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• W1060074162 abstract "A solution for environmentally wiser agriculture is the use of composted organic wastes as soil amendments. Just as this alleviates the problem of recycling organic residues, it provides necessary nutrient input for food production. The objective of this work was to study the effect that 13 years of applying three different composted organic wastes or organic amendments have had on soil quality, GHG emissions and the dynamics of its microbial communities 15 days after the annual application. For this purpose, in 1996 a field trial was set up in a Tempranillo vineyard. Since 1998, the applied organic amendments have been as follows: 1. a pelletized organic compost (PEL) made from plant, animal and sewage sludge residues; 2. a compost made from the organic fraction of municipal solid waste (OF-MSW); 3. a compost made of stabilized sheep manure (SMC); 4. a mineral fertilizer (NPK); and 5. an unaltered control. The mean annual doses applied since 1998 have been 3700 kg ha−1 fresh weight (FW) of PEL, 4075 kg ha−1 FW of OF-MSW, 4630 kg ha−1 FW of SMC, and 340 kg ha−1 of NPK treatment. Soil quality was consistently enhanced by amendment application over the 13 years. Total nitrogen was significantly increased in PEL (0.1%), OF-MSW (0.09%) and SMC (0.1%) compared to control (0.06%). Nutrient content was also improved in a similar way, e.g. the most significant increase in P Olsen (80.7 mg kg−1) and K2O (473.8 mg kg−1) was found on SMC. The overall enzyme activity was also increased 15 days after the annual application and OF-MSW had the highest rate (95.9) compared to control (51.3). This increase in metabolic activity was also recorded in GHG emissions. CO2 equivalents per hectare were 1745 kg for OF-MSW and it was the only significant difference found. PEL with 1598 kg and SMC with 1591 kg were not different from the Control (1104 kg). Even though GHG emissions in the soil increased because of the application, soil organic matter content increased significantly (at least 35% more in all organic treatments compared to control) and this rise in organic matter was consistent over the years. According to the results, 85% of the sequences corresponded to 5 main phyla: Proteobacteria, Actinobacteria, Bacteroidetes, Acidobacteria and Gemmatimonadetes, with unclassified material making up for 10.9% (average) of the sequences. Bacterial diversity by Shannon and Chao1 indices was not affected 15 days after the application. However, slight changes in the bacterial community were recorded 15 days after application only in OF-MSW treatment. Assessing soil quality using these three factors allows the relevant agronomical capabilities of the soil to be integrated with the potential effect of this practise on global warming." @default.
• W1060074162 created "2016-06-24" @default.
• W1060074162 creator A5005394057 @default.
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• W1060074162 date "2015-11-01" @default.
• W1060074162 modified "2023-10-12" @default.
• W1060074162 title "Thirteen years of continued application of composted organic wastes in a vineyard modify soil quality characteristics" @default.
• W1060074162 cites W1037485251 @default.
• W1060074162 cites W139088031 @default.
• W1060074162 cites W1487598591 @default.
• W1060074162 cites W1572363336 @default.
• W1060074162 cites W1900445270 @default.
• W1060074162 cites W1900815526 @default.
• W1060074162 cites W1964261596 @default.
• W1060074162 cites W1969064325 @default.
• W1060074162 cites W1969193526 @default.
• W1060074162 cites W1977859942 @default.
• W1060074162 cites W1980308181 @default.
• W1060074162 cites W1982344851 @default.
• W1060074162 cites W1984412649 @default.
• W1060074162 cites W1984968435 @default.
• W1060074162 cites W1985872031 @default.
• W1060074162 cites W1989784965 @default.
• W1060074162 cites W1994464211 @default.
• W1060074162 cites W1999136388 @default.
• W1060074162 cites W2002391888 @default.
• W1060074162 cites W2005420405 @default.
• W1060074162 cites W2005808607 @default.
• W1060074162 cites W2014634919 @default.
• W1060074162 cites W2021422933 @default.
• W1060074162 cites W2022615267 @default.
• W1060074162 cites W2023111618 @default.
• W1060074162 cites W2024161864 @default.
• W1060074162 cites W2025283131 @default.
• W1060074162 cites W2025332606 @default.
• W1060074162 cites W2032280962 @default.
• W1060074162 cites W2037259822 @default.
• W1060074162 cites W2039114009 @default.
• W1060074162 cites W2042535760 @default.
• W1060074162 cites W2047134642 @default.
• W1060074162 cites W2049897089 @default.
• W1060074162 cites W2051869402 @default.
• W1060074162 cites W2053756232 @default.
• W1060074162 cites W2056263250 @default.
• W1060074162 cites W2058633019 @default.
• W1060074162 cites W2058764156 @default.
• W1060074162 cites W2070479548 @default.
• W1060074162 cites W2075174888 @default.
• W1060074162 cites W2075702351 @default.
• W1060074162 cites W2082320542 @default.
• W1060074162 cites W2087659132 @default.
• W1060074162 cites W2089687139 @default.
• W1060074162 cites W2094772990 @default.
• W1060074162 cites W2095310567 @default.
• W1060074162 cites W2102953400 @default.
• W1060074162 cites W2107704110 @default.
• W1060074162 cites W2113355006 @default.
• W1060074162 cites W2115123706 @default.
• W1060074162 cites W2117079051 @default.
• W1060074162 cites W2118554039 @default.
• W1060074162 cites W2126110155 @default.
• W1060074162 cites W2132612352 @default.
• W1060074162 cites W2133687643 @default.
• W1060074162 cites W2138666720 @default.
• W1060074162 cites W2143085858 @default.
• W1060074162 cites W2144568191 @default.
• W1060074162 cites W2149202898 @default.
• W1060074162 cites W2152885278 @default.
• W1060074162 cites W2154336188 @default.
• W1060074162 cites W2155066423 @default.
• W1060074162 cites W2163462941 @default.
• W1060074162 cites W2163502238 @default.
• W1060074162 cites W2493901496 @default.
• W1060074162 cites W4231767922 @default.
• W1060074162 cites W4252990817 @default.
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• W1060074162 doi "https://doi.org/10.1016/j.soilbio.2015.07.002" @default.
• W1060074162 hasPublicationYear "2015" @default.
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