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“dry weight decrease”

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2020

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Taxon: sage ✕

Taxon groups are the verbatim names found in the abstracts (case-insensitive), not normalised: maize, corn and Zea mays are separate groups here. The Organism view merges them through NCBI Taxonomy.

Intervention effectobservedoriginal resultnegativemeasured

Claim · model-written summary

Reduced irrigation decreased sage height, branch number, and fresh and dry herbal and root weights.

Taxon: Saget0
Treatment: Reduction in level irrigatione0
Outcome: plant height, the numbers of branches, fresh herbal and dry weight, fresh roots and dry weighte0
Direction: decreasee0

Not reportedComparator

Verbatim

e0
“Reduction in level irrigation led to decrease plant height, the numbers of branches, fresh herbal and dry weight, fresh roots and dry weight”
✓ located verbatim in the source · abstract, characters 831–971

t0
“Sage”
✓ located verbatim in the source · abstract, characters 0–4

Title

Effects of Paclobutrazol and 24-Epibrassinolide on some morphological and biochemical characteristics of Salvia Officinalis under different irrigation regimes

Elham Maghsoudi; Hossein Abbaspour; Abdollah Ghasemi Pirbalouti; et al. 2020. doi:10.22034/ijpp.2020.677385

Other claims from this paper (7)

Intervention effect Reduced irrigation improved sage anthocyanin and chlorophyll content.
Intervention effect Brassinolide spraying enhanced sage height, branch number, anthocyanin and chlorophyll, with 3 µmolar best.
Intervention effect Fresh root and dry weight were highest with I3 irrigation and 17µM PBZ.
Observation Chlorophyll a and total chlorophyll reached their highest values under I3×P3.
Observation Anthocyanin content was maximal under BRs2×I3.
Observation Chlorophyll b was maximal under BRs2×P2.
Recommendation Authors concluded foliar BRs and PBZ improve most sage traits under deficit irrigation.

Intervention effectobservedoriginal resultnegativemeasured

Claim · model-written summary

At 210 mg/L N, ratio of the dry weight of aerial part to dry weight of root decreased by 83.46% relative to no N application.

Taxon: saget0
Treatment: 210 mg/L Ne0
Outcome: ratio of the dry weight of aerial part to dry weight of roote0
Direction: decreasee0
Value: 83.46%e0
Comparator: no N applicatione0

Verbatim

e0
“210 mg/L N level compared with no N application caused to decrease by 54.19%, 72.59%. 39.49%, 82.52%, 51.42%, 72.20%, 71.46%, 95.17%, 90.31%, 95.82%, 92.30%, and 83.46% of stem diameter, number of branches, number of nodes, number of leaves, intermediate length, leaf length, leaf width, stem fresh and dry weight, fresh and dry weight of aerial parts and the ratio of the dry weight of aerial part to dry weight of root…” Show full quote
✓ located verbatim in the source · abstract, characters 514–948

t0
“sage medicinal plant”
✓ located verbatim in the source · title, characters 72–92

Title

Change in growth and biochemical characteristics and nutrient uptake of sage medicinal plant in response to different levels of nitrogen

Amir Abbasi Khammar; Mohammad Moghaddam; Ahmad Asgharzade; et al. Iranian Journal of Medicinal and Aromatic Plants Research 2021. doi:10.22092/ijmapr.2021.354102.2971

Other claims from this paper (19)

