Iron chlorosis deficiency is a widwspread phenomenon particularly evident in calcareous and alkaline soils. Fe-efficiency/inefficiency is genetically determined and it is possible to find in the same species cv that are Fe-efficient and cultivars that are Fe- efficient. Currently, plants are divided into two strategies: strategy I (dicotyledons and monocotyledons except grasses) and strategy II (grasses) according to their capacity to take up iron. Grapevine is a strategy I plant
Basi fisiologiche della resistenza alla clorosi ferrica nella vite / G. Zocchi, G. Rabotti, L. Brancadoro, F. Mastromauro, M.C. Piagnani - In: Comptes rendus du 4. Simposium international de physiologie de la vigne : Istituto agrario San Michele all'Adigetorino : Fondazione Giovanni Dalmasso, 1993 Oct. - pp. 329-333 (( Intervento presentato al 4. convegno international sympisium on grapevine physiology tenutosi a San Michele all'Adige nel 1992.
Basi fisiologiche della resistenza alla clorosi ferrica nella vite
G. ZocchiPrimo
;L. Brancadoro;M.C. PiagnaniUltimo
1993
Abstract
Iron chlorosis deficiency is a widwspread phenomenon particularly evident in calcareous and alkaline soils. Fe-efficiency/inefficiency is genetically determined and it is possible to find in the same species cv that are Fe-efficient and cultivars that are Fe- efficient. Currently, plants are divided into two strategies: strategy I (dicotyledons and monocotyledons except grasses) and strategy II (grasses) according to their capacity to take up iron. Grapevine is a strategy I plant
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