Matches in SemOpenAlex for { <https://semopenalex.org/work/W3094996839> ?p ?o ?g. }
- W3094996839 endingPage "2623" @default.
- W3094996839 startingPage "2623" @default.
- W3094996839 abstract "Low nitrogen (N) utilization efficiency due to environmental N losses from fertilizers results in high-cost on-farm production. Urea coating with biodegradable polymers can prevent these losses by controlling the N release of fertilizers. We calculated N release kinetics of coated granular with various biodegradable polymeric materials and its impact on spinach yield and N uptake. Different formulations were used, (i) G-1: 10% starch + 5% polyvinyl alcohol (PVA) + 5% molasses; (ii) G-2: 10% starch + 5% PVA + 5% paraffin wax (PW); (iii) G-3: 5% gelatin + 10% gum arabic + 5% PW; (iv) G-4: 5% molasses + 5% gelatin + 10% gum arabic, to coat urea using a fluidized bed coater. The morphological and X-ray diffraction (XRD) analyses indicated that a uniform coating layer with no new phase formation occurred. In the G-2 treatment, maximum crushing strength (72.9 N) was achieved with a slowed-down N release rate and increased efficiency of 31%. This resulted in increased spinach dry foliage yield (47%), N uptake (60%) and apparent N recovery (ANR: 130%) from G-2 compared to uncoated urea (G-0). Therefore, coating granular urea with biodegradable polymers is a good choice to slower down the N release rate and enhances the crop yield and N utilization efficiency from urea." @default.
- W3094996839 created "2020-11-09" @default.
- W3094996839 creator A5013702564 @default.
- W3094996839 creator A5028398073 @default.
- W3094996839 creator A5034890727 @default.
- W3094996839 creator A5049942068 @default.
- W3094996839 creator A5056278503 @default.
- W3094996839 creator A5063487271 @default.
- W3094996839 creator A5067677655 @default.
- W3094996839 creator A5069389164 @default.
- W3094996839 creator A5075535612 @default.
- W3094996839 date "2020-11-07" @default.
- W3094996839 modified "2023-10-18" @default.
- W3094996839 title "Biodegradable Polymer Coated Granular Urea Slows Down N Release Kinetics and Improves Spinach Productivity" @default.
- W3094996839 cites W1486874319 @default.
- W3094996839 cites W1673859826 @default.
- W3094996839 cites W1804315542 @default.
- W3094996839 cites W1817401239 @default.
- W3094996839 cites W1837691921 @default.
- W3094996839 cites W1965562474 @default.
- W3094996839 cites W1966559295 @default.
- W3094996839 cites W1990019758 @default.
- W3094996839 cites W1992977230 @default.
- W3094996839 cites W1996344748 @default.
- W3094996839 cites W2002344482 @default.
- W3094996839 cites W2002667018 @default.
- W3094996839 cites W2004409645 @default.
- W3094996839 cites W2014166776 @default.
- W3094996839 cites W2021937090 @default.
- W3094996839 cites W2025653988 @default.
- W3094996839 cites W2035210350 @default.
- W3094996839 cites W2036597171 @default.
- W3094996839 cites W2042003522 @default.
- W3094996839 cites W2047190012 @default.
- W3094996839 cites W2060810535 @default.
- W3094996839 cites W2064349216 @default.
- W3094996839 cites W2067140368 @default.
- W3094996839 cites W2067683967 @default.
- W3094996839 cites W2069592900 @default.
- W3094996839 cites W2069627685 @default.
- W3094996839 cites W2083076530 @default.
- W3094996839 cites W2087137953 @default.
- W3094996839 cites W2091160252 @default.
- W3094996839 cites W2129780653 @default.
- W3094996839 cites W2131750396 @default.
- W3094996839 cites W2135260416 @default.
- W3094996839 cites W2141298153 @default.
- W3094996839 cites W2168227788 @default.
- W3094996839 cites W2185161803 @default.
- W3094996839 cites W2251683727 @default.
- W3094996839 cites W2326323142 @default.
- W3094996839 cites W2328004978 @default.
- W3094996839 cites W2462313124 @default.
- W3094996839 cites W2512282638 @default.
- W3094996839 cites W2562990428 @default.
- W3094996839 cites W2740786083 @default.
- W3094996839 cites W2749902470 @default.
- W3094996839 cites W2791847187 @default.
- W3094996839 cites W2792579390 @default.
- W3094996839 cites W2803047721 @default.
- W3094996839 cites W2804137406 @default.
- W3094996839 cites W2805003645 @default.
- W3094996839 cites W2810392481 @default.
- W3094996839 cites W2889295420 @default.
- W3094996839 cites W2898447526 @default.
- W3094996839 cites W2905703259 @default.
- W3094996839 cites W2913145722 @default.
- W3094996839 cites W2922314531 @default.
- W3094996839 cites W2936954207 @default.
- W3094996839 cites W2940501831 @default.
- W3094996839 cites W2942060108 @default.
- W3094996839 cites W2942992580 @default.
- W3094996839 cites W2971979727 @default.
- W3094996839 cites W2982101452 @default.
- W3094996839 cites W3005202249 @default.
- W3094996839 cites W3014505721 @default.
- W3094996839 cites W3045173627 @default.
- W3094996839 cites W3046071993 @default.
- W3094996839 cites W4289845047 @default.
- W3094996839 doi "https://doi.org/10.3390/polym12112623" @default.
- W3094996839 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/7695163" @default.
- W3094996839 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/33171829" @default.
- W3094996839 hasPublicationYear "2020" @default.
- W3094996839 type Work @default.
- W3094996839 sameAs 3094996839 @default.
- W3094996839 citedByCount "23" @default.
- W3094996839 countsByYear W30949968392021 @default.
- W3094996839 countsByYear W30949968392022 @default.
- W3094996839 countsByYear W30949968392023 @default.
- W3094996839 crossrefType "journal-article" @default.
- W3094996839 hasAuthorship W3094996839A5013702564 @default.
- W3094996839 hasAuthorship W3094996839A5028398073 @default.
- W3094996839 hasAuthorship W3094996839A5034890727 @default.
- W3094996839 hasAuthorship W3094996839A5049942068 @default.
- W3094996839 hasAuthorship W3094996839A5056278503 @default.
- W3094996839 hasAuthorship W3094996839A5063487271 @default.
- W3094996839 hasAuthorship W3094996839A5067677655 @default.
- W3094996839 hasAuthorship W3094996839A5069389164 @default.