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“height and diameter growth”

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Effects of foliar application of micronutrients on growth, yield and quality of onion 20

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Intervention effectobservedoriginal resultmeasured

Claim · model-written summary

Zn at 4 mg l−1 gave maximum plant height of 66.9 cm.

Treatment: Zn @ 4 mg l−1e0
Outcome: plant heighte0
Direction: maximume0
Value: 66.9 cme0

Not reportedTaxonComparator

Verbatim

e0
“The number of leaves per plant (14.1), plant height (66.9 cm), leaf width (4.3 cm), leaf length (63.9 cm), neck length (1.6 cm), neck diameter (2.0 cm), roots length (8.1 cm), number of roots per plant (162.1), bulb diameter (7.6 cm), plant weight (226.3 g), bulb fresh weight (171.7 g), leaves fresh weight (54.5 g), roots fresh weight (4.2 g), number of scales (12.6), total sugars (6.6%), total soluble solids (14.2%)…” Show full quote
✓ located verbatim in the source · abstract, characters 729–1421

Title

Effects of foliar application of micronutrients on growth, yield and quality of onion

Khashti Ballabh; D. K. Rana; S. S. Rawat Indian Journal of Horticulture 2013

Other claims from this paper (19)

Intervention effect Zn at 4 mg l−1 gave maximum number of leaves per plant of 14.1.
Intervention effect Zn at 4 mg l−1 gave maximum leaf width of 4.3 cm.
Intervention effect Zn at 4 mg l−1 gave maximum leaf length of 63.9 cm.
Intervention effect Zn at 4 mg l−1 gave maximum neck length of 1.6 cm.
Intervention effect Zn at 4 mg l−1 gave maximum neck diameter of 2.0 cm.
Intervention effect Zn at 4 mg l−1 gave maximum roots length of 8.1 cm.
Intervention effect Zn at 4 mg l−1 gave maximum number of roots per plant of 162.1.
Intervention effect Zn at 4 mg l−1 gave maximum bulb diameter of 7.6 cm.
Intervention effect Zn at 4 mg l−1 gave maximum plant weight of 226.3 g.
Intervention effect Zn at 4 mg l−1 gave maximum bulb fresh weight of 171.7 g.
Intervention effect Zn at 4 mg l−1 gave maximum leaves fresh weight of 54.5 g.
Intervention effect Zn at 4 mg l−1 gave maximum roots fresh weight of 4.2 g.
Intervention effect Zn at 4 mg l−1 gave maximum number of scales of 12.6.
Intervention effect Zn at 4 mg l−1 gave maximum total sugars of 6.6%.
Intervention effect Zn at 4 mg l−1 gave maximum total soluble solids of 14.2%.
Intervention effect Zn at 4 mg l−1 gave maximum volume of 148.5 ml.
Intervention effect Zn at 4 mg l−1 gave maximum specific gravity of 1.3.
Intervention effect Zn at 4 mg l−1 gave maximum dry weight of bulb of 13.2 g.
Intervention effect Zn at 6 mg l−1 gave maximum ascorbic acid of 17.4 mg/100 g.

Intervention effectobservedoriginal resultmeasured

Claim · model-written summary

Zn at 4 mg l−1 gave maximum neck diameter of 2.0 cm.

Treatment: Zn @ 4 mg l−1e0
Outcome: neck diametere0
Direction: maximume0
Value: 2.0 cme0

Not reportedTaxonComparator

Verbatim

e0
“The number of leaves per plant (14.1), plant height (66.9 cm), leaf width (4.3 cm), leaf length (63.9 cm), neck length (1.6 cm), neck diameter (2.0 cm), roots length (8.1 cm), number of roots per plant (162.1), bulb diameter (7.6 cm), plant weight (226.3 g), bulb fresh weight (171.7 g), leaves fresh weight (54.5 g), roots fresh weight (4.2 g), number of scales (12.6), total sugars (6.6%), total soluble solids (14.2%)…” Show full quote
✓ located verbatim in the source · abstract, characters 729–1421

Title

Effects of foliar application of micronutrients on growth, yield and quality of onion

Khashti Ballabh; D. K. Rana; S. S. Rawat Indian Journal of Horticulture 2013

Other claims from this paper (19)

Intervention effect Zn at 4 mg l−1 gave maximum number of leaves per plant of 14.1.
Intervention effect Zn at 4 mg l−1 gave maximum plant height of 66.9 cm.
Intervention effect Zn at 4 mg l−1 gave maximum leaf width of 4.3 cm.
Intervention effect Zn at 4 mg l−1 gave maximum leaf length of 63.9 cm.
Intervention effect Zn at 4 mg l−1 gave maximum neck length of 1.6 cm.
Intervention effect Zn at 4 mg l−1 gave maximum roots length of 8.1 cm.
Intervention effect Zn at 4 mg l−1 gave maximum number of roots per plant of 162.1.
Intervention effect Zn at 4 mg l−1 gave maximum bulb diameter of 7.6 cm.
Intervention effect Zn at 4 mg l−1 gave maximum plant weight of 226.3 g.
Intervention effect Zn at 4 mg l−1 gave maximum bulb fresh weight of 171.7 g.
Intervention effect Zn at 4 mg l−1 gave maximum leaves fresh weight of 54.5 g.
Intervention effect Zn at 4 mg l−1 gave maximum roots fresh weight of 4.2 g.
Intervention effect Zn at 4 mg l−1 gave maximum number of scales of 12.6.
Intervention effect Zn at 4 mg l−1 gave maximum total sugars of 6.6%.
Intervention effect Zn at 4 mg l−1 gave maximum total soluble solids of 14.2%.
Intervention effect Zn at 4 mg l−1 gave maximum volume of 148.5 ml.
Intervention effect Zn at 4 mg l−1 gave maximum specific gravity of 1.3.
Intervention effect Zn at 4 mg l−1 gave maximum dry weight of bulb of 13.2 g.
Intervention effect Zn at 6 mg l−1 gave maximum ascorbic acid of 17.4 mg/100 g.

Intervention effectobservedoriginal resultmeasured

Claim · model-written summary

Zn at 4 mg l−1 gave maximum bulb diameter of 7.6 cm.

Treatment: Zn @ 4 mg l−1e0
Outcome: bulb diametere0
Direction: maximume0
Value: 7.6 cme0

Not reportedTaxonComparator

Verbatim

e0
“The number of leaves per plant (14.1), plant height (66.9 cm), leaf width (4.3 cm), leaf length (63.9 cm), neck length (1.6 cm), neck diameter (2.0 cm), roots length (8.1 cm), number of roots per plant (162.1), bulb diameter (7.6 cm), plant weight (226.3 g), bulb fresh weight (171.7 g), leaves fresh weight (54.5 g), roots fresh weight (4.2 g), number of scales (12.6), total sugars (6.6%), total soluble solids (14.2%)…” Show full quote
✓ located verbatim in the source · abstract, characters 729–1421

Title

Effects of foliar application of micronutrients on growth, yield and quality of onion

Khashti Ballabh; D. K. Rana; S. S. Rawat Indian Journal of Horticulture 2013

Other claims from this paper (19)

Intervention effect Zn at 4 mg l−1 gave maximum number of leaves per plant of 14.1.
Intervention effect Zn at 4 mg l−1 gave maximum plant height of 66.9 cm.
Intervention effect Zn at 4 mg l−1 gave maximum leaf width of 4.3 cm.
Intervention effect Zn at 4 mg l−1 gave maximum leaf length of 63.9 cm.
Intervention effect Zn at 4 mg l−1 gave maximum neck length of 1.6 cm.
Intervention effect Zn at 4 mg l−1 gave maximum neck diameter of 2.0 cm.
Intervention effect Zn at 4 mg l−1 gave maximum roots length of 8.1 cm.
Intervention effect Zn at 4 mg l−1 gave maximum number of roots per plant of 162.1.
Intervention effect Zn at 4 mg l−1 gave maximum plant weight of 226.3 g.
Intervention effect Zn at 4 mg l−1 gave maximum bulb fresh weight of 171.7 g.
Intervention effect Zn at 4 mg l−1 gave maximum leaves fresh weight of 54.5 g.
Intervention effect Zn at 4 mg l−1 gave maximum roots fresh weight of 4.2 g.
Intervention effect Zn at 4 mg l−1 gave maximum number of scales of 12.6.
Intervention effect Zn at 4 mg l−1 gave maximum total sugars of 6.6%.
Intervention effect Zn at 4 mg l−1 gave maximum total soluble solids of 14.2%.
Intervention effect Zn at 4 mg l−1 gave maximum volume of 148.5 ml.
Intervention effect Zn at 4 mg l−1 gave maximum specific gravity of 1.3.
Intervention effect Zn at 4 mg l−1 gave maximum dry weight of bulb of 13.2 g.
Intervention effect Zn at 6 mg l−1 gave maximum ascorbic acid of 17.4 mg/100 g.

Effects of Planting Date and Growth Hormone on Growth and Yield of Cauliflower 20

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Observationobservedoriginal resultmeasured

Claim · model-written summary

H3 gave the highest curd diameter (22.39 cm).

Taxon: CauliflowerBrassica oleracea var. botrytist0
Treatment: H3e2
Outcome: curd diametere2
Direction: higheste2
Value: 22.39 cme2

Verbatim

t0
“Growth and Yield of Cauliflower”
✓ located verbatim in the source · title, characters 47–78

e2
“In case of growth hormone the highest plant height (63.10 cm), number of leaves per plant (23.66), leaf length (59.05 cm), leaf breadth (18.98 cm) at harvest, curd diameter (22.39 cm), marketable yield per hectare (29.88 t ha-1) were recorded from H3 and the lowest of those perameters were recorded from H0”
✓ located verbatim in the source · abstract, characters 1013–1320

Title

Effects of Planting Date and Growth Hormone on Growth and Yield of Cauliflower

MA Rahman; M Imran; M Ikrum; et al. Journal of Environmental Science and Natural Resources 2017. doi:10.3329/jesnr.v9i2.32185

Other claims from this paper (19)

Observation Planting on 15 November gave the highest plant height at harvest (63.26 cm).
Observation Planting on 15 November gave the highest number of leaves per plant (24.13).
Observation Planting on 15 November gave the highest leaf length (59.26 cm).
Observation Planting on 15 November gave the highest leaf breadth (19.31 cm).
Observation Planting on 15 November gave the highest curd diameter (22.25 cm).
Observation Planting on 15 November gave the highest marketable yield per hectare (28.11 t ha-1).
Observation IAA and GA3 treatment (H3) gave the highest plant height at harvest (63.10 cm).
Observation H3 gave the highest number of leaves per plant (23.66).
Observation H3 gave the highest leaf length (59.05 cm).
Observation H3 gave the highest leaf breadth (18.98 cm).
Observation H3 gave the highest marketable yield per hectare (29.88 t ha-1).
Observation The combination P2H3 gave the highest plant height (65.96 cm).
Observation The combination P2H3 gave the highest number of leaves per plant (26.42).
Observation The combination P2H3 gave the highest leaf length (63.64 cm).
Observation The combination P2H3 gave the highest leaf breadth (20.92 cm).
Observation The combination P2H3 gave the highest curd diameter (25.75 cm).
Observation The combination P2H3 gave the highest marketable yield per hectare (31.03 t ha-1).
Observation The combination of planting on 1 December without hormone (P3H0) gave the lowest yield, 21.75 t ha-1.
Observation The lowest planting-date parameters were recorded from P3, and the lowest growth-hormone parameters from H0.

