Articles

Effects of soil pH in Andosols on growth and mineral absorption in passion fruit

Article number
1404_167
Pages
1207 – 1214
Language
English
Abstract
Al saturation generally increases as soil pH decreases and Al3+ inhibits root elongation and P absorption.
Passion fruit was reported to prefer acidic soil, though the effects of high Al saturation due to low soil pH was not determined.
Therefore, the soil pH of Andosol whose Al content was high was adjusted using H2SO4 or Ca(OH)2, and growth and mineral absorption were determined using one-year passion fruit cuttings.
Passion fruit were grown in pots filled with 3 different soil; Andosol with H2SO4 or Ca(OH)2 application as pH regulators and without pH regulator as a control treatment.
The soil pHs and Al saturations of soils without pH regulator and with H2SO4 or Ca(OH)2 application were, 5.0-5.6, 4.6, or 5.0-6.4, and35.6, 47.7, or 24.7% respectively.
Intervein chlorosis was occurred with H2SO4 application and photosynthesis rate, stomatal conductance, SPAD value, leaf water potential, vegetative growth, and maximum quantum yield of PSII were decreased.
The numbers of flower and fruit were not affected by the soil.
Root dry weight was lower with H2SO4 application and higher with Ca(OH)2 application, though there was no statistic difference.
Leaf P content was the highest with H2SO4 and the lowest with Ca(OH)2 applications.
Leaf Ca content was the highest with Ca(OH)2 application and leaf Fe content was the highest with H2SO4 application.
Leaf K, Mg, Al, Mn contents were not affected by the soil treatment.
The soil water content was higher with H2SO4 application, which was constantly higher than 30%, than that with Ca(OH)2 application though the amount of irrigation was the same.
With H2SO4 application, due to high Al saturation root elongation and water absorption may have been inhibited and interveinal chlorosis might have occurred due to photoinhibition.
Al was not accumulated in leaf, and mineral such as P absorption was not inhibited.

Publication
Authors
T. Kondo, K. Minowa
Keywords
Al saturation, acidic soil, interveinal chlorosis, photosynthesis rate
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