View: List Claim type Research area Organism Taxon as written Decade Paper paper W2992329788 ✕
Intervention effect observed original result positive measured Claim · model-written summary
Under water stress, salicylic acid and glutamine increased yield to 1893 g per plant, 179.62% higher
Salicylic acid and Glutamine acid e4 Verbatim
t0 “water-stressed cucumber (Cucumis sativus L. ) ”
✓ located verbatim in the source · title, characters 85–130 e4 “The role of Salicylic acid and Glutamine acid was positive to decrease the passive effect of water stress, Plant height record 236.17 cm, Stem diameter 8.57mm, Relative growth rate 0.021 g.day −1 and yield 1893 gm plant −1 (the percentage of increase was 37.57%, 40.95%, 50.00%, 179.62%, respectively) ”
✓ located verbatim in the source · abstract, characters 1284–1585 Other claims from this paper (13) Intervention effect Water stress decreased plant height of cucumber from 232.44 cm at the first stress level to 183.82 cm at the second Intervention effect Water stress decreased stem diameter of cucumber from 8.28 mm at the first stress level to 7.41 mm at the second Intervention effect Water stress decreased relative growth rate of cucumber from 0.019 g.day −1 at the first stress level to 0.016 g day −1 at the second Intervention effect Water stress decreased yield of cucumber from 1358 g per plant at the first stress level to 972 g per plant at the second Association Salicylic acid and glutamine increased all the studied growth indicators of cucumber Intervention effect The third level of salicylic acid and glutamine spraying exceeded the second level Intervention effect Under water stress, salicylic acid and glutamine increased plant height to 236.17 cm, 37.57% higher Intervention effect Under water stress, salicylic acid and glutamine increased stem diameter to 8.57 mm, 40.95% higher Intervention effect Under water stress, salicylic acid and glutamine increased relative growth rate to 0.021 g.day −1, 50.00% higher Intervention effect At the second stress level and high spraying levels, salicylic acid and glutamine increased plant height to 262.00 cm Intervention effect At the second stress level and high spraying levels, salicylic acid and glutamine increased stem diameter to 9.22 mm Intervention effect At the second stress level and high spraying levels, salicylic acid and glutamine increased relative growth rate to 0.024 g.day −1 Intervention effect At the second stress level and high spraying levels, salicylic acid and glutamine increased yield to 2317 g per plant Intervention effect observed original result positive measured Claim · model-written summary
At the second stress level and high spraying levels, salicylic acid and glutamine increased yield to 2317 g per plant
the spraying at high levels e5 the second stress level e5 Verbatim
t0 “water-stressed cucumber (Cucumis sativus L. ) ”
✓ located verbatim in the source · title, characters 85–130 e5 “the triple interaction between the second stress level( S 2 ) and the spraying at high levels the Salicylic acid and Glutamine SA3 G3 was positive to decrease the effect of water deficit stress, 262.00 cm, 9.22 mm, 0.024g.day −1 and yield 2317gm plant −1 (percentages of increase were 75.05%,58.97%,100.00%and286.17%, respectively) ”
✓ located verbatim in the source · abstract, characters 1592–1923 Other claims from this paper (13) Intervention effect Water stress decreased plant height of cucumber from 232.44 cm at the first stress level to 183.82 cm at the second Intervention effect Water stress decreased stem diameter of cucumber from 8.28 mm at the first stress level to 7.41 mm at the second Intervention effect Water stress decreased relative growth rate of cucumber from 0.019 g.day −1 at the first stress level to 0.016 g day −1 at the second Intervention effect Water stress decreased yield of cucumber from 1358 g per plant at the first stress level to 972 g per plant at the second Association Salicylic acid and glutamine increased all the studied growth indicators of cucumber Intervention effect The third level of salicylic acid and glutamine spraying exceeded the second level Intervention effect Under water stress, salicylic acid and glutamine increased plant height to 236.17 cm, 37.57% higher