Observationobservedoriginal resultmeasured

Claim · model-written summary

Planting on 15 November gave the highest curd diameter (22.25 cm).

Taxon: CauliflowerBrassica oleracea var. botrytist0
Treatment: P2e1
Outcome: curd diametere1
Direction: higheste1
Value: 22.25 cme1

Verbatim

t0
“Growth and Yield of Cauliflower”
✓ located verbatim in the source · title, characters 47–78

e1
“In case of planting date, the highest plant height (63.26 cm), number of leaves per plant (24.13), leaf length (59.26 cm), leaf breadth (19.31 cm) at harvest, curd diameter (22.25 cm), marketable yield per hectare (28.11 t ha-1) were recorded from P2 and the lowest of those parameters were recorded from P3”
✓ located verbatim in the source · abstract, characters 704–1011

Title

Effects of Planting Date and Growth Hormone on Growth and Yield of Cauliflower

MA Rahman; M Imran; M Ikrum; et al. Journal of Environmental Science and Natural Resources 2017. doi:10.3329/jesnr.v9i2.32185

Other claims from this paper (19)

Observation Planting on 15 November gave the highest plant height at harvest (63.26 cm).
Observation Planting on 15 November gave the highest number of leaves per plant (24.13).
Observation Planting on 15 November gave the highest leaf length (59.26 cm).
Observation Planting on 15 November gave the highest leaf breadth (19.31 cm).
Observation Planting on 15 November gave the highest marketable yield per hectare (28.11 t ha-1).
Observation IAA and GA3 treatment (H3) gave the highest plant height at harvest (63.10 cm).
Observation H3 gave the highest number of leaves per plant (23.66).
Observation H3 gave the highest leaf length (59.05 cm).
Observation H3 gave the highest leaf breadth (18.98 cm).
Observation H3 gave the highest curd diameter (22.39 cm).
Observation H3 gave the highest marketable yield per hectare (29.88 t ha-1).
Observation The combination P2H3 gave the highest plant height (65.96 cm).
Observation The combination P2H3 gave the highest number of leaves per plant (26.42).
Observation The combination P2H3 gave the highest leaf length (63.64 cm).
Observation The combination P2H3 gave the highest leaf breadth (20.92 cm).
Observation The combination P2H3 gave the highest curd diameter (25.75 cm).
Observation The combination P2H3 gave the highest marketable yield per hectare (31.03 t ha-1).
Observation The combination of planting on 1 December without hormone (P3H0) gave the lowest yield, 21.75 t ha-1.
Observation The lowest planting-date parameters were recorded from P3, and the lowest growth-hormone parameters from H0.

Observationobservedoriginal resultmeasured

Claim · model-written summary

IAA and GA3 treatment (H3) gave the highest plant height at harvest (63.10 cm).

Taxon: CauliflowerBrassica oleracea var. botrytist0
Treatment: H3e2
Outcome: plant heighte2
Direction: higheste2
Value: 63.10 cme2

Verbatim

t0
“Growth and Yield of Cauliflower”
✓ located verbatim in the source · title, characters 47–78

e2
“In case of growth hormone the highest plant height (63.10 cm), number of leaves per plant (23.66), leaf length (59.05 cm), leaf breadth (18.98 cm) at harvest, curd diameter (22.39 cm), marketable yield per hectare (29.88 t ha-1) were recorded from H3 and the lowest of those perameters were recorded from H0”
✓ located verbatim in the source · abstract, characters 1013–1320

Title

Effects of Planting Date and Growth Hormone on Growth and Yield of Cauliflower

MA Rahman; M Imran; M Ikrum; et al. Journal of Environmental Science and Natural Resources 2017. doi:10.3329/jesnr.v9i2.32185

Other claims from this paper (19)

Observation Planting on 15 November gave the highest plant height at harvest (63.26 cm).
Observation Planting on 15 November gave the highest number of leaves per plant (24.13).
Observation Planting on 15 November gave the highest leaf length (59.26 cm).
Observation Planting on 15 November gave the highest leaf breadth (19.31 cm).
Observation Planting on 15 November gave the highest curd diameter (22.25 cm).
Observation Planting on 15 November gave the highest marketable yield per hectare (28.11 t ha-1).
Observation H3 gave the highest number of leaves per plant (23.66).
Observation H3 gave the highest leaf length (59.05 cm).
Observation H3 gave the highest leaf breadth (18.98 cm).
Observation H3 gave the highest curd diameter (22.39 cm).
Observation H3 gave the highest marketable yield per hectare (29.88 t ha-1).
Observation The combination P2H3 gave the highest plant height (65.96 cm).
Observation The combination P2H3 gave the highest number of leaves per plant (26.42).
Observation The combination P2H3 gave the highest leaf length (63.64 cm).
Observation The combination P2H3 gave the highest leaf breadth (20.92 cm).
Observation The combination P2H3 gave the highest curd diameter (25.75 cm).
Observation The combination P2H3 gave the highest marketable yield per hectare (31.03 t ha-1).
Observation The combination of planting on 1 December without hormone (P3H0) gave the lowest yield, 21.75 t ha-1.
Observation The lowest planting-date parameters were recorded from P3, and the lowest growth-hormone parameters from H0.

Studies on drip irrigation levels on growth, flowering and yield of alstroemeria (Alstroemeria hybrida L.) 20

Show all 20 →

Observationobservedoriginal resultpositivemeasured

Claim · model-written summary

The first flush had maximum inflorescence diameter of 8.75 cm.

Taxon: alstroemeriaAlstroemeriat0
Organ / stage: 1st flushe0
Outcome: inflorescence diametere0
Direction: maximume0
Value: 8.75 cme0

Verbatim

e0
“As regards the effect of flushes, the pooled data also revealed the maximum plant height (110.66 cm), stem length (106.27 cm), stem thickness (7.67 mm), number of shoots per plant (50.87), highest number of leaves per stem (42.74), maximum number of flowers per stem (17.20), number of flowers per cyme (4.72), inflorescence diameter (8.75 cm), higher vase life (17.19 days) as well as yield per plant (43.80 cut stems) …” Show full quote
✓ located verbatim in the source · abstract, characters 987–1432

t0
“alstroemeria (Alstroemeria hybrida L.)”
✓ located verbatim in the source · title, characters 68–106

Title

Studies on drip irrigation levels on growth, flowering and yield of alstroemeria (Alstroemeria hybrida L.)

Sapna Kaushal; BS Dilta; YC Gupta; et al. Journal of Pharmacognosy and Phytochemistry 2018

Other claims from this paper (19)

Intervention effect T10 irrigation gave maximum plant height of 97.23 cm.
Intervention effect T10 irrigation gave maximum stem length of 92.25 cm.
Intervention effect T10 irrigation gave maximum stem thickness of 8.45 mm.
Intervention effect T10 irrigation gave maximum number of shoots per plant of 46.21.
Intervention effect T10 irrigation gave maximum number of leaves per plant of 41.26.
Intervention effect T10 irrigation gave maximum number of flowers per stem of 17.95.
Intervention effect T10 irrigation gave maximum number of flowers per cyme of 5.69.
Intervention effect T10 irrigation gave maximum inflorescence diameter of 9.28 cm.
Intervention effect T10 irrigation gave maximum vase life of 20.28 days.
Intervention effect T10 irrigation gave maximum yield per plant of 43.18 cut stems.
Observation The first flush had maximum plant height of 110.66 cm.
Observation The first flush had maximum stem length of 106.27 cm.
Observation The first flush had maximum stem thickness of 7.67 mm.
Observation The first flush had maximum number of shoots per plant of 50.87.
Observation The first flush had maximum number of leaves per stem of 42.74.
Observation The first flush had maximum number of flowers per stem of 17.20.
Observation The first flush had maximum number of flowers per cyme of 4.72.
Observation The first flush had maximum vase life of 17.19 days.
Observation The first flush had maximum yield per plant of 43.80 cut stems.

Observationobservedoriginal resultpositivemeasured

Claim · model-written summary

The first flush had maximum plant height of 110.66 cm.

Taxon: alstroemeriaAlstroemeriat0
Organ / stage: 1st flushe0
Outcome: plant heighte0
Direction: maximume0
Value: 110.66 cme0

Verbatim

e0
“As regards the effect of flushes, the pooled data also revealed the maximum plant height (110.66 cm), stem length (106.27 cm), stem thickness (7.67 mm), number of shoots per plant (50.87), highest number of leaves per stem (42.74), maximum number of flowers per stem (17.20), number of flowers per cyme (4.72), inflorescence diameter (8.75 cm), higher vase life (17.19 days) as well as yield per plant (43.80 cut stems) …” Show full quote
✓ located verbatim in the source · abstract, characters 987–1432

t0
“alstroemeria (Alstroemeria hybrida L.)”
✓ located verbatim in the source · title, characters 68–106

Title

Studies on drip irrigation levels on growth, flowering and yield of alstroemeria (Alstroemeria hybrida L.)

Sapna Kaushal; BS Dilta; YC Gupta; et al. Journal of Pharmacognosy and Phytochemistry 2018

Other claims from this paper (19)

Intervention effect T10 irrigation gave maximum plant height of 97.23 cm.
Intervention effect T10 irrigation gave maximum stem length of 92.25 cm.
Intervention effect T10 irrigation gave maximum stem thickness of 8.45 mm.
Intervention effect T10 irrigation gave maximum number of shoots per plant of 46.21.
Intervention effect T10 irrigation gave maximum number of leaves per plant of 41.26.
Intervention effect T10 irrigation gave maximum number of flowers per stem of 17.95.
Intervention effect T10 irrigation gave maximum number of flowers per cyme of 5.69.
Intervention effect T10 irrigation gave maximum inflorescence diameter of 9.28 cm.
Intervention effect T10 irrigation gave maximum vase life of 20.28 days.
Intervention effect T10 irrigation gave maximum yield per plant of 43.18 cut stems.
Observation The first flush had maximum stem length of 106.27 cm.
Observation The first flush had maximum stem thickness of 7.67 mm.
Observation The first flush had maximum number of shoots per plant of 50.87.
Observation The first flush had maximum number of leaves per stem of 42.74.
Observation The first flush had maximum number of flowers per stem of 17.20.
Observation The first flush had maximum number of flowers per cyme of 4.72.
Observation The first flush had maximum inflorescence diameter of 8.75 cm.
Observation The first flush had maximum vase life of 17.19 days.
Observation The first flush had maximum yield per plant of 43.80 cut stems.

Intervention effectobservedoriginal resultpositivemeasured

Claim · model-written summary

T10 irrigation gave maximum inflorescence diameter of 9.28 cm.

