A Comparative Study Between the Impact of Fertigation, Biofloc, and Aquaculture Wastewater Drip Irrigation on the Plant Growth, Essential Oil Yield and Composition of Lavandula dentata L.  and Mentha Pulegium L. Under Greenhouse Conditions

Name: A Comparative Study Between the Impact of Fertigation, Biofloc, and Aquaculture Wastewater Drip Irrigation on the Plant Growth, Essential Oil Yield and Composition of Lavandula dentata L. and Mentha Pulegium L. Under Greenhouse Conditions
Creator: Muziri Mugwanya
Published: 2025-03-27T15:38:58.496Z
Keywords: Plant Biology, Plant Mineral Nutrition

Mugwanya, Muziri; Kimera, Fahad; Dawood, Mahmoud; Ali, Osama; Reda, Aley; Shoeib, Tamer; Sewilam, Hani

doi:10.17632/bgyf8z4v69.1

A Comparative Study Between the Impact of Fertigation, Biofloc, and Aquaculture Wastewater Drip Irrigation on the Plant Growth, Essential Oil Yield and Composition of Lavandula dentata L. and Mentha Pulegium L. Under Greenhouse Conditions

Published: 27 March 2025| Version 1 | DOI: 10.17632/bgyf8z4v69.1

Contributors:

Muziri Mugwanya, Fahad Kimera, Mahmoud Dawood, Osama Ali, Aley Reda, Tamer Shoeib, Hani Sewilam

Description

The aim of this project was to assess the variation in growth, total phenolics, essential oil yield and composition in lavender and mint as affected by irrigation of different water qualities. The water quality treatments included T1: fertigation, T2: Biofloc wastewater, and T3: aquaculture wastewater. Data was collected at two cuts described as cut 1 and cut 2.

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The American University in Cairo

A Comparative Study Between the Impact of Fertigation, Biofloc, and Aquaculture Wastewater Drip Irrigation on the Plant Growth, Essential Oil Yield and Composition of Lavandula dentata L. and Mentha Pulegium L. Under Greenhouse Conditions

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