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Vol. 4 No. 1 (2005)

Articles

SOME ASPECTS OF INTEGRATED PLANT NUTRITION IN ORCHARDS

Submitted: July 22, 2021
Published: 2005-06-30

Abstract

Results of our experiments are interpreted according to fertilizing system developed by long-term experiments and investigations. The potassium fertilization and favourable N/K ratio can increase the frost tolerance of generative organs of fruit trees to some extent. The effect of suitable growing site can surpass the effect of fertilizers. Frequently, the increase of phosphorus and potassium levels in the soil and leaves are relatively small comparing to amount of fertilizers, because of the strong fixation in the fertilized soil layer and – in other cases – leaching from root zone. Main soil characters should be taken into
consideration to determine the favourable phosphorus, potassium levels in the soil. The excess of lime can be compensated by potassium fertilization to some extent, but on acid soils the NPK fertilization may be more effective – or effective at all – following lime or dolomite application.

References

Szűcs E., Faragó M., 1979. A feltöltő jellegu foszfor és kálium trágyázás hatása a talaj tápanyagtartalmára és a fák tápláltságára. Újabb Kut. Eredm. a Gyüm. term, 15–26.
Szűcs E., 1985. Effect of fertilization on nutrient supply, yield, growth and frost hardiness of apricot trees. Acta Hort. 192, 137–141.
Szűcs E., 1986. A tápanyagellátottság hatása az őszibarack termőrügyek fagytűrő képességére. Kertgazd. vol. XVIII, 6, 39–42.
Szűcs E., 1995. Effect of lime content on phosphorus and potassium dynamics and yield of peach trees. Acta Hort. 383, 491–498.
Szűcs E., 1996. Effect of nutrient supply on frost hardiness, setting of sour cherry flowers and on yield. Acta Hort. 410, 551–555.
Szűcs E., 1997. Possibilities to meet nutritional requirement of fruit trees and environmental protection. Acta Hort. 448, 433–437.

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