Intervention effect At 210 mg/L N, stem diameter decreased by 54.19% relative to no N application.
Intervention effect At 210 mg/L N, number of branches decreased by 72.59% relative to no N application.
Intervention effect At 210 mg/L N, number of nodes decreased by 39.49% relative to no N application.
Intervention effect At 210 mg/L N, number of leaves decreased by 82.52% relative to no N application.
Intervention effect At 210 mg/L N, intermediate length decreased by 51.42% relative to no N application.
Intervention effect At 210 mg/L N, leaf length decreased by 72.20% relative to no N application.
Intervention effect At 210 mg/L N, leaf width decreased by 71.46% relative to no N application.
Intervention effect At 210 mg/L N, stem fresh and dry weight decreased by 95.17% relative to no N application.
Intervention effect At 210 mg/L N, stem fresh and dry weight decreased by 90.31% relative to no N application.
Intervention effect At 210 mg/L N, fresh and dry weight of aerial parts decreased by 95.82% relative to no N application.
Intervention effect At 210 mg/L N, fresh and dry weight of aerial parts decreased by 92.30% relative to no N application.
Intervention effect At 210 mg/L nitrogen, RWC increased by 9.57%.
Intervention effect At 210 mg/L nitrogen, proline increased by 266.6%.
Intervention effect At 210 mg/L nitrogen, essential oil content increased by 14.87%.
Intervention effect At 210 mg/L nitrogen, electrolyte leakage decreased by 30.45%.
Intervention effect At 210 mg/L nitrogen, malondialdehyde decreased by 51.51%.
Intervention effect At the lowest N level, N, P, and K content decreased by 56.89% relative to the highest level.
Intervention effect At the lowest N level, N, P, and K content decreased by 85.13% relative to the highest level.
Intervention effect At the lowest N level, N, P, and K content decreased by 32.65% relative to the highest level.

Intervention effectobservedoriginal resultnegativemeasured

Claim · model-written summary

At 210 mg/L N, stem fresh and dry weight decreased by 95.17% relative to no N application.

Taxon: saget0
Treatment: 210 mg/L Ne0
Outcome: stem fresh and dry weighte0
Direction: decreasee0
Value: 95.17%e0
Comparator: no N applicatione0

Verbatim

e0
“210 mg/L N level compared with no N application caused to decrease by 54.19%, 72.59%. 39.49%, 82.52%, 51.42%, 72.20%, 71.46%, 95.17%, 90.31%, 95.82%, 92.30%, and 83.46% of stem diameter, number of branches, number of nodes, number of leaves, intermediate length, leaf length, leaf width, stem fresh and dry weight, fresh and dry weight of aerial parts and the ratio of the dry weight of aerial part to dry weight of root…” Show full quote
✓ located verbatim in the source · abstract, characters 514–948

t0
“sage medicinal plant”
✓ located verbatim in the source · title, characters 72–92

Title

Change in growth and biochemical characteristics and nutrient uptake of sage medicinal plant in response to different levels of nitrogen

Amir Abbasi Khammar; Mohammad Moghaddam; Ahmad Asgharzade; et al. Iranian Journal of Medicinal and Aromatic Plants Research 2021. doi:10.22092/ijmapr.2021.354102.2971

Other claims from this paper (19)

Intervention effect At 210 mg/L N, stem diameter decreased by 54.19% relative to no N application.
Intervention effect At 210 mg/L N, number of branches decreased by 72.59% relative to no N application.
Intervention effect At 210 mg/L N, number of nodes decreased by 39.49% relative to no N application.
Intervention effect At 210 mg/L N, number of leaves decreased by 82.52% relative to no N application.
Intervention effect At 210 mg/L N, intermediate length decreased by 51.42% relative to no N application.
Intervention effect At 210 mg/L N, leaf length decreased by 72.20% relative to no N application.
Intervention effect At 210 mg/L N, leaf width decreased by 71.46% relative to no N application.
Intervention effect At 210 mg/L N, stem fresh and dry weight decreased by 90.31% relative to no N application.
Intervention effect At 210 mg/L N, fresh and dry weight of aerial parts decreased by 95.82% relative to no N application.
Intervention effect At 210 mg/L N, fresh and dry weight of aerial parts decreased by 92.30% relative to no N application.
Intervention effect At 210 mg/L N, ratio of the dry weight of aerial part to dry weight of root decreased by 83.46% relative to no N application.
Intervention effect At 210 mg/L nitrogen, RWC increased by 9.57%.
Intervention effect At 210 mg/L nitrogen, proline increased by 266.6%.
Intervention effect At 210 mg/L nitrogen, essential oil content increased by 14.87%.
Intervention effect At 210 mg/L nitrogen, electrolyte leakage decreased by 30.45%.
Intervention effect At 210 mg/L nitrogen, malondialdehyde decreased by 51.51%.
Intervention effect At the lowest N level, N, P, and K content decreased by 56.89% relative to the highest level.
Intervention effect At the lowest N level, N, P, and K content decreased by 85.13% relative to the highest level.
Intervention effect At the lowest N level, N, P, and K content decreased by 32.65% relative to the highest level.

