Mineral contents of bran and kernel of rice grains as affected by fertilization

Application of inorganic fertilizers may incorporate minerals into rice grains. Distribution of minerals in rice grains vary in bran and kernel. The aim of the present study was to compare mineral contents (MCs) of bran and kernels of selected newly improved rice varieties in Sri Lanka with and with...

Full description

Bibliographic Details
Main Authors: H. M. A. J. Herath, G. A. P. Chandrasekara, U. Pulenthiraj, C. M. N. R. Chandrasekara, D. G. N. G. Wijesinghe
Format: Article
Language:English
Published: Postgraduate Institute of Agriculture, University of Peradeniya 2018-12-01
Series:Tropical Agricultural Research
Subjects:
Online Access:https://tar.sljol.info/articles/8281
id doaj-c0fb7207808f4dc9b139b6908d24d1c7
record_format Article
spelling doaj-c0fb7207808f4dc9b139b6908d24d1c72020-11-25T00:44:53ZengPostgraduate Institute of Agriculture, University of PeradeniyaTropical Agricultural Research1016-14222018-12-013019510210.4038/tar.v30i1.82816184Mineral contents of bran and kernel of rice grains as affected by fertilizationH. M. A. J. Herath0G. A. P. Chandrasekara1U. Pulenthiraj2C. M. N. R. Chandrasekara3D. G. N. G. Wijesinghe4University of PeradeniyaWayamba University of Sri Lanka, 60170Wayamba University of Sri Lanka, 60170Sri Lanka School of Agriculture, KundasaleUniversity of PeradeniyaApplication of inorganic fertilizers may incorporate minerals into rice grains. Distribution of minerals in rice grains vary in bran and kernel. The aim of the present study was to compare mineral contents (MCs) of bran and kernels of selected newly improved rice varieties in Sri Lanka with and without fertilizer applications. Twenty rice varieties were tested. Rice bran and rice kernels were analyzed for Ca, Mg, Mn and Zn using Atomic Absorption Spectrophotometer. Calcium contents of brans and kernels ranged from 952 to 1605 mg/kg and 613 to 1107 mg/kg dry matter in fertilized varieties, respectively. High MCs were observed in fertilizer applied varieties. Higher MCs were found in the bran of rice grains. The MCs of rice grains were significantly different among the varieties and affected by fertilizer application and processing. Applications of inorganic fertilizers strengthened the MCs of rice kernels and bran.https://tar.sljol.info/articles/8281bran, fertilizer, kernel, minerals
collection DOAJ
language English
format Article
sources DOAJ
author H. M. A. J. Herath
G. A. P. Chandrasekara
U. Pulenthiraj
C. M. N. R. Chandrasekara
D. G. N. G. Wijesinghe
spellingShingle H. M. A. J. Herath
G. A. P. Chandrasekara
U. Pulenthiraj
C. M. N. R. Chandrasekara
D. G. N. G. Wijesinghe
Mineral contents of bran and kernel of rice grains as affected by fertilization
Tropical Agricultural Research
bran, fertilizer, kernel, minerals
author_facet H. M. A. J. Herath
G. A. P. Chandrasekara
U. Pulenthiraj
C. M. N. R. Chandrasekara
D. G. N. G. Wijesinghe
author_sort H. M. A. J. Herath
title Mineral contents of bran and kernel of rice grains as affected by fertilization
title_short Mineral contents of bran and kernel of rice grains as affected by fertilization
title_full Mineral contents of bran and kernel of rice grains as affected by fertilization
title_fullStr Mineral contents of bran and kernel of rice grains as affected by fertilization
title_full_unstemmed Mineral contents of bran and kernel of rice grains as affected by fertilization
title_sort mineral contents of bran and kernel of rice grains as affected by fertilization
publisher Postgraduate Institute of Agriculture, University of Peradeniya
series Tropical Agricultural Research
issn 1016-1422
publishDate 2018-12-01
description Application of inorganic fertilizers may incorporate minerals into rice grains. Distribution of minerals in rice grains vary in bran and kernel. The aim of the present study was to compare mineral contents (MCs) of bran and kernels of selected newly improved rice varieties in Sri Lanka with and without fertilizer applications. Twenty rice varieties were tested. Rice bran and rice kernels were analyzed for Ca, Mg, Mn and Zn using Atomic Absorption Spectrophotometer. Calcium contents of brans and kernels ranged from 952 to 1605 mg/kg and 613 to 1107 mg/kg dry matter in fertilized varieties, respectively. High MCs were observed in fertilizer applied varieties. Higher MCs were found in the bran of rice grains. The MCs of rice grains were significantly different among the varieties and affected by fertilizer application and processing. Applications of inorganic fertilizers strengthened the MCs of rice kernels and bran.
topic bran, fertilizer, kernel, minerals
url https://tar.sljol.info/articles/8281
work_keys_str_mv AT hmajherath mineralcontentsofbranandkernelofricegrainsasaffectedbyfertilization
AT gapchandrasekara mineralcontentsofbranandkernelofricegrainsasaffectedbyfertilization
AT upulenthiraj mineralcontentsofbranandkernelofricegrainsasaffectedbyfertilization
AT cmnrchandrasekara mineralcontentsofbranandkernelofricegrainsasaffectedbyfertilization
AT dgngwijesinghe mineralcontentsofbranandkernelofricegrainsasaffectedbyfertilization
_version_ 1725272722557108224