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“yield decrease”

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paper W2181531684 ✕

Intervention effectobservedoriginal resultnegativemeasured

Claim · model-written summary

Alvand seed yield decreased 72% in first year under severe stress versus normal conditions.

Taxon: wheatTriticum aestivumt0
Material: Alvande0
Treatment: severe water stress (60% field capacity depletion)e0
Outcome: seed yielde0
Direction: decreasee0
Value: 72%e0
Qualifier: 80 kg ha -1 nitrogene0
Comparator: normal conditions (20% field capacity depletion)e0

Verbatim

e0
“Under severe water stress (60% field capacity depletion) conditions and 80 kg ha -1 nitrogen, seed yield of Alvand, Shahryar, Durum PGS 01-60-335 and Durum IDW 01-61-130 showed 72%, 75%, 54% and 44% decrease in the first year and 72%, 71%, 55% and 45% decline during the second year compared to normal conditions (20% field capacity depletion)”
✓ located verbatim in the source · abstract, characters 896–1239

t0
“bread and durum wheat genotypes”
✓ located verbatim in the source · title, characters 86–117

Title

Effects of drought stress and nitrogen nutrition on seed yield and proline content in bread and durum wheat genotypes

Farshad Sorkhi Lalelou; Mohammad Reza Shakiba; Adel Dabbagh Mohammadi-Nassab; et al. Journal of Food Agriculture & Environment 2010

Other claims from this paper (19)

Observation The 80 kg nitrogen treatment produced maximum seed yield.
Observation The 80 kg nitrogen treatment produced maximum proline content.
Association Year significantly affected seed yield.
Association Year had no significant effect on proline content.
Intervention effect Shahryar seed yield decreased 75% in first year under severe stress versus normal conditions.
Intervention effect Durum PGS 01-60-335 seed yield decreased 54% in first year under severe stress versus normal conditions.
Intervention effect Durum IDW 01-61-130 seed yield decreased 44% in first year under severe stress versus normal conditions.
Intervention effect Alvand seed yield decreased 72% in second year under severe stress versus normal conditions.
Intervention effect Shahryar seed yield decreased 71% in second year under severe stress versus normal conditions.
Intervention effect Durum PGS 01-60-335 seed yield decreased 55% in second year under severe stress versus normal conditions.
Intervention effect Durum IDW 01-61-130 seed yield decreased 45% in second year under severe stress versus normal conditions.
Observation Flag-leaf proline increased in Alvand by 16.17-fold.
Observation Flag-leaf proline increased in Shahriar by 15,76-fold.
Observation Flag-leaf proline increased in Durum PGS 01-60-335 by 19.43-fold.
Observation Flag-leaf proline increased in Durum 01-61-130 by 20.39-fold.
Observation Without water stress, Alvand had maximum yield and Durum IDW 01-61-130 minimum yield.
Observation Under severe water stress, Durum IDW 01-61130 had maximum yield and Shahriar minimum yield.
Observation Under severe stress, Alvand and Shahriar had major yield loss and minimum proline increase.
Observation Nitrogen fertilization had negligible potential to compensate drought-related yield losses.

Intervention effectobservedoriginal resultnegativemeasured

Claim · model-written summary

Shahryar seed yield decreased 75% in first year under severe stress versus normal conditions.

Taxon: wheatTriticum aestivumt0
Material: Shahryare0
Treatment: severe water stress (60% field capacity depletion)e0
Outcome: seed yielde0
Direction: decreasee0
Value: 75%e0
Qualifier: 80 kg ha -1 nitrogene0
Comparator: normal conditions (20% field capacity depletion)e0

Verbatim

e0
“Under severe water stress (60% field capacity depletion) conditions and 80 kg ha -1 nitrogen, seed yield of Alvand, Shahryar, Durum PGS 01-60-335 and Durum IDW 01-61-130 showed 72%, 75%, 54% and 44% decrease in the first year and 72%, 71%, 55% and 45% decline during the second year compared to normal conditions (20% field capacity depletion)”
✓ located verbatim in the source · abstract, characters 896–1239

t0
“bread and durum wheat genotypes”
✓ located verbatim in the source · title, characters 86–117

