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“yield decrease”

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paper W3212053737 ✕

Intervention effectobservedoriginal resultmeasured

Claim · model-written summary

Crop residue addition in 2019 was 68.03% below the initial 2017 addition.

Taxon: BarleysHordeumt0
Treatment: crope6
Outcome: additione6
Direction: decreaseinferrede6
Value: 68.03%e6
Qualifier: In the 2019 seasone6
Comparator: initial addition in 2017e6

Verbatim

e6
“In the 2019 season, the addition amounted to 0.537, 0.691 and 1.108 kg/m2, down from the initial addition in 2017 by 68.03%, 62.44% and 44.64% for the treatments, crop, tree and shrubs and orchard residues, respectively”
✓ located verbatim in the source · abstract, characters 1007–1226

t0
“Barleys Yield Under Saline Stress”
✓ located verbatim in the source · title, characters 119–152

Title

Effect of Short Term Management of Soil Organic Carbon Build up and Organic Residues Types on Some Soil Properties and Barleys Yield Under Saline Stress

S J H Dwenee; A S Falih; F O K Alghrairi; et al. IOP Conference Series Earth and Environmental Science 2021. doi:10.1088/1755-1315/904/1/012053

Other claims from this paper (15)

Intervention effect Crop residues left 0.794% organic carbon in the soil after harvest in 2017, higher than the control (0.542%).
Intervention effect Tree residues left 0.728% organic carbon in the soil after harvest in 2017, higher than the control (0.542%).
Intervention effect Shrub and orchard residues left 0.642% organic carbon in the soil after harvest in 2017, higher than the control (0.542%).
Intervention effect Addition of orchard residues gave a significant difference in barley straw and grain yield in all three years.
Intervention effect Addition of organic wastes decreased soil salinity by 16.65% over three years.
Intervention effect Addition of organic wastes increased total nitrogen by 22.91%.
Intervention effect Addition of organic wastes increased organic carbon by 42.36%.
Intervention effect Addition of organic wastes increased available nitrogen by 33.01%.
Intervention effect Addition of organic wastes increased available potassium by 30.86%.
Intervention effect Addition of organic wastes increased available phosphorus by 32.95%.
Intervention effect Amount of organic residue needed in 2018 was 55.79% below the initial 2017 addition.
Intervention effect Amount of organic residue needed in 2018 was 41.63% below the initial 2017 addition.
Intervention effect Amount of organic residue needed in 2018 was 23.18% below the initial 2017 addition.
Intervention effect Tree and shrub residue addition in 2019 was 62.44% below the initial 2017 addition.
Intervention effect Orchard residue addition in 2019 was 44.64% below the initial 2017 addition.

Intervention effectobservedoriginal resultmeasured

Claim · model-written summary

Orchard residue addition in 2019 was 44.64% below the initial 2017 addition.

Taxon: BarleysHordeumt0
Treatment: orchard residuese6
Outcome: additione6
Direction: decreaseinferrede6
Value: 44.64%e6
Qualifier: In the 2019 seasone6
Comparator: initial addition in 2017e6

Verbatim

e6
“In the 2019 season, the addition amounted to 0.537, 0.691 and 1.108 kg/m2, down from the initial addition in 2017 by 68.03%, 62.44% and 44.64% for the treatments, crop, tree and shrubs and orchard residues, respectively”
✓ located verbatim in the source · abstract, characters 1007–1226

t0
“Barleys Yield Under Saline Stress”
✓ located verbatim in the source · title, characters 119–152

Title

Effect of Short Term Management of Soil Organic Carbon Build up and Organic Residues Types on Some Soil Properties and Barleys Yield Under Saline Stress

S J H Dwenee; A S Falih; F O K Alghrairi; et al. IOP Conference Series Earth and Environmental Science 2021. doi:10.1088/1755-1315/904/1/012053

Other claims from this paper (15)

