Effect of Planting Time and Seedbed on Growth and Phenology of Scrophularia striata

پژوهشهای زراعی ایران

Article 5, Volume 17, Issue 2 - Serial Number 54, July 2019, Pages 255-264   

Document Type: Research Article

DOI: 10.22067/gsc.v17i2.70448

Authors

N Majnoun Hosseini; M. H Naeimi; M Oveisi^*

University of Tehran

Abstract

Introduction
Scrophularia striata is an originally Iranian wild perennial plant. This plant has many medicinal properties including treatment of some diseases like cold, digestive disorders, inflammation and infection. Although S. striata has been reported from various regions of the country with different climatic conditions, however there is no information about phenological growth, suitable time and seedbed of S. striata. There are variety of environmental factors that affect phenology growth. Among them temperature is considered as the most effective one. To generalize prediction of phenological growth in different locations, standard measurement is required. Growth degree day (GDD) or thermal time can be a consistent predictor of phenology development in contrasting climates. Determining required thermal time for plant phenological development would provide information for decision making on the time of management practices including planting date, timely irrigation and efficient pest and weed management. To the best of our knowledge there is no information about plant establishment, growth and phenological stages of S. striata. Because of its high demands for medicinal products, information about the S. striata cultivation is necessary. Therefore the objective of this study was to determining the effect of planting time and seedbed on phenological growth.
Materials and Methods
Field experiment was conducted in experimental farm of agricultural and natural resources college, university of Tehran, Karaj during 2016-2017. Seeds were preconditioned at temperature of 3ºc for one week to break dormancy. For seedling establishment, seeds were transferred to the greenhouse and cultivated in three different seedbeds. Seedlings were transferred to the farm at stages of four to six leaves. The experiment was a split plot with three replications. Planting dates comprised Early June (D1), September (D2), October (D3) and November (D4) of 2016 and Early March (D5) of 2017 were the main plots and seed beds of peat moss, peat moss+ perlite (1:1) and coco peat+ peat moss+ perlite (2:1:1) were the sub plots. Growth Degree Days (GDD) for phenological stages of S.striata including first and second node, flowering, capsule formation, seed formation and maturity were calculated. Data were subjected to ANOVA using SAS 9.1, and standard error of means was calculated.
Results and Discussion
Results showed significant main effects and interactions between seed bed and planting date at 1% probability level on phenological growth of S. striata. Peat moss seed bed with June planting had lowest GDD to first node (39.5 GDD), second node (50.1 GDD), flowering (307.4 GDD), capsule formation (610.8 GDD), seed formation (697.8 GDD) and maturity (1242.0 GDD). With delay in planting time to September, October and November, GDD requirements for phenological growth increased. Between our planting dates, June planting time was the most suitable time for planting. Changes in temperature, day light and precipitation are significant in successful plant establishment and growth. Our results showed that there is a critical time for planting S. striata in farm. Very early planting like March planting time was not good and plants did not enter the reproductive stage. Plants of June planting time were entered flowering stage on April 15 in the next year. With delay in planting time to November, plants entered flowering stage on May 10 in the next year. High organic matters percentage and capacity of cation exchange provides increasing potential for water absorption and keeping nourishing elements and water for a longer time. This causes improved conditions for root growth. In addition, vermicompost and peat moss includes regulator hormones such as humic acid that benefits early growth of plant.
 Conclusions
To conclude, 1) peat moss was recognized as a successful bed for initial growing of S. striata. To the best of our knowledge, no practical recommendation was formerly provided on the subject. 2) June planting time was determine as the best time for plant establishment that led to acceleration in flowering time and more seed production.

Keywords

domestication; GDD; Peat moss; wild medicinal plant

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