Intervention effectobservedoriginal resultnegativemeasured

Claim · model-written summary

At 210 mg/L N, stem fresh and dry weight decreased by 90.31% relative to no N application.

Taxon: saget0
Treatment: 210 mg/L Ne0
Outcome: stem fresh and dry weighte0
Direction: decreasee0
Value: 90.31%e0
Comparator: no N applicatione0

Verbatim

e0
“210 mg/L N level compared with no N application caused to decrease by 54.19%, 72.59%. 39.49%, 82.52%, 51.42%, 72.20%, 71.46%, 95.17%, 90.31%, 95.82%, 92.30%, and 83.46% of stem diameter, number of branches, number of nodes, number of leaves, intermediate length, leaf length, leaf width, stem fresh and dry weight, fresh and dry weight of aerial parts and the ratio of the dry weight of aerial part to dry weight of root…” Show full quote
✓ located verbatim in the source · abstract, characters 514–948

t0
“sage medicinal plant”
✓ located verbatim in the source · title, characters 72–92

Title

Change in growth and biochemical characteristics and nutrient uptake of sage medicinal plant in response to different levels of nitrogen

Amir Abbasi Khammar; Mohammad Moghaddam; Ahmad Asgharzade; et al. Iranian Journal of Medicinal and Aromatic Plants Research 2021. doi:10.22092/ijmapr.2021.354102.2971

Other claims from this paper (19)

Intervention effect At 210 mg/L N, stem diameter decreased by 54.19% relative to no N application.
Intervention effect At 210 mg/L N, number of branches decreased by 72.59% relative to no N application.
Intervention effect At 210 mg/L N, number of nodes decreased by 39.49% relative to no N application.
Intervention effect At 210 mg/L N, number of leaves decreased by 82.52% relative to no N application.
Intervention effect At 210 mg/L N, intermediate length decreased by 51.42% relative to no N application.
Intervention effect At 210 mg/L N, leaf length decreased by 72.20% relative to no N application.
Intervention effect At 210 mg/L N, leaf width decreased by 71.46% relative to no N application.
Intervention effect At 210 mg/L N, stem fresh and dry weight decreased by 95.17% relative to no N application.
Intervention effect At 210 mg/L N, fresh and dry weight of aerial parts decreased by 95.82% relative to no N application.
Intervention effect At 210 mg/L N, fresh and dry weight of aerial parts decreased by 92.30% relative to no N application.
Intervention effect At 210 mg/L N, ratio of the dry weight of aerial part to dry weight of root decreased by 83.46% relative to no N application.
Intervention effect At 210 mg/L nitrogen, RWC increased by 9.57%.
Intervention effect At 210 mg/L nitrogen, proline increased by 266.6%.
Intervention effect At 210 mg/L nitrogen, essential oil content increased by 14.87%.
Intervention effect At 210 mg/L nitrogen, electrolyte leakage decreased by 30.45%.
Intervention effect At 210 mg/L nitrogen, malondialdehyde decreased by 51.51%.
Intervention effect At the lowest N level, N, P, and K content decreased by 56.89% relative to the highest level.
Intervention effect At the lowest N level, N, P, and K content decreased by 85.13% relative to the highest level.
Intervention effect At the lowest N level, N, P, and K content decreased by 32.65% relative to the highest level.

