Matches in SemOpenAlex for { <https://semopenalex.org/work/W4229081572> ?p ?o ?g. }
- W4229081572 endingPage "105415" @default.
- W4229081572 startingPage "105415" @default.
- W4229081572 abstract "Recycling organic waste (OW) in agriculture can improve soil fertility and substitute chemical fertilizers depending on the OW and their treatment. The effects of OW have often been studied in simplified cropping systems to strengthen the observed effects. The objective of this study was thus to evaluate the long-term effects of different types of OW used at European regulatory rates on C storage, crop yields and N, P, and K dynamics. OW has been applied every 2 years at 170 kg N ha-1 since 2001 in the long-term field experiment PROspective in northeastern France on a silty loam calcosol. The 5 types of OW included urban sewage sludge (SLU), green waste and SLU compost (GWS), municipal biowaste compost (BIO), farmyard manure (FYM), and composted FYM (FYMC). The control treatment (CON) did not receive any OW. All treatments were studied after applying (N + ) or not applying (N-) mineral N fertilization at an annual optimal rate. Biowaste digestate was also applied after 2014 in N- treatments. OW application increased crop yield compared with the unfertilized control. Mineral N fertilizer partially substituted by OW allowed crop yield to be sustained compared with mineral fertilizer only, saving 18–54% mineral N fertilizer, 56–80% mineral P fertilizer and 14–76% mineral K fertilizer. No effects on crop grain N, P and K concentrations were found. The efficiency of OW to maintain SOC, total N, Olsen-P and exchangeable K contents in soils greatly varied with the type of OW. Except for SLU, the SOC stocks significantly increased from + 2.9 to + 7.0 t SOC ha-1 for FYMC_N- and BIO_N-, respectively. SLU and digestate had the greatest N fertilizer replacement value (58% and 69%, respectively). N-leaching risk did not increase with OW application in the long term. For a positive ∆P of 100 kg ha-1, Olsen-P increased by 2 mg P kg-1 in the GWS_N- and SLU_N- treatments, whereas Olsen-P decreased in other treatments. A surplus of + 100 kg ha-1 ∆K raised the exchangeable K stock by 20 and 21 kg K ha-1 in the FYM_N- and FYMC_N- treatments, respectively, whereas exchangeable K decreased in the BIO and GWS treatments. Our results highlight the ability of all tested types of OW to sustain crop yields in the long term when used at EU regulatory rates, while their effects on mineral fertilizer savings, SOC, soil mineral N, Olsen-P, and exchangeable K contents greatly varied according to the considered OW." @default.
- W4229081572 created "2022-05-08" @default.
- W4229081572 creator A5001456115 @default.
- W4229081572 creator A5021958522 @default.
- W4229081572 creator A5046986884 @default.
- W4229081572 creator A5055035449 @default.
- W4229081572 creator A5058527672 @default.
- W4229081572 creator A5071014932 @default.
- W4229081572 date "2022-07-01" @default.
- W4229081572 modified "2023-09-26" @default.
- W4229081572 title "An 18-year field experiment to assess how various types of organic waste used at European regulatory rates sustain crop yields and C, N, P, and K dynamics in a French calcareous soil" @default.
- W4229081572 cites W1534627959 @default.
- W4229081572 cites W1558202734 @default.
- W4229081572 cites W1571951204 @default.
- W4229081572 cites W1969521472 @default.
- W4229081572 cites W1971396858 @default.
- W4229081572 cites W1977529696 @default.
- W4229081572 cites W1981569759 @default.
- W4229081572 cites W1987335032 @default.
- W4229081572 cites W1988491595 @default.
- W4229081572 cites W1988563190 @default.
- W4229081572 cites W1990415430 @default.
- W4229081572 cites W1991810385 @default.
- W4229081572 cites W1992811664 @default.
- W4229081572 cites W1995885839 @default.
- W4229081572 cites W2010410187 @default.
- W4229081572 cites W2014333503 @default.
- W4229081572 cites W2017761327 @default.
- W4229081572 cites W2024147927 @default.
- W4229081572 cites W2027464060 @default.
- W4229081572 cites W2044157761 @default.
- W4229081572 cites W2049266267 @default.
- W4229081572 cites W2049766983 @default.
- W4229081572 cites W2054221783 @default.
- W4229081572 cites W2066016335 @default.
- W4229081572 cites W2073888905 @default.
- W4229081572 cites W2074939464 @default.
- W4229081572 cites W2083785069 @default.
- W4229081572 cites W2092150334 @default.
- W4229081572 cites W2095385775 @default.
- W4229081572 cites W2095550271 @default.
- W4229081572 cites W2102774117 @default.
- W4229081572 cites W2129895834 @default.
- W4229081572 cites W2140066215 @default.
- W4229081572 cites W2163566187 @default.
- W4229081572 cites W2165363768 @default.
- W4229081572 cites W2170053651 @default.
- W4229081572 cites W2203896927 @default.
- W4229081572 cites W2237831521 @default.
- W4229081572 cites W2341070971 @default.
- W4229081572 cites W2529102374 @default.
- W4229081572 cites W2591967722 @default.
- W4229081572 cites W2598949711 @default.
- W4229081572 cites W2606778314 @default.
- W4229081572 cites W2610224869 @default.
- W4229081572 cites W2615217517 @default.
- W4229081572 cites W2620420965 @default.
- W4229081572 cites W2621267417 @default.
- W4229081572 cites W2746273360 @default.
- W4229081572 cites W2749672447 @default.
- W4229081572 cites W2782195536 @default.
- W4229081572 cites W2792258206 @default.
- W4229081572 cites W2801422770 @default.
- W4229081572 cites W2802500623 @default.
- W4229081572 cites W2876007477 @default.
- W4229081572 cites W2897360197 @default.
- W4229081572 cites W2898756799 @default.
- W4229081572 cites W2936571832 @default.
- W4229081572 cites W2936691343 @default.
- W4229081572 cites W2972036963 @default.
- W4229081572 cites W2979569270 @default.
- W4229081572 cites W2979584627 @default.
- W4229081572 cites W2995057651 @default.
- W4229081572 cites W2995476575 @default.
- W4229081572 cites W3015468839 @default.
- W4229081572 cites W3018187668 @default.
- W4229081572 cites W3025830173 @default.
- W4229081572 cites W3026365947 @default.
- W4229081572 cites W3039715148 @default.
- W4229081572 cites W3041666978 @default.
- W4229081572 cites W3044664576 @default.
- W4229081572 cites W3047306213 @default.
- W4229081572 cites W3107498070 @default.
- W4229081572 cites W3119525172 @default.
- W4229081572 cites W3165828621 @default.
- W4229081572 cites W7709628 @default.
- W4229081572 doi "https://doi.org/10.1016/j.still.2022.105415" @default.
- W4229081572 hasPublicationYear "2022" @default.
- W4229081572 type Work @default.
- W4229081572 citedByCount "5" @default.
- W4229081572 countsByYear W42290815722022 @default.
- W4229081572 countsByYear W42290815722023 @default.
- W4229081572 crossrefType "journal-article" @default.
- W4229081572 hasAuthorship W4229081572A5001456115 @default.
- W4229081572 hasAuthorship W4229081572A5021958522 @default.
- W4229081572 hasAuthorship W4229081572A5046986884 @default.
- W4229081572 hasAuthorship W4229081572A5055035449 @default.
- W4229081572 hasAuthorship W4229081572A5058527672 @default.