Taxon: alstroemeriaAlstroemeriat0
Treatment: T10 treatment i.e. 10 litres/m2 (October- February) and 12.5 litres/m2 (March-September)e0
Outcome: inflorescence diametere0
Direction: maximume0
Value: 9.28 cme0

Not reportedComparator

Verbatim

e0
“The pooled data revealed that, maximum values w.r.t. plant height (97.23 cm), stem length (92.25 cm), stem thickness (8.45 mm), number of shoots per plant (46.21), number of leaves per plant (41.26), number of flowers per stem (17.95), number of flowers per cyme (5.69), inflorescence diameter (9.28 cm), vase life (20.28 days) as well as yield per plant (43.18 cut stems) in those plants which received T10 treatment i.…” Show full quote
✓ located verbatim in the source · abstract, characters 493–985

t0
“alstroemeria (Alstroemeria hybrida L.)”
✓ located verbatim in the source · title, characters 68–106

Title

Studies on drip irrigation levels on growth, flowering and yield of alstroemeria (Alstroemeria hybrida L.)

Sapna Kaushal; BS Dilta; YC Gupta; et al. Journal of Pharmacognosy and Phytochemistry 2018

Other claims from this paper (19)

Intervention effect T10 irrigation gave maximum plant height of 97.23 cm.
Intervention effect T10 irrigation gave maximum stem length of 92.25 cm.
Intervention effect T10 irrigation gave maximum stem thickness of 8.45 mm.
Intervention effect T10 irrigation gave maximum number of shoots per plant of 46.21.
Intervention effect T10 irrigation gave maximum number of leaves per plant of 41.26.
Intervention effect T10 irrigation gave maximum number of flowers per stem of 17.95.
Intervention effect T10 irrigation gave maximum number of flowers per cyme of 5.69.
Intervention effect T10 irrigation gave maximum vase life of 20.28 days.
Intervention effect T10 irrigation gave maximum yield per plant of 43.18 cut stems.
Observation The first flush had maximum plant height of 110.66 cm.
Observation The first flush had maximum stem length of 106.27 cm.
Observation The first flush had maximum stem thickness of 7.67 mm.
Observation The first flush had maximum number of shoots per plant of 50.87.
Observation The first flush had maximum number of leaves per stem of 42.74.
Observation The first flush had maximum number of flowers per stem of 17.20.
Observation The first flush had maximum number of flowers per cyme of 4.72.
Observation The first flush had maximum inflorescence diameter of 8.75 cm.
Observation The first flush had maximum vase life of 17.19 days.
Observation The first flush had maximum yield per plant of 43.80 cut stems.

Effects of Volcanic Zeolite Tuff on Olive (Olea Europaea L.) Growth and Soil Chemistry under a Constant Water Level: Five Years’ Monitoring Experience 20

Show all 20 →

Intervention effectobservedoriginal resultpositivemeasured

Claim · model-written summary

Zeolite treatment S2 increased olive plant height by 0.53% against soil control.

Taxon: olive (Olea europaea L.) treesOlea europaeae1
Treatment: S2e0
Outcome: plant heighte0
Direction: positive effecte0
Value: 0.53%e0
Comparator: control treatment (S1)e0

Verbatim

e0
“the addition of volcanic zeolite tuff (treatments S2, S3, and S4) had a positive effect on shoot length (relative increases of 10%, 21%, and 29%, respectively), plant height (0.53%, 1.29%, and 3.5%), plant weight (13%, 22%, and 32.26%), number of branches (14%, 27%, and 41.5%), number of leaves (9%, 22%, and 43%), trunk diameter (9%, 22%, and 29%), and shoot diameter (12%, 22%, and 36%), as well as the relative water…” Show full quote
✓ located verbatim in the source · abstract, characters 733–1267

e1
“growth of olive (Olea europaea L.) trees”
✓ located verbatim in the source · abstract, characters 90–130

Title

Effects of Volcanic Zeolite Tuff on Olive (Olea Europaea L.) Growth and Soil Chemistry under a Constant Water Level: Five Years’ Monitoring Experience

Jalal. A. Al-Tabbal; Naji. K. Al-Mefleh; Kamel. K. Al-Zboon; et al. Environment and Natural Resources Journal 2019. doi:10.32526/ennrj.18.1.2020.05

Other claims from this paper (19)

Intervention effect Zeolite treatment S2 increased olive shoot length by 10% against soil control.
Intervention effect Zeolite treatment S3 increased olive shoot length by 21% against soil control.
Intervention effect Zeolite treatment S4 increased olive shoot length by 29% against soil control.
Intervention effect Zeolite treatment S3 increased olive plant height by 1.29% against soil control.
Intervention effect Zeolite treatment S4 increased olive plant height by 3.5% against soil control.
Intervention effect Zeolite treatment S2 increased olive plant weight by 13% against soil control.
Intervention effect Zeolite treatment S3 increased olive plant weight by 22% against soil control.
Intervention effect Zeolite treatment S4 increased olive plant weight by 32.26% against soil control.
Intervention effect Zeolite treatment S2 increased olive number of branches by 14% against soil control.
Intervention effect Zeolite treatment S3 increased olive number of branches by 27% against soil control.
Intervention effect Zeolite treatment S4 increased olive number of branches by 41.5% against soil control.
Intervention effect Zeolite treatment S2 increased olive number of leaves by 9% against soil control.
Intervention effect Zeolite treatment S3 increased olive number of leaves by 22% against soil control.
Intervention effect Zeolite treatment S4 increased olive number of leaves by 43% against soil control.
Intervention effect Zeolite treatment S2 increased olive trunk diameter by 9% against soil control.
Intervention effect Zeolite treatment S3 increased olive trunk diameter by 22% against soil control.
Intervention effect Zeolite treatment S4 increased olive trunk diameter by 29% against soil control.
Intervention effect Zeolite treatment S2 increased olive shoot diameter by 12% against soil control.
Intervention effect Zeolite treatment S3 increased olive shoot diameter by 22% against soil control.

Intervention effectobservedoriginal resultpositivemeasured

Claim · model-written summary

Zeolite treatment S3 increased olive plant height by 1.29% against soil control.

Taxon: olive (Olea europaea L.) treesOlea europaeae1
Treatment: S3e0
Outcome: plant heighte0
Direction: positive effecte0
Value: 1.29%e0
Comparator: control treatment (S1)e0

Verbatim

e0
“the addition of volcanic zeolite tuff (treatments S2, S3, and S4) had a positive effect on shoot length (relative increases of 10%, 21%, and 29%, respectively), plant height (0.53%, 1.29%, and 3.5%), plant weight (13%, 22%, and 32.26%), number of branches (14%, 27%, and 41.5%), number of leaves (9%, 22%, and 43%), trunk diameter (9%, 22%, and 29%), and shoot diameter (12%, 22%, and 36%), as well as the relative water…” Show full quote
✓ located verbatim in the source · abstract, characters 733–1267

e1
“growth of olive (Olea europaea L.) trees”
✓ located verbatim in the source · abstract, characters 90–130

Title

Effects of Volcanic Zeolite Tuff on Olive (Olea Europaea L.) Growth and Soil Chemistry under a Constant Water Level: Five Years’ Monitoring Experience

Jalal. A. Al-Tabbal; Naji. K. Al-Mefleh; Kamel. K. Al-Zboon; et al. Environment and Natural Resources Journal 2019. doi:10.32526/ennrj.18.1.2020.05

Other claims from this paper (19)

Intervention effect Zeolite treatment S2 increased olive shoot length by 10% against soil control.
Intervention effect Zeolite treatment S3 increased olive shoot length by 21% against soil control.
Intervention effect Zeolite treatment S4 increased olive shoot length by 29% against soil control.
Intervention effect Zeolite treatment S2 increased olive plant height by 0.53% against soil control.
Intervention effect Zeolite treatment S4 increased olive plant height by 3.5% against soil control.
Intervention effect Zeolite treatment S2 increased olive plant weight by 13% against soil control.
Intervention effect Zeolite treatment S3 increased olive plant weight by 22% against soil control.
Intervention effect Zeolite treatment S4 increased olive plant weight by 32.26% against soil control.
Intervention effect Zeolite treatment S2 increased olive number of branches by 14% against soil control.
Intervention effect Zeolite treatment S3 increased olive number of branches by 27% against soil control.
Intervention effect Zeolite treatment S4 increased olive number of branches by 41.5% against soil control.
Intervention effect Zeolite treatment S2 increased olive number of leaves by 9% against soil control.
Intervention effect Zeolite treatment S3 increased olive number of leaves by 22% against soil control.
Intervention effect Zeolite treatment S4 increased olive number of leaves by 43% against soil control.
Intervention effect Zeolite treatment S2 increased olive trunk diameter by 9% against soil control.
Intervention effect Zeolite treatment S3 increased olive trunk diameter by 22% against soil control.
Intervention effect Zeolite treatment S4 increased olive trunk diameter by 29% against soil control.
Intervention effect Zeolite treatment S2 increased olive shoot diameter by 12% against soil control.
Intervention effect Zeolite treatment S3 increased olive shoot diameter by 22% against soil control.

Intervention effectobservedoriginal resultpositivemeasured

Claim · model-written summary

Zeolite treatment S4 increased olive plant height by 3.5% against soil control.

Taxon: olive (Olea europaea L.) treesOlea europaeae1
Treatment: S4e0
Outcome: plant heighte0
Direction: positive effecte0
Value: 3.5%e0
Comparator: control treatment (S1)e0

Verbatim

e0
“the addition of volcanic zeolite tuff (treatments S2, S3, and S4) had a positive effect on shoot length (relative increases of 10%, 21%, and 29%, respectively), plant height (0.53%, 1.29%, and 3.5%), plant weight (13%, 22%, and 32.26%), number of branches (14%, 27%, and 41.5%), number of leaves (9%, 22%, and 43%), trunk diameter (9%, 22%, and 29%), and shoot diameter (12%, 22%, and 36%), as well as the relative water…” Show full quote
✓ located verbatim in the source · abstract, characters 733–1267

e1
“growth of olive (Olea europaea L.) trees”
✓ located verbatim in the source · abstract, characters 90–130

Title

Effects of Volcanic Zeolite Tuff on Olive (Olea Europaea L.) Growth and Soil Chemistry under a Constant Water Level: Five Years’ Monitoring Experience

Jalal. A. Al-Tabbal; Naji. K. Al-Mefleh; Kamel. K. Al-Zboon; et al. Environment and Natural Resources Journal 2019. doi:10.32526/ennrj.18.1.2020.05

Other claims from this paper (19)

Intervention effect Zeolite treatment S2 increased olive shoot length by 10% against soil control.
Intervention effect Zeolite treatment S3 increased olive shoot length by 21% against soil control.
Intervention effect Zeolite treatment S4 increased olive shoot length by 29% against soil control.
Intervention effect Zeolite treatment S2 increased olive plant height by 0.53% against soil control.
Intervention effect Zeolite treatment S3 increased olive plant height by 1.29% against soil control.
Intervention effect Zeolite treatment S2 increased olive plant weight by 13% against soil control.
Intervention effect Zeolite treatment S3 increased olive plant weight by 22% against soil control.
Intervention effect Zeolite treatment S4 increased olive plant weight by 32.26% against soil control.
Intervention effect Zeolite treatment S2 increased olive number of branches by 14% against soil control.
Intervention effect Zeolite treatment S3 increased olive number of branches by 27% against soil control.
Intervention effect Zeolite treatment S4 increased olive number of branches by 41.5% against soil control.
Intervention effect Zeolite treatment S2 increased olive number of leaves by 9% against soil control.
Intervention effect Zeolite treatment S3 increased olive number of leaves by 22% against soil control.
Intervention effect Zeolite treatment S4 increased olive number of leaves by 43% against soil control.
Intervention effect Zeolite treatment S2 increased olive trunk diameter by 9% against soil control.
Intervention effect Zeolite treatment S3 increased olive trunk diameter by 22% against soil control.
Intervention effect Zeolite treatment S4 increased olive trunk diameter by 29% against soil control.
Intervention effect Zeolite treatment S2 increased olive shoot diameter by 12% against soil control.
Intervention effect Zeolite treatment S3 increased olive shoot diameter by 22% against soil control.