Title

Effects of drought stress and nitrogen nutrition on seed yield and proline content in bread and durum wheat genotypes

Farshad Sorkhi Lalelou; Mohammad Reza Shakiba; Adel Dabbagh Mohammadi-Nassab; et al. Journal of Food Agriculture & Environment 2010

Other claims from this paper (19)

Observation The 80 kg nitrogen treatment produced maximum seed yield.
Observation The 80 kg nitrogen treatment produced maximum proline content.
Association Year significantly affected seed yield.
Association Year had no significant effect on proline content.
Intervention effect Alvand seed yield decreased 72% in first year under severe stress versus normal conditions.
Intervention effect Durum PGS 01-60-335 seed yield decreased 54% in first year under severe stress versus normal conditions.
Intervention effect Durum IDW 01-61-130 seed yield decreased 44% in first year under severe stress versus normal conditions.
Intervention effect Alvand seed yield decreased 72% in second year under severe stress versus normal conditions.
Intervention effect Shahryar seed yield decreased 71% in second year under severe stress versus normal conditions.
Intervention effect Durum PGS 01-60-335 seed yield decreased 55% in second year under severe stress versus normal conditions.
Intervention effect Durum IDW 01-61-130 seed yield decreased 45% in second year under severe stress versus normal conditions.
Observation Flag-leaf proline increased in Alvand by 16.17-fold.
Observation Flag-leaf proline increased in Shahriar by 15,76-fold.
Observation Flag-leaf proline increased in Durum PGS 01-60-335 by 19.43-fold.
Observation Flag-leaf proline increased in Durum 01-61-130 by 20.39-fold.
Observation Without water stress, Alvand had maximum yield and Durum IDW 01-61-130 minimum yield.
Observation Under severe water stress, Durum IDW 01-61130 had maximum yield and Shahriar minimum yield.
Observation Under severe stress, Alvand and Shahriar had major yield loss and minimum proline increase.
Observation Nitrogen fertilization had negligible potential to compensate drought-related yield losses.

Intervention effectobservedoriginal resultnegativemeasured

Claim · model-written summary

Durum PGS 01-60-335 seed yield decreased 54% in first year under severe stress versus normal conditions.

Taxon: wheatTriticum aestivumt0
Material: Durum PGS 01-60-335e0
Treatment: severe water stress (60% field capacity depletion)e0
Outcome: seed yielde0
Direction: decreasee0
Value: 54%e0
Qualifier: 80 kg ha -1 nitrogene0
Comparator: normal conditions (20% field capacity depletion)e0

Verbatim

e0
“Under severe water stress (60% field capacity depletion) conditions and 80 kg ha -1 nitrogen, seed yield of Alvand, Shahryar, Durum PGS 01-60-335 and Durum IDW 01-61-130 showed 72%, 75%, 54% and 44% decrease in the first year and 72%, 71%, 55% and 45% decline during the second year compared to normal conditions (20% field capacity depletion)”
✓ located verbatim in the source · abstract, characters 896–1239

t0
“bread and durum wheat genotypes”
✓ located verbatim in the source · title, characters 86–117

Title

Effects of drought stress and nitrogen nutrition on seed yield and proline content in bread and durum wheat genotypes

Farshad Sorkhi Lalelou; Mohammad Reza Shakiba; Adel Dabbagh Mohammadi-Nassab; et al. Journal of Food Agriculture & Environment 2010

Other claims from this paper (19)

