Title of article
Quantitative and qualitative characteristics of fruit of some strawberry cultivars under hydroponic cultivation
Author/Authors
Gerdakaneh, Mohammad Crops and Horticultural Science Research Department - Kermanshah Agricultural and Natural Resources Research and Education Center - AREEO, Kermanshah, Iran , Gholami, Rahmatollah Crops and Horticultural Science Research Department - Kermanshah Agricultural and Natural Resources Research and Education Center - AREEO, Kermanshah, Iran , Arji, Issa Department of Production Engineering and Plant Genetics - Campus of Agriculture and Natural Resources, Faculty of Science and Agricultural Engineering - Razi University, Kermanshah, Iran
Pages
5
From page
209
To page
213
Abstract
The cultivated strawberry is a fruit plant for fresh consumption and food processing. It is one of the early-fruiting garden products with high nutritional value. To determine the appropriate strawberry cultivar for the hydroponic system, an experiment was conducted in a randomized complete block design with 3 replicates. Strawberry cultivars included Paros, Queen Eliza, Selva, Kamarosa, and Aromas, for which a medium of cocopeat and perlite (6:4) was used. Characteristics measured included yield per plant, yield per hectare, average fruit weight, number of fruits per plant, percentage of soluble solids, and acidity. The results showed that the Paros variety had the highest yield per plant (585.33 g), the highest yield per hectare (70.20 tons) and the lowest average fruit weight (18.28 g), while the Selva variety had the lowest. The highest number of fruits per plant (45.00) was observed in the variety Queen Eliza and the lowest in the variety Kamarosa. The highest soluble solids percentage was found in the Kamarosa variety (8.21%) and the lowest in the Aromas variety (6.25%). The highest percentage of fruit acidity was found in the Kamarosa variety and the lowest value in the Selva and Paros varieties.
Keywords
Cocopeat , Strawberry , Perlite , Hydroponic
Journal title
Central Asian Journal of Plant Science Innovation
Serial Year
2021
Record number
2710835
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