yield stability in winter wheat production: a survey on german farmers’ and advisors’ views

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ID: 132379
2017
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Abstract
Most of the available research studies have focused on the production of high grain yields of wheat and have neglected yield stability. However, yield stability is a relevant factor in agronomic practice and, therefore, is the focus of this comprehensive survey. The aim was to first describe the importance of yield stability as well as currently used practical management strategies that ensure yield stability in wheat production and secondly, to obtain potential research areas supporting yield stability in the complex system of agronomy. The target groups were German farmers with experience in wheat production and advisors with expertise in the field of wheat cultivation or research. A sample size of 615 completed questionnaires formed the data basis of this study. The study itself provides evidence that the yield stability of winter wheat is even more important than the amount of yield for a large proportion of farmers (48%) and advisors (47%). Furthermore, in the view of the majority of the surveyed farmers and advisors, yield stability is gaining importance in climate change. Data analysis showed that site adapted cultivar choice, favorable crop rotations and integrated plant protection are ranked as three of the most important agronomic management practices to achieve high yield stability of wheat. Soil tillage and fertilization occupied a middle position, whereas sowing date and sowing density were estimated with lower importance. However, yield stability is affected by many environmental, genetic and agronomic factors, which subsequently makes it a complex matter. Hence, yield stability in farming practice must be analyzed and improved in a systems approach.
Reference Key
macholdt2017agronomyyield Use this key to autocite in the manuscript while using SciMatic Manuscript Manager or Thesis Manager
Authors ;Janna Macholdt;Bernd Honermeier
Journal drinking water engineering and science
Year 2017
DOI
10.3390/agronomy7030045
URL
http://www.mdpi.com/2073-4395/7/3/45
Keywords
environment climate change agronomy farmer plant productionagriculture

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