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- 01GKW8AXAXRAN3VYF7PC36YYBT classification A1.
- 01GKW8AXAXRAN3VYF7PC36YYBT date "2023".
- 01GKW8AXAXRAN3VYF7PC36YYBT language "eng".
- 01GKW8AXAXRAN3VYF7PC36YYBT type journalArticle.
- 01GKW8AXAXRAN3VYF7PC36YYBT hasPart 01H7SYH802GR1NXWW1R4Y8QFWE.pdf.
- 01GKW8AXAXRAN3VYF7PC36YYBT hasPart 01H7SYJTVX2832B7H5V3C86YD7.pdf.
- 01GKW8AXAXRAN3VYF7PC36YYBT hasPart urn:uuid:146feb04-35ba-4b9f-b884-13f8ca68bc4f.
- 01GKW8AXAXRAN3VYF7PC36YYBT hasPart urn:uuid:4c3226e5-5967-4d7c-8644-89e06546c133.
- 01GKW8AXAXRAN3VYF7PC36YYBT subject "Agriculture and Food Sciences".
- 01GKW8AXAXRAN3VYF7PC36YYBT subject "Earth and Environmental Sciences".
- 01GKW8AXAXRAN3VYF7PC36YYBT doi "10.1007/s42729-022-01075-5".
- 01GKW8AXAXRAN3VYF7PC36YYBT issn "0718-9508".
- 01GKW8AXAXRAN3VYF7PC36YYBT issn "0718-9516".
- 01GKW8AXAXRAN3VYF7PC36YYBT issue "1".
- 01GKW8AXAXRAN3VYF7PC36YYBT volume "23".
- 01GKW8AXAXRAN3VYF7PC36YYBT abstract "With the emerging production of recycled phosphorus (P) fertilizers, adequate measurements of their P availability are needed. Chemical extractions are commonly used to evaluate the P availability of commercial fertilizers. However, their appropriateness for the measurement of dynamic P availability from recycled P fertilizers is still not well understood. Thus, this study examined the P availability of struvites (STRSL and STLQ), ashes (ASH1 and ASH2), and dry sludge iron phosphate (FeP) recycled from wastewater using eleven different chemical P extractions. Furthermore, perennial ryegrass was treated with these recycled P fertilizers during a 7-month pot trial to compare the shoot's P uptake to the chemically extracted P. High P concentrations, comparable among the methods, were extracted from the STRLQ, STRSL, and ASH1. In contrast, P concentrations extracted from less purified ASH2 and FeP were highly variable depending on the methods. The plant P uptake efficiency at the end of the pot trial indicated the same order among the products: STRSL (42%) & GE; STRLQ (36%) > ASH1 (25%) > FeP (20%) > ASH2 (14%). A correlation between the shoot's P uptake and chemically extracted P by all the analyzed methods, except for Olsen's P, became the highest (r > 0.8) only after 4 months of plant growth when the slow-released P from the recycled fertilizers became available to plants. The type of P recycling technology and wastewater used determined the P availability pattern of examined fertilizers. The P concentration in recycled P fertilizers extracted using ten chemical methods corresponded with a P uptake by plants grown for a minimum of 4 months.".
- 01GKW8AXAXRAN3VYF7PC36YYBT author 1C034D30-F0EE-11E1-A9DE-61C894A0A6B4.
- 01GKW8AXAXRAN3VYF7PC36YYBT author 3BB1EE3E-F0EE-11E1-A9DE-61C894A0A6B4.
- 01GKW8AXAXRAN3VYF7PC36YYBT author 7895BEF2-6175-11E5-8A93-69A3B5D1D7B1.
- 01GKW8AXAXRAN3VYF7PC36YYBT author D2E464C8-49D2-11E9-BD2E-4D9B5607D3EF.
- 01GKW8AXAXRAN3VYF7PC36YYBT author F61906FA-F0ED-11E1-A9DE-61C894A0A6B4.
- 01GKW8AXAXRAN3VYF7PC36YYBT dateCreated "2022-12-09T20:13:26Z".
- 01GKW8AXAXRAN3VYF7PC36YYBT dateModified "2024-12-12T21:14:10Z".
- 01GKW8AXAXRAN3VYF7PC36YYBT name "Phosphorus availability in recycled fertilizers : comparison of 11 chemical extraction methods with plant uptake during a 7-month growth experiment".
- 01GKW8AXAXRAN3VYF7PC36YYBT pagination urn:uuid:bb8d9364-1472-4ed8-8112-64e81bb32183.
- 01GKW8AXAXRAN3VYF7PC36YYBT sameAs LU-01GKW8AXAXRAN3VYF7PC36YYBT.
- 01GKW8AXAXRAN3VYF7PC36YYBT sourceOrganization urn:uuid:f381d02e-182b-451b-8fd2-a6e338b13a5c.
- 01GKW8AXAXRAN3VYF7PC36YYBT type A1.