FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4378190830> ?p ?o ?g. }

• W4378190830 endingPage "108379" @default.
• W4378190830 startingPage "108379" @default.
• W4378190830 abstract "Rising CO2 concentration in the atmosphere may modulate the response of plants to water and nitrogen, and the existing research is not sufficient to support the fine management of water and nitrogen under CO2 rise. To determine the optimal water and nitrogen strategy for melon production under CO2 enrichment in the future, we conducted an experiment with 12 treatments over three growing seasons. The effects of water nitrogen coupling on the yield, quality, and water−nitrogen use efficiency of oriental melon (Cucumis melo L. Qianyu No. 6) under CO2 enrichment were investigated and evaluated comprehensively. The treatments included two CO2 concentrations, C1 (400 ppm) and C2 (800 ppm), three irrigation levels, I1 (80% evaporation (Ep)), I2 (100% Ep), and I3 (120% Ep); two nitrogen levels, N1 (S: 184.77 kg ha–1, F: 147.21 kg ha–1) and N2 (S: 369.54 kg ha–1, F: 294.42 kg ha–1). The result showed that the yield increased with increasing levels of irrigation and nitrogen, and enriched CO2 significantly increased the yield by 10.3 − 22.9%. N2 showed a significant promoting effect on the ratio of marketable fruit in the two spring seasons. Enriched CO2 significantly increased free amino acid of I1. C2 coupled with I1 significantly reduced nitrate content by 30.9%, 14.9% in 2020 F and 2021 S, respectively. The interaction of C*I was significant in irrigation water−use efficiency (IWUE) and nitrogen−use efficiency (NUE). In particular, C2 coupled with I2 increased IWUE by 40.5%, 18.7% and NUE by 43.9%, 13.9% in the two spring seasons, respectively. Ten indicators from three categories of yield, quality, and efficiency were used to establish the evaluation system of melon and were comprehensively evaluated based on Fuzzy−Borda model combined three single models. Based on the combined evaluation model, intermediate irrigation combined with higher nitrogen input was best for melon production under CO2 enrichment. This finding suggested that melon sustainable production should control irrigation and adequately increase nitrogen fertilizer to trade−off fruit, quality, and efficiency for the expected future higher CO2 concentrations." @default.
• W4378190830 created "2023-05-26" @default.
• W4378190830 creator A5023885494 @default.
• W4378190830 creator A5026733543 @default.
• W4378190830 creator A5047250759 @default.
• W4378190830 creator A5048710791 @default.
• W4378190830 creator A5051858992 @default.
• W4378190830 creator A5060022875 @default.
• W4378190830 creator A5061846673 @default.
• W4378190830 creator A5083017878 @default.
• W4378190830 date "2023-07-01" @default.
• W4378190830 modified "2023-10-18" @default.
• W4378190830 title "Water and nitrogen management scheme of melon based on yield−quality−efficiency matching perspective under CO2 enrichment" @default.
• W4378190830 cites W171017764 @default.
• W4378190830 cites W1785572694 @default.
• W4378190830 cites W1858641673 @default.
• W4378190830 cites W1893905999 @default.
• W4378190830 cites W1965027278 @default.
• W4378190830 cites W1967902993 @default.
• W4378190830 cites W2003778990 @default.
• W4378190830 cites W2015938918 @default.
• W4378190830 cites W2020957341 @default.
• W4378190830 cites W2040815817 @default.
• W4378190830 cites W2046289219 @default.
• W4378190830 cites W2047445539 @default.
• W4378190830 cites W2057239059 @default.
• W4378190830 cites W2066431543 @default.
• W4378190830 cites W2077353579 @default.
• W4378190830 cites W2092954248 @default.
• W4378190830 cites W2094846960 @default.
• W4378190830 cites W2164759079 @default.
• W4378190830 cites W2238761488 @default.
• W4378190830 cites W2329149595 @default.
• W4378190830 cites W2345431282 @default.
• W4378190830 cites W2418261485 @default.
• W4378190830 cites W2487857425 @default.
• W4378190830 cites W2790951959 @default.
• W4378190830 cites W2794222106 @default.
• W4378190830 cites W2794937685 @default.
• W4378190830 cites W2893986725 @default.
• W4378190830 cites W2898824144 @default.
• W4378190830 cites W2901342478 @default.
• W4378190830 cites W2970634684 @default.
• W4378190830 cites W2976807538 @default.
• W4378190830 cites W2981458621 @default.
• W4378190830 cites W2982252852 @default.
• W4378190830 cites W2995677357 @default.
• W4378190830 cites W2997218747 @default.
• W4378190830 cites W3006051270 @default.
• W4378190830 cites W3009179656 @default.
• W4378190830 cites W3023779277 @default.
• W4378190830 cites W3039889069 @default.
• W4378190830 cites W3081506815 @default.
• W4378190830 cites W3081677889 @default.
• W4378190830 cites W3082567851 @default.
• W4378190830 cites W3087673465 @default.
• W4378190830 cites W3087716486 @default.
• W4378190830 cites W3095003325 @default.
• W4378190830 cites W3162638658 @default.
• W4378190830 cites W3164579287 @default.
• W4378190830 cites W3194122598 @default.
• W4378190830 cites W3197186467 @default.
• W4378190830 cites W3202729072 @default.
• W4378190830 cites W3202929286 @default.
• W4378190830 cites W4220903151 @default.
• W4378190830 cites W4223452836 @default.
• W4378190830 cites W4224237868 @default.
• W4378190830 cites W4224304555 @default.
• W4378190830 cites W4241443486 @default.
• W4378190830 cites W4241776002 @default.
• W4378190830 cites W4283805624 @default.
• W4378190830 cites W4320478845 @default.
• W4378190830 cites W4324026194 @default.
• W4378190830 doi "https://doi.org/10.1016/j.agwat.2023.108379" @default.
• W4378190830 hasPublicationYear "2023" @default.
• W4378190830 type Work @default.
• W4378190830 citedByCount "0" @default.
• W4378190830 crossrefType "journal-article" @default.
• W4378190830 hasAuthorship W4378190830A5023885494 @default.
• W4378190830 hasAuthorship W4378190830A5026733543 @default.
• W4378190830 hasAuthorship W4378190830A5047250759 @default.
• W4378190830 hasAuthorship W4378190830A5048710791 @default.
• W4378190830 hasAuthorship W4378190830A5051858992 @default.
• W4378190830 hasAuthorship W4378190830A5060022875 @default.
• W4378190830 hasAuthorship W4378190830A5061846673 @default.
• W4378190830 hasAuthorship W4378190830A5083017878 @default.
• W4378190830 hasBestOaLocation W43781908301 @default.
• W4378190830 hasConcept C134121241 @default.
• W4378190830 hasConcept C140793950 @default.
• W4378190830 hasConcept C144027150 @default.
• W4378190830 hasConcept C178790620 @default.
• W4378190830 hasConcept C185592680 @default.
• W4378190830 hasConcept C191897082 @default.
• W4378190830 hasConcept C192562407 @default.
• W4378190830 hasConcept C2776325102 @default.
• W4378190830 hasConcept C2776384668 @default.
• W4378190830 hasConcept C2779852692 @default.
• W4378190830 hasConcept C537208039 @default.

• next