Comparative studies on tissue cultured plantlets with the conventional method of tuberose (Polianthes tuberosa L.) 20

Show all 20 →

Intervention effectobservedoriginal resultsignificant (as stated)measured

Claim · model-written summary

Conventional bulb propagation yielded higher floret diameter than tissue culture.

Taxon: tuberoseAgave amicae0
Treatment: Conventional (C) (Bulb propagated)e0
Outcome: floret diametere0
Direction: highere0
Value: 3.63 cme0
Comparator: tissue culture (TC)e0

Verbatim

e0
“Conventional (C) (Bulb propagated) plantlets were superior to tissue culture (TC) tuberose plants in terms of yield and income with better growth and yield parameters. The highest plant height (C-41.60 cm, TC-28.40 cm ), number of leaves (C-41.90 nos., TC-23.50 nos.), leaf length (C-35.23 cm, TC- 26.56 cm), leaf width (C-2 cm, TC-1.45 cm), leaf area (T-2874.80 cm2, TC-903.56 cm2), number of side shoots (C-9.56 nos., …” Show full quote
✓ located verbatim in the source · abstract, characters 0–1548

Title

Comparative studies on tissue cultured plantlets with the conventional method of tuberose (Polianthes tuberosa L.)

Kalepalli Reddy Prasanna; P. Aruna; K. Hemaprabha; et al. Journal of Pharmacognosy and Phytochemistry 2021

Other claims from this paper (19)

Intervention effect Conventional bulb propagation yielded higher plant height than tissue culture.
Intervention effect Conventional bulb propagation yielded higher number of leaves than tissue culture.
Intervention effect Conventional bulb propagation yielded higher leaf length than tissue culture.
Intervention effect Conventional bulb propagation yielded higher leaf width than tissue culture.
Intervention effect Conventional bulb propagation yielded higher leaf area than tissue culture.
Intervention effect Conventional bulb propagation yielded higher number of side shoots than tissue culture.
Intervention effect Conventional bulb propagation yielded higher spike length than tissue culture.
Intervention effect Conventional bulb propagation yielded higher rachis length than tissue culture.
Intervention effect Conventional bulb propagation yielded higher spike girth than tissue culture.
Intervention effect Conventional bulb propagation yielded higher number of florets per spike than tissue culture.
Intervention effect Conventional bulb propagation yielded higher floret length than tissue culture.
Intervention effect Conventional bulb propagation yielded higher flowering duration than tissue culture.
Intervention effect Conventional bulb propagation yielded higher single floret weight than tissue culture.
Intervention effect Conventional bulb propagation yielded higher hundred florets weight than tissue culture.
Intervention effect Conventional bulb propagation yielded higher number of bulbs than tissue culture.
Intervention effect Conventional bulb propagation yielded higher number of Bulblets than tissue culture.
Intervention effect Conventional bulb propagation yielded higher clump weight than tissue culture.
Intervention effect Conventional bulb propagation yielded higher weight of bulbs than tissue culture.
Intervention effect Conventional bulb propagation yielded higher weight of bulblets than tissue culture.

Intervention effectobservedoriginal resultsignificant (as stated)measured

Claim · model-written summary

Conventional bulb propagation yielded higher plant height than tissue culture.

Taxon: tuberoseAgave amicae0
Treatment: Conventional (C) (Bulb propagated)e0
Outcome: plant heighte0
Direction: highere0
Value: 41.60 cme0
Comparator: tissue culture (TC)e0

Verbatim

e0
“Conventional (C) (Bulb propagated) plantlets were superior to tissue culture (TC) tuberose plants in terms of yield and income with better growth and yield parameters. The highest plant height (C-41.60 cm, TC-28.40 cm ), number of leaves (C-41.90 nos., TC-23.50 nos.), leaf length (C-35.23 cm, TC- 26.56 cm), leaf width (C-2 cm, TC-1.45 cm), leaf area (T-2874.80 cm2, TC-903.56 cm2), number of side shoots (C-9.56 nos., …” Show full quote
✓ located verbatim in the source · abstract, characters 0–1548

Title

Comparative studies on tissue cultured plantlets with the conventional method of tuberose (Polianthes tuberosa L.)

Kalepalli Reddy Prasanna; P. Aruna; K. Hemaprabha; et al. Journal of Pharmacognosy and Phytochemistry 2021

Other claims from this paper (19)

Intervention effect Conventional bulb propagation yielded higher number of leaves than tissue culture.
Intervention effect Conventional bulb propagation yielded higher leaf length than tissue culture.
Intervention effect Conventional bulb propagation yielded higher leaf width than tissue culture.
Intervention effect Conventional bulb propagation yielded higher leaf area than tissue culture.
Intervention effect Conventional bulb propagation yielded higher number of side shoots than tissue culture.
Intervention effect Conventional bulb propagation yielded higher spike length than tissue culture.
Intervention effect Conventional bulb propagation yielded higher rachis length than tissue culture.
Intervention effect Conventional bulb propagation yielded higher spike girth than tissue culture.
Intervention effect Conventional bulb propagation yielded higher number of florets per spike than tissue culture.
Intervention effect Conventional bulb propagation yielded higher floret length than tissue culture.
Intervention effect Conventional bulb propagation yielded higher floret diameter than tissue culture.
Intervention effect Conventional bulb propagation yielded higher flowering duration than tissue culture.
Intervention effect Conventional bulb propagation yielded higher single floret weight than tissue culture.
Intervention effect Conventional bulb propagation yielded higher hundred florets weight than tissue culture.
Intervention effect Conventional bulb propagation yielded higher number of bulbs than tissue culture.
Intervention effect Conventional bulb propagation yielded higher number of Bulblets than tissue culture.
Intervention effect Conventional bulb propagation yielded higher clump weight than tissue culture.
Intervention effect Conventional bulb propagation yielded higher weight of bulbs than tissue culture.
Intervention effect Conventional bulb propagation yielded higher weight of bulblets than tissue culture.

Intervention effectobservedoriginal resultsignificant (as stated)measured

Claim · model-written summary

Conventional bulb propagation yielded higher leaf width than tissue culture.

Taxon: tuberoseAgave amicae0
Treatment: Conventional (C) (Bulb propagated)e0
Outcome: leaf widthe0
Direction: highere0
Value: 2 cme0
Comparator: tissue culture (TC)e0

Verbatim

e0
“Conventional (C) (Bulb propagated) plantlets were superior to tissue culture (TC) tuberose plants in terms of yield and income with better growth and yield parameters. The highest plant height (C-41.60 cm, TC-28.40 cm ), number of leaves (C-41.90 nos., TC-23.50 nos.), leaf length (C-35.23 cm, TC- 26.56 cm), leaf width (C-2 cm, TC-1.45 cm), leaf area (T-2874.80 cm2, TC-903.56 cm2), number of side shoots (C-9.56 nos., …” Show full quote
✓ located verbatim in the source · abstract, characters 0–1548

Title

Comparative studies on tissue cultured plantlets with the conventional method of tuberose (Polianthes tuberosa L.)

Kalepalli Reddy Prasanna; P. Aruna; K. Hemaprabha; et al. Journal of Pharmacognosy and Phytochemistry 2021

Other claims from this paper (19)

Intervention effect Conventional bulb propagation yielded higher plant height than tissue culture.
Intervention effect Conventional bulb propagation yielded higher number of leaves than tissue culture.
Intervention effect Conventional bulb propagation yielded higher leaf length than tissue culture.
Intervention effect Conventional bulb propagation yielded higher leaf area than tissue culture.
Intervention effect Conventional bulb propagation yielded higher number of side shoots than tissue culture.
Intervention effect Conventional bulb propagation yielded higher spike length than tissue culture.
Intervention effect Conventional bulb propagation yielded higher rachis length than tissue culture.
Intervention effect Conventional bulb propagation yielded higher spike girth than tissue culture.
Intervention effect Conventional bulb propagation yielded higher number of florets per spike than tissue culture.
Intervention effect Conventional bulb propagation yielded higher floret length than tissue culture.
Intervention effect Conventional bulb propagation yielded higher floret diameter than tissue culture.
Intervention effect Conventional bulb propagation yielded higher flowering duration than tissue culture.
Intervention effect Conventional bulb propagation yielded higher single floret weight than tissue culture.
Intervention effect Conventional bulb propagation yielded higher hundred florets weight than tissue culture.
Intervention effect Conventional bulb propagation yielded higher number of bulbs than tissue culture.
Intervention effect Conventional bulb propagation yielded higher number of Bulblets than tissue culture.
Intervention effect Conventional bulb propagation yielded higher clump weight than tissue culture.
Intervention effect Conventional bulb propagation yielded higher weight of bulbs than tissue culture.
Intervention effect Conventional bulb propagation yielded higher weight of bulblets than tissue culture.

EFFECT OF CYTOJEEP AND FLORIN FOLIAR APPLICATION ON GROWTH AND FLOWERING OF PANSY (VIOLA TEICOLOR) 20

Show all 20 →

Intervention effectobservedoriginal resultpositivesignificant (as stated)measured

Claim · model-written summary

Cytojeep application yielded flower diameter of 74.99 mm in pansy.

