Effects of plantbac panels on seedling establishment and plant growth of Calligonum comosum L’Herit. in desert areas of Iran

Sh. Banedjschafie, H. Batooli, A. Jafari, L. K. Zenouzi
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Abstract

Today, application of superabsorbent material as plantbac panels to overcome water shortages is considered for improving plant vegetation cover in arid areas. This research was aimed to investigate the effects of plantbac panels on plant establishment and growth of Calligonum comosum L’Herit. in the Kashan Arid and Desert Research Station over three years from 2017 to 2020. The experiment was conducted as a split plot design based on randomized complete blocks in four replications, in which the duration of irrigation (2 and 4 weeks) was considered as the main plot, and the amount of water (10 and 20 liters) and treatment (plantbac and control) as sub subplots. The seedlings were planted in the soils with and without plantbac panels. For each plant, the irrigation was conducted using 10 and 20 l water for two- and four-week intervals. Data were collected and analyzed in terms of plant height, canopy diameter, collar diameter, and survival rate. The results showed that the use of plantback plates increased the examined growth criteria of seedlings. When comparing interactions between treatments, the height, collar diameter and crown diameter of the Plantback treated seedlings showed average 11, 11, and 14.8% superiority to their controls. Furthermore, the interaction effect of irrigation by water consumption was significant for canopy diameter (p < 0.05), while interaction effect of irrigation by plantbac was significant for plant height (p < 0.05). The average higher and lower crown diameters of 83 cm and 39 cm were observed by 10 l water in two- and four-week irrigations, respectively.
植板对锦鸡儿育苗及植株生长的影响。在伊朗的沙漠地区
目前,利用高吸水性材料作为植物面板克服水资源短缺是改善干旱地区植物植被覆盖的一种方法。本试验旨在研究植物砧板对沙鸡(caligonum comosum L’herit)植株建立和生长的影响。从2017年到2020年,在卡尚干旱与沙漠研究站进行了为期三年的研究。试验采用随机完全区设计,分为4个重复,以灌溉时间(2周和4周)为主区,水量(10升和20升)和处理(对照和对照)为次区。幼苗分别种植在有和没有植物面板的土壤中。对每株植物,分别用10和20升水进行灌溉,间隔2周和4周。收集和分析了株高、冠层直径、领径和成活率的数据。结果表明,植背板的使用提高了幼苗的生长标准。比较处理间的交互作用,处理后的栽背苗高、颈径和冠径比对照平均高出11%、11%和14.8%。耗水量对冠层直径的互作效应显著(p < 0.05),对株高的互作效应显著(p < 0.05)。10 l水灌2周和4周时,树冠直径平均增大83 cm,树冠直径平均减小39 cm。
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