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Nanozim De'Lite

Type: Mix of different types, Company: Biostadt

Effect

Increased drought stress tolerance
Increased water use efficiency
Increased produce quality

Nanozim De’Lite treated mint, at 100%, 70% and 50% container substrate capacity, showed on average significantly increased leaf number (+26.6%), increased leaf area (+26.5%), increased plant height (+16.5%), increased root dry weight (+25.9%), increased plant fresh weight (+18.6%), increased plant dry weight (+22.1%), increased irrigation water use efficiency (+18.8%), increased stomatal conductance, increased essential oil ratio, increased midday leaf water potential, decreased 1-Menthone (-23.8%), decreased isopulegone (%) (-8.1%), decreased pulegone (%) (-11.1%), increased α-Pinene (+153.3%), increased α- Terpineol (+43.7%), increased 1,8-Cineol (+11.8%), decreased lipid peroxidation, decreased H20, increased CAT activity and increased SOD activity compared to untreated control plants. Biostimulant treated plants showed increased photosynthetic rate, increased transpiration rate and increased proline content at 50% and 70% CSC and increased leaf relative water content at 50% CSC, compared to untreated control plants.

Trial details
Indoor, protected, unheated greenhouse, pot grown in sandy soil, three watering levels (100%, 70%, and 50% of container substrate capacity), repeated over two successive growing seasons
Egypt

Crop

Mint, Mentha longifolia L.

Trial application

Method
In watering solution
Timing
30 days after transplanting
Rate
1 g/L
Elansary, H,O., Mahmoud, E,A., El-Ansary, D,O., Mattar, M,A.
2020
Effects of Water Stress and Modern Biostimulants on Growth and Quality Characteristics of Mint
Agronomy
10 (1)
6
Crop group