Observation The 80 kg nitrogen treatment produced maximum seed yield.
Observation The 80 kg nitrogen treatment produced maximum proline content.
Association Year significantly affected seed yield.
Association Year had no significant effect on proline content.
Intervention effect Alvand seed yield decreased 72% in first year under severe stress versus normal conditions.
Intervention effect Shahryar seed yield decreased 75% in first year under severe stress versus normal conditions.
Intervention effect Durum IDW 01-61-130 seed yield decreased 44% in first year under severe stress versus normal conditions.
Intervention effect Alvand seed yield decreased 72% in second year under severe stress versus normal conditions.
Intervention effect Shahryar seed yield decreased 71% in second year under severe stress versus normal conditions.
Intervention effect Durum PGS 01-60-335 seed yield decreased 55% in second year under severe stress versus normal conditions.
Intervention effect Durum IDW 01-61-130 seed yield decreased 45% in second year under severe stress versus normal conditions.
Observation Flag-leaf proline increased in Alvand by 16.17-fold.
Observation Flag-leaf proline increased in Shahriar by 15,76-fold.
Observation Flag-leaf proline increased in Durum PGS 01-60-335 by 19.43-fold.
Observation Flag-leaf proline increased in Durum 01-61-130 by 20.39-fold.
Observation Without water stress, Alvand had maximum yield and Durum IDW 01-61-130 minimum yield.
Observation Under severe water stress, Durum IDW 01-61130 had maximum yield and Shahriar minimum yield.
Observation Under severe stress, Alvand and Shahriar had major yield loss and minimum proline increase.
Observation Nitrogen fertilization had negligible potential to compensate drought-related yield losses.

Intervention effectobservedoriginal resultnegativemeasured

Claim · model-written summary

Durum IDW 01-61-130 seed yield decreased 44% in first year under severe stress versus normal conditions.

Taxon: wheatTriticum aestivumt0
Material: Durum IDW 01-61-130e0
Treatment: severe water stress (60% field capacity depletion)e0
Outcome: seed yielde0
Direction: decreasee0
Value: 44%e0
Qualifier: 80 kg ha -1 nitrogene0
Comparator: normal conditions (20% field capacity depletion)e0

Verbatim

e0
“Under severe water stress (60% field capacity depletion) conditions and 80 kg ha -1 nitrogen, seed yield of Alvand, Shahryar, Durum PGS 01-60-335 and Durum IDW 01-61-130 showed 72%, 75%, 54% and 44% decrease in the first year and 72%, 71%, 55% and 45% decline during the second year compared to normal conditions (20% field capacity depletion)”
✓ located verbatim in the source · abstract, characters 896–1239

t0
“bread and durum wheat genotypes”
✓ located verbatim in the source · title, characters 86–117

Title

Effects of drought stress and nitrogen nutrition on seed yield and proline content in bread and durum wheat genotypes

Farshad Sorkhi Lalelou; Mohammad Reza Shakiba; Adel Dabbagh Mohammadi-Nassab; et al. Journal of Food Agriculture & Environment 2010

Other claims from this paper (19)

Observation The 80 kg nitrogen treatment produced maximum seed yield.
Observation The 80 kg nitrogen treatment produced maximum proline content.
Association Year significantly affected seed yield.
Association Year had no significant effect on proline content.
Intervention effect Alvand seed yield decreased 72% in first year under severe stress versus normal conditions.
Intervention effect Shahryar seed yield decreased 75% in first year under severe stress versus normal conditions.
Intervention effect Durum PGS 01-60-335 seed yield decreased 54% in first year under severe stress versus normal conditions.
Intervention effect Alvand seed yield decreased 72% in second year under severe stress versus normal conditions.
Intervention effect Shahryar seed yield decreased 71% in second year under severe stress versus normal conditions.
Intervention effect Durum PGS 01-60-335 seed yield decreased 55% in second year under severe stress versus normal conditions.
Intervention effect Durum IDW 01-61-130 seed yield decreased 45% in second year under severe stress versus normal conditions.
Observation Flag-leaf proline increased in Alvand by 16.17-fold.
Observation Flag-leaf proline increased in Shahriar by 15,76-fold.
Observation Flag-leaf proline increased in Durum PGS 01-60-335 by 19.43-fold.
Observation Flag-leaf proline increased in Durum 01-61-130 by 20.39-fold.
Observation Without water stress, Alvand had maximum yield and Durum IDW 01-61-130 minimum yield.
Observation Under severe water stress, Durum IDW 01-61130 had maximum yield and Shahriar minimum yield.
Observation Under severe stress, Alvand and Shahriar had major yield loss and minimum proline increase.
Observation Nitrogen fertilization had negligible potential to compensate drought-related yield losses.

