View: List Claim type Research area Organism Taxon as written Decade Paper Taxon: cotton ✕
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Intervention effect observed original result negative measured Claim · model-written summary
Under salinity stress, leaf relative water content decrease d by 26% in susceptible cotton genotypes, to a greater degree than in tolerant ones.
susceptible cotton genotypes e1 leaf relative water content e1 tolerant ones e1 Verbatim
e1 “Fifteen day old seedlings registered decrease in shoot length (50.6%) and root length (41.6%), shoot weight (50%) and root weight (41%), leaf relative water content (26%), chlorophyll content (56%) and Fv/Fm (12.9%) in susceptible cotton genotypes to greater degree than the tolerant ones in response to salinity ”
✓ located verbatim in the source · abstract, characters 181–493 Other claims from this paper (11) Intervention effect Under salinity stress, shoot length decreased by 50.6% in susceptible cotton genotypes, to a greater degree than in tolerant ones. Intervention effect Under salinity stress, root length decreased by 41.6% in susceptible cotton genotypes, to a greater degree than in tolerant ones. Intervention effect Under salinity stress, shoot weight decreased by 50% in susceptible cotton genotypes, to a greater degree than in tolerant ones. Intervention effect Under salinity stress, root weight decreased by 41% in susceptible cotton genotypes, to a greater degree than in tolerant ones. Intervention effect Under salinity stress, chlorophyll content decreased by 56% in susceptible cotton genotypes, to a greater degree than in tolerant ones. Intervention effect Under salinity stress, Fv/Fm decreased by 12.9% in susceptible cotton genotypes, to a greater degree than in tolerant ones. Intervention effect Proline, glycine and betaine increased in cotton in response to salinity. Intervention effect Total sugars increased in cotton in response to salinity. Intervention effect The increase in osmolytes was even greater with ABA priming under salinity in susceptible seedling leaves. Intervention effect ABA treatment had a positive effect on physiological and growth parameters of cotton. Intervention effect ABA seed pre-treatment ameliorated the negative impact of salinity stress in susceptible cotton seedlings. Mechanism author interpretation original result positive measured Claim · model-written summary
Potassium- in duced in creases in relative water content and membrane stability were in terpreted as protective against salt stress.
protective mechanisms against NaCl stress e0 relative water content and membrane stability index e0 Verbatim
e0 “In conclusion, K- in duced decrease in Na + , in crease in Ca 2+ , K + , K + : Na + ratio, relative water content and membrane stability in dex provide protective mechanisms against NaCl stress. ”
✓ located verbatim in the source · abstract, characters 1861–2051 t0 “cotton ”
✓ located verbatim in the source · title, characters 90–96 Other claims from this paper (18) Intervention effect observed original result negative measured Claim · model-written summary
Under salinity stress, chlorophyll content decrease d by 56% in susceptible cotton genotypes, to a greater degree than in tolerant ones.
susceptible cotton genotypes e1 chlorophyll content e1 tolerant ones e1 Verbatim
e1 “Fifteen day old seedlings registered decrease in shoot length (50.6%) and root length (41.6%), shoot weight (50%) and root weight (41%), leaf relative water content (26%), chlorophyll content (56%) and Fv/Fm (12.9%) in susceptible cotton genotypes to greater degree than the tolerant ones in response to salinity ”
✓ located verbatim in the source · abstract, characters 181–493 Other claims from this paper (11) Intervention effect Under salinity stress, shoot length decreased by 50.6% in susceptible cotton genotypes, to a greater degree than in tolerant ones. Intervention effect Under salinity stress, root length decreased by 41.6% in susceptible cotton genotypes, to a greater degree than in tolerant ones. Intervention effect Under salinity stress, shoot weight decreased by 50% in susceptible cotton genotypes, to a greater degree than in tolerant ones. Intervention effect Under salinity stress, root weight decreased by 41% in susceptible cotton genotypes, to a greater degree than in tolerant ones. Intervention effect Under salinity stress, leaf relative water content decreased by 26% in susceptible cotton genotypes, to a greater degree than in tolerant ones. Intervention effect Under salinity stress, Fv/Fm decreased by 12.9% in susceptible cotton genotypes, to a greater degree than in tolerant ones. Intervention effect Proline, glycine and betaine increased in cotton in response to salinity. Intervention effect Total sugars increased in cotton in response to salinity. Intervention effect The increase in osmolytes was even greater with ABA priming under salinity in susceptible seedling leaves. Intervention effect ABA treatment had a positive effect on physiological and growth parameters of cotton. Intervention effect ABA seed pre-treatment ameliorated the negative impact of salinity stress in susceptible cotton seedlings. Mechanism author interpretation original result positive measured Claim · model-written summary
Potassium- in duced ion balance changes were in terpreted as protective mechanisms against salt stress.