Intervention effectobservedoriginal resultnegativemeasured

Claim · model-written summary

At 210 mg/L N, fresh and dry weight of aerial parts decreased by 95.82% relative to no N application.

Taxon: saget0
Treatment: 210 mg/L Ne0
Outcome: fresh and dry weight of aerial partse0
Direction: decreasee0
Value: 95.82%e0
Comparator: no N applicatione0

Verbatim

e0
“210 mg/L N level compared with no N application caused to decrease by 54.19%, 72.59%. 39.49%, 82.52%, 51.42%, 72.20%, 71.46%, 95.17%, 90.31%, 95.82%, 92.30%, and 83.46% of stem diameter, number of branches, number of nodes, number of leaves, intermediate length, leaf length, leaf width, stem fresh and dry weight, fresh and dry weight of aerial parts and the ratio of the dry weight of aerial part to dry weight of root…” Show full quote
✓ located verbatim in the source · abstract, characters 514–948

t0
“sage medicinal plant”
✓ located verbatim in the source · title, characters 72–92

Title

Change in growth and biochemical characteristics and nutrient uptake of sage medicinal plant in response to different levels of nitrogen

Amir Abbasi Khammar; Mohammad Moghaddam; Ahmad Asgharzade; et al. Iranian Journal of Medicinal and Aromatic Plants Research 2021. doi:10.22092/ijmapr.2021.354102.2971

Other claims from this paper (19)

Intervention effect At 210 mg/L N, stem diameter decreased by 54.19% relative to no N application.
Intervention effect At 210 mg/L N, number of branches decreased by 72.59% relative to no N application.
Intervention effect At 210 mg/L N, number of nodes decreased by 39.49% relative to no N application.
Intervention effect At 210 mg/L N, number of leaves decreased by 82.52% relative to no N application.
Intervention effect At 210 mg/L N, intermediate length decreased by 51.42% relative to no N application.
Intervention effect At 210 mg/L N, leaf length decreased by 72.20% relative to no N application.
Intervention effect At 210 mg/L N, leaf width decreased by 71.46% relative to no N application.
Intervention effect At 210 mg/L N, stem fresh and dry weight decreased by 95.17% relative to no N application.
Intervention effect At 210 mg/L N, stem fresh and dry weight decreased by 90.31% relative to no N application.
Intervention effect At 210 mg/L N, fresh and dry weight of aerial parts decreased by 92.30% relative to no N application.
Intervention effect At 210 mg/L N, ratio of the dry weight of aerial part to dry weight of root decreased by 83.46% relative to no N application.
Intervention effect At 210 mg/L nitrogen, RWC increased by 9.57%.
Intervention effect At 210 mg/L nitrogen, proline increased by 266.6%.
Intervention effect At 210 mg/L nitrogen, essential oil content increased by 14.87%.
Intervention effect At 210 mg/L nitrogen, electrolyte leakage decreased by 30.45%.
Intervention effect At 210 mg/L nitrogen, malondialdehyde decreased by 51.51%.
Intervention effect At the lowest N level, N, P, and K content decreased by 56.89% relative to the highest level.
Intervention effect At the lowest N level, N, P, and K content decreased by 85.13% relative to the highest level.
Intervention effect At the lowest N level, N, P, and K content decreased by 32.65% relative to the highest level.

Intervention effectobservedoriginal resultnegativemeasured

Claim · model-written summary

At 210 mg/L N, fresh and dry weight of aerial parts decreased by 92.30% relative to no N application.