Intervention effectobservedoriginal resultnegativemeasured

Claim · model-written summary

Alvand seed yield decreased 72% in second year under severe stress versus normal conditions.

Taxon: wheatTriticum aestivumt0
Material: Alvande0
Treatment: severe water stress (60% field capacity depletion)e0
Outcome: seed yielde0
Direction: declinee0
Value: 72%e0
Qualifier: 80 kg ha -1 nitrogene0
Comparator: normal conditions (20% field capacity depletion)e0

Verbatim

e0
“Under severe water stress (60% field capacity depletion) conditions and 80 kg ha -1 nitrogen, seed yield of Alvand, Shahryar, Durum PGS 01-60-335 and Durum IDW 01-61-130 showed 72%, 75%, 54% and 44% decrease in the first year and 72%, 71%, 55% and 45% decline during the second year compared to normal conditions (20% field capacity depletion)”
✓ located verbatim in the source · abstract, characters 896–1239

t0
“bread and durum wheat genotypes”
✓ located verbatim in the source · title, characters 86–117

Title

Effects of drought stress and nitrogen nutrition on seed yield and proline content in bread and durum wheat genotypes

Farshad Sorkhi Lalelou; Mohammad Reza Shakiba; Adel Dabbagh Mohammadi-Nassab; et al. Journal of Food Agriculture & Environment 2010

Other claims from this paper (19)

Observation The 80 kg nitrogen treatment produced maximum seed yield.
Observation The 80 kg nitrogen treatment produced maximum proline content.
Association Year significantly affected seed yield.
Association Year had no significant effect on proline content.
Intervention effect Alvand seed yield decreased 72% in first year under severe stress versus normal conditions.
Intervention effect Shahryar seed yield decreased 75% in first year under severe stress versus normal conditions.
Intervention effect Durum PGS 01-60-335 seed yield decreased 54% in first year under severe stress versus normal conditions.
Intervention effect Durum IDW 01-61-130 seed yield decreased 44% in first year under severe stress versus normal conditions.
Intervention effect Shahryar seed yield decreased 71% in second year under severe stress versus normal conditions.
Intervention effect Durum PGS 01-60-335 seed yield decreased 55% in second year under severe stress versus normal conditions.
Intervention effect Durum IDW 01-61-130 seed yield decreased 45% in second year under severe stress versus normal conditions.
Observation Flag-leaf proline increased in Alvand by 16.17-fold.
Observation Flag-leaf proline increased in Shahriar by 15,76-fold.
Observation Flag-leaf proline increased in Durum PGS 01-60-335 by 19.43-fold.
Observation Flag-leaf proline increased in Durum 01-61-130 by 20.39-fold.
Observation Without water stress, Alvand had maximum yield and Durum IDW 01-61-130 minimum yield.
Observation Under severe water stress, Durum IDW 01-61130 had maximum yield and Shahriar minimum yield.
Observation Under severe stress, Alvand and Shahriar had major yield loss and minimum proline increase.
Observation Nitrogen fertilization had negligible potential to compensate drought-related yield losses.

Intervention effectobservedoriginal resultnegativemeasured

Claim · model-written summary

Shahryar seed yield decreased 71% in second year under severe stress versus normal conditions.

Taxon: wheatTriticum aestivumt0
Material: Shahryare0
Treatment: severe water stress (60% field capacity depletion)e0
Outcome: seed yielde0
Direction: declinee0
Value: 71%e0
Qualifier: 80 kg ha -1 nitrogene0
Comparator: normal conditions (20% field capacity depletion)e0

Verbatim

e0
“Under severe water stress (60% field capacity depletion) conditions and 80 kg ha -1 nitrogen, seed yield of Alvand, Shahryar, Durum PGS 01-60-335 and Durum IDW 01-61-130 showed 72%, 75%, 54% and 44% decrease in the first year and 72%, 71%, 55% and 45% decline during the second year compared to normal conditions (20% field capacity depletion)”
✓ located verbatim in the source · abstract, characters 896–1239

t0
“bread and durum wheat genotypes”
✓ located verbatim in the source · title, characters 86–117

