The effect of climatic factors on production of spring wheat quantity to quality ratio in southern Finland

Interrelationships between climatic factors and spring wheat yield and quality were examined with 21 years field experiments. The formation of gluten was less at dry conditions (total precipitation under 50 mm) and total precipitation exceeded 130—140 mm. The optimum daily temperature for gluten pro...

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Main Authors: Jari Peltonen, Tuomo Karvonen, Erkki Kivi
Format: Article
Language:English
Published: Scientific Agricultural Society of Finland 1990-07-01
Series:Agricultural and Food Science
Online Access:https://journal.fi/afs/article/view/72386
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spelling doaj-44745f4b141e4c4495748b5c977198922020-11-25T02:28:47ZengScientific Agricultural Society of FinlandAgricultural and Food Science1459-60671795-18951990-07-01623The effect of climatic factors on production of spring wheat quantity to quality ratio in southern FinlandJari Peltonen0Tuomo Karvonen1Erkki Kivi2University of Helsinki, Department of Crop Husbandry, Viikki, SF-00710 Helsinki, FinlandUniversity of Helsinki, Department of Crop Husbandry, Viikki, SF-00710 Helsinki, FinlandHankkija Plant Breeding Institute, SF-04300 Hyrylä, FinlandInterrelationships between climatic factors and spring wheat yield and quality were examined with 21 years field experiments. The formation of gluten was less at dry conditions (total precipitation under 50 mm) and total precipitation exceeded 130—140 mm. The optimum daily temperature for gluten production was some 15—17°C during grain filling. The gluten content decreased if daily minimum and maximum temperatures exceeded 11—12°C and 21—22°C, respectively. The effect of temperature and rainfall were not, however, significant in early maturing varieties. The climatic factors and grain yield did not correlate. Grain yield and protein yield had strong positive relationship, which was perhaps a consequence of supply and utilization of nitrogen. It is concluded that climatic factors affecting yield to quality ration in wheat may be excessive rains before heading and high temperature during grain filling. Interaction between weather and nitrogen are discussed to optimize correct timing of nitrogen fertilization for amount and quality of economic wheat yield.https://journal.fi/afs/article/view/72386
collection DOAJ
language English
format Article
sources DOAJ
author Jari Peltonen
Tuomo Karvonen
Erkki Kivi
spellingShingle Jari Peltonen
Tuomo Karvonen
Erkki Kivi
The effect of climatic factors on production of spring wheat quantity to quality ratio in southern Finland
Agricultural and Food Science
author_facet Jari Peltonen
Tuomo Karvonen
Erkki Kivi
author_sort Jari Peltonen
title The effect of climatic factors on production of spring wheat quantity to quality ratio in southern Finland
title_short The effect of climatic factors on production of spring wheat quantity to quality ratio in southern Finland
title_full The effect of climatic factors on production of spring wheat quantity to quality ratio in southern Finland
title_fullStr The effect of climatic factors on production of spring wheat quantity to quality ratio in southern Finland
title_full_unstemmed The effect of climatic factors on production of spring wheat quantity to quality ratio in southern Finland
title_sort effect of climatic factors on production of spring wheat quantity to quality ratio in southern finland
publisher Scientific Agricultural Society of Finland
series Agricultural and Food Science
issn 1459-6067
1795-1895
publishDate 1990-07-01
description Interrelationships between climatic factors and spring wheat yield and quality were examined with 21 years field experiments. The formation of gluten was less at dry conditions (total precipitation under 50 mm) and total precipitation exceeded 130—140 mm. The optimum daily temperature for gluten production was some 15—17°C during grain filling. The gluten content decreased if daily minimum and maximum temperatures exceeded 11—12°C and 21—22°C, respectively. The effect of temperature and rainfall were not, however, significant in early maturing varieties. The climatic factors and grain yield did not correlate. Grain yield and protein yield had strong positive relationship, which was perhaps a consequence of supply and utilization of nitrogen. It is concluded that climatic factors affecting yield to quality ration in wheat may be excessive rains before heading and high temperature during grain filling. Interaction between weather and nitrogen are discussed to optimize correct timing of nitrogen fertilization for amount and quality of economic wheat yield.
url https://journal.fi/afs/article/view/72386
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