protective mechanisms against NaCl stress e0 decrease in Na + , increase in Ca 2+ , K + , K + : Na + ratio e0 Verbatim
e0 “In conclusion, K- in duced decrease in Na + , in crease in Ca 2+ , K + , K + : Na + ratio, relative water content and membrane stability in dex provide protective mechanisms against NaCl stress. ”
✓ located verbatim in the source · abstract, characters 1861–2051 t0 “cotton ”
✓ located verbatim in the source · title, characters 90–96 Other claims from this paper (18) Intervention effect observed original result negative measured Claim · model-written summary
Under salinity stress, shoot weight decrease d by 50% in susceptible cotton genotypes, to a greater degree than in tolerant ones.
susceptible cotton genotypes e1 tolerant ones e1 Verbatim
e1 “Fifteen day old seedlings registered decrease in shoot length (50.6%) and root length (41.6%), shoot weight (50%) and root weight (41%), leaf relative water content (26%), chlorophyll content (56%) and Fv/Fm (12.9%) in susceptible cotton genotypes to greater degree than the tolerant ones in response to salinity ”
✓ located verbatim in the source · abstract, characters 181–493 Other claims from this paper (11) Intervention effect Under salinity stress, shoot length decreased by 50.6% in susceptible cotton genotypes, to a greater degree than in tolerant ones. Intervention effect Under salinity stress, root length decreased by 41.6% in susceptible cotton genotypes, to a greater degree than in tolerant ones. Intervention effect Under salinity stress, root weight decreased by 41% in susceptible cotton genotypes, to a greater degree than in tolerant ones. Intervention effect Under salinity stress, leaf relative water content decreased by 26% in susceptible cotton genotypes, to a greater degree than in tolerant ones. Intervention effect Under salinity stress, chlorophyll content decreased by 56% in susceptible cotton genotypes, to a greater degree than in tolerant ones. Intervention effect Under salinity stress, Fv/Fm decreased by 12.9% in susceptible cotton genotypes, to a greater degree than in tolerant ones. Intervention effect Proline, glycine and betaine increased in cotton in response to salinity. Intervention effect Total sugars increased in cotton in response to salinity. Intervention effect The increase in osmolytes was even greater with ABA priming under salinity in susceptible seedling leaves. Intervention effect ABA treatment had a positive effect on physiological and growth parameters of cotton. Intervention effect ABA seed pre-treatment ameliorated the negative impact of salinity stress in susceptible cotton seedlings. Intervention effect observed original result negative measured Claim · model-written summary
Under salinity stress, root weight decrease d by 41% in susceptible cotton genotypes, to a greater degree than in tolerant ones.
susceptible cotton genotypes e1 tolerant ones e1 Verbatim
e1 “Fifteen day old seedlings registered decrease in shoot length (50.6%) and root length (41.6%), shoot weight (50%) and root weight (41%), leaf relative water content (26%), chlorophyll content (56%) and Fv/Fm (12.9%) in susceptible cotton genotypes to greater degree than the tolerant ones in response to salinity ”
✓ located verbatim in the source · abstract, characters 181–493 Other claims from this paper (11) Intervention effect Under salinity stress, shoot length decreased by 50.6% in susceptible cotton genotypes, to a greater degree than in tolerant ones. Intervention effect Under salinity stress, root length decreased by 41.6% in susceptible cotton genotypes, to a greater degree than in tolerant ones. Intervention effect Under salinity stress, shoot weight decreased by 50% in susceptible cotton genotypes, to a greater degree than in tolerant ones. Intervention effect Under salinity stress, leaf relative water content decreased by 26% in susceptible cotton genotypes, to a greater degree than in tolerant ones. Intervention effect Under salinity stress, chlorophyll content decreased by 56% in susceptible cotton genotypes, to a greater degree than in tolerant ones. Intervention effect Under salinity stress, Fv/Fm decreased by 12.9% in susceptible cotton genotypes, to a greater degree than in tolerant ones. Intervention effect Proline, glycine and betaine increased in cotton in response to salinity. Intervention effect Total sugars increased in cotton in response to salinity. Intervention effect The increase in osmolytes was even greater with ABA priming under salinity in susceptible seedling leaves. Intervention effect ABA treatment had a positive effect on physiological and growth parameters of cotton. Intervention effect ABA seed pre-treatment ameliorated the negative impact of salinity stress in susceptible cotton seedlings. Intervention effect observed original result negative measured Claim · model-written summary
Under salinity stress, shoot length decrease d by 50.6% in susceptible cotton genotypes, to a greater degree than in tolerant ones.
