A method for estimating nitrogen supply index in crop plants: case study on wheat

This paper aim was to adapt a physiological parameter which reflects plant growth and productivity for wheat plants in relation with the applied nitrogen dose. This index can be used for various plants due to the fact that can be easy calculated and gives information about the status and requirement...

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Main Authors: Adina Daniela Datcu, Nicoleta Ianovici, Florin Sala
Format: Article
Language:Bulgarian
Published: University of Zagreb, Faculty of Agriculture 2020-09-01
Series:Journal of Central European Agriculture
Subjects:
Online Access:https://jcea.agr.hr/articles/773047_A_method_for_estimating_nitrogen_supply_index_in_crop_plants_case_study_on_wheat_en.pdf
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spelling doaj-9b9608df76f8402388b739026c3dcac62020-11-25T02:49:32ZbulUniversity of Zagreb, Faculty of AgricultureJournal of Central European Agriculture1332-90492020-09-0121356957610.5513/JCEA01/21.3.2760A method for estimating nitrogen supply index in crop plants: case study on wheatAdina Daniela DatcuNicoleta IanoviciFlorin SalaThis paper aim was to adapt a physiological parameter which reflects plant growth and productivity for wheat plants in relation with the applied nitrogen dose. This index can be used for various plants due to the fact that can be easy calculated and gives information about the status and requirements of diverse crops. Nitrogen is the most widely used chemical fertilizer and the adjustment of the dose is really important for farmers, who are searching for an optimum cost-benefit ratio. For this study, five experimental N doses were utilized, between 0 and 200 kg/ha. Experimental field was located within Didactic Station of BUASMV Timisoara, Romania. Nitrogen supply index was determined for healthy leaves and mathematical models were developed. The optimum N amount used for this study was 119 kg/ha and the analysis of differences reflected the modifications for doses ranging between 0 and 200 kg/ha.https://jcea.agr.hr/articles/773047_A_method_for_estimating_nitrogen_supply_index_in_crop_plants_case_study_on_wheat_en.pdfnutrition stressphysiological indexproductivitywheat crop
collection DOAJ
language Bulgarian
format Article
sources DOAJ
author Adina Daniela Datcu
Nicoleta Ianovici
Florin Sala
spellingShingle Adina Daniela Datcu
Nicoleta Ianovici
Florin Sala
A method for estimating nitrogen supply index in crop plants: case study on wheat
Journal of Central European Agriculture
nutrition stress
physiological index
productivity
wheat crop
author_facet Adina Daniela Datcu
Nicoleta Ianovici
Florin Sala
author_sort Adina Daniela Datcu
title A method for estimating nitrogen supply index in crop plants: case study on wheat
title_short A method for estimating nitrogen supply index in crop plants: case study on wheat
title_full A method for estimating nitrogen supply index in crop plants: case study on wheat
title_fullStr A method for estimating nitrogen supply index in crop plants: case study on wheat
title_full_unstemmed A method for estimating nitrogen supply index in crop plants: case study on wheat
title_sort method for estimating nitrogen supply index in crop plants: case study on wheat
publisher University of Zagreb, Faculty of Agriculture
series Journal of Central European Agriculture
issn 1332-9049
publishDate 2020-09-01
description This paper aim was to adapt a physiological parameter which reflects plant growth and productivity for wheat plants in relation with the applied nitrogen dose. This index can be used for various plants due to the fact that can be easy calculated and gives information about the status and requirements of diverse crops. Nitrogen is the most widely used chemical fertilizer and the adjustment of the dose is really important for farmers, who are searching for an optimum cost-benefit ratio. For this study, five experimental N doses were utilized, between 0 and 200 kg/ha. Experimental field was located within Didactic Station of BUASMV Timisoara, Romania. Nitrogen supply index was determined for healthy leaves and mathematical models were developed. The optimum N amount used for this study was 119 kg/ha and the analysis of differences reflected the modifications for doses ranging between 0 and 200 kg/ha.
topic nutrition stress
physiological index
productivity
wheat crop
url https://jcea.agr.hr/articles/773047_A_method_for_estimating_nitrogen_supply_index_in_crop_plants_case_study_on_wheat_en.pdf
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