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Relationship Between Soil Microbial Biomass and Soil EnzymeActivities and Fertilization in Sunlight Greenhouse

Fuli Xu, Yinli Liang, Chenge Zhang, Zhijie Chen

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Abstract

The relationship between soil microbial biomass and soil enzyme activities and fertilization in sunlight greenhouse in Loess Plateau was dealt with. The results showed that using manure and foliage fertilization increased the bacteria but using NP and methane did not. Fungi are not the same, using NP and methane fertilization could raise fungi in soil, but using manure the fungi decreases. Fertilization with manure and NP as well as methane increase actinomyces in soil and the activities of urease, phosphatase , and intertase in soil remarkably.

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What this paper is about

The relationship between soil microbial biomass and soil enzyme activities and fertilization in sunlight greenhouse in Loess Plateau was dealt with. The results showed that using manure and foliage fertilization increased the bacteria but using NP and methane did not. Fungi are not the same, using NP and methane fertilization could raise fungi in soil, but using manure the fungi decreases. Fertilization with manure and NP as well as methane increase actinomyces in soil and the activities of urease, phosphatase , and intertase in soil remarkably.

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Available abstract

The relationship between soil microbial biomass and soil enzyme activities and fertilization in sunlight greenhouse in Loess Plateau was dealt with. The results showed that using manure and foliage fertilization increased the bacteria but using NP and methane did not. Fungi are not the same, using NP and methane fertilization could raise fungi in soil, but using manure the fungi decreases. Fertilization with manure and NP as well as methane increase actinomyces in soil and the activities of urease, phosphatase , and intertase in soil remarkably.

Key concepts: Human fertilization, Manure, Agronomy, Microorganism, Biomass (ecology), Environmental science, Fertilizer, Chemistry

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