Taxon: saget0
Treatment: 210 mg/L Ne0
Outcome: fresh and dry weight of aerial partse0
Direction: decreasee0
Value: 92.30%e0
Comparator: no N applicatione0

Verbatim

e0
“210 mg/L N level compared with no N application caused to decrease by 54.19%, 72.59%. 39.49%, 82.52%, 51.42%, 72.20%, 71.46%, 95.17%, 90.31%, 95.82%, 92.30%, and 83.46% of stem diameter, number of branches, number of nodes, number of leaves, intermediate length, leaf length, leaf width, stem fresh and dry weight, fresh and dry weight of aerial parts and the ratio of the dry weight of aerial part to dry weight of root…” Show full quote
✓ located verbatim in the source · abstract, characters 514–948

t0
“sage medicinal plant”
✓ located verbatim in the source · title, characters 72–92

Title

Change in growth and biochemical characteristics and nutrient uptake of sage medicinal plant in response to different levels of nitrogen

Amir Abbasi Khammar; Mohammad Moghaddam; Ahmad Asgharzade; et al. Iranian Journal of Medicinal and Aromatic Plants Research 2021. doi:10.22092/ijmapr.2021.354102.2971

Other claims from this paper (19)

Intervention effect At 210 mg/L N, stem diameter decreased by 54.19% relative to no N application.
Intervention effect At 210 mg/L N, number of branches decreased by 72.59% relative to no N application.
Intervention effect At 210 mg/L N, number of nodes decreased by 39.49% relative to no N application.
Intervention effect At 210 mg/L N, number of leaves decreased by 82.52% relative to no N application.
Intervention effect At 210 mg/L N, intermediate length decreased by 51.42% relative to no N application.
Intervention effect At 210 mg/L N, leaf length decreased by 72.20% relative to no N application.
Intervention effect At 210 mg/L N, leaf width decreased by 71.46% relative to no N application.
Intervention effect At 210 mg/L N, stem fresh and dry weight decreased by 95.17% relative to no N application.
Intervention effect At 210 mg/L N, stem fresh and dry weight decreased by 90.31% relative to no N application.
Intervention effect At 210 mg/L N, fresh and dry weight of aerial parts decreased by 95.82% relative to no N application.
Intervention effect At 210 mg/L N, ratio of the dry weight of aerial part to dry weight of root decreased by 83.46% relative to no N application.
Intervention effect At 210 mg/L nitrogen, RWC increased by 9.57%.
Intervention effect At 210 mg/L nitrogen, proline increased by 266.6%.
Intervention effect At 210 mg/L nitrogen, essential oil content increased by 14.87%.
Intervention effect At 210 mg/L nitrogen, electrolyte leakage decreased by 30.45%.
Intervention effect At 210 mg/L nitrogen, malondialdehyde decreased by 51.51%.
Intervention effect At the lowest N level, N, P, and K content decreased by 56.89% relative to the highest level.
Intervention effect At the lowest N level, N, P, and K content decreased by 85.13% relative to the highest level.
Intervention effect At the lowest N level, N, P, and K content decreased by 32.65% relative to the highest level.

Intervention effectobservedoriginal resultnegativemeasured

Claim · model-written summary

At 210 mg/L N, stem diameter decreased by 54.19% relative to no N application.

Taxon: saget0
Treatment: 210 mg/L Ne0
Outcome: stem diametere0
Direction: decreasee0
Value: 54.19%e0
Comparator: no N applicatione0

Verbatim

e0
“210 mg/L N level compared with no N application caused to decrease by 54.19%, 72.59%. 39.49%, 82.52%, 51.42%, 72.20%, 71.46%, 95.17%, 90.31%, 95.82%, 92.30%, and 83.46% of stem diameter, number of branches, number of nodes, number of leaves, intermediate length, leaf length, leaf width, stem fresh and dry weight, fresh and dry weight of aerial parts and the ratio of the dry weight of aerial part to dry weight of root…” Show full quote
✓ located verbatim in the source · abstract, characters 514–948

t0
“sage medicinal plant”
✓ located verbatim in the source · title, characters 72–92

Title

Change in growth and biochemical characteristics and nutrient uptake of sage medicinal plant in response to different levels of nitrogen

Amir Abbasi Khammar; Mohammad Moghaddam; Ahmad Asgharzade; et al. Iranian Journal of Medicinal and Aromatic Plants Research 2021. doi:10.22092/ijmapr.2021.354102.2971

