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AUTHOR(S):

Lekha Kumar, Amjath Alikhan F, Kowsalya M, Arthi S

 

TITLE

Effect of Multicomponent Aqueous Plant Extracts on the Growth and Biochemical Composition of Mentha Arvensis L. And Centella Asiatica L.

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ABSTRACT

The present study aimed to analyze the effect of different concentrations of aqueous extracts of Tephrosia purpurea, Ipomea carnea, Trianthema portulacastrum, and Tithonia diversifolia on Centella asiatica and Allium cepa, Solanum tuberosum and Calotropis gigantia on Mentha arvensis respectively. Extracts of 5%, 10%, 20% & 50% concentrations were prepared and fertigated by pot experiments. Results of this study showed that extracts of T.purpurea (50%), I. carnea (10% & 20%), T. portulacastrum (10%, 20%& 50%) and T. diversifolia (5% &10%) enhanced the growth of C. asiatica when compared to the control. Calotropis extract (15%) enhanced the growth of M. arvensis and lowest growth was recorded in onion peel extract (5%). T. diversifolia extract at lowest concentration (5%&10%) increased the leaf surface area (38.8±0.4cm2), petiole length (17.6±0.6cm) and fresh (120.6±2.0g) & dry weight (52.4±0.5g). Lower concentrations of T. purpurea (5% &10%) and higher concentrations of I. carnea (50%) inhibited the growth, number of leaf, leaf surface area (3.8±0.7cm2), petiole length (2.63±0.3cm) and fresh (10.8±1.7g) & dry weight (3.1±0.7g) in Centella asiatica and Calotropis extract (15% concentration) on M. arvensis increased the number of leaves (57±3), leaf surface area (12.7±0.9), shoot length (39±2 cm2) and total fresh weight (170±1.5g) when compared to the control. Significant reduction existed in all the parameters at higher concentrations of the extracts used.

KEYWORDS

Aqueous extracts, growth, biochemical parameters, Centella asiatica, Mentha arvensis

 

Cite this paper

Lekha Kumar, Amjath Alikhan F, Kowsalya M, Arthi S . (2023) Effect of Multicomponent Aqueous Plant Extracts on the Growth and Biochemical Composition of Mentha Arvensis L. And Centella Asiatica L.. International Journal of Agricultural Science, 8, 49-74

 

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