Intervention effect Under water stress, salicylic acid and glutamine increased stem diameter to 8.57 mm, 40.95% higher Intervention effect Under water stress, salicylic acid and glutamine increased relative growth rate to 0.021 g.day −1, 50.00% higher Intervention effect Under water stress, salicylic acid and glutamine increased yield to 1893 g per plant, 179.62% higher Intervention effect At the second stress level and high spraying levels, salicylic acid and glutamine increased plant height to 262.00 cm Intervention effect At the second stress level and high spraying levels, salicylic acid and glutamine increased stem diameter to 9.22 mm Intervention effect At the second stress level and high spraying levels, salicylic acid and glutamine increased relative growth rate to 0.024 g.day −1 Intervention effect observed original result positive measured Claim · model-written summary
At the second stress level and high spraying levels, salicylic acid and glutamine increased plant height to 262.00 cm
the spraying at high levels e5 the second stress level e5 Verbatim
t0 “water-stressed cucumber (Cucumis sativus L. ) ”
✓ located verbatim in the source · title, characters 85–130 e4 “The role of Salicylic acid and Glutamine acid was positive to decrease the passive effect of water stress, Plant height record 236.17 cm, Stem diameter 8.57mm, Relative growth rate 0.021 g.day −1 and yield 1893 gm plant −1 (the percentage of increase was 37.57%, 40.95%, 50.00%, 179.62%, respectively) ”
✓ located verbatim in the source · abstract, characters 1284–1585 e5 “the triple interaction between the second stress level( S 2 ) and the spraying at high levels the Salicylic acid and Glutamine SA3 G3 was positive to decrease the effect of water deficit stress, 262.00 cm, 9.22 mm, 0.024g.day −1 and yield 2317gm plant −1 (percentages of increase were 75.05%,58.97%,100.00%and286.17%, respectively) ”
✓ located verbatim in the source · abstract, characters 1592–1923 Other claims from this paper (13) Intervention effect Water stress decreased plant height of cucumber from 232.44 cm at the first stress level to 183.82 cm at the second Intervention effect Water stress decreased stem diameter of cucumber from 8.28 mm at the first stress level to 7.41 mm at the second Intervention effect Water stress decreased relative growth rate of cucumber from 0.019 g.day −1 at the first stress level to 0.016 g day −1 at the second Intervention effect Water stress decreased yield of cucumber from 1358 g per plant at the first stress level to 972 g per plant at the second Association Salicylic acid and glutamine increased all the studied growth indicators of cucumber Intervention effect The third level of salicylic acid and glutamine spraying exceeded the second level Intervention effect Under water stress, salicylic acid and glutamine increased plant height to 236.17 cm, 37.57% higher Intervention effect Under water stress, salicylic acid and glutamine increased stem diameter to 8.57 mm, 40.95% higher Intervention effect Under water stress, salicylic acid and glutamine increased relative growth rate to 0.021 g.day −1, 50.00% higher Intervention effect Under water stress, salicylic acid and glutamine increased yield to 1893 g per plant, 179.62% higher Intervention effect At the second stress level and high spraying levels, salicylic acid and glutamine increased stem diameter to 9.22 mm Intervention effect At the second stress level and high spraying levels, salicylic acid and glutamine increased relative growth rate to 0.024 g.day −1 Intervention effect At the second stress level and high spraying levels, salicylic acid and glutamine increased yield to 2317 g per plant Intervention effect observed original result positive measured Claim · model-written summary
At the second stress level and high spraying levels, salicylic acid and glutamine increased stem diameter to 9.22 mm
the spraying at high levels e5 the second stress level e5 Verbatim
t0 “water-stressed cucumber (Cucumis sativus L. ) ”
✓ located verbatim in the source · title, characters 85–130 e4 “The role of Salicylic acid and Glutamine acid was positive to decrease the passive effect of water stress, Plant height record 236.17 cm, Stem diameter 8.57mm, Relative growth rate 0.021 g.day −1 and yield 1893 gm plant −1 (the percentage of increase was 37.57%, 40.95%, 50.00%, 179.62%, respectively) ”