Other claims from this paper (19)

Intervention effect At 210 mg/L N, number of branches decreased by 72.59% relative to no N application.
Intervention effect At 210 mg/L N, number of nodes decreased by 39.49% relative to no N application.
Intervention effect At 210 mg/L N, number of leaves decreased by 82.52% relative to no N application.
Intervention effect At 210 mg/L N, intermediate length decreased by 51.42% relative to no N application.
Intervention effect At 210 mg/L N, leaf length decreased by 72.20% relative to no N application.
Intervention effect At 210 mg/L N, leaf width decreased by 71.46% relative to no N application.
Intervention effect At 210 mg/L N, stem fresh and dry weight decreased by 95.17% relative to no N application.
Intervention effect At 210 mg/L N, stem fresh and dry weight decreased by 90.31% relative to no N application.
Intervention effect At 210 mg/L N, fresh and dry weight of aerial parts decreased by 95.82% relative to no N application.
Intervention effect At 210 mg/L N, fresh and dry weight of aerial parts decreased by 92.30% relative to no N application.
Intervention effect At 210 mg/L N, ratio of the dry weight of aerial part to dry weight of root decreased by 83.46% relative to no N application.
Intervention effect At 210 mg/L nitrogen, RWC increased by 9.57%.
Intervention effect At 210 mg/L nitrogen, proline increased by 266.6%.
Intervention effect At 210 mg/L nitrogen, essential oil content increased by 14.87%.
Intervention effect At 210 mg/L nitrogen, electrolyte leakage decreased by 30.45%.
Intervention effect At 210 mg/L nitrogen, malondialdehyde decreased by 51.51%.
Intervention effect At the lowest N level, N, P, and K content decreased by 56.89% relative to the highest level.
Intervention effect At the lowest N level, N, P, and K content decreased by 85.13% relative to the highest level.
Intervention effect At the lowest N level, N, P, and K content decreased by 32.65% relative to the highest level.

Intervention effectobservedoriginal resultnegativemeasured

Claim · model-written summary

At 210 mg/L N, intermediate length decreased by 51.42% relative to no N application.

Taxon: saget0
Treatment: 210 mg/L Ne0
Outcome: intermediate lengthe0
Direction: decreasee0
Value: 51.42%e0
Comparator: no N applicatione0

Verbatim

e0
“210 mg/L N level compared with no N application caused to decrease by 54.19%, 72.59%. 39.49%, 82.52%, 51.42%, 72.20%, 71.46%, 95.17%, 90.31%, 95.82%, 92.30%, and 83.46% of stem diameter, number of branches, number of nodes, number of leaves, intermediate length, leaf length, leaf width, stem fresh and dry weight, fresh and dry weight of aerial parts and the ratio of the dry weight of aerial part to dry weight of root…” Show full quote
✓ located verbatim in the source · abstract, characters 514–948

t0
“sage medicinal plant”
✓ located verbatim in the source · title, characters 72–92

Title

Change in growth and biochemical characteristics and nutrient uptake of sage medicinal plant in response to different levels of nitrogen

Amir Abbasi Khammar; Mohammad Moghaddam; Ahmad Asgharzade; et al. Iranian Journal of Medicinal and Aromatic Plants Research 2021. doi:10.22092/ijmapr.2021.354102.2971

Other claims from this paper (19)