Title

Effects of drought stress and nitrogen nutrition on seed yield and proline content in bread and durum wheat genotypes

Farshad Sorkhi Lalelou; Mohammad Reza Shakiba; Adel Dabbagh Mohammadi-Nassab; et al. Journal of Food Agriculture & Environment 2010

Other claims from this paper (19)

Observation The 80 kg nitrogen treatment produced maximum seed yield.
Observation The 80 kg nitrogen treatment produced maximum proline content.
Association Year significantly affected seed yield.
Association Year had no significant effect on proline content.
Intervention effect Alvand seed yield decreased 72% in first year under severe stress versus normal conditions.
Intervention effect Shahryar seed yield decreased 75% in first year under severe stress versus normal conditions.
Intervention effect Durum PGS 01-60-335 seed yield decreased 54% in first year under severe stress versus normal conditions.
Intervention effect Durum IDW 01-61-130 seed yield decreased 44% in first year under severe stress versus normal conditions.
Intervention effect Alvand seed yield decreased 72% in second year under severe stress versus normal conditions.
Intervention effect Durum PGS 01-60-335 seed yield decreased 55% in second year under severe stress versus normal conditions.
Intervention effect Durum IDW 01-61-130 seed yield decreased 45% in second year under severe stress versus normal conditions.
Observation Flag-leaf proline increased in Alvand by 16.17-fold.
Observation Flag-leaf proline increased in Shahriar by 15,76-fold.
Observation Flag-leaf proline increased in Durum PGS 01-60-335 by 19.43-fold.
Observation Flag-leaf proline increased in Durum 01-61-130 by 20.39-fold.
Observation Without water stress, Alvand had maximum yield and Durum IDW 01-61-130 minimum yield.
Observation Under severe water stress, Durum IDW 01-61130 had maximum yield and Shahriar minimum yield.
Observation Under severe stress, Alvand and Shahriar had major yield loss and minimum proline increase.
Observation Nitrogen fertilization had negligible potential to compensate drought-related yield losses.

Intervention effectobservedoriginal resultnegativemeasured

Claim · model-written summary

Durum PGS 01-60-335 seed yield decreased 55% in second year under severe stress versus normal conditions.

Taxon: wheatTriticum aestivumt0
Material: Durum PGS 01-60-335e0
Treatment: severe water stress (60% field capacity depletion)e0
Outcome: seed yielde0
Direction: declinee0
Value: 55%e0
Qualifier: 80 kg ha -1 nitrogene0
Comparator: normal conditions (20% field capacity depletion)e0

Verbatim

e0
“Under severe water stress (60% field capacity depletion) conditions and 80 kg ha -1 nitrogen, seed yield of Alvand, Shahryar, Durum PGS 01-60-335 and Durum IDW 01-61-130 showed 72%, 75%, 54% and 44% decrease in the first year and 72%, 71%, 55% and 45% decline during the second year compared to normal conditions (20% field capacity depletion)”
✓ located verbatim in the source · abstract, characters 896–1239

t0
“bread and durum wheat genotypes”
✓ located verbatim in the source · title, characters 86–117

Title

Effects of drought stress and nitrogen nutrition on seed yield and proline content in bread and durum wheat genotypes

Farshad Sorkhi Lalelou; Mohammad Reza Shakiba; Adel Dabbagh Mohammadi-Nassab; et al. Journal of Food Agriculture & Environment 2010

Other claims from this paper (19)