✓ located verbatim in the source · abstract, characters 1284–1585 e5 “the triple interaction between the second stress level( S 2 ) and the spraying at high levels the Salicylic acid and Glutamine SA3 G3 was positive to decrease the effect of water deficit stress, 262.00 cm, 9.22 mm, 0.024g.day −1 and yield 2317gm plant −1 (percentages of increase were 75.05%,58.97%,100.00%and286.17%, respectively) ”
✓ located verbatim in the source · abstract, characters 1592–1923 Other claims from this paper (13) Intervention effect Water stress decreased plant height of cucumber from 232.44 cm at the first stress level to 183.82 cm at the second Intervention effect Water stress decreased stem diameter of cucumber from 8.28 mm at the first stress level to 7.41 mm at the second Intervention effect Water stress decreased relative growth rate of cucumber from 0.019 g.day −1 at the first stress level to 0.016 g day −1 at the second Intervention effect Water stress decreased yield of cucumber from 1358 g per plant at the first stress level to 972 g per plant at the second Association Salicylic acid and glutamine increased all the studied growth indicators of cucumber Intervention effect The third level of salicylic acid and glutamine spraying exceeded the second level Intervention effect Under water stress, salicylic acid and glutamine increased plant height to 236.17 cm, 37.57% higher Intervention effect Under water stress, salicylic acid and glutamine increased stem diameter to 8.57 mm, 40.95% higher Intervention effect Under water stress, salicylic acid and glutamine increased relative growth rate to 0.021 g.day −1, 50.00% higher Intervention effect Under water stress, salicylic acid and glutamine increased yield to 1893 g per plant, 179.62% higher Intervention effect At the second stress level and high spraying levels, salicylic acid and glutamine increased plant height to 262.00 cm Intervention effect At the second stress level and high spraying levels, salicylic acid and glutamine increased relative growth rate to 0.024 g.day −1 Intervention effect At the second stress level and high spraying levels, salicylic acid and glutamine increased yield to 2317 g per plant Intervention effect observed original result positive measured Claim · model-written summary
At the second stress level and high spraying levels, salicylic acid and glutamine increased relative growth rate to 0.024 g.day −1
the spraying at high levels e5 Relative growth rate e4 the second stress level e5 Verbatim
t0 “water-stressed cucumber (Cucumis sativus L. ) ”
✓ located verbatim in the source · title, characters 85–130 e4 “The role of Salicylic acid and Glutamine acid was positive to decrease the passive effect of water stress, Plant height record 236.17 cm, Stem diameter 8.57mm, Relative growth rate 0.021 g.day −1 and yield 1893 gm plant −1 (the percentage of increase was 37.57%, 40.95%, 50.00%, 179.62%, respectively) ”
✓ located verbatim in the source · abstract, characters 1284–1585 e5 “the triple interaction between the second stress level( S 2 ) and the spraying at high levels the Salicylic acid and Glutamine SA3 G3 was positive to decrease the effect of water deficit stress, 262.00 cm, 9.22 mm, 0.024g.day −1 and yield 2317gm plant −1 (percentages of increase were 75.05%,58.97%,100.00%and286.17%, respectively) ”
✓ located verbatim in the source · abstract, characters 1592–1923 Other claims from this paper (13) Intervention effect Water stress decreased plant height of cucumber from 232.44 cm at the first stress level to 183.82 cm at the second Intervention effect Water stress decreased stem diameter of cucumber from 8.28 mm at the first stress level to 7.41 mm at the second Intervention effect Water stress decreased relative growth rate of cucumber from 0.019 g.day −1 at the first stress level to 0.016 g day −1 at the second Intervention effect Water stress decreased yield of cucumber from 1358 g per plant at the first stress level to 972 g per plant at the second Association Salicylic acid and glutamine increased all the studied growth indicators of cucumber Intervention effect The third level of salicylic acid and