Taxon: Pansyt0
Treatment: Cytojeepe0
Outcome: flower diametere0
Direction: increasede0
Value: 74.99 mme0

Not reportedComparator

Verbatim

e0
“The foliar application of Cytojeep at 1 ml.L-1significantly increased plant height 13.84 cm, number of branches per plant 7.40, fresh weight 4.98 g, dry weight 0.88, flowering time 47 days, flower diameter 74.99 mm, number of flowers 5.97.”
✓ located verbatim in the source · abstract, characters 682–921

t0
“PANSY”
✓ located verbatim in the source · title, characters 76–81

Title

EFFECT OF CYTOJEEP AND FLORIN FOLIAR APPLICATION ON GROWTH AND FLOWERING OF PANSY (VIOLA TEICOLOR)

S. M. Sadiq IRAQI JOURNAL OF AGRICULTURAL SCIENCES 2017. doi:10.36103/ijas.v48i5.326

Other claims from this paper (19)

Intervention effect Cytojeep application yielded plant height of 13.84 cm in pansy.
Intervention effect Cytojeep application yielded number of branches per plant of 7.40 in pansy.
Intervention effect Cytojeep application yielded fresh weight of 4.98 g in pansy.
Intervention effect Cytojeep application yielded dry weight of 0.88 in pansy.
Intervention effect Cytojeep application yielded flowering time of 47 days in pansy.
Intervention effect Cytojeep application yielded number of flowers of 5.97 in pansy.
Intervention effect Florin application yielded plant height of 14.01 cm in pansy.
Intervention effect Florin application yielded number of branches per plant of 7.42 in pansy.
Intervention effect Florin application yielded fresh weight of 5.03 g in pansy.
Intervention effect Florin application yielded dry weight of 0.91 g in pansy.
Intervention effect Florin application yielded flowering time of 47 days in pansy.
Intervention effect Florin application yielded flower diameter of 75.70 cm in pansy.
Intervention effect Florin application yielded number of flowers of 5.87 in pansy.
Intervention effect Cytojeep and Florin application yielded plant height of 15.67 cm in pansy.
Intervention effect Cytojeep and Florin application yielded number of branches per plant of 7.89 in pansy.
Intervention effect Cytojeep and Florin application yielded fresh weight of 5.76 g in pansy.
Intervention effect Cytojeep and Florin application yielded flowering time of 43 days in pansy.
Intervention effect Cytojeep and Florin application yielded flower diameter of 81.66 mm in pansy.
Intervention effect Cytojeep and Florin application yielded number of flowers of 6.85 in pansy.

Intervention effectobservedoriginal resultpositivesignificant (as stated)measured

Claim · model-written summary

Florin application yielded flower diameter of 75.70 cm in pansy.

Taxon: Pansyt0
Treatment: Florine0
Outcome: flower diametere0
Direction: increasede0
Value: 75.70 cme0

Not reportedComparator

Verbatim

e0
“Moreover, spraying with Florin at 0.30 ml.L-1 significantly increased all vegetative and flowering characteristics in terms of plant height 14.01 cm, number of branches per plant 7.42, fresh weight 5.03 g, dry weight 0.91 g flowering time 47 days, flower diameter 75.70 cm, number of flowers 5.87.”
✓ located verbatim in the source · abstract, characters 922–1219

t0
“PANSY”
✓ located verbatim in the source · title, characters 76–81

Title

EFFECT OF CYTOJEEP AND FLORIN FOLIAR APPLICATION ON GROWTH AND FLOWERING OF PANSY (VIOLA TEICOLOR)

S. M. Sadiq IRAQI JOURNAL OF AGRICULTURAL SCIENCES 2017. doi:10.36103/ijas.v48i5.326

Other claims from this paper (19)

Intervention effect Cytojeep application yielded plant height of 13.84 cm in pansy.
Intervention effect Cytojeep application yielded number of branches per plant of 7.40 in pansy.
Intervention effect Cytojeep application yielded fresh weight of 4.98 g in pansy.
Intervention effect Cytojeep application yielded dry weight of 0.88 in pansy.
Intervention effect Cytojeep application yielded flowering time of 47 days in pansy.
Intervention effect Cytojeep application yielded flower diameter of 74.99 mm in pansy.
Intervention effect Cytojeep application yielded number of flowers of 5.97 in pansy.
Intervention effect Florin application yielded plant height of 14.01 cm in pansy.
Intervention effect Florin application yielded number of branches per plant of 7.42 in pansy.
Intervention effect Florin application yielded fresh weight of 5.03 g in pansy.
Intervention effect Florin application yielded dry weight of 0.91 g in pansy.
Intervention effect Florin application yielded flowering time of 47 days in pansy.
Intervention effect Florin application yielded number of flowers of 5.87 in pansy.
Intervention effect Cytojeep and Florin application yielded plant height of 15.67 cm in pansy.
Intervention effect Cytojeep and Florin application yielded number of branches per plant of 7.89 in pansy.
Intervention effect Cytojeep and Florin application yielded fresh weight of 5.76 g in pansy.
Intervention effect Cytojeep and Florin application yielded flowering time of 43 days in pansy.
Intervention effect Cytojeep and Florin application yielded flower diameter of 81.66 mm in pansy.
Intervention effect Cytojeep and Florin application yielded number of flowers of 6.85 in pansy.

Intervention effectobservedoriginal resultpositivesignificant (as stated)measured

Claim · model-written summary

Cytojeep application yielded plant height of 13.84 cm in pansy.

Taxon: Pansyt0
Treatment: Cytojeepe0
Outcome: plant heighte0
Direction: increasede0
Value: 13.84 cme0

Not reportedComparator

Verbatim

e0
“The foliar application of Cytojeep at 1 ml.L-1significantly increased plant height 13.84 cm, number of branches per plant 7.40, fresh weight 4.98 g, dry weight 0.88, flowering time 47 days, flower diameter 74.99 mm, number of flowers 5.97.”
✓ located verbatim in the source · abstract, characters 682–921

t0
“PANSY”
✓ located verbatim in the source · title, characters 76–81

Title

EFFECT OF CYTOJEEP AND FLORIN FOLIAR APPLICATION ON GROWTH AND FLOWERING OF PANSY (VIOLA TEICOLOR)

S. M. Sadiq IRAQI JOURNAL OF AGRICULTURAL SCIENCES 2017. doi:10.36103/ijas.v48i5.326

Other claims from this paper (19)

Intervention effect Cytojeep application yielded number of branches per plant of 7.40 in pansy.
Intervention effect Cytojeep application yielded fresh weight of 4.98 g in pansy.
Intervention effect Cytojeep application yielded dry weight of 0.88 in pansy.
Intervention effect Cytojeep application yielded flowering time of 47 days in pansy.
Intervention effect Cytojeep application yielded flower diameter of 74.99 mm in pansy.
Intervention effect Cytojeep application yielded number of flowers of 5.97 in pansy.
Intervention effect Florin application yielded plant height of 14.01 cm in pansy.
Intervention effect Florin application yielded number of branches per plant of 7.42 in pansy.
Intervention effect Florin application yielded fresh weight of 5.03 g in pansy.
Intervention effect Florin application yielded dry weight of 0.91 g in pansy.
Intervention effect Florin application yielded flowering time of 47 days in pansy.
Intervention effect Florin application yielded flower diameter of 75.70 cm in pansy.
Intervention effect Florin application yielded number of flowers of 5.87 in pansy.
Intervention effect Cytojeep and Florin application yielded plant height of 15.67 cm in pansy.
Intervention effect Cytojeep and Florin application yielded number of branches per plant of 7.89 in pansy.
Intervention effect Cytojeep and Florin application yielded fresh weight of 5.76 g in pansy.
Intervention effect Cytojeep and Florin application yielded flowering time of 43 days in pansy.
Intervention effect Cytojeep and Florin application yielded flower diameter of 81.66 mm in pansy.
Intervention effect Cytojeep and Florin application yielded number of flowers of 6.85 in pansy.

STUDIES ON SOME MATERIALS FOR IMPROVING FRUIT SET AND QUALITY OF SWEET PEPPER GROWN UNDER HIGH TEMPERATURE 20

Show all 20 →

Intervention effectobservedoriginal resultpositivemeasured

Claim · model-written summary

10 ppm GA3 improved fruit length and diameter in sweet pepper under high temperature relative to water spray.

Taxon: sweet pepperCapsicum annuume1
Material: Marconie1
Treatment: 10 ppm GA3e0
Outcome: fruit length and diametere0
Direction: improvinge0
Qualifier: high temperaturee0
Comparator: control (water spray)e0

Verbatim

e0
“Spraying plants grown under high temperature with 10 ppm GA3, 10 ppm NAA, 200 ppm Zn or different combination treatments between them led to improving plant growth (plant height, number of branches and leaves/plant, fresh and dry weight/plant and leaf area), fruit length and diameter, number and weight of fruits/plant, early and total yield and chemical constituents (NPK, total chlorophyll, vitamin C, total soluble s…” Show full quote
✓ located verbatim in the source · abstract, characters 388–861

e1
“sweet pepper cv. Marconi”
✓ located verbatim in the source · abstract, characters 96–120

Title

STUDIES ON SOME MATERIALS FOR IMPROVING FRUIT SET AND QUALITY OF SWEET PEPPER GROWN UNDER HIGH TEMPERATURE

Fayza Darwesh,; T. Ali; N. Hassanein Journal of Plant Production 2007. doi:10.21608/jpp.2007.219733

Other claims from this paper (19)

Intervention effect 10 ppm GA3 improved plant growth in sweet pepper under high temperature relative to water spray.
Intervention effect 10 ppm GA3 improved number and weight of fruits/plant in sweet pepper under high temperature relative to water spray.
Intervention effect 10 ppm GA3 improved early and total yield in sweet pepper under high temperature relative to water spray.
Intervention effect 10 ppm GA3 improved chemical constituents in sweet pepper under high temperature relative to water spray.
Intervention effect 10 ppm NAA improved plant growth in sweet pepper under high temperature relative to water spray.
Intervention effect 10 ppm NAA improved fruit length and diameter in sweet pepper under high temperature relative to water spray.
Intervention effect 10 ppm NAA improved number and weight of fruits/plant in sweet pepper under high temperature relative to water spray.
Intervention effect 10 ppm NAA improved early and total yield in sweet pepper under high temperature relative to water spray.
Intervention effect 10 ppm NAA improved chemical constituents in sweet pepper under high temperature relative to water spray.
Intervention effect 200 ppm Zn improved plant growth in sweet pepper under high temperature relative to water spray.
Intervention effect 200 ppm Zn improved fruit length and diameter in sweet pepper under high temperature relative to water spray.
Intervention effect 200 ppm Zn improved number and weight of fruits/plant in sweet pepper under high temperature relative to water spray.
Intervention effect 200 ppm Zn improved early and total yield in sweet pepper under high temperature relative to water spray.
Intervention effect 200 ppm Zn improved chemical constituents in sweet pepper under high temperature relative to water spray.
Intervention effect different combination treatments between them improved plant growth in sweet pepper under high temperature relative to water spray.
Intervention effect different combination treatments between them improved fruit length and diameter in sweet pepper under high temperature relative to water spray.
Intervention effect different combination treatments between them improved number and weight of fruits/plant in sweet pepper under high temperature relative to water spray.
Intervention effect different combination treatments between them improved early and total yield in sweet pepper under high temperature relative to water spray.
Intervention effect different combination treatments between them improved chemical constituents in sweet pepper under high temperature relative to water spray.

Intervention effectobservedoriginal resultpositivemeasured

Claim · model-written summary

10 ppm NAA improved fruit length and diameter in sweet pepper under high temperature relative to water spray.