Observation The 80 kg nitrogen treatment produced maximum seed yield.
Observation The 80 kg nitrogen treatment produced maximum proline content.
Association Year significantly affected seed yield.
Association Year had no significant effect on proline content.
Intervention effect Alvand seed yield decreased 72% in first year under severe stress versus normal conditions.
Intervention effect Shahryar seed yield decreased 75% in first year under severe stress versus normal conditions.
Intervention effect Durum PGS 01-60-335 seed yield decreased 54% in first year under severe stress versus normal conditions.
Intervention effect Durum IDW 01-61-130 seed yield decreased 44% in first year under severe stress versus normal conditions.
Intervention effect Alvand seed yield decreased 72% in second year under severe stress versus normal conditions.
Intervention effect Shahryar seed yield decreased 71% in second year under severe stress versus normal conditions.
Intervention effect Durum IDW 01-61-130 seed yield decreased 45% in second year under severe stress versus normal conditions.
Observation Flag-leaf proline increased in Alvand by 16.17-fold.
Observation Flag-leaf proline increased in Shahriar by 15,76-fold.
Observation Flag-leaf proline increased in Durum PGS 01-60-335 by 19.43-fold.
Observation Flag-leaf proline increased in Durum 01-61-130 by 20.39-fold.
Observation Without water stress, Alvand had maximum yield and Durum IDW 01-61-130 minimum yield.
Observation Under severe water stress, Durum IDW 01-61130 had maximum yield and Shahriar minimum yield.
Observation Under severe stress, Alvand and Shahriar had major yield loss and minimum proline increase.
Observation Nitrogen fertilization had negligible potential to compensate drought-related yield losses.

Intervention effectobservedoriginal resultnegativemeasured

Claim · model-written summary

Durum IDW 01-61-130 seed yield decreased 45% in second year under severe stress versus normal conditions.

Taxon: wheatTriticum aestivumt0
Material: Durum IDW 01-61-130e0
Treatment: severe water stress (60% field capacity depletion)e0
Outcome: seed yielde0
Direction: declinee0
Value: 45%e0
Qualifier: 80 kg ha -1 nitrogene0
Comparator: normal conditions (20% field capacity depletion)e0

Verbatim

e0
“Under severe water stress (60% field capacity depletion) conditions and 80 kg ha -1 nitrogen, seed yield of Alvand, Shahryar, Durum PGS 01-60-335 and Durum IDW 01-61-130 showed 72%, 75%, 54% and 44% decrease in the first year and 72%, 71%, 55% and 45% decline during the second year compared to normal conditions (20% field capacity depletion)”
✓ located verbatim in the source · abstract, characters 896–1239

t0
“bread and durum wheat genotypes”
✓ located verbatim in the source · title, characters 86–117

Title

Effects of drought stress and nitrogen nutrition on seed yield and proline content in bread and durum wheat genotypes

Farshad Sorkhi Lalelou; Mohammad Reza Shakiba; Adel Dabbagh Mohammadi-Nassab; et al. Journal of Food Agriculture & Environment 2010

Other claims from this paper (19)

Observation The 80 kg nitrogen treatment produced maximum seed yield.
Observation The 80 kg nitrogen treatment produced maximum proline content.
Association Year significantly affected seed yield.
Association Year had no significant effect on proline content.
Intervention effect Alvand seed yield decreased 72% in first year under severe stress versus normal conditions.
Intervention effect Shahryar seed yield decreased 75% in first year under severe stress versus normal conditions.
Intervention effect Durum PGS 01-60-335 seed yield decreased 54% in first year under severe stress versus normal conditions.
Intervention effect Durum IDW 01-61-130 seed yield decreased 44% in first year under severe stress versus normal conditions.
Intervention effect Alvand seed yield decreased 72% in second year under severe stress versus normal conditions.
Intervention effect Shahryar seed yield decreased 71% in second year under severe stress versus normal conditions.
Intervention effect Durum PGS 01-60-335 seed yield decreased 55% in second year under severe stress versus normal conditions.
Observation Flag-leaf proline increased in Alvand by 16.17-fold.
Observation Flag-leaf proline increased in Shahriar by 15,76-fold.
Observation Flag-leaf proline increased in Durum PGS 01-60-335 by 19.43-fold.
Observation Flag-leaf proline increased in Durum 01-61-130 by 20.39-fold.
Observation Without water stress, Alvand had maximum yield and Durum IDW 01-61-130 minimum yield.
Observation Under severe water stress, Durum IDW 01-61130 had maximum yield and Shahriar minimum yield.
Observation Under severe stress, Alvand and Shahriar had major yield loss and minimum proline increase.
Observation Nitrogen fertilization had negligible potential to compensate drought-related yield losses.

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“yield decrease”

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