Soil Texture Distribution for East Wasit Province, Iraq

Shamkhi, Mohammed S.; AL-Badry, Hassan Jameel

doi:10.1088/1755-1315/961/1/012073

Cited by 5 publications

(3 citation statements)

References 20 publications

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“…The river, the area was affected by ancient floods, the area was affected by dust storms, the area was affected by sedimentation processes. It is noted that the clay content came second after silt in terms of dominance in the soils of A study, as agricultural operations have little effect on the distribution of clay content, as well as the effect of movement and movement of clay mechanically with irrigation water and plant roots on the distribution of clay content in those soils [9].…”

Section: Size Distribution Of Soil Classesmentioning

confidence: 80%

Evaluation of the Readiness of NPK Elements for the Soils of the Mouradia Agricultural Project in Babil Governorate

Nayyef,

Al-Wotaify

2023

IOP Conf. Ser.: Earth Environ. Sci.

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The current study included the selection of three agricultural fields from the soil of the Muradia Agricultural Project of the Directorate of Agriculture in Babil Governorate. Thirty-four samples were taken from them at a surface depth of 0-30 cm, in order to evaluate the readiness of NPK elements through the soils of various fields with agricultural use. As the size distribution of the soil classes was mostly dominated by silt, and thus the type of tissue ranged from a silty clay mixture to a silty mixture. The soil interaction values ranged between 7.0-7.90, and the electrical conductivity ranged between 1.31-6.23 ds m-1 in all study soils, except for the unexploited comparison soil samples in which the soil interaction values were between 7.36-8.30, and the electrical conductivity ranged between 8.39-24.36 ds m-1. The soil content of organic matter was 10.30-20.00 and 3.40-9.60 mg kg-1, respectively. The values of the exchange capacity of the positive ions varied in the soils of the current study, as they ranged between 9.09-14.9 cmol charge kg-1, and its height in other soils ranged between 16.5-25.91 cmol charge kg-1. The values of available nitrogen ranged between 23.00-48.18 mg kg-1 in all the study soils, except for the unexploited control soil samples in which it was 22.15-30.16 mg kg-1, while phosphorus ranged between -17.54-31.20 and 8.20-17.20 mg kg-1, respectively., while potassium ranged between 175.11-205.16 and 149.30-165.22 mg kg-1, respectively.

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Section: Size Distribution Of Soil Classesmentioning

confidence: 80%

Evaluation of the Readiness of NPK Elements for the Soils of the Mouradia Agricultural Project in Babil Governorate

Nayyef,

Al-Wotaify

2023

IOP Conf. Ser.: Earth Environ. Sci.

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“…The river, the area was affected by ancient floods, the area was affected by dust storms, the area was affected by sedimentation processes. It is noted that the clay content came second after silt in terms of dominance in the soils of A study, as agricultural operations have little effect on the distribution of clay content, as well as the impact of movement and movement of clay mechanically with irrigation water and plant roots on the distribution of clay content in those soils [7].…”

Section: Size Distribution Of Soil Classesmentioning

confidence: 80%

A comparative Study of the Content of some Microelements in the Soil of the Mouradia Agricultural Project in Babil Governorate

Nayyef,

Al-Wotaify

2023

IOP Conf. Ser.: Earth Environ. Sci.

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The current study included the selection of three agricultural fields from the soil of the Muradia Agricultural Project of the Directorate of Agriculture in Babil Governorate. Thirty-four samples were taken from them at a surface depth of 0-30 cm, for the purpose of a comparative study of the content of some microelements through soils of various fields with agricultural use. As the size distribution of the soil classes was mostly dominated by silt, and thus the type of tissue ranged from a silty clay mixture to a silty mixture. The soil interaction values ranged between 7.0-7.90, and the electrical conductivity ranged between 1.31-6.23 ds m-1 in all study soils, except for the unexploited comparison soil samples in which the soil interaction values were between 7.36-8.30, and the electrical conductivity ranged between 8.39-24.36. ds m-1. The soil content of organic matter was 10.30-20.00 and 3.40-9.60 g kg-1, respectively. The values of the exchange capacity of the positive ions varied in the soils of the current study, as they ranged between 9.090-14.9 cmol charge kg-1, and its height in other soils ranged between 16.5-25.91 cmol charge kg-1. The values of available iron ranged between 4.12-8.39 mg kg-1 in all the study soils, except for the unexploited comparison soil samples in which it was 4.04-7.63 mg kg-1, while manganese ranged between 5.20-3.55 and 3.16-4.88 mg kg-1, respectively. While copper is between 0.86-2.58 and 0.81-1.99 mg kg-1, respectively, and zinc is 0.87-1.51 and 0.78-1.06 mg kg-1, respectively.

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“…This great variation in the basic physiochemical properties of soils was attributed to the corresponding differences in terrain, climate, vegetation, and soil age [ 31 ]. According to soil particle size distribution [ 32 ], fourteen types of soils were divided into sandy soil, sandy loam soil, sandy clay loam soil, clay loamy soil, and sandy clay soil.…”

Section: Resultsmentioning

confidence: 99%

Novel Insights into the Influence of Soil Microstructure Characteristics on the Migration and Residue of Light Non-Aqueous Phase Liquid

Zhang

et al. 2022

Toxics

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Understanding the influence of soil microstructure on light non-aqueous phase liquids (LNAPLs) behavior is critical for predicting the formation of residual LNAPLs under spill condition. However, the roles of soil particle and pore on LNAPLs migration and residue remains unclear. Here, the experiment simulated an LNAPLs (diesel) spill that was performed in fourteen types of soils, and the key factors affecting diesel behavior are revealed. There were significant differences between fourteen types of soils, with regard to the soil particle, soil pore, and diesel migration and residue. After 72 h of leakage, the migration distance of diesel ranged from 3.42 cm to 8.82 cm in the soils. Except for sandy soil, diesel was mainly distributed in the 0–3 cm soil layer, and the residual amounts were 7.85–26.66 g/kg. It was further confirmed from microstructure that the consistency of soil particle and volume of soil macropores (0.05–7.5 μm) are important for diesel residue in the 0–1 cm soil layer and migration distance. The large soil particles corresponding to 90% of volume fraction and volume of soil mesopores (< 0.05 μm) are key factors affecting diesel residue in the 1–3 cm soil layer. The result helps to further comprehend the formation mechanism of residual LNAPLs in the soil.

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Soil Texture Distribution for East Wasit Province, Iraq

Cited by 5 publications

References 20 publications

Evaluation of the Readiness of NPK Elements for the Soils of the Mouradia Agricultural Project in Babil Governorate

Evaluation of the Readiness of NPK Elements for the Soils of the Mouradia Agricultural Project in Babil Governorate

A comparative Study of the Content of some Microelements in the Soil of the Mouradia Agricultural Project in Babil Governorate

Novel Insights into the Influence of Soil Microstructure Characteristics on the Migration and Residue of Light Non-Aqueous Phase Liquid

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