Taxon: sweet pepperCapsicum annuume1
Material: Marconie1
Treatment: 10 ppm NAAe0
Outcome: fruit length and diametere0
Direction: improvinge0
Qualifier: high temperaturee0
Comparator: control (water spray)e0

Verbatim

e0
“Spraying plants grown under high temperature with 10 ppm GA3, 10 ppm NAA, 200 ppm Zn or different combination treatments between them led to improving plant growth (plant height, number of branches and leaves/plant, fresh and dry weight/plant and leaf area), fruit length and diameter, number and weight of fruits/plant, early and total yield and chemical constituents (NPK, total chlorophyll, vitamin C, total soluble s…” Show full quote
✓ located verbatim in the source · abstract, characters 388–861

e1
“sweet pepper cv. Marconi”
✓ located verbatim in the source · abstract, characters 96–120

Title

STUDIES ON SOME MATERIALS FOR IMPROVING FRUIT SET AND QUALITY OF SWEET PEPPER GROWN UNDER HIGH TEMPERATURE

Fayza Darwesh,; T. Ali; N. Hassanein Journal of Plant Production 2007. doi:10.21608/jpp.2007.219733

Other claims from this paper (19)

Intervention effect 10 ppm GA3 improved plant growth in sweet pepper under high temperature relative to water spray.
Intervention effect 10 ppm GA3 improved fruit length and diameter in sweet pepper under high temperature relative to water spray.
Intervention effect 10 ppm GA3 improved number and weight of fruits/plant in sweet pepper under high temperature relative to water spray.
Intervention effect 10 ppm GA3 improved early and total yield in sweet pepper under high temperature relative to water spray.
Intervention effect 10 ppm GA3 improved chemical constituents in sweet pepper under high temperature relative to water spray.
Intervention effect 10 ppm NAA improved plant growth in sweet pepper under high temperature relative to water spray.
Intervention effect 10 ppm NAA improved number and weight of fruits/plant in sweet pepper under high temperature relative to water spray.
Intervention effect 10 ppm NAA improved early and total yield in sweet pepper under high temperature relative to water spray.
Intervention effect 10 ppm NAA improved chemical constituents in sweet pepper under high temperature relative to water spray.
Intervention effect 200 ppm Zn improved plant growth in sweet pepper under high temperature relative to water spray.
Intervention effect 200 ppm Zn improved fruit length and diameter in sweet pepper under high temperature relative to water spray.
Intervention effect 200 ppm Zn improved number and weight of fruits/plant in sweet pepper under high temperature relative to water spray.
Intervention effect 200 ppm Zn improved early and total yield in sweet pepper under high temperature relative to water spray.
Intervention effect 200 ppm Zn improved chemical constituents in sweet pepper under high temperature relative to water spray.
Intervention effect different combination treatments between them improved plant growth in sweet pepper under high temperature relative to water spray.
Intervention effect different combination treatments between them improved fruit length and diameter in sweet pepper under high temperature relative to water spray.
Intervention effect different combination treatments between them improved number and weight of fruits/plant in sweet pepper under high temperature relative to water spray.
Intervention effect different combination treatments between them improved early and total yield in sweet pepper under high temperature relative to water spray.
Intervention effect different combination treatments between them improved chemical constituents in sweet pepper under high temperature relative to water spray.

Intervention effectobservedoriginal resultpositivemeasured

Claim · model-written summary

200 ppm Zn improved fruit length and diameter in sweet pepper under high temperature relative to water spray.

Taxon: sweet pepperCapsicum annuume1
Material: Marconie1
Treatment: 200 ppm Zne0
Outcome: fruit length and diametere0
Direction: improvinge0
Qualifier: high temperaturee0
Comparator: control (water spray)e0

Verbatim

e0
“Spraying plants grown under high temperature with 10 ppm GA3, 10 ppm NAA, 200 ppm Zn or different combination treatments between them led to improving plant growth (plant height, number of branches and leaves/plant, fresh and dry weight/plant and leaf area), fruit length and diameter, number and weight of fruits/plant, early and total yield and chemical constituents (NPK, total chlorophyll, vitamin C, total soluble s…” Show full quote
✓ located verbatim in the source · abstract, characters 388–861

e1
“sweet pepper cv. Marconi”
✓ located verbatim in the source · abstract, characters 96–120

Title

STUDIES ON SOME MATERIALS FOR IMPROVING FRUIT SET AND QUALITY OF SWEET PEPPER GROWN UNDER HIGH TEMPERATURE

Fayza Darwesh,; T. Ali; N. Hassanein Journal of Plant Production 2007. doi:10.21608/jpp.2007.219733

Other claims from this paper (19)

Intervention effect 10 ppm GA3 improved plant growth in sweet pepper under high temperature relative to water spray.
Intervention effect 10 ppm GA3 improved fruit length and diameter in sweet pepper under high temperature relative to water spray.
Intervention effect 10 ppm GA3 improved number and weight of fruits/plant in sweet pepper under high temperature relative to water spray.
Intervention effect 10 ppm GA3 improved early and total yield in sweet pepper under high temperature relative to water spray.
Intervention effect 10 ppm GA3 improved chemical constituents in sweet pepper under high temperature relative to water spray.
Intervention effect 10 ppm NAA improved plant growth in sweet pepper under high temperature relative to water spray.
Intervention effect 10 ppm NAA improved fruit length and diameter in sweet pepper under high temperature relative to water spray.
Intervention effect 10 ppm NAA improved number and weight of fruits/plant in sweet pepper under high temperature relative to water spray.
Intervention effect 10 ppm NAA improved early and total yield in sweet pepper under high temperature relative to water spray.
Intervention effect 10 ppm NAA improved chemical constituents in sweet pepper under high temperature relative to water spray.
Intervention effect 200 ppm Zn improved plant growth in sweet pepper under high temperature relative to water spray.
Intervention effect 200 ppm Zn improved number and weight of fruits/plant in sweet pepper under high temperature relative to water spray.
Intervention effect 200 ppm Zn improved early and total yield in sweet pepper under high temperature relative to water spray.
Intervention effect 200 ppm Zn improved chemical constituents in sweet pepper under high temperature relative to water spray.
Intervention effect different combination treatments between them improved plant growth in sweet pepper under high temperature relative to water spray.
Intervention effect different combination treatments between them improved fruit length and diameter in sweet pepper under high temperature relative to water spray.
Intervention effect different combination treatments between them improved number and weight of fruits/plant in sweet pepper under high temperature relative to water spray.
Intervention effect different combination treatments between them improved early and total yield in sweet pepper under high temperature relative to water spray.
Intervention effect different combination treatments between them improved chemical constituents in sweet pepper under high temperature relative to water spray.

Integrated Nutrient Managemen For Improving Plant Growth, Flowering And Bulb Production In Hyacinthcv. Yellow Stone 20

Show all 20 →

Intervention effectobservedoriginal resultpositivesignificant (as stated)measured

Claim · model-written summary

The nutrient combination gave maximum diameter of inflorescence of 7.06cm.

Taxon: Hyacintht0
Treatment: 80% RFD + Vermicompost (12 tons ha-1) + Biofertilizers (PSB + KSB +Azotobacter)e0
Interactor: AzotobacterAzotobactere0symbiont
Outcome: diameter of inflorescencee0
Direction: maximume0
Value: 7.06cme0

Not reportedComparator

Verbatim

e0
“Treatment combination containing 80% RFD + Vermicompost (12 tons ha-1) + Biofertilizers (PSB + KSB +Azotobacter) resulted in a minimum number of days taken to bulb sprouting (75.83days), first leaf appearance (81.50days), second leaf appearance (83.50days), third leaf appearance (85.33days), bud appearance (88.33 days) , color break (99.58days), complete flower formation(109.83days), maximum plant height (18.40cm), l…” Show full quote
✓ located verbatim in the source · abstract, characters 622–1435

t0
“Hyacinth”
✓ located verbatim in the source · title, characters 91–99

Title

Integrated Nutrient Managemen For Improving Plant Growth, Flowering And Bulb Production In Hyacinthcv. Yellow Stone

Ishfaq Ayoub; N.H. Masoodi Agriculture Association of Textile Chemical and Critical Reviews Journal 2023. doi:10.58321/aatccreview.2023.11.04.32

Other claims from this paper (19)

Intervention effect The nutrient combination gave minimum days taken to bulb sprouting of 75.83days.
Intervention effect The nutrient combination gave minimum first leaf appearance of 81.50days.
Intervention effect The nutrient combination gave minimum second leaf appearance of 83.50days.
Intervention effect The nutrient combination gave minimum third leaf appearance of 85.33days.
Intervention effect The nutrient combination gave minimum bud appearance of 88.33 days.
Intervention effect The nutrient combination gave minimum color break of 99.58days.
Intervention effect The nutrient combination gave minimum complete flower formation of 109.83days.
Intervention effect The nutrient combination gave maximum plant height of 18.40cm.
Intervention effect The nutrient combination gave maximum leaf length of 13.87cm.
Intervention effect The nutrient combination gave maximum leaf width of 2.45cm.
Intervention effect The nutrient combination gave maximum length of a spike of 18.06cm.
Intervention effect The nutrient combination gave maximum Spike thickness of 7.90mm.
Intervention effect The nutrient combination gave maximum number of leaves per plant of 23.83.
Intervention effect The nutrient combination gave maximum number of florets per spike of 20.33.
Intervention effect The nutrient combination gave maximum length of inflorescence of 7.10cm.
Intervention effect The nutrient combination gave maximum duration of flowering of 18.33days.
Intervention effect The nutrient combination gave maximum bulb weight of 40.22g.
Intervention effect The nutrient combination gave maximum bulb size of 11.52cm.
Intervention effect The nutrient combination gave maximum number of offsets per bulb of 3.83.

Intervention effectobservedoriginal resultpositivesignificant (as stated)measured

Claim · model-written summary

The nutrient combination gave maximum plant height of 18.40cm.

Taxon: Hyacintht0
Treatment: 80% RFD + Vermicompost (12 tons ha-1) + Biofertilizers (PSB + KSB +Azotobacter)e0
Interactor: AzotobacterAzotobactere0symbiont
Outcome: plant heighte0
Direction: maximume0
Value: 18.40cme0

Not reportedComparator

Verbatim

e0
“Treatment combination containing 80% RFD + Vermicompost (12 tons ha-1) + Biofertilizers (PSB + KSB +Azotobacter) resulted in a minimum number of days taken to bulb sprouting (75.83days), first leaf appearance (81.50days), second leaf appearance (83.50days), third leaf appearance (85.33days), bud appearance (88.33 days) , color break (99.58days), complete flower formation(109.83days), maximum plant height (18.40cm), l…” Show full quote
✓ located verbatim in the source · abstract, characters 622–1435

t0
“Hyacinth”
✓ located verbatim in the source · title, characters 91–99

Title

Integrated Nutrient Managemen For Improving Plant Growth, Flowering And Bulb Production In Hyacinthcv. Yellow Stone

Ishfaq Ayoub; N.H. Masoodi Agriculture Association of Textile Chemical and Critical Reviews Journal 2023. doi:10.58321/aatccreview.2023.11.04.32

Other claims from this paper (19)

Intervention effect The nutrient combination gave minimum days taken to bulb sprouting of 75.83days.
Intervention effect The nutrient combination gave minimum first leaf appearance of 81.50days.
Intervention effect The nutrient combination gave minimum second leaf appearance of 83.50days.
Intervention effect The nutrient combination gave minimum third leaf appearance of 85.33days.
Intervention effect The nutrient combination gave minimum bud appearance of 88.33 days.
Intervention effect The nutrient combination gave minimum color break of 99.58days.
Intervention effect The nutrient combination gave minimum complete flower formation of 109.83days.
Intervention effect The nutrient combination gave maximum leaf length of 13.87cm.
Intervention effect The nutrient combination gave maximum leaf width of 2.45cm.
Intervention effect The nutrient combination gave maximum length of a spike of 18.06cm.
Intervention effect The nutrient combination gave maximum Spike thickness of 7.90mm.
Intervention effect The nutrient combination gave maximum number of leaves per plant of 23.83.
Intervention effect The nutrient combination gave maximum number of florets per spike of 20.33.
Intervention effect The nutrient combination gave maximum diameter of inflorescence of 7.06cm.
Intervention effect The nutrient combination gave maximum length of inflorescence of 7.10cm.
Intervention effect The nutrient combination gave maximum duration of flowering of 18.33days.
Intervention effect The nutrient combination gave maximum bulb weight of 40.22g.
Intervention effect The nutrient combination gave maximum bulb size of 11.52cm.
Intervention effect The nutrient combination gave maximum number of offsets per bulb of 3.83.

