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- W4292548592 endingPage "1974" @default.
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- W4292548592 abstract "Soil degradation has exacerbated the gap between crop yield and increasing food demands, and unreasonable field management is one of the main reasons for soil degradation. As a classic orchard soil management mode, living grass mulch can effectively change the hydrothermal environment and soil physicochemical properties of the ‘soil–vegetation–atmosphere’ microclimate of apple orchards. However, these improvement effects are mainly affected by climatic conditions, mulch methods, vegetation varieties and continuous grass-growing years. To evaluate the different effects of living grass mulch and the main influencing factors on soil physicochemical properties of apple orchards in China, in this study, we conducted a meta-analysis using data from 53 peer-reviewed publications to carry out soil quality assessment. The results showed that compared with clear tillage, continuous living grass mulch in apple orchards could improve soil function and performance by about 56% and increase soil enzyme activities by 10–120%, on average, whereas the soil organic matter under the effect of artificial grass and natural grass significantly increased by 29.6% and 14.6%, respectively. Artificial grass in temperate and warm, temperate, semi-humid climate regions had a greater overall improvement effect on the soil physicochemical environment than natural grass. Clover was found to be the most suitable for planting in apple orchards in temperate, semi-humid climate regions, whereas both clover and ryegrass were the best choices in warm, temperate, semi-humid climate regions. The interaction effects of different soil physicochemical properties in apple orchards in warm, temperate, semi-humid climate regions were greater than those in warm, temperate, arid climates and temperate, semi-humid climate regions. The response sensitivity of soil organic matter, organic carbon, urease, catalase, sucrose and cellulase to the living grass mulch effect of apple orchards was greater than that of other soil properties." @default.
- W4292548592 created "2022-08-22" @default.
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- W4292548592 date "2022-08-21" @default.
- W4292548592 modified "2023-10-18" @default.
- W4292548592 title "Effects of Living Grass Mulch on Soil Properties and Assessment of Soil Quality in Chinese Apple Orchards: A Meta-Analysis" @default.
- W4292548592 cites W1925640196 @default.
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- W4292548592 cites W1975803502 @default.
- W4292548592 cites W1975871378 @default.
- W4292548592 cites W1975928170 @default.
- W4292548592 cites W1980202494 @default.
- W4292548592 cites W1985352955 @default.
- W4292548592 cites W1985872031 @default.
- W4292548592 cites W1988158570 @default.
- W4292548592 cites W1995548542 @default.
- W4292548592 cites W1999386355 @default.
- W4292548592 cites W2003135256 @default.
- W4292548592 cites W2018672425 @default.
- W4292548592 cites W2019948957 @default.
- W4292548592 cites W2036883288 @default.
- W4292548592 cites W2037384472 @default.
- W4292548592 cites W2043722173 @default.
- W4292548592 cites W2043778196 @default.
- W4292548592 cites W2052577879 @default.
- W4292548592 cites W2053549162 @default.
- W4292548592 cites W2056337757 @default.
- W4292548592 cites W2059844203 @default.
- W4292548592 cites W2067973431 @default.
- W4292548592 cites W2071818094 @default.
- W4292548592 cites W2077607154 @default.
- W4292548592 cites W2077736031 @default.
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- W4292548592 cites W2081678609 @default.
- W4292548592 cites W2094810978 @default.
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- W4292548592 cites W2164603413 @default.
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- W4292548592 cites W2178964278 @default.
- W4292548592 cites W2182311791 @default.
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- W4292548592 doi "https://doi.org/10.3390/agronomy12081974" @default.
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