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Research Article Open access CC BY 4.0

Analysis of Vegetative and Generative Characters of Fragaria vesca L. (Rosaceae) Populations

Samira Huseinović, Sanida Bektić, Kovačević Mirsada, Salkić Besim

Journal of Applied Life Sciences International · pp. 9–19 · Published 22 Dec 2021

10.9734/jalsi/2021/v24i1030263

Abstract

Rose family (Rosaceae) is one of  richest and most geographically widespread species of plant families. This family includes herbaceous and woody species, shrubs, and trees; the leaves are different, simple, or differently complex. The genus Fragaria (strawberry) includes perennial herbaceous plants. It is characteristic of this genus that the species are intensively vegetatively propagated using overhead stolons. The flowers are with a five-membered perianth and a developed outer cup. The flower has a larger number of anthers and carpels. A sample was taken at each site at least 30 individuals from the population in the flowering and fruiting phenophase. Morphological variability was assessed based on 5 populations and 150 individuals. This paper aims to determine the most variable and most consistent morphological characters that can serve in full and critical taxonomic analysis and revision of this variable taxon as well as related taxa from the family Rosaceae. Determine the forms and levels of individual, population, and interpopulation variability of the species Fragaria vesca L. depending on the environmental factors under which develop. Conducted comparative morphological analyzes have shown that the species Fragaria vesca L. shows a high degree of variability for all analyzed characters. Vegetative plant characters have a far greater share in overall variability compared to generative ones character. Pold does not belong to the group of those plant parts that vary the most.

Fragaria vesca variability taxa characters

Cited by 1

The Healing Flora of Konjuh Mountain in Bosnia and Herzegovina

Samira Huseinović, Elma Ahmetović, Sanida Bektić · Journal of Applied Life Sciences International · 2023

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