Intervention effectobservedoriginal resultpositivesignificant (as stated)measured

Claim · model-written summary

The nutrient combination gave minimum color break of 99.58days.

Taxon: Hyacintht0
Treatment: 80% RFD + Vermicompost (12 tons ha-1) + Biofertilizers (PSB + KSB +Azotobacter)e0
Interactor: AzotobacterAzotobactere0symbiont
Outcome: color breake0
Direction: minimume0
Value: 99.58dayse0

Not reportedComparator

Verbatim

e0
“Treatment combination containing 80% RFD + Vermicompost (12 tons ha-1) + Biofertilizers (PSB + KSB +Azotobacter) resulted in a minimum number of days taken to bulb sprouting (75.83days), first leaf appearance (81.50days), second leaf appearance (83.50days), third leaf appearance (85.33days), bud appearance (88.33 days) , color break (99.58days), complete flower formation(109.83days), maximum plant height (18.40cm), l…” Show full quote
✓ located verbatim in the source · abstract, characters 622–1435

t0
“Hyacinth”
✓ located verbatim in the source · title, characters 91–99

Title

Integrated Nutrient Managemen For Improving Plant Growth, Flowering And Bulb Production In Hyacinthcv. Yellow Stone

Ishfaq Ayoub; N.H. Masoodi Agriculture Association of Textile Chemical and Critical Reviews Journal 2023. doi:10.58321/aatccreview.2023.11.04.32

Other claims from this paper (19)

Intervention effect The nutrient combination gave minimum days taken to bulb sprouting of 75.83days.
Intervention effect The nutrient combination gave minimum first leaf appearance of 81.50days.
Intervention effect The nutrient combination gave minimum second leaf appearance of 83.50days.
Intervention effect The nutrient combination gave minimum third leaf appearance of 85.33days.
Intervention effect The nutrient combination gave minimum bud appearance of 88.33 days.
Intervention effect The nutrient combination gave minimum complete flower formation of 109.83days.
Intervention effect The nutrient combination gave maximum plant height of 18.40cm.
Intervention effect The nutrient combination gave maximum leaf length of 13.87cm.
Intervention effect The nutrient combination gave maximum leaf width of 2.45cm.
Intervention effect The nutrient combination gave maximum length of a spike of 18.06cm.
Intervention effect The nutrient combination gave maximum Spike thickness of 7.90mm.
Intervention effect The nutrient combination gave maximum number of leaves per plant of 23.83.
Intervention effect The nutrient combination gave maximum number of florets per spike of 20.33.
Intervention effect The nutrient combination gave maximum diameter of inflorescence of 7.06cm.
Intervention effect The nutrient combination gave maximum length of inflorescence of 7.10cm.
Intervention effect The nutrient combination gave maximum duration of flowering of 18.33days.
Intervention effect The nutrient combination gave maximum bulb weight of 40.22g.
Intervention effect The nutrient combination gave maximum bulb size of 11.52cm.
Intervention effect The nutrient combination gave maximum number of offsets per bulb of 3.83.

Influence of plant growth regulators on growth, seed yield and quality of okra (Abelmoschus esculentus (L) Moench.) 20

Show all 20 →

Intervention effectobservedoriginal resultpositivemeasured

Claim · model-written summary

GA3 at 250 ppm gave the best okra result for fruit diameter.

Taxon: okraAbelmoschus esculentuse0
Material: Phule Vimukhae0
Treatment: GA3 at 250 ppm foliar sprayinge0
Outcome: fruit diametere0
Direction: beste0
Value: 2.00 cme0

Not reportedComparator

Verbatim

e0
“The plant growth regulator GA3 at 250 ppm foliar spraying was found to be the best treatment for plant growth, seed yield and quality characters of okra variety Phule Vimukha viz., days to 50% flowering (40 days), plant height (89.83 cm), number of leaves (25.50), number of branches (3.92), moisture content (16.50 %), germination (93.33 %), seedling length (24.20 cm), root length (9.23 cm), shoot length (15.27 cm), s…” Show full quote
✓ located verbatim in the source · abstract, characters 1186–1939

Title

Influence of plant growth regulators on growth, seed yield and quality of okra (Abelmoschus esculentus (L) Moench.)

Viraj V. Deshmukh Journal of Innovative Agriculture 2024. doi:10.37446/jinagri/rsa/11.3.2024.18-25

Other claims from this paper (19)

Intervention effect GA3 at 250 ppm gave the best okra result for days to 50% flowering.
Intervention effect GA3 at 250 ppm gave the best okra result for plant height.
Intervention effect GA3 at 250 ppm gave the best okra result for number of leaves.
Intervention effect GA3 at 250 ppm gave the best okra result for number of branches.
Intervention effect GA3 at 250 ppm gave the best okra result for moisture content.
Intervention effect GA3 at 250 ppm gave the best okra result for germination.
Intervention effect GA3 at 250 ppm gave the best okra result for seedling length.
Intervention effect GA3 at 250 ppm gave the best okra result for root length.
Intervention effect GA3 at 250 ppm gave the best okra result for shoot length.
Intervention effect GA3 at 250 ppm gave the best okra result for seedling dry weight.
Intervention effect GA3 at 250 ppm gave the best okra result for seed vigour index.
Intervention effect GA3 at 250 ppm gave the best okra result for hard seeds.
Intervention effect GA3 at 250 ppm gave the best okra result for dead seed.
Intervention effect GA3 at 250 ppm gave the best okra result for electrical conductivity.
Intervention effect GA3 at 250 ppm gave the best okra result for number of fruits per plant.
Intervention effect GA3 at 250 ppm gave the best okra result for fruit length.
Intervention effect GA3 at 250 ppm gave the best okra result for number of seeds per fruit.
Intervention effect GA3 at 250 ppm gave the best okra result for 100 seed weight.
Intervention effect GA3 at 250 ppm gave the best okra result for seed yield per plant.

Intervention effectobservedoriginal resultpositivemeasured

Claim · model-written summary

GA3 at 250 ppm gave the best okra result for plant height.

Taxon: okraAbelmoschus esculentuse0
Material: Phule Vimukhae0
Treatment: GA3 at 250 ppm foliar sprayinge0
Outcome: plant heighte0
Direction: beste0
Value: 89.83 cme0

Not reportedComparator

Verbatim

e0
“The plant growth regulator GA3 at 250 ppm foliar spraying was found to be the best treatment for plant growth, seed yield and quality characters of okra variety Phule Vimukha viz., days to 50% flowering (40 days), plant height (89.83 cm), number of leaves (25.50), number of branches (3.92), moisture content (16.50 %), germination (93.33 %), seedling length (24.20 cm), root length (9.23 cm), shoot length (15.27 cm), s…” Show full quote
✓ located verbatim in the source · abstract, characters 1186–1939

Title

Influence of plant growth regulators on growth, seed yield and quality of okra (Abelmoschus esculentus (L) Moench.)

Viraj V. Deshmukh Journal of Innovative Agriculture 2024. doi:10.37446/jinagri/rsa/11.3.2024.18-25

Other claims from this paper (19)

Intervention effect GA3 at 250 ppm gave the best okra result for days to 50% flowering.
Intervention effect GA3 at 250 ppm gave the best okra result for number of leaves.
Intervention effect GA3 at 250 ppm gave the best okra result for number of branches.
Intervention effect GA3 at 250 ppm gave the best okra result for moisture content.
Intervention effect GA3 at 250 ppm gave the best okra result for germination.
Intervention effect GA3 at 250 ppm gave the best okra result for seedling length.
Intervention effect GA3 at 250 ppm gave the best okra result for root length.
Intervention effect GA3 at 250 ppm gave the best okra result for shoot length.
Intervention effect GA3 at 250 ppm gave the best okra result for seedling dry weight.
Intervention effect GA3 at 250 ppm gave the best okra result for seed vigour index.
Intervention effect GA3 at 250 ppm gave the best okra result for hard seeds.
Intervention effect GA3 at 250 ppm gave the best okra result for dead seed.
Intervention effect GA3 at 250 ppm gave the best okra result for electrical conductivity.
Intervention effect GA3 at 250 ppm gave the best okra result for number of fruits per plant.
Intervention effect GA3 at 250 ppm gave the best okra result for fruit length.
Intervention effect GA3 at 250 ppm gave the best okra result for fruit diameter.
Intervention effect GA3 at 250 ppm gave the best okra result for number of seeds per fruit.
Intervention effect GA3 at 250 ppm gave the best okra result for 100 seed weight.
Intervention effect GA3 at 250 ppm gave the best okra result for seed yield per plant.

Intervention effectobservedoriginal resultpositivemeasured

Claim · model-written summary

GA3 at 250 ppm gave the best okra result for germination.

Taxon: okraAbelmoschus esculentuse0
Material: Phule Vimukhae0
Treatment: GA3 at 250 ppm foliar sprayinge0
Outcome: germinatione0
Direction: beste0
Value: 93.33 %e0

Not reportedComparator

Verbatim

e0
“The plant growth regulator GA3 at 250 ppm foliar spraying was found to be the best treatment for plant growth, seed yield and quality characters of okra variety Phule Vimukha viz., days to 50% flowering (40 days), plant height (89.83 cm), number of leaves (25.50), number of branches (3.92), moisture content (16.50 %), germination (93.33 %), seedling length (24.20 cm), root length (9.23 cm), shoot length (15.27 cm), s…” Show full quote
✓ located verbatim in the source · abstract, characters 1186–1939

Title

Influence of plant growth regulators on growth, seed yield and quality of okra (Abelmoschus esculentus (L) Moench.)

