Improve the Soil Properties under Two Different Methods (i.e., Tillage Practices and Organic Manuring) of the Wheat Crop
Manzoor Ali Magsi1*, Naimatullah Laghari1, Ahmed Ali Tagar1, and Habibullah Magsi2
1Department of Farm Power Machinery, Faculty of Agricultural Engineering, Sindh Agriculture University Tandojam, 70060; 2Department of Agricultural Economics, Faculty of Agricultural Social Sciences, Sindh Agriculture University Tandojam, 70060.
*Correspondence | Manzoor Ali Magsi, Department of Farm Power Machinery, Faculty of Agricultural Engineering, Sindh Agriculture University Tandojam, 70060; Email: manzoorsau75@gmail.com
Figure 1:
Soil characteristics of experimental site area.
Figure 2:
Monthly metrological data of the experimental site.
Figure 3:
Effect of tillage intensity, fertilizer and manuring on pH values were determined (A) 2019-20 and (B) 2020-21.
Figure 4:
Effect of tillage intensity, fertilizer and manuring on ECe (dS/m) were determined (A) 2019-20 and (B) 2020-21.
Figure 5:
Effect of tillage intensity, fertilizer and manuring on soil aggregates with wheat crop during 2019-20 (A) and 2020-21 (B).
Figure 6:
Effect of tillage intensity, fertilizer and manuring on organic matter during the year 2019-20 (A) and 2020-21 (B).
Figure 7:
Effect of tillage intensity, fertilizer and manuring on calcium (mg/kg) were found in 2019-20 (A) and 2020-21 (B).
Figure 8:
Effect of tillage intensity, fertilizer and manuring on magnesium (mg/kg) were determined cropping year 2019-20 (A) and 2020-21 (B).
Figure 9:
Effect of tillage intensity, fertilizer and manuring on chloride (mg/cm3) were determined cropping year 2019-20 (A) and 2020-21 (B).
Figure 10:
Effect of tillage intensity, fertilizer and manuring on carbonate and bicarbonate (µmol/L) were determined cropping year 2019-20 (A) and 2020-21 (B).