The influence of e-waste recycling on the molecular ecological network of soil microbial communities in Pakistan and China
L Jiang, Z Cheng, D Zhang, M Song, Y Wang… - Environmental …, 2017 - Elsevier
Primitive electronic waste (e-waste) recycling releases large amounts of organic pollutants
and heavy metals into the environment. As crucial moderators of geochemical cycling
processes and pollutant remediation, soil microbes may be affected by these contaminants.
We collected soil samples heavily contaminated by e-waste recycling in China and Pakistan,
and analyzed the indigenous microbial communities. The results of this work revealed that
the microbial community composition and diversity, at both whole and core community …
and heavy metals into the environment. As crucial moderators of geochemical cycling
processes and pollutant remediation, soil microbes may be affected by these contaminants.
We collected soil samples heavily contaminated by e-waste recycling in China and Pakistan,
and analyzed the indigenous microbial communities. The results of this work revealed that
the microbial community composition and diversity, at both whole and core community …
The influence of e-waste recycling on the molecular ecological network of soil microbial communities in Pakistan and China.
JLF Jiang LongFei, CZN Cheng ZhiNeng… - 2017 - cabidigitallibrary.org
Primitive electronic waste (e-waste) recycling releases large amounts of organic pollutants
and heavy metals into the environment. As crucial moderators of geochemical cycling
processes and pollutant remediation, soil microbes may be affected by these contaminants.
We collected soil samples heavily contaminated by e-waste recycling in China and Pakistan,
and analyzed the indigenous microbial communities. The results of this work revealed that
the microbial community composition and diversity, at both whole and core community …
and heavy metals into the environment. As crucial moderators of geochemical cycling
processes and pollutant remediation, soil microbes may be affected by these contaminants.
We collected soil samples heavily contaminated by e-waste recycling in China and Pakistan,
and analyzed the indigenous microbial communities. The results of this work revealed that
the microbial community composition and diversity, at both whole and core community …
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