Intervention effect Crop residues left 0.794% organic carbon in the soil after harvest in 2017, higher than the control (0.542%).
Intervention effect Tree residues left 0.728% organic carbon in the soil after harvest in 2017, higher than the control (0.542%).
Intervention effect Shrub and orchard residues left 0.642% organic carbon in the soil after harvest in 2017, higher than the control (0.542%).
Intervention effect Addition of orchard residues gave a significant difference in barley straw and grain yield in all three years.
Intervention effect Addition of organic wastes decreased soil salinity by 16.65% over three years.
Intervention effect Addition of organic wastes increased total nitrogen by 22.91%.
Intervention effect Addition of organic wastes increased organic carbon by 42.36%.
Intervention effect Addition of organic wastes increased available nitrogen by 33.01%.
Intervention effect Addition of organic wastes increased available potassium by 30.86%.
Intervention effect Addition of organic wastes increased available phosphorus by 32.95%.
Intervention effect Amount of organic residue needed in 2018 was 55.79% below the initial 2017 addition.
Intervention effect Amount of organic residue needed in 2018 was 41.63% below the initial 2017 addition.
Intervention effect Amount of organic residue needed in 2018 was 23.18% below the initial 2017 addition.
Intervention effect Crop residue addition in 2019 was 68.03% below the initial 2017 addition.
Intervention effect Tree and shrub residue addition in 2019 was 62.44% below the initial 2017 addition.

Intervention effectobservedoriginal resultmeasured

Claim · model-written summary

Tree and shrub residue addition in 2019 was 62.44% below the initial 2017 addition.

Taxon: BarleysHordeumt0
Treatment: tree and shrubse6
Outcome: additione6
Direction: decreaseinferrede6
Value: 62.44%e6
Qualifier: In the 2019 seasone6
Comparator: initial addition in 2017e6

Verbatim

e6
“In the 2019 season, the addition amounted to 0.537, 0.691 and 1.108 kg/m2, down from the initial addition in 2017 by 68.03%, 62.44% and 44.64% for the treatments, crop, tree and shrubs and orchard residues, respectively”
✓ located verbatim in the source · abstract, characters 1007–1226

t0
“Barleys Yield Under Saline Stress”
✓ located verbatim in the source · title, characters 119–152

Title

Effect of Short Term Management of Soil Organic Carbon Build up and Organic Residues Types on Some Soil Properties and Barleys Yield Under Saline Stress

S J H Dwenee; A S Falih; F O K Alghrairi; et al. IOP Conference Series Earth and Environmental Science 2021. doi:10.1088/1755-1315/904/1/012053

Other claims from this paper (15)

Intervention effect Crop residues left 0.794% organic carbon in the soil after harvest in 2017, higher than the control (0.542%).
Intervention effect Tree residues left 0.728% organic carbon in the soil after harvest in 2017, higher than the control (0.542%).
Intervention effect Shrub and orchard residues left 0.642% organic carbon in the soil after harvest in 2017, higher than the control (0.542%).
Intervention effect Addition of orchard residues gave a significant difference in barley straw and grain yield in all three years.
Intervention effect Addition of organic wastes decreased soil salinity by 16.65% over three years.
Intervention effect Addition of organic wastes increased total nitrogen by 22.91%.
Intervention effect Addition of organic wastes increased organic carbon by 42.36%.
Intervention effect Addition of organic wastes increased available nitrogen by 33.01%.
Intervention effect Addition of organic wastes increased available potassium by 30.86%.
Intervention effect Addition of organic wastes increased available phosphorus by 32.95%.
Intervention effect Amount of organic residue needed in 2018 was 55.79% below the initial 2017 addition.
Intervention effect Amount of organic residue needed in 2018 was 41.63% below the initial 2017 addition.
Intervention effect Amount of organic residue needed in 2018 was 23.18% below the initial 2017 addition.
Intervention effect Crop residue addition in 2019 was 68.03% below the initial 2017 addition.
Intervention effect Orchard residue addition in 2019 was 44.64% below the initial 2017 addition.

