FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4221125217> ?p ?o ?g. }

• W4221125217 endingPage "104843" @default.
• W4221125217 startingPage "104843" @default.
• W4221125217 abstract "Nanotechnology offers great opportunities for sustainable management of degraded soils and using of saline water. The use of green nanoagrochemicals (e.g., nanofertilizers) derived from plant biowastes is highly concerning from an agro-environmental point of view. The impacts of nanoagrochemicals on salt tolerance mechanisms of Williams banana (Musa spp.) plants under field conditions, particularly in soils with low fertility under salinity stress and low organic matter content, have not yet been verified. Therefore, in this study, a two-year field trial was conducted to investigate the impacts of green nanosilica (GNS) application on the enhancing the salt tolerance of Williams banana plants in arid sandy soil. Banana plants were irrigated with fresh Nile River water (EC = 0.53 dS m−1) or saline groundwater (EC = 4.12 dS m−1) and sprayed with GNS at doses of 0 mg L−1 (control), 150 mg L−1 (GNS1), and 300 mg L−1 (GNS2) in spring, summer, and autumn. Spraying the saline water-irrigated plants with GNS1 and GNS2 significantly increased the total fruit yield by 30% and 45% in the first year and by 21% and 38% in the second year and reduced the concentrations of Na+ in leaves by 32% and 36%, respectively, compared with the control. Moreover, the foliar application of GNS1 and GNS2 improved the total sugar content in the banana fruits under salinity stress by 42% and 50%, respectively. We assume that GNS application induced an increase in nutrient uptake and that antioxidant and osmoregulation compounds (e.g., proline and soluble carbohydrates) enhanced banana plant tolerance to salinity stress. Although the use of GNS reduced the negative effects of saline irrigation water, banana plants that were irrigated with Nile River water remained significantly better than the saline ground water. In conclusion, the foliar application of GNS improved the productivity and quality of Williams banana fruit in sandy poor soils and enhanced their tolerance to salinity stress, which provides opportunities to expand banana cultivation using saline water in low fertile sandy arid soils. These findings might be an aid for sustainable management of degraded sandy arid soils and reusing of saline water." @default.
• W4221125217 created "2022-04-03" @default.
• W4221125217 creator A5006926367 @default.
• W4221125217 creator A5014226836 @default.
• W4221125217 creator A5022862216 @default.
• W4221125217 creator A5039520570 @default.
• W4221125217 creator A5046878599 @default.
• W4221125217 creator A5061905355 @default.
• W4221125217 creator A5065758190 @default.
• W4221125217 date "2022-05-01" @default.
• W4221125217 modified "2023-10-06" @default.
• W4221125217 title "Green nanosilica enhanced the salt-tolerance defenses and yield of Williams banana: A field trial for using saline water in low fertile arid soil" @default.
• W4221125217 cites W116253160 @default.
• W4221125217 cites W1852340166 @default.
• W4221125217 cites W1975205707 @default.
• W4221125217 cites W2008902214 @default.
• W4221125217 cites W2028823348 @default.
• W4221125217 cites W2029495498 @default.
• W4221125217 cites W2043130487 @default.
• W4221125217 cites W2051616372 @default.
• W4221125217 cites W2079831907 @default.
• W4221125217 cites W2084049717 @default.
• W4221125217 cites W2103131442 @default.
• W4221125217 cites W2339630195 @default.
• W4221125217 cites W2477488708 @default.
• W4221125217 cites W2610735241 @default.
• W4221125217 cites W2621003552 @default.
• W4221125217 cites W2757202852 @default.
• W4221125217 cites W2765230192 @default.
• W4221125217 cites W2765961590 @default.
• W4221125217 cites W2784963478 @default.
• W4221125217 cites W2790301221 @default.
• W4221125217 cites W2793750483 @default.
• W4221125217 cites W2795399854 @default.
• W4221125217 cites W2795616745 @default.
• W4221125217 cites W2836375111 @default.
• W4221125217 cites W2885690707 @default.
• W4221125217 cites W2891966888 @default.
• W4221125217 cites W2900139502 @default.
• W4221125217 cites W2900226357 @default.
• W4221125217 cites W2918081342 @default.
• W4221125217 cites W2989955094 @default.
• W4221125217 cites W3005682518 @default.
• W4221125217 cites W3012920219 @default.
• W4221125217 cites W3016102303 @default.
• W4221125217 cites W3029287654 @default.
• W4221125217 cites W3082508429 @default.
• W4221125217 cites W3089702812 @default.
• W4221125217 cites W3127175161 @default.
• W4221125217 cites W3135402409 @default.
• W4221125217 doi "https://doi.org/10.1016/j.envexpbot.2022.104843" @default.
• W4221125217 hasPublicationYear "2022" @default.
• W4221125217 type Work @default.
• W4221125217 citedByCount "11" @default.
• W4221125217 countsByYear W42211252172022 @default.
• W4221125217 countsByYear W42211252172023 @default.
• W4221125217 crossrefType "journal-article" @default.
• W4221125217 hasAuthorship W4221125217A5006926367 @default.
• W4221125217 hasAuthorship W4221125217A5014226836 @default.
• W4221125217 hasAuthorship W4221125217A5022862216 @default.
• W4221125217 hasAuthorship W4221125217A5039520570 @default.
• W4221125217 hasAuthorship W4221125217A5046878599 @default.
• W4221125217 hasAuthorship W4221125217A5061905355 @default.
• W4221125217 hasAuthorship W4221125217A5065758190 @default.
• W4221125217 hasConcept C129513315 @default.
• W4221125217 hasConcept C141650431 @default.
• W4221125217 hasConcept C144027150 @default.
• W4221125217 hasConcept C150772632 @default.
• W4221125217 hasConcept C159750122 @default.
• W4221125217 hasConcept C16704694 @default.
• W4221125217 hasConcept C185592680 @default.
• W4221125217 hasConcept C18903297 @default.
• W4221125217 hasConcept C2777108408 @default.
• W4221125217 hasConcept C31903555 @default.
• W4221125217 hasConcept C39432304 @default.
• W4221125217 hasConcept C6557445 @default.
• W4221125217 hasConcept C86803240 @default.
• W4221125217 hasConceptScore W4221125217C129513315 @default.
• W4221125217 hasConceptScore W4221125217C141650431 @default.
• W4221125217 hasConceptScore W4221125217C144027150 @default.
• W4221125217 hasConceptScore W4221125217C150772632 @default.
• W4221125217 hasConceptScore W4221125217C159750122 @default.
• W4221125217 hasConceptScore W4221125217C16704694 @default.
• W4221125217 hasConceptScore W4221125217C185592680 @default.
• W4221125217 hasConceptScore W4221125217C18903297 @default.
• W4221125217 hasConceptScore W4221125217C2777108408 @default.
• W4221125217 hasConceptScore W4221125217C31903555 @default.
• W4221125217 hasConceptScore W4221125217C39432304 @default.
• W4221125217 hasConceptScore W4221125217C6557445 @default.
• W4221125217 hasConceptScore W4221125217C86803240 @default.
• W4221125217 hasLocation W42211252171 @default.
• W4221125217 hasOpenAccess W4221125217 @default.
• W4221125217 hasPrimaryLocation W42211252171 @default.
• W4221125217 hasRelatedWork W1563023093 @default.
• W4221125217 hasRelatedWork W2019718411 @default.
• W4221125217 hasRelatedWork W203556816 @default.
• W4221125217 hasRelatedWork W2093463419 @default.
• W4221125217 hasRelatedWork W2115661670 @default.

• next