glutamine spraying exceeded the second level Intervention effect Under water stress, salicylic acid and glutamine increased plant height to 236.17 cm, 37.57% higher Intervention effect Under water stress, salicylic acid and glutamine increased stem diameter to 8.57 mm, 40.95% higher Intervention effect Under water stress, salicylic acid and glutamine increased relative growth rate to 0.021 g.day −1, 50.00% higher Intervention effect Under water stress, salicylic acid and glutamine increased yield to 1893 g per plant, 179.62% higher Intervention effect At the second stress level and high spraying levels, salicylic acid and glutamine increased plant height to 262.00 cm Intervention effect At the second stress level and high spraying levels, salicylic acid and glutamine increased stem diameter to 9.22 mm Intervention effect At the second stress level and high spraying levels, salicylic acid and glutamine increased yield to 2317 g per plant Intervention effect observed original result positive measured Claim · model-written summary
Under water stress, salicylic acid and glutamine increased stem diameter to 8.57 mm, 40.95% higher
Salicylic acid and Glutamine acid e4 Verbatim
t0 “water-stressed cucumber (Cucumis sativus L. ) ”
✓ located verbatim in the source · title, characters 85–130 e4 “The role of Salicylic acid and Glutamine acid was positive to decrease the passive effect of water stress, Plant height record 236.17 cm, Stem diameter 8.57mm, Relative growth rate 0.021 g.day −1 and yield 1893 gm plant −1 (the percentage of increase was 37.57%, 40.95%, 50.00%, 179.62%, respectively) ”
✓ located verbatim in the source · abstract, characters 1284–1585 Other claims from this paper (13) Intervention effect Water stress decreased plant height of cucumber from 232.44 cm at the first stress level to 183.82 cm at the second Intervention effect Water stress decreased stem diameter of cucumber from 8.28 mm at the first stress level to 7.41 mm at the second Intervention effect Water stress decreased relative growth rate of cucumber from 0.019 g.day −1 at the first stress level to 0.016 g day −1 at the second Intervention effect Water stress decreased yield of cucumber from 1358 g per plant at the first stress level to 972 g per plant at the second Association Salicylic acid and glutamine increased all the studied growth indicators of cucumber Intervention effect The third level of salicylic acid and glutamine spraying exceeded the second level Intervention effect Under water stress, salicylic acid and glutamine increased plant height to 236.17 cm, 37.57% higher Intervention effect Under water stress, salicylic acid and glutamine increased relative growth rate to 0.021 g.day −1, 50.00% higher Intervention effect Under water stress, salicylic acid and glutamine increased yield to 1893 g per plant, 179.62% higher Intervention effect At the second stress level and high spraying levels, salicylic acid and glutamine increased plant height to 262.00 cm Intervention effect At the second stress level and high spraying levels, salicylic acid and glutamine increased stem diameter to 9.22 mm Intervention effect At the second stress level and high spraying levels, salicylic acid and glutamine increased relative growth rate to 0.024 g.day −1 Intervention effect At the second stress level and high spraying levels, salicylic acid and glutamine increased yield to 2317 g per plant Intervention effect observed original result positive measured Claim · model-written summary
Under water stress, salicylic acid and glutamine increased plant height to 236.17 cm, 37.57% higher
Salicylic acid and Glutamine acid e4 Verbatim
t0 “water-stressed cucumber (Cucumis sativus L. ) ”
✓ located verbatim in the source · title, characters 85–130 e4 “The role of Salicylic acid and Glutamine acid was positive to decrease the passive effect of water stress, Plant height record 236.17 cm, Stem diameter 8.57mm, Relative growth rate 0.021 g.day −1 and yield 1893 gm plant −1 (the percentage of increase was 37.57%, 40.95%, 50.00%, 179.62%, respectively) ”
