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Soil Properties and Crop Yield under Different Tillage Practices in Upland of Balochistan

Soil Properties and Crop Yield under Different Tillage Practices in Upland of Balochistan

Muhammad Sharif1*, Sadullah1, Ghulam Rasool2, Muhammad Nasir Khan1, Zubair Rehman1, Ahmed Khan2, Ijaz Ahmad3 and Khalid Hussain4 

1Department of Soil Science, Balochistan Agriculture College, Quetta, Pakistan; 2Balochistan Agriculture College, Quetta, Pakistan; 3Ecotoxicology Research Institute, National Agriculture Research Centre, Islamabad, Pakistan; 4Department of Agronomy, University of Agriculture Faisalabad, Pakistan.

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Figure 1

Metrological Data of Area representing Rainfall, Relative Humidity Minimum and Maximum temperature for growing period. 

Figure 2

Changes in soil total organic carbon under conservation tillage in loess dryland soils. 

Figure 3

Steady state infiltration rate under different tillage treatments for before sowing and after harvest of summer sorghum crop in 2016, at BAC, Quetta. 

Figure 4

Soil moisture percentage under the different tillage treatments for before sowing and after harvesting the sorghum crop during 2016 at BAC, Quetta. 

Figure 5

Soil bulk density under the different tillage treatments for before sowing and after harvesting the sorghum crop during 2016 at BAC, Quetta. 

Figure 6

Soil temperature under the different tillage treatments for before sowing and after harvesting the sorghum crop during 2016 at BAC, Quetta. 

Figure 7

Summer sorghum crop shoot biomass under different tillage treatments in 2016, at BAC, Quetta. 

Figure 8

Grain yield of summer sorghum crop under different tillage systems in 2016, at BAC, Quetta. 

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