pone.0293088.g002.tif (706.78 kB)

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posted on 2023-11-27, 18:58 authored by Xue Bai, Kaili Liu, Tiao Ning, Changjun Deng, Li Wang, Diyan Li, Tao Wang, Jing Li

(a) Urease, sucrase, and catalase activity in strawberry rhizosphere soil. (b) Range analysis and level difference analysis of urea, sucrose, and catalase activities in strawberry rhizosphere soil with combined nitrogen, phosphorus and potassium fertilizer application within each column, k1, k2, and k3 represent levels one (low), two (medium), and three (high) for each factor. r represents the range of factors between levels.

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using bacterial full orthogonal experimental design optimal fertilization scheme length 16s rrna internal transcribed spacer beneficial bacteria could average plant height abundant bacterial taxa phosphate fertilizer exerting optimal fertilizer ratio three fertilization treatments strawberry plant height exert various effects div >< p abundant fungal phyla abundance positively correlated strawberry rhizosphere soil n ), phosphorus k fertilizer combinations t6 treatment group t6 group increased fertilizer combinations treatment groups three levels soil n significantly increased p ),t0 group strawberry growth strawberry cultivation strawberry (<fertilized group control group t0 ).sucrase activity significant impact results showed relative abundance multiple n leaf area k levels gemmatimonas fungal microorganisms findings indicated fertilized groups analysis ).also explored >) yields 30 samples

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