FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2898878820> ?p ?o ?g. }

• W2898878820 endingPage "530" @default.
• W2898878820 startingPage "520" @default.
• W2898878820 abstract "Cassava (Manihot esculenta Crantz) intercropped with peanut (Arachis hypogaea) has good complementary effects in time and space. In the field plot test, the land equivalent ratio (LER) of cassava-peanut intercropping system was 1.43, showing obvious intercropping yield advantage. Compared with monocropping, Cd contents in the roots of cassava and seeds of peanut were significantly reduced by 20.00% and 31.67%, respectively (p < 0.05). Under the unit area of hectare, compared with monocropping of cassava and peanut, the bioconcentration amount (BCA) of Cd in the intercropping system increased significantly by 24.98% and 25.59%, respectively (p < 0.05), and the metal removal equivalent ratio (MRER) of Cd was 1.25, indicating that the intercropping pattern had advantage in Cd removal. In the cement pool plot test, compared with the control, cassava intercropped with peanut under biochar and crushed straw additions did not only enhance the available nutrients and organic matter contents in rhizosphere soil but also promoted the crop growth and increased the content of chlorophyll (SPAD values) of plant leaves. The peanut seeds biomass under biochar and straw additions were significantly increased by 112.34% and 59.38% (p < 0.05), respectively, while the cassava roots biomass under biochar addition was significantly increased by 63.54% (p < 0.05). Applying biochar significantly decreased the content of Cd which extracted by diethylenetriaminepentaacetic acid (DTPA-Cd) in soil and reduced Cd uptake as well as translocation into plant tissues. The BCA of Cd of cassava under biochar addition decreased significantly by 53.87% in maturity stage (p < 0.05), thus reduced the ecological risk of Cd to crops and was of great significance to produce high quality and safe agricultural products. Besides, the crushed straw enhanced the biomass of crops, reduced Cd content in all tissues and maintained Cd uptake in the intercropping system. Therefore, it can realize the integration of ecological remediation and economic benefit of two energy plants in Cd contaminated soil after applied crushed straw in cassava-peanut intercropping system." @default.
• W2898878820 created "2018-11-09" @default.
• W2898878820 creator A5026060767 @default.
• W2898878820 creator A5039260202 @default.
• W2898878820 creator A5062417517 @default.
• W2898878820 creator A5068158119 @default.
• W2898878820 creator A5085678346 @default.
• W2898878820 date "2019-01-01" @default.
• W2898878820 modified "2023-10-15" @default.
• W2898878820 title "Biochar and crushed straw additions affect cadmium absorption in cassava-peanut intercropping system" @default.
• W2898878820 cites W1964403637 @default.
• W2898878820 cites W1966598503 @default.
• W2898878820 cites W1973356744 @default.
• W2898878820 cites W1979717945 @default.
• W2898878820 cites W1985690007 @default.
• W2898878820 cites W1995281955 @default.
• W2898878820 cites W1998044945 @default.
• W2898878820 cites W2000148941 @default.
• W2898878820 cites W2029582175 @default.
• W2898878820 cites W2038416205 @default.
• W2898878820 cites W2051879238 @default.
• W2898878820 cites W2058297462 @default.
• W2898878820 cites W2059769347 @default.
• W2898878820 cites W2063618829 @default.
• W2898878820 cites W2070568814 @default.
• W2898878820 cites W2073528115 @default.
• W2898878820 cites W2074088553 @default.
• W2898878820 cites W2079334342 @default.
• W2898878820 cites W2081790811 @default.
• W2898878820 cites W2086325242 @default.
• W2898878820 cites W2107847347 @default.
• W2898878820 cites W2115070643 @default.
• W2898878820 cites W2121301998 @default.
• W2898878820 cites W2121894163 @default.
• W2898878820 cites W2126768074 @default.
• W2898878820 cites W2134207910 @default.
• W2898878820 cites W2145496919 @default.
• W2898878820 cites W2147398897 @default.
• W2898878820 cites W2157319574 @default.
• W2898878820 cites W2165154812 @default.
• W2898878820 cites W2175024206 @default.
• W2898878820 cites W2188573187 @default.
• W2898878820 cites W2201059016 @default.
• W2898878820 cites W2218889548 @default.
• W2898878820 cites W2252897304 @default.
• W2898878820 cites W2257096854 @default.
• W2898878820 cites W2302174873 @default.
• W2898878820 cites W2311455227 @default.
• W2898878820 cites W2341480717 @default.
• W2898878820 cites W2350514175 @default.
• W2898878820 cites W2411369771 @default.
• W2898878820 cites W2416360169 @default.
• W2898878820 cites W2463560031 @default.
• W2898878820 cites W2472426266 @default.
• W2898878820 cites W2502220253 @default.
• W2898878820 cites W2507030122 @default.
• W2898878820 cites W2507861135 @default.
• W2898878820 cites W2530206402 @default.
• W2898878820 cites W2548594171 @default.
• W2898878820 cites W2554037161 @default.
• W2898878820 cites W2563771740 @default.
• W2898878820 cites W2564161422 @default.
• W2898878820 cites W2576552294 @default.
• W2898878820 cites W2591718105 @default.
• W2898878820 cites W2592495206 @default.
• W2898878820 cites W2593022394 @default.
• W2898878820 cites W2597978492 @default.
• W2898878820 cites W2604346338 @default.
• W2898878820 cites W2607859647 @default.
• W2898878820 cites W2730705951 @default.
• W2898878820 cites W2739726114 @default.
• W2898878820 cites W2740281556 @default.
• W2898878820 cites W2755379147 @default.
• W2898878820 cites W2766684775 @default.
• W2898878820 cites W2769547232 @default.
• W2898878820 cites W2769829450 @default.
• W2898878820 cites W2770176117 @default.
• W2898878820 cites W2777809097 @default.
• W2898878820 cites W2780934740 @default.
• W2898878820 cites W2783258346 @default.
• W2898878820 cites W2785117937 @default.
• W2898878820 cites W2793659094 @default.
• W2898878820 cites W2794744888 @default.
• W2898878820 cites W2951959626 @default.
• W2898878820 cites W745211953 @default.
• W2898878820 cites W764260943 @default.
• W2898878820 cites W777213236 @default.
• W2898878820 cites W975049931 @default.
• W2898878820 doi "https://doi.org/10.1016/j.ecoenv.2018.10.003" @default.
• W2898878820 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30384059" @default.
• W2898878820 hasPublicationYear "2019" @default.
• W2898878820 type Work @default.
• W2898878820 sameAs 2898878820 @default.
• W2898878820 citedByCount "45" @default.
• W2898878820 countsByYear W28988788202019 @default.
• W2898878820 countsByYear W28988788202020 @default.
• W2898878820 countsByYear W28988788202021 @default.
• W2898878820 countsByYear W28988788202022 @default.

• next