Intervention effect At 210 mg/L N, stem diameter decreased by 54.19% relative to no N application.
Intervention effect At 210 mg/L N, number of branches decreased by 72.59% relative to no N application.
Intervention effect At 210 mg/L N, number of nodes decreased by 39.49% relative to no N application.
Intervention effect At 210 mg/L N, number of leaves decreased by 82.52% relative to no N application.
Intervention effect At 210 mg/L N, leaf length decreased by 72.20% relative to no N application.
Intervention effect At 210 mg/L N, leaf width decreased by 71.46% relative to no N application.
Intervention effect At 210 mg/L N, stem fresh and dry weight decreased by 95.17% relative to no N application.
Intervention effect At 210 mg/L N, stem fresh and dry weight decreased by 90.31% relative to no N application.
Intervention effect At 210 mg/L N, fresh and dry weight of aerial parts decreased by 95.82% relative to no N application.
Intervention effect At 210 mg/L N, fresh and dry weight of aerial parts decreased by 92.30% relative to no N application.
Intervention effect At 210 mg/L N, ratio of the dry weight of aerial part to dry weight of root decreased by 83.46% relative to no N application.
Intervention effect At 210 mg/L nitrogen, RWC increased by 9.57%.
Intervention effect At 210 mg/L nitrogen, proline increased by 266.6%.
Intervention effect At 210 mg/L nitrogen, essential oil content increased by 14.87%.
Intervention effect At 210 mg/L nitrogen, electrolyte leakage decreased by 30.45%.
Intervention effect At 210 mg/L nitrogen, malondialdehyde decreased by 51.51%.
Intervention effect At the lowest N level, N, P, and K content decreased by 56.89% relative to the highest level.
Intervention effect At the lowest N level, N, P, and K content decreased by 85.13% relative to the highest level.
Intervention effect At the lowest N level, N, P, and K content decreased by 32.65% relative to the highest level.

Intervention effectobservedoriginal resultnegativemeasured

Claim · model-written summary

At 210 mg/L N, leaf length decreased by 72.20% relative to no N application.

Taxon: saget0
Treatment: 210 mg/L Ne0
Outcome: leaf lengthe0
Direction: decreasee0
Value: 72.20%e0
Comparator: no N applicatione0

Verbatim

e0
“210 mg/L N level compared with no N application caused to decrease by 54.19%, 72.59%. 39.49%, 82.52%, 51.42%, 72.20%, 71.46%, 95.17%, 90.31%, 95.82%, 92.30%, and 83.46% of stem diameter, number of branches, number of nodes, number of leaves, intermediate length, leaf length, leaf width, stem fresh and dry weight, fresh and dry weight of aerial parts and the ratio of the dry weight of aerial part to dry weight of root…” Show full quote
✓ located verbatim in the source · abstract, characters 514–948

t0
“sage medicinal plant”
✓ located verbatim in the source · title, characters 72–92

Title

Change in growth and biochemical characteristics and nutrient uptake of sage medicinal plant in response to different levels of nitrogen

Amir Abbasi Khammar; Mohammad Moghaddam; Ahmad Asgharzade; et al. Iranian Journal of Medicinal and Aromatic Plants Research 2021. doi:10.22092/ijmapr.2021.354102.2971

Other claims from this paper (19)

Intervention effect At 210 mg/L N, stem diameter decreased by 54.19% relative to no N application.
Intervention effect At 210 mg/L N, number of branches decreased by 72.59% relative to no N application.
Intervention effect At 210 mg/L N, number of nodes decreased by 39.49% relative to no N application.
Intervention effect At 210 mg/L N, number of leaves decreased by 82.52% relative to no N application.
Intervention effect At 210 mg/L N, intermediate length decreased by 51.42% relative to no N application.
Intervention effect At 210 mg/L N, leaf width decreased by 71.46% relative to no N application.
Intervention effect At 210 mg/L N, stem fresh and dry weight decreased by 95.17% relative to no N application.
Intervention effect At 210 mg/L N, stem fresh and dry weight decreased by 90.31% relative to no N application.
Intervention effect At 210 mg/L N, fresh and dry weight of aerial parts decreased by 95.82% relative to no N application.
Intervention effect At 210 mg/L N, fresh and dry weight of aerial parts decreased by 92.30% relative to no N application.
Intervention effect At 210 mg/L N, ratio of the dry weight of aerial part to dry weight of root decreased by 83.46% relative to no N application.
Intervention effect At 210 mg/L nitrogen, RWC increased by 9.57%.
Intervention effect At 210 mg/L nitrogen, proline increased by 266.6%.
Intervention effect At 210 mg/L nitrogen, essential oil content increased by 14.87%.
Intervention effect At 210 mg/L nitrogen, electrolyte leakage decreased by 30.45%.
Intervention effect At 210 mg/L nitrogen, malondialdehyde decreased by 51.51%.
Intervention effect At the lowest N level, N, P, and K content decreased by 56.89% relative to the highest level.
Intervention effect At the lowest N level, N, P, and K content decreased by 85.13% relative to the highest level.
Intervention effect At the lowest N level, N, P, and K content decreased by 32.65% relative to the highest level.