✓ located verbatim in the source · abstract, characters 1284–1585 Other claims from this paper (13) Intervention effect Water stress decreased plant height of cucumber from 232.44 cm at the first stress level to 183.82 cm at the second Intervention effect Water stress decreased stem diameter of cucumber from 8.28 mm at the first stress level to 7.41 mm at the second Intervention effect Water stress decreased relative growth rate of cucumber from 0.019 g.day −1 at the first stress level to 0.016 g day −1 at the second Intervention effect Water stress decreased yield of cucumber from 1358 g per plant at the first stress level to 972 g per plant at the second Association Salicylic acid and glutamine increased all the studied growth indicators of cucumber Intervention effect The third level of salicylic acid and glutamine spraying exceeded the second level Intervention effect Under water stress, salicylic acid and glutamine increased stem diameter to 8.57 mm, 40.95% higher Intervention effect Under water stress, salicylic acid and glutamine increased relative growth rate to 0.021 g.day −1, 50.00% higher Intervention effect Under water stress, salicylic acid and glutamine increased yield to 1893 g per plant, 179.62% higher Intervention effect At the second stress level and high spraying levels, salicylic acid and glutamine increased plant height to 262.00 cm Intervention effect At the second stress level and high spraying levels, salicylic acid and glutamine increased stem diameter to 9.22 mm Intervention effect At the second stress level and high spraying levels, salicylic acid and glutamine increased relative growth rate to 0.024 g.day −1 Intervention effect At the second stress level and high spraying levels, salicylic acid and glutamine increased yield to 2317 g per plant Intervention effect observed original result positive measured Claim · model-written summary
Under water stress, salicylic acid and glutamine increased relative growth rate to 0.021 g.day −1, 50.00% higher
Salicylic acid and Glutamine acid e4 Relative growth rate e4 Verbatim
t0 “water-stressed cucumber (Cucumis sativus L. ) ”
✓ located verbatim in the source · title, characters 85–130 e4 “The role of Salicylic acid and Glutamine acid was positive to decrease the passive effect of water stress, Plant height record 236.17 cm, Stem diameter 8.57mm, Relative growth rate 0.021 g.day −1 and yield 1893 gm plant −1 (the percentage of increase was 37.57%, 40.95%, 50.00%, 179.62%, respectively) ”
✓ located verbatim in the source · abstract, characters 1284–1585 Other claims from this paper (13) Intervention effect Water stress decreased plant height of cucumber from 232.44 cm at the first stress level to 183.82 cm at the second Intervention effect Water stress decreased stem diameter of cucumber from 8.28 mm at the first stress level to 7.41 mm at the second Intervention effect Water stress decreased relative growth rate of cucumber from 0.019 g.day −1 at the first stress level to 0.016 g day −1 at the second Intervention effect Water stress decreased yield of cucumber from 1358 g per plant at the first stress level to 972 g per plant at the second Association Salicylic acid and glutamine increased all the studied growth indicators of cucumber Intervention effect The third level of salicylic acid and glutamine spraying exceeded the second level Intervention effect Under water stress, salicylic acid and glutamine increased plant height to 236.17 cm, 37.57% higher Intervention effect Under water stress, salicylic acid and glutamine increased stem diameter to 8.57 mm, 40.95% higher Intervention effect Under water stress, salicylic acid and glutamine increased yield to 1893 g per plant, 179.62% higher Intervention effect At the second stress level and high spraying levels, salicylic acid and glutamine increased plant height to 262.00 cm Intervention effect At the second stress level and high spraying levels, salicylic acid and glutamine increased stem diameter to 9.22 mm Intervention effect At the second stress level and high spraying levels, salicylic acid and glutamine increased relative growth rate to 0.024 g.day −1 Intervention effect At the second stress level and high spraying levels, salicylic acid and glutamine increased yield to 2317 g per plant Lexical search (BM25). All words must match; if nothing does, any word. Organism names also match every spelling of the same organism. No semantic search yet.
Cucumis sativus