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• W2129315396 endingPage "148" @default.
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• W2129315396 abstract "Livestock production in Latin America has replaced tropical dry forests with conventional monocultures pastures (CP) that have degraded soils. As an alternative to CP, intensive silvopastoral systems (ISS) have been developed with multi-canopied vegetation that mimics native forest (F). The litter inputs and year-round presence of the tree rhizosphere in ISS, contribute to the formation of “fertile islands,” which is expected to impact biological activity and crop productivity. This study, investigated the impact of the conversion of CP to ISS, as well as the effect of canopy of Prosopis juliflora trees in a chronosequence of ISS (3–15 years) on soil microbial communities and the physicochemical properties of soil. FAME (fatty acid methyl ester) profiles indicated that soil microbial community structure and composition shifted depending on land management systems. CP promoted the dominance of G− bacteria, while ISS chronosequence and F favored actinomycetes and fungal biomass (total and arbuscular mycorrhizal fungi). In addition, soil microbial community (FAME profiles) of ISS chronosequence and F were more similar than with CP. An increase in the Cy/pre FAME ratio in CP suggested that the microbial community was under higher stress. The advantage of including trees in pasture systems was reinforced by the observation that FAME biomarkers, enzymatic activities and nutrient status were significantly higher beneath the canopy of P. juliflora. The results indicate that ISS are viable alternatives for improving soil quality and metabolic function, which is reflected in the significant increase in microbial biomass, FAME biomarkers and enzyme activities compared with CP." @default.
• W2129315396 created "2016-06-24" @default.
• W2129315396 creator A5037963947 @default.
• W2129315396 creator A5050179994 @default.
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• W2129315396 creator A5068310241 @default.
• W2129315396 creator A5074100914 @default.
• W2129315396 creator A5091016042 @default.
• W2129315396 date "2012-03-01" @default.
• W2129315396 modified "2023-10-01" @default.
• W2129315396 title "Effect of land management and Prosopis juliflora (Sw.) DC trees on soil microbial community and enzymatic activities in intensive silvopastoral systems of Colombia" @default.
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• W2129315396 cites W1605115592 @default.
• W2129315396 cites W176706429 @default.
• W2129315396 cites W1878193911 @default.
• W2129315396 cites W1904166680 @default.
• W2129315396 cites W1954707670 @default.
• W2129315396 cites W1963487506 @default.
• W2129315396 cites W1963811020 @default.
• W2129315396 cites W1963814931 @default.
• W2129315396 cites W1966306292 @default.
• W2129315396 cites W1975140631 @default.
• W2129315396 cites W1976347989 @default.
• W2129315396 cites W1978454668 @default.
• W2129315396 cites W1979015032 @default.
• W2129315396 cites W1982399594 @default.
• W2129315396 cites W1987052208 @default.
• W2129315396 cites W1989998931 @default.
• W2129315396 cites W1991539576 @default.
• W2129315396 cites W1991962933 @default.
• W2129315396 cites W1996876670 @default.
• W2129315396 cites W1998295918 @default.
• W2129315396 cites W2001029462 @default.
• W2129315396 cites W2002709469 @default.
• W2129315396 cites W2008072357 @default.
• W2129315396 cites W2008405188 @default.
• W2129315396 cites W2011646401 @default.
• W2129315396 cites W2012190026 @default.
• W2129315396 cites W2021213554 @default.
• W2129315396 cites W2022190526 @default.
• W2129315396 cites W2022306841 @default.
• W2129315396 cites W2024056613 @default.
• W2129315396 cites W2032736763 @default.
• W2129315396 cites W2035177583 @default.
• W2129315396 cites W2037839457 @default.
• W2129315396 cites W2040121195 @default.
• W2129315396 cites W2041085440 @default.
• W2129315396 cites W2041579005 @default.
• W2129315396 cites W2043966061 @default.
• W2129315396 cites W2048547680 @default.
• W2129315396 cites W2049429709 @default.
• W2129315396 cites W2051441659 @default.
• W2129315396 cites W2051548612 @default.
• W2129315396 cites W2054004222 @default.
• W2129315396 cites W2056482526 @default.
• W2129315396 cites W2059075856 @default.
• W2129315396 cites W2059340460 @default.
• W2129315396 cites W2060345182 @default.
• W2129315396 cites W2062094853 @default.
• W2129315396 cites W2065062845 @default.
• W2129315396 cites W2067690400 @default.
• W2129315396 cites W2069136739 @default.
• W2129315396 cites W2069662368 @default.
• W2129315396 cites W2069735426 @default.
• W2129315396 cites W2073651466 @default.
• W2129315396 cites W2077376534 @default.
• W2129315396 cites W2085674887 @default.
• W2129315396 cites W2086342355 @default.
• W2129315396 cites W2092239100 @default.
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• W2129315396 cites W2101452059 @default.
• W2129315396 cites W2105507854 @default.
• W2129315396 cites W2109850611 @default.
• W2129315396 cites W2114725820 @default.
• W2129315396 cites W2121316598 @default.
• W2129315396 cites W2126115872 @default.
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• W2129315396 cites W2130429141 @default.
• W2129315396 cites W2137394980 @default.
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• W2129315396 cites W2157110683 @default.
• W2129315396 cites W2172247455 @default.
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• W2129315396 doi "https://doi.org/10.1016/j.agee.2012.01.022" @default.
• W2129315396 hasPublicationYear "2012" @default.
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