Intervention effectobservedoriginal resultmeasured

Claim · model-written summary

Amount of organic residue needed in 2018 was 55.79% below the initial 2017 addition.

Taxon: BarleysHordeumt0
Outcome: additione5
Direction: decreaseinferrede5
Value: 55.79%e5
Qualifier: in the following season 2018e5
Comparator: initial addition in 2017e5

Not reportedTreatment

Verbatim

e5
“In order to maintain the organic carbon ratio up to 1.0%, it was necessary to add organic residues in the following season 2018 in quantities of 0.742, 1.074 and 1.537 kg/m2, down from the initial addition in 2017 by 55.79%, 41.63% and 23.18%”
✓ located verbatim in the source · abstract, characters 763–1005

t0
“Barleys Yield Under Saline Stress”
✓ located verbatim in the source · title, characters 119–152

Title

Effect of Short Term Management of Soil Organic Carbon Build up and Organic Residues Types on Some Soil Properties and Barleys Yield Under Saline Stress

S J H Dwenee; A S Falih; F O K Alghrairi; et al. IOP Conference Series Earth and Environmental Science 2021. doi:10.1088/1755-1315/904/1/012053

Other claims from this paper (15)

Intervention effect Crop residues left 0.794% organic carbon in the soil after harvest in 2017, higher than the control (0.542%).
Intervention effect Tree residues left 0.728% organic carbon in the soil after harvest in 2017, higher than the control (0.542%).
Intervention effect Shrub and orchard residues left 0.642% organic carbon in the soil after harvest in 2017, higher than the control (0.542%).
Intervention effect Addition of orchard residues gave a significant difference in barley straw and grain yield in all three years.
Intervention effect Addition of organic wastes decreased soil salinity by 16.65% over three years.
Intervention effect Addition of organic wastes increased total nitrogen by 22.91%.
Intervention effect Addition of organic wastes increased organic carbon by 42.36%.
Intervention effect Addition of organic wastes increased available nitrogen by 33.01%.
Intervention effect Addition of organic wastes increased available potassium by 30.86%.
Intervention effect Addition of organic wastes increased available phosphorus by 32.95%.
Intervention effect Amount of organic residue needed in 2018 was 41.63% below the initial 2017 addition.
Intervention effect Amount of organic residue needed in 2018 was 23.18% below the initial 2017 addition.
Intervention effect Crop residue addition in 2019 was 68.03% below the initial 2017 addition.
Intervention effect Tree and shrub residue addition in 2019 was 62.44% below the initial 2017 addition.
Intervention effect Orchard residue addition in 2019 was 44.64% below the initial 2017 addition.

Intervention effectobservedoriginal resultmeasured

Claim · model-written summary

Amount of organic residue needed in 2018 was 41.63% below the initial 2017 addition.

Taxon: BarleysHordeumt0
Outcome: additione5
Direction: decreaseinferrede5
Value: 41.63%e5
Qualifier: in the following season 2018e5
Comparator: initial addition in 2017e5

Not reportedTreatment

Verbatim

e5
“In order to maintain the organic carbon ratio up to 1.0%, it was necessary to add organic residues in the following season 2018 in quantities of 0.742, 1.074 and 1.537 kg/m2, down from the initial addition in 2017 by 55.79%, 41.63% and 23.18%”
✓ located verbatim in the source · abstract, characters 763–1005

t0
“Barleys Yield Under Saline Stress”
✓ located verbatim in the source · title, characters 119–152

Title

Effect of Short Term Management of Soil Organic Carbon Build up and Organic Residues Types on Some Soil Properties and Barleys Yield Under Saline Stress

S J H Dwenee; A S Falih; F O K Alghrairi; et al. IOP Conference Series Earth and Environmental Science 2021. doi:10.1088/1755-1315/904/1/012053

Other claims from this paper (15)

