INFLUENCE OF TREATED SEWAGE SLUDGE APPLICATIONS ON CORN AND SUCCEEDING WHEAT YIELD AND ON SOME PROPERTIES OF SANDY CLAY SOIL

Year 2016, , 1 - 9, 01.06.2016

Sezai Delıbacak , Ali Riza Ongun

https://doi.org/10.17557/tjfc.88475

Cited By: 6

Abstract

The objective of this study was to determine influence of treated sewage sludge (TSS) rates on corn and wheat
yield and on some properties of sandy clay soil. The field study was conducted in the Randomized Block Design
with four replications and five different applications including control, mineral fertilizer and TSS (12.5; 25.0;
37.5 Mg.ha-1 as dry matter). Corn (Zea mays L. var. ZP 737) was the first crop, wheat (Triticum durum L. var.
Ege 88) was the succeeding crop. Soil samples were taken five times in two years. Increasing TSS applications
resulted in significantly increased total biomass and grain yield of corn. However, grain yield of succeeding
wheat did not change significantly. Increasing TSS aplications were significiantly increased total N, available P
and K, pH, total salt and organic matter content of sandy clay soil. However, CaCO3 and cation exchange
capacity values of soil did not change significantly. Due to decomposition of TSS in the soil, effect of TSS levels
on soil properties decreased in the last sampling periods. Thus, it can be recommended that 37.5 Mg.ha-1 TSS as
dry matter can be added once in 2 years for improving plant nutrients and soil properties of sandy clay soil.

Keywords

corn, sandy clay, sewage sludge, soil properties, wheat

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