The response to crop health and productivity of field pea (Pisum sativum L.) at different growing conditions

R. Semaškienė, A. Jonavičienė, K. Razbadauskienė, I. Deveikyte, Aurimas Sabeckis, S. Supronienė, L. Šarūnaitė, Z. Kadžiulienė
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Abstract

ABSTRACT With increasing the area of legumes one of the most possible risks for productivity limitation is diseases. The research on the response to diseases and productivity of field peas was carried out during 2018–2020. The six cultivars and breeding lines were grown at two different infection levels: at natural field infection and under disease control using seed treatment and foliar fungicides. The main disease in field peas during the research year was Ascochyta blight at different intensites depending on year, cultivar/breeding line and disease control efficacy. Dominating pathogenic fungus D. pisi on harvested grains prevailed. Pea grain yield was significantly affected by cultivar/breeding line, experiments year and growing conditions. The highest yield difference between growing conditions (natural field infection and under disease control) was recorded in 2020 when Ascochyta blight and Grey mould gave the most severe attack. This finding illustrates the importance to eliminate one of the most important limiting factors for productivity – severe diseases. Future research on the forecast system of Ascochyta blight and other field pea diseases infection risk is needed. The response of cultivar/breeding line to weather conditions was established in this research as well. Tested breeding lines showed higher drought stress tolerance compared with commercial cultivars. More focus on environment stress-resistant cultivars is needed.
不同生长条件对大田豌豆作物健康和生产力的响应
随着豆科作物种植面积的增加,疾病是限制产量的最可能的风险之一。本研究于2018-2020年对大田豌豆的病害响应和生产力进行了研究。6个品种和选品系在两种不同的侵染水平下生长:田间自然侵染和种子处理和叶面杀菌剂防治。研究年度大田豌豆主要病害为青豆疫病,不同年份、品种/品种及防治效果不同,病害强度不同。收获的籽粒上占优势的病原真菌为pisi。品种/育种系、试验年份和生长条件对豌豆籽粒产量影响显著。在生长条件(自然田间感染和疾病控制)之间的产量差异最大的是在2020年,当时Ascochyta疫病和灰霉病的袭击最严重。这一发现说明了消除生产力最重要的限制因素之一——严重疾病的重要性。今后豌豆疫病及其他大田豌豆病害侵染风险预测系统的研究还有待进一步完善。本研究还建立了品种/育种系对气候条件的响应。与商品品种相比,选育品系表现出更高的抗旱性。需要更多地关注抗环境胁迫的品种。
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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