susceptible cotton genotypes e1 tolerant ones e1 Verbatim
e1 “Fifteen day old seedlings registered decrease in shoot length (50.6%) and root length (41.6%), shoot weight (50%) and root weight (41%), leaf relative water content (26%), chlorophyll content (56%) and Fv/Fm (12.9%) in susceptible cotton genotypes to greater degree than the tolerant ones in response to salinity ”
✓ located verbatim in the source · abstract, characters 181–493 Other claims from this paper (11) Intervention effect Under salinity stress, root length decreased by 41.6% in susceptible cotton genotypes, to a greater degree than in tolerant ones. Intervention effect Under salinity stress, shoot weight decreased by 50% in susceptible cotton genotypes, to a greater degree than in tolerant ones. Intervention effect Under salinity stress, root weight decreased by 41% in susceptible cotton genotypes, to a greater degree than in tolerant ones. Intervention effect Under salinity stress, leaf relative water content decreased by 26% in susceptible cotton genotypes, to a greater degree than in tolerant ones. Intervention effect Under salinity stress, chlorophyll content decreased by 56% in susceptible cotton genotypes, to a greater degree than in tolerant ones. Intervention effect Under salinity stress, Fv/Fm decreased by 12.9% in susceptible cotton genotypes, to a greater degree than in tolerant ones. Intervention effect Proline, glycine and betaine increased in cotton in response to salinity. Intervention effect Total sugars increased in cotton in response to salinity. Intervention effect The increase in osmolytes was even greater with ABA priming under salinity in susceptible seedling leaves. Intervention effect ABA treatment had a positive effect on physiological and growth parameters of cotton. Intervention effect ABA seed pre-treatment ameliorated the negative impact of salinity stress in susceptible cotton seedlings. Intervention effect observed original result negative measured Claim · model-written summary
Under salinity stress, root length decrease d by 41.6% in susceptible cotton genotypes, to a greater degree than in tolerant ones.
susceptible cotton genotypes e1 tolerant ones e1 Verbatim
e1 “Fifteen day old seedlings registered decrease in shoot length (50.6%) and root length (41.6%), shoot weight (50%) and root weight (41%), leaf relative water content (26%), chlorophyll content (56%) and Fv/Fm (12.9%) in susceptible cotton genotypes to greater degree than the tolerant ones in response to salinity ”
✓ located verbatim in the source · abstract, characters 181–493 Other claims from this paper (11) Intervention effect Under salinity stress, shoot length decreased by 50.6% in susceptible cotton genotypes, to a greater degree than in tolerant ones. Intervention effect Under salinity stress, shoot weight decreased by 50% in susceptible cotton genotypes, to a greater degree than in tolerant ones. Intervention effect Under salinity stress, root weight decreased by 41% in susceptible cotton genotypes, to a greater degree than in tolerant ones. Intervention effect Under salinity stress, leaf relative water content decreased by 26% in susceptible cotton genotypes, to a greater degree than in tolerant ones. Intervention effect Under salinity stress, chlorophyll content decreased by 56% in susceptible cotton genotypes, to a greater degree than in tolerant ones. Intervention effect Under salinity stress, Fv/Fm decreased by 12.9% in susceptible cotton genotypes, to a greater degree than in tolerant ones. Intervention effect Proline, glycine and betaine increased in cotton in response to salinity. Intervention effect Total sugars increased in cotton in response to salinity. Intervention effect The increase in osmolytes was even greater with ABA priming under salinity in susceptible seedling leaves. Intervention effect ABA treatment had a positive effect on physiological and growth parameters of cotton. Intervention effect ABA seed pre-treatment ameliorated the negative impact of salinity stress in susceptible cotton seedlings. Intervention effect observed original result negative measured Claim · model-written summary
Under salinity stress, Fv/Fm decrease d by 12.9% in susceptible cotton genotypes, to a greater degree than in tolerant ones.
susceptible cotton genotypes e1 tolerant ones e1 Verbatim
e1 “Fifteen day old seedlings registered decrease in shoot length (50.6%) and root length (41.6%), shoot weight (50%) and root weight (41%), leaf relative water content (26%), chlorophyll content (56%) and Fv/Fm (12.9%) in susceptible cotton genotypes to greater degree than the tolerant ones in response to salinity ”
✓ located verbatim in the source · abstract, characters 181–493 Other claims from this paper (11) Intervention effect Under salinity stress, shoot length decreased by 50.6% in susceptible cotton genotypes, to a greater degree than in tolerant ones. Intervention effect Under salinity stress, root length decreased by 41.6% in susceptible cotton genotypes, to a greater degree than in tolerant ones. Intervention effect Under salinity stress, shoot weight decreased by 50% in susceptible cotton genotypes, to a greater degree than in tolerant ones. Intervention effect Under salinity stress, root weight decreased by 41% in susceptible cotton genotypes, to a greater degree than in tolerant ones. Intervention effect Under salinity stress, leaf relative water content decreased by 26% in susceptible cotton genotypes, to a greater degree than in tolerant ones. Intervention effect Under salinity stress, chlorophyll content decreased by 56% in susceptible cotton genotypes, to a greater degree than in tolerant ones. Intervention effect Proline, glycine and betaine increased in cotton in response to salinity. Intervention effect Total sugars increased in cotton in response to salinity. Intervention effect The increase in osmolytes was even greater with ABA priming under salinity in susceptible seedling leaves. Intervention effect ABA treatment had a positive effect on physiological and growth parameters of cotton. Intervention effect ABA seed pre-treatment ameliorated the negative impact of salinity stress in susceptible cotton seedlings. 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.
Gossypium hirsutum