Kais Ali (1) *, and Issa Kabibou (1)
(1). Department of Soil and Land Sciences. Faculty of Agriculture. Tishreen University. Lattakia. Syria.
(* Corresponding author: kais ali, E-mail: kaisttali721@gmail.com)
Received: 8/07/2021 Accepted: 19/10/ 2021
Abstract:
The experiment was carried out in Tartous Governorate – Beit Ismail village for the two agricultural seasons (2019-2020), according to a randomized complete block design (RCBD) with three replications for each treatment, and with seven study treatments separately by adding them in the forest. Or sprayed on the leaves or both on the bean plant, on some soil chemical properties (pH, electrical conductivity S/M, organic matter %, effective lime %, total nitrogen % and phosphorous-potassium (ppm)), and morphological properties (plant height, root number, total root weight, vegetative total weight, and exclusive number (number of pods). The results show that the treatment (adding soil + spraying) of the biofertilizer was significantly superior to all treatments, as the plant height reached (129.667 cm), the weight of the root total (59.10 g), the number of root nodes (48.33 kknots/root, the number of pods (12.5 horns/plant). ), while the treatment of forest litter extract (in addition to the soil + spray) with the weight of the vegetative total (225.5 g), and we note that there are no significant differences between the bio-fertilizer treatments and the forest litter extract in terms of its effect on soil properties, growth and productivity of faba bean plant.
Keywords: EM1, forest cover, bean plant, Soil Properties, Morphological and Productive traits
Full paper in Arabic: pdf