The effect of environmental factors on seed germination and emergence of cutleaf geranium

IF 1.8 4区 农林科学 Q2 PLANT SCIENCES Advances in Weed Science Pub Date : 2023-05-12 DOI:10.51694/advweedsci/2023;41:00005
Zahara Mahmoodi Atabaki, J. Gherekhloo, F. Ghaderi‐Far, O. Ansari, S. Hassanpour-bourkheili, R. de Prado
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Abstract

various environmental conditions is critical for their effective management, whereas such study has not been carried out thoroughly on this species. Objective: This study was carried out to investigate the effect of some environmental factors on seed germination and emergence of cutleaf geranium. Methods: The seeds were subjected to various environmental factors including water potentials, salinity, pH, high temperatures, burial depth and flooding at the temperature resulting in the highest germination (10 °C). All experiments were carried out twice, which were done consecutively. Results: Germination percentage was halved at a water potential of -0.6 MPa, and no germination was observed at -2 MPa. Geranium dissectum seeds had negligible germination at 200 mM NaCl concentration. Seeds germinated over a pH range of 5-8, with the highest germination at pH between 6 and 7. Germination of this species reached from 85.0% after treatment at 80 °C but no seeds germinated after exposure to 120 °C. Maximum emergence was estimated 88.8%, which was halved at 2.2 cm depth. No emergence was observed at 4 cm or greater depths. Germination was 88.4% to 0% 15 days after flooding. Conclusions: This species may not usually be found in areas with poor environmental conditions, and a semi-deep tillage or inclusion of rice in crop rotation may be used to control this weed.
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环境因子对天竺葵种子萌发和出苗的影响
各种环境条件对其有效管理至关重要,但对该物种的研究尚不深入。目的:研究不同环境因素对天竺葵种子萌发和出苗的影响。方法:将种子置于水势、盐度、pH值、高温、埋深、淹水等多种环境因素下,在最高萌发温度(10℃)下进行处理。所有实验均连续进行2次。结果:水势-0.6 MPa时发芽率减半,-2 MPa时无发芽率。在200 mM NaCl浓度下,天竺葵种子萌发率可以忽略不计。pH值在5 ~ 8之间,种子萌发率最高,pH值在6 ~ 7之间。80℃处理后种子萌发率可达85.0%,120℃处理后种子未萌发。最大出水率估计为88.8%,在2.2 cm深度下降一半。在4厘米或更深的深度未观察到出现。淹水后15 d发芽率为88.4% ~ 0%。结论:该杂草在环境条件较差的地区可能不常见,半深耕或轮作水稻可用于控制该杂草。
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来源期刊
Advances in Weed Science
Advances in Weed Science PLANT SCIENCES-
CiteScore
2.10
自引率
42.90%
发文量
25
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