021 Maldera, F.; Vivaldi, G. A.; Iglesias-Castellarnau, I.; Camposeo, S.