Intervention effectobservedoriginal resultnegativemeasured

Claim · model-written summary

At 210 mg/L N, leaf width decreased by 71.46% relative to no N application.

Taxon: saget0
Treatment: 210 mg/L Ne0
Outcome: leaf widthe0
Direction: decreasee0
Value: 71.46%e0
Comparator: no N applicatione0

Verbatim

e0
“210 mg/L N level compared with no N application caused to decrease by 54.19%, 72.59%. 39.49%, 82.52%, 51.42%, 72.20%, 71.46%, 95.17%, 90.31%, 95.82%, 92.30%, and 83.46% of stem diameter, number of branches, number of nodes, number of leaves, intermediate length, leaf length, leaf width, stem fresh and dry weight, fresh and dry weight of aerial parts and the ratio of the dry weight of aerial part to dry weight of root…” Show full quote
✓ located verbatim in the source · abstract, characters 514–948

t0
“sage medicinal plant”
✓ located verbatim in the source · title, characters 72–92

Title

Change in growth and biochemical characteristics and nutrient uptake of sage medicinal plant in response to different levels of nitrogen

Amir Abbasi Khammar; Mohammad Moghaddam; Ahmad Asgharzade; et al. Iranian Journal of Medicinal and Aromatic Plants Research 2021. doi:10.22092/ijmapr.2021.354102.2971

Other claims from this paper (19)

Intervention effect At 210 mg/L N, stem diameter decreased by 54.19% relative to no N application.
Intervention effect At 210 mg/L N, number of branches decreased by 72.59% relative to no N application.
Intervention effect At 210 mg/L N, number of nodes decreased by 39.49% relative to no N application.
Intervention effect At 210 mg/L N, number of leaves decreased by 82.52% relative to no N application.
Intervention effect At 210 mg/L N, intermediate length decreased by 51.42% relative to no N application.
Intervention effect At 210 mg/L N, leaf length decreased by 72.20% relative to no N application.
Intervention effect At 210 mg/L N, stem fresh and dry weight decreased by 95.17% relative to no N application.
Intervention effect At 210 mg/L N, stem fresh and dry weight decreased by 90.31% relative to no N application.
Intervention effect At 210 mg/L N, fresh and dry weight of aerial parts decreased by 95.82% relative to no N application.
Intervention effect At 210 mg/L N, fresh and dry weight of aerial parts decreased by 92.30% relative to no N application.
Intervention effect At 210 mg/L N, ratio of the dry weight of aerial part to dry weight of root decreased by 83.46% relative to no N application.
Intervention effect At 210 mg/L nitrogen, RWC increased by 9.57%.
Intervention effect At 210 mg/L nitrogen, proline increased by 266.6%.
Intervention effect At 210 mg/L nitrogen, essential oil content increased by 14.87%.
Intervention effect At 210 mg/L nitrogen, electrolyte leakage decreased by 30.45%.
Intervention effect At 210 mg/L nitrogen, malondialdehyde decreased by 51.51%.
Intervention effect At the lowest N level, N, P, and K content decreased by 56.89% relative to the highest level.
Intervention effect At the lowest N level, N, P, and K content decreased by 85.13% relative to the highest level.
Intervention effect At the lowest N level, N, P, and K content decreased by 32.65% relative to the highest level.

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“dry weight decrease”

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