Intervention effect Crop residues left 0.794% organic carbon in the soil after harvest in 2017, higher than the control (0.542%).
Intervention effect Tree residues left 0.728% organic carbon in the soil after harvest in 2017, higher than the control (0.542%).
Intervention effect Shrub and orchard residues left 0.642% organic carbon in the soil after harvest in 2017, higher than the control (0.542%).
Intervention effect Addition of orchard residues gave a significant difference in barley straw and grain yield in all three years.
Intervention effect Addition of organic wastes decreased soil salinity by 16.65% over three years.
Intervention effect Addition of organic wastes increased total nitrogen by 22.91%.
Intervention effect Addition of organic wastes increased organic carbon by 42.36%.
Intervention effect Addition of organic wastes increased available nitrogen by 33.01%.
Intervention effect Addition of organic wastes increased available potassium by 30.86%.
Intervention effect Addition of organic wastes increased available phosphorus by 32.95%.
Intervention effect Amount of organic residue needed in 2018 was 55.79% below the initial 2017 addition.
Intervention effect Amount of organic residue needed in 2018 was 23.18% below the initial 2017 addition.
Intervention effect Crop residue addition in 2019 was 68.03% below the initial 2017 addition.
Intervention effect Tree and shrub residue addition in 2019 was 62.44% below the initial 2017 addition.
Intervention effect Orchard residue addition in 2019 was 44.64% below the initial 2017 addition.

Intervention effectobservedoriginal resultmeasured

Claim · model-written summary

Amount of organic residue needed in 2018 was 23.18% below the initial 2017 addition.

Taxon: BarleysHordeumt0
Outcome: additione5
Direction: decreaseinferrede5
Value: 23.18%e5
Qualifier: in the following season 2018e5
Comparator: initial addition in 2017e5

Not reportedTreatment

Verbatim

e5
“In order to maintain the organic carbon ratio up to 1.0%, it was necessary to add organic residues in the following season 2018 in quantities of 0.742, 1.074 and 1.537 kg/m2, down from the initial addition in 2017 by 55.79%, 41.63% and 23.18%”
✓ located verbatim in the source · abstract, characters 763–1005

t0
“Barleys Yield Under Saline Stress”
✓ located verbatim in the source · title, characters 119–152

Title

Effect of Short Term Management of Soil Organic Carbon Build up and Organic Residues Types on Some Soil Properties and Barleys Yield Under Saline Stress

S J H Dwenee; A S Falih; F O K Alghrairi; et al. IOP Conference Series Earth and Environmental Science 2021. doi:10.1088/1755-1315/904/1/012053

Other claims from this paper (15)

Intervention effect Crop residues left 0.794% organic carbon in the soil after harvest in 2017, higher than the control (0.542%).
Intervention effect Tree residues left 0.728% organic carbon in the soil after harvest in 2017, higher than the control (0.542%).
Intervention effect Shrub and orchard residues left 0.642% organic carbon in the soil after harvest in 2017, higher than the control (0.542%).
Intervention effect Addition of orchard residues gave a significant difference in barley straw and grain yield in all three years.
Intervention effect Addition of organic wastes decreased soil salinity by 16.65% over three years.
Intervention effect Addition of organic wastes increased total nitrogen by 22.91%.
Intervention effect Addition of organic wastes increased organic carbon by 42.36%.
Intervention effect Addition of organic wastes increased available nitrogen by 33.01%.
Intervention effect Addition of organic wastes increased available potassium by 30.86%.
Intervention effect Addition of organic wastes increased available phosphorus by 32.95%.
Intervention effect Amount of organic residue needed in 2018 was 55.79% below the initial 2017 addition.
Intervention effect Amount of organic residue needed in 2018 was 41.63% below the initial 2017 addition.
Intervention effect Crop residue addition in 2019 was 68.03% below the initial 2017 addition.
Intervention effect Tree and shrub residue addition in 2019 was 62.44% below the initial 2017 addition.
Intervention effect Orchard residue addition in 2019 was 44.64% below the initial 2017 addition.

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“yield decrease”

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