Hamada Abdelrahman, PhD
Associate Professor of Soil Chemistry and Fertility
Soil Science Dept., Faculty of Agriculture, Cairo University, Giza 12613 Egypt
Growth Response of Blue Panic Grass (Panicum antidotale) to Saline Water Irrigation and Compost Applications
- Citation:
- Growth Response of Blue Panic Grass (Panicum antidotale) to Saline Water Irrigation and Compost Applications, Farrag, Karam, Abdel Hakim Sara, Abd El-Tawab Amr Ramadan, and Abdelrahman Hamada , Water Science, Volume 35, Issue 1, p.31-38, (2021) copy at www.tinyurl.com/y6bbwkjy
Abstract:
A pot experiment was conducted to examine the ability of Blue Panic grass (Panicum anti- dotale) to grow in slightly saline soils (2.40 dS m–1) under different levels of saline irrigation water in the presence or absence of compost. Eight treatments were set up in a randomized block design with five replicates as follows: T1 (Freshwater), T2 (Freshwater + compost at 20%), T3 (Saline water 5000 mg L–1), T4 (T3 + compost at 20%), T5 (Saline water 10000 mg L–1), T6 (T5 + compost at 20%), T7 (Saline water 15000 mg L–1) and T8 (T7 + compost at 20%). Growth parameters of Blue Panic Grass were evaluated at the end of the experimental period as plant and root length, shoot, and root fresh and dry weights, total chlorophyll, and total carbohy- drates. In general, tested Blue Panic Grass appeared to be tolerant to high salt concentrations in irrigation water, and slightly significant differences were found for all the measured para- meters. A remarkable growth increase occurred in plants grown in compost-amended soils, with respect to the unamended soils. The results demonstrate the possibility to stabilize the yield of blue panic grass, an important feed crop in Egypt, irrigated with saline water, which can secure animal feed resources without reducing the already limited freshwater availability.
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