Fig 2 -

<p>The enzymatic activities of soil samples tested ((A) is the Urease activity, (B) is the Sucrose enzyme activity, (C) is the Protease activity, (D) is the Phosphatase activity, (E) is the Catalase activity,and (F) is the Dehydrogenase activity). Note: Error bars mean standard deviation; diff...

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Bibliographic Details
Main Author:	Jianqiao Qin (16274451) (author)
Other Authors:	Xueding Jiang (6940766) (author), Zhiqiang Yan (129434) (author), Huarong Zhao (5181233) (author), Peng Zhao (128233) (author), Yibo Yao (16274454) (author), Xi Chen (35903) (author)
Published:	2023
Subjects:	Biochemistry Molecular Biology Ecology Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified Chemical Sciences not elsewhere classified zinc mineral resources significant negative correlation regional ecological environment physiological parameters cmic miscanthus floridulus </ metal element contents cellulose decomposition decreased brought serious harm 7 %~ 87 3 %~ 79 2 %~ 71 1 %~ 92 1 %, 70 1 %, 58 higher microbial eco biochemical action showed soil biochemical action non mining area soil plant system soil microbial biomass div >< p soil decreased significantly dabaoshan mining area mining area soil heavy metal content plant showed zn mining area results showed microbial characteristics dominant plant disordered mining significantly correlated heavy metals dabaoshan lead soil microorganisms soil elements soil ammonification urease activities study demonstrated results indicated n nutrients n fixation especially dehydrogenase energy flow elemental content control group circulation rate accumulation characteristics
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Fig 2 -

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