The Effect of Irrigation by Textile Wastewater on the Growth of MM106 Apple Sapling and Soil

Authors

  • Gamze Dogdu Okcu
  • Hamdi Zenginbal
  • Arda Yalçuk

Keywords:

Heavy metals, Irrigation, Malus domestica, Soil properties, Wastewater

Abstract

Nowadays, in many regions of the world face to drought problems that directly affect the agricultural production due to water deficiency or some conditions that cause the depletion of the existing water resources. In these water deficit areas, the use of wastewater for agricultural irrigation could contribute to decrease water shortage, protect surface and groundwater resources and supports the agricultural industries. In this study, in order to assess wastewater from textile industry could be used safely to irrigate ‘Golden Delicious’ apple seedlings grafted onto an MM 106 parent, a pot experiment in glass house was conducted in a sand clay loam soil (pH=7.22) from Bolu province. Municipal water (T0) prepared as a control sample, 1/3 diluted (T1) and raw textile wastewaters (T2) were applied to investigate the effects of irrigation treatments by measuring soil and leaves chemical properties. Although the Electrical Conductivity (EC) (4 dS/m) and pH values (8.5) at the end of the experiment were lower than the critical value in all the irrigated samples, the sodium adsorption ratio (SAR) values were higher than 13 in T1 and T2. The cubic model was determined to be suitable for the shoot lengths of the apple saplings irrigated with T0, T1 and T2 and R2 values could be obtained as 0.987, 0.987 and 0.992, respectively. This study clearly demonstrated that textile wastewater at appropriate dilutions could be used for irrigation in agricultural fields.

Published

2019-08-13

How to Cite

Gamze Dogdu Okcu, Hamdi Zenginbal, & Arda Yalçuk. (2019). The Effect of Irrigation by Textile Wastewater on the Growth of MM106 Apple Sapling and Soil. International Journal of Environmental Pollution and Environmental Modelling, 2(2), 68-79. Retrieved from https://ijepem.com/ijepem/article/view/volume-2-issue-2-article-3

Issue

Section

Articles