Viraj V. Deshmukh Journal of Innovative Agriculture 2024. doi:10.37446/jinagri/rsa/11.3.2024.18-25

Other claims from this paper (19)

Intervention effect GA3 at 250 ppm gave the best okra result for days to 50% flowering.
Intervention effect GA3 at 250 ppm gave the best okra result for plant height.
Intervention effect GA3 at 250 ppm gave the best okra result for number of leaves.
Intervention effect GA3 at 250 ppm gave the best okra result for number of branches.
Intervention effect GA3 at 250 ppm gave the best okra result for moisture content.
Intervention effect GA3 at 250 ppm gave the best okra result for seedling length.
Intervention effect GA3 at 250 ppm gave the best okra result for root length.
Intervention effect GA3 at 250 ppm gave the best okra result for shoot length.
Intervention effect GA3 at 250 ppm gave the best okra result for seedling dry weight.
Intervention effect GA3 at 250 ppm gave the best okra result for seed vigour index.
Intervention effect GA3 at 250 ppm gave the best okra result for hard seeds.
Intervention effect GA3 at 250 ppm gave the best okra result for dead seed.
Intervention effect GA3 at 250 ppm gave the best okra result for electrical conductivity.
Intervention effect GA3 at 250 ppm gave the best okra result for number of fruits per plant.
Intervention effect GA3 at 250 ppm gave the best okra result for fruit length.
Intervention effect GA3 at 250 ppm gave the best okra result for fruit diameter.
Intervention effect GA3 at 250 ppm gave the best okra result for number of seeds per fruit.
Intervention effect GA3 at 250 ppm gave the best okra result for 100 seed weight.
Intervention effect GA3 at 250 ppm gave the best okra result for seed yield per plant.

Effect of Growth Regulators on Growth and Yield of Turmeric var. Suroma 19

Show all 19 →

Intervention effectobservedoriginal resultnegativemeasured

Claim · model-written summary

Cycocel 1000 ppm produced the least diameter of rhizome clump (22.67 mm) at 180 DAP.

Taxon: TurmericCurcuma longat0
Treatment: G1 (Cycocel 1000 ppm)e0
Outcome: diameter of rhizome clumpe0
Direction: leaste0
Value: 22.67 mme0

Not reportedComparator

Verbatim

e0
“the treatment G1 (Cycocel 1000 ppm) recorded least (65.60 cm) plant height,, number of leaves per tiller (19.04), leaf area (190.01 cm2), number of tillers per clump (4.40), number of rhizomes per clump (23.61), diameter of rhizome clump (22.67 mm), clump size (28.79 cm2), yield per clump (214.26 g), yield per plot (4.24 kg) and yield per hectare (10.77 t/ha)”
✓ located verbatim in the source · abstract, characters 629–990

t0
“Turmeric var. Suroma”
✓ located verbatim in the source · title, characters 51–71

Title

Effect of Growth Regulators on Growth and Yield of Turmeric var. Suroma

Ravi Pujari; Shankargouda Patil; Ajithkumar S; et al. International Journal of Current Microbiology and Applied Sciences 2018. doi:10.20546/ijcmas.2018.701.374

Other claims from this paper (19)

Intervention effect NAA 20 ppm produced the maximum plant height (80.84 cm) at 180 DAP.
Intervention effect NAA 20 ppm produced the maximum number of leaves per tiller (26.32) at 180 DAP.
Intervention effect NAA 20 ppm produced the maximum leaf area (288.38cm2) at 180 DAP.
Intervention effect NAA 20 ppm produced the maximum number of tillers per clump (5.63) at 180 DAP.
Intervention effect NAA 20 ppm produced the maximum harvest index (88.01%) at 180 DAP.
Intervention effect NAA 20 ppm produced the maximum number of rhizomes per clump (31.03) at 180 DAP.
Intervention effect NAA 20 ppm produced the maximum diameter of rhizome clump (29.02 mm) at 180 DAP.
Intervention effect NAA 20 ppm produced the maximum clump size (42.37 cm2) at 180 DAP.
Intervention effect NAA 20 ppm produced the maximum yield per clump (295.41g) at 180 DAP.
Intervention effect NAA 20 ppm produced the maximum yield per plot (8.08 kg) at 180 DAP.
Intervention effect Cycocel 1000 ppm produced the least plant height (65.60 cm) at 180 DAP.
Intervention effect Cycocel 1000 ppm produced the least number of leaves per tiller (19.04) at 180 DAP.
Intervention effect Cycocel 1000 ppm produced the least leaf area (190.01 cm2) at 180 DAP.
Intervention effect Cycocel 1000 ppm produced the least number of tillers per clump (4.40) at 180 DAP.
Intervention effect Cycocel 1000 ppm produced the least number of rhizomes per clump (23.61) at 180 DAP.
Intervention effect Cycocel 1000 ppm produced the least clump size (28.79 cm2) at 180 DAP.
Intervention effect Cycocel 1000 ppm produced the least yield per clump (214.26 g) at 180 DAP.
Intervention effect Cycocel 1000 ppm produced the least yield per plot (4.24 kg) at 180 DAP.
Observation Control plants had the lowest harvest index, 73.52%, at 180 DAP.

Intervention effectobservedoriginal resultpositivemeasured

Claim · model-written summary

NAA 20 ppm produced the maximum diameter of rhizome clump (29.02 mm) at 180 DAP.

Taxon: TurmericCurcuma longat0
Treatment: G3 (NAA 20 ppm)e0
Outcome: diameter of rhizome clumpe0
Direction: maximume0
Value: 29.02 mme0
Qualifier: 180 DAPe0

Not reportedComparator

Verbatim

e0
“the treatment G3 (NAA 20 ppm) recorded maximum (80.84 cm) plant height, number of leaves per tiller (26.32), leaf area (288.38cm2), number of tillers per clump (5.63), harvest index (88.01%), number of rhizomes per clump (31.03), diameter of rhizome clump (29.02 mm), clump size (42.37 cm2), yield per clump (295.41g), yield per plot (8.08 kg) and yield per hectare (18.08 t/ha) at 180 DAP”
✓ located verbatim in the source · abstract, characters 235–624

t0
“Turmeric var. Suroma”
✓ located verbatim in the source · title, characters 51–71

Title

Effect of Growth Regulators on Growth and Yield of Turmeric var. Suroma

Ravi Pujari; Shankargouda Patil; Ajithkumar S; et al. International Journal of Current Microbiology and Applied Sciences 2018. doi:10.20546/ijcmas.2018.701.374

Other claims from this paper (19)

Intervention effect NAA 20 ppm produced the maximum plant height (80.84 cm) at 180 DAP.
Intervention effect NAA 20 ppm produced the maximum number of leaves per tiller (26.32) at 180 DAP.
Intervention effect NAA 20 ppm produced the maximum leaf area (288.38cm2) at 180 DAP.
Intervention effect NAA 20 ppm produced the maximum number of tillers per clump (5.63) at 180 DAP.
Intervention effect NAA 20 ppm produced the maximum harvest index (88.01%) at 180 DAP.
Intervention effect NAA 20 ppm produced the maximum number of rhizomes per clump (31.03) at 180 DAP.
Intervention effect NAA 20 ppm produced the maximum clump size (42.37 cm2) at 180 DAP.
Intervention effect NAA 20 ppm produced the maximum yield per clump (295.41g) at 180 DAP.
Intervention effect NAA 20 ppm produced the maximum yield per plot (8.08 kg) at 180 DAP.
Intervention effect Cycocel 1000 ppm produced the least plant height (65.60 cm) at 180 DAP.
Intervention effect Cycocel 1000 ppm produced the least number of leaves per tiller (19.04) at 180 DAP.
Intervention effect Cycocel 1000 ppm produced the least leaf area (190.01 cm2) at 180 DAP.
Intervention effect Cycocel 1000 ppm produced the least number of tillers per clump (4.40) at 180 DAP.
Intervention effect Cycocel 1000 ppm produced the least number of rhizomes per clump (23.61) at 180 DAP.
Intervention effect Cycocel 1000 ppm produced the least diameter of rhizome clump (22.67 mm) at 180 DAP.
Intervention effect Cycocel 1000 ppm produced the least clump size (28.79 cm2) at 180 DAP.
Intervention effect Cycocel 1000 ppm produced the least yield per clump (214.26 g) at 180 DAP.
Intervention effect Cycocel 1000 ppm produced the least yield per plot (4.24 kg) at 180 DAP.
Observation Control plants had the lowest harvest index, 73.52%, at 180 DAP.

Intervention effectobservedoriginal resultnegativemeasured

Claim · model-written summary

Cycocel 1000 ppm produced the least plant height (65.60 cm) at 180 DAP.

Taxon: TurmericCurcuma longat0
Treatment: G1 (Cycocel 1000 ppm)e0
Outcome: plant heighte0
Direction: leaste0
Value: 65.60 cme0

Not reportedComparator

Verbatim

e0
“the treatment G1 (Cycocel 1000 ppm) recorded least (65.60 cm) plant height,, number of leaves per tiller (19.04), leaf area (190.01 cm2), number of tillers per clump (4.40), number of rhizomes per clump (23.61), diameter of rhizome clump (22.67 mm), clump size (28.79 cm2), yield per clump (214.26 g), yield per plot (4.24 kg) and yield per hectare (10.77 t/ha)”
✓ located verbatim in the source · abstract, characters 629–990

t0
“Turmeric var. Suroma”
✓ located verbatim in the source · title, characters 51–71

Title

Effect of Growth Regulators on Growth and Yield of Turmeric var. Suroma

Ravi Pujari; Shankargouda Patil; Ajithkumar S; et al. International Journal of Current Microbiology and Applied Sciences 2018. doi:10.20546/ijcmas.2018.701.374

Other claims from this paper (19)

Intervention effect NAA 20 ppm produced the maximum plant height (80.84 cm) at 180 DAP.
Intervention effect NAA 20 ppm produced the maximum number of leaves per tiller (26.32) at 180 DAP.
Intervention effect NAA 20 ppm produced the maximum leaf area (288.38cm2) at 180 DAP.
Intervention effect NAA 20 ppm produced the maximum number of tillers per clump (5.63) at 180 DAP.
Intervention effect NAA 20 ppm produced the maximum harvest index (88.01%) at 180 DAP.
Intervention effect NAA 20 ppm produced the maximum number of rhizomes per clump (31.03) at 180 DAP.
Intervention effect NAA 20 ppm produced the maximum diameter of rhizome clump (29.02 mm) at 180 DAP.
Intervention effect NAA 20 ppm produced the maximum clump size (42.37 cm2) at 180 DAP.
Intervention effect NAA 20 ppm produced the maximum yield per clump (295.41g) at 180 DAP.
Intervention effect NAA 20 ppm produced the maximum yield per plot (8.08 kg) at 180 DAP.
Intervention effect Cycocel 1000 ppm produced the least number of leaves per tiller (19.04) at 180 DAP.
Intervention effect Cycocel 1000 ppm produced the least leaf area (190.01 cm2) at 180 DAP.
Intervention effect Cycocel 1000 ppm produced the least number of tillers per clump (4.40) at 180 DAP.
Intervention effect Cycocel 1000 ppm produced the least number of rhizomes per clump (23.61) at 180 DAP.
Intervention effect Cycocel 1000 ppm produced the least diameter of rhizome clump (22.67 mm) at 180 DAP.
Intervention effect Cycocel 1000 ppm produced the least clump size (28.79 cm2) at 180 DAP.
Intervention effect Cycocel 1000 ppm produced the least yield per clump (214.26 g) at 180 DAP.
Intervention effect Cycocel 1000 ppm produced the least yield per plot (4.24 kg) at 180 DAP.
Observation Control plants had the lowest harvest index, 73.52%, at 180 DAP.

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“height and diameter growth”

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Integrated Nutrient Managemen For Improving Plant Growth, Flowering And Bulb Production In Hyacinthcv. Yellow Stone 20

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Effect of Growth Regulators on Growth and Yield of Turmeric var. Suroma 19