Efficiency of organic and mineral fertilization and liming in growing maize and winter wheat on Mollic Gleysols (CROSBI ID 482300)
Prilog sa skupa u zborniku | sažetak izlaganja sa skupa | međunarodna recenzija
Podaci o odgovornosti
Kisić, Ivica ; Bašić, Ferdo ; Mesić, Milan ; Butorac, Andjelko
engleski
Efficiency of organic and mineral fertilization and liming in growing maize and winter wheat on Mollic Gleysols
Efficiency of different rates of mineral and organic fertilizers and lime materials upon the yield of maize and winter wheat grain was studied in an exact field trial set up on Mollic Gleysol. The trial was set up according to the randomized block method with four replications. Changes in the soil chemical complex were also monitored. The results presented in the paper show that, besides mineral and organic fertilization, also liming rendered significantly higher yields than the check treatment and relatively higher yields than treatments involving mineral fertilizers. In the first investigation year, the highest yield of maize grain of 9.79 t/ha was achieved by the combination of the higher mineral fertilizer rate (N 200 - P2O5 160 - K2O 200 kg/ha) and the higher rate of farmyard manure (FM - 40 t/ha). In the following year, the highest yield of winter wheat grain of 5.85 t/ha was achieved by the combination of the higher mineral fertilizer rate and the higher rate of limestone (12 t/ha). Preliminary results point to the conclusion that liming combined with higher mineral fertilizer rates and farmyard manure, as a measure of improving unfavourable physical and chemical properties of acid soils, might be fully justified.
soil; fertilizer; organic and mineral fertilizer; liming
nije evidentirano
nije evidentirano
nije evidentirano
nije evidentirano
nije evidentirano
nije evidentirano
Podaci o prilogu
55-x.
2001.
objavljeno
Podaci o matičnoj publikaciji
12 World Fertilizer Congress
Jahn, Zhou; Schnug, Ewald; Zian, Li
Peking: World Fertilizer Union
Podaci o skupu
Fertilizer, Food Security and Environmental Protection
predavanje
03.08.2001-09.08.2001
Peking, Kina