Precipitation causes quality losses of large economic relevance in wheat production

Q open Pub Date : 2024-03-07 DOI:10.1093/qopen/qoae008
Janic Bucheli, Margot Visse-Mansiaux, Juan Herrera, L. L. Häner, Jesse Tack, Robert Finger
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引用次数: 0

Abstract

Adverse weather conditions can affect both crop yield quantity and yield quality. In wheat production, especially the risk of a downgrading due to low baking quality, as indicated by the Hagberg Falling Number, can cause large economic losses after precipitation events. We here estimate precipitation effects on the risk of such a downgrading and quantify the resulting economic losses. To this end, we leverage a panel dataset from the Swiss wheat varieties trial network (N=1’859) and high-quality weather data. We use a fixed effects estimation framework to estimate precipitation effects and simulate economic losses. We find that precipitation close to harvest significantly increases the risk of a downgrading due to low baking quality. Moreover, downgrading events cause large revenue reductions of up to 1’445 Swiss francs per hectare. This adds new economic insights, highlights the role of weather-dependent crop quality, and provides a basis to improve risk management.
降水对小麦生产造成了具有重大经济意义的质量损失
恶劣的天气条件会影响作物的产量和质量。在小麦生产中,尤其是降水事件发生后,由于哈格伯格降落数值显示的烘烤质量低而导致的降级风险会造成巨大的经济损失。我们在此估算降水对这种降级风险的影响,并量化由此造成的经济损失。为此,我们利用了瑞士小麦品种试验网络的面板数据集(N=1'859)和高质量的天气数据。我们使用固定效应估计框架来估计降水效应并模拟经济损失。我们发现,临近收获时的降水会显著增加因烘焙质量低而降级的风险。此外,降级事件会导致收入大幅减少,最高可达每公顷 1 445 瑞士法郎。这增加了新的经济洞察力,突出了受天气影响的作物质量的作用,并为改善风险管理提供了依据。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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CiteScore
2.10
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