Weed development in sunflower and chickpea crops depending on micro-irrigation methods

A. Shatkovskyi, F. Melnychuk, M. Retman, O. Gulenko, V. V. Kaliley
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Abstract

The article presents the results of experimental studies on the effect of micro-irrigation methods (drip irrigation with the surface laying of irrigation pipelines (IP) and subsoil drip irrigation with laying of IP at a depth of 30 cm) on the species and quantitative composition of weeds. The variant with a natural moisture supply (without irrigation) served as a reference area. Field research was conducted in the period 2020-2021 on the lands of the Brylivs’ke experimental field of the Institute of Water Problems and Land Reclamation of NAAS (Dry Steppe subzone) in sunflower and chickpea crops. Monitoring of the number and species composition of weeds was carried out by applying the recording framework by the method of the Institute of Plant Protection of NAAS during the third decade of May and the third decade of August. Based on the results of experimental research, it was proved that the irrigation methods (and hence the conditions of moisture supply) reliably influenced the degree of weed development in sunflower and chickpea crops. It was specified that the implementation of subsoil drip irrigation on average over the years of research reduced the degree of weed development in sunflower and chickpea crops by 1,65 and 1,55 times, respectively, compared to the typical surface laying of drip irrigation pipelines. Ultimately, that reduced the pesticide load on the field agro-ecosystem by reducing the number of herbicide treatments of crops by an average of 33-50 %. The species composition of weeds was not significantly affected by the method of irrigation. In addition, the researchers have shown that, regardless of the irrigation method, weed development in crops significantly reduced the productivity of the investigated crops: sunflower by 18,0-21,2 % and chickpea by 27,9-29,7 %. At the same time, in non-irrigated conditions, the degree of weed development had a greater impact on crop yield; thus, yield reduction in the reference variant without irrigation was 24,6 % for sunflower and 30,0 % for chickpeas. 
向日葵和鹰嘴豆作物在微灌条件下的杂草发育
本文介绍了微灌方式(地表铺设灌溉管道滴灌和地下30 cm铺设灌溉管道滴灌)对杂草种类和数量组成影响的试验研究结果。具有自然水分供应(不需灌溉)的变体作为参考区域。2020-2021年,在干旱草原亚区水问题与土地复垦研究所Brylivs’ke实验田对向日葵和鹰嘴豆作物进行了实地研究。采用中国科学院植物保护研究所的记录框架,在第3个10年的5月和第3个10年的8月对杂草数量和种类组成进行监测。根据试验研究结果,证明了灌溉方式(以及水分供应条件)可靠地影响了向日葵和鹰嘴豆作物杂草的发育程度。研究表明,与典型的地表铺设滴灌管道相比,实施地下滴灌平均可使向日葵和鹰嘴豆作物的杂草发育程度分别降低1.65倍和1.55倍。最终,通过平均减少作物除草剂处理次数33- 50%,减少了田间农业生态系统的农药负荷。灌溉方式对杂草种类组成影响不显著。此外,研究人员还表明,无论采用何种灌溉方式,作物中杂草的生长都显著降低了所研究作物的生产力:向日葵降低了18.0 - 21.2%,鹰嘴豆降低了27.9 - 29.7%。同时,在非灌溉条件下,杂草发育程度对作物产量的影响较大;因此,参考变异在不灌溉的情况下,向日葵和鹰嘴豆的产量分别下降了24.6%和30.0%。
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