Ferromangenese sulfides immobilization thallium

Mendeley Data2026-04-09 收录

重金属污染修复

铊固定技术

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Data processing in the experimental procedure of the paper 'Immobilization of thallium(I) using ferromanganese sulfides'

转录组分析揭示了外生菌根真菌定植对柳树苗镉耐受性的功能影响（手稿 ID：1570200）-data.xlsx

微生物互作

重金属污染修复

Ectomycorrhizal fungus （ECMF）可以通过改变金属积累和保护植物免受氧化损伤来提高植物对重金属毒性的耐受性。然而，ECMF 介导的解毒之镉尚不清楚。本研究旨在揭示 Cenococcum geophilum（CG）和 Suillus luteus（SL）对 Cd 毒性耐受性Salix psammophila 'Huangpi1'。结果2 月龄柳树苗的生长、光合作用、抗氧化

DataCite Commons2025-02-25 更新100

Experimental data and characterization.rar

重金属污染修复

铊固定化表征

Experimental Data and Characterization of Thallium(I) Immobilization by ferronmanganese sulfides.

Figshare2025-02-09 更新40

Impact of Cd and hpyeraccumualtor rhizosphere on soil bacterial community

重金属污染修复

根际微生物组装

Understanding how biotic and abiotic factors govern the assembly of rhizosphere-microbial communities, is a long-standing goal in microbial ecology. In phytoremediation research, where plants are used

NIAID Data Ecosystem30

Bioorganic fertilizers improve the adaptability and remediation efficiency of Puccinellia distans in multiple heavy metals-contaminated saline soil by regulating the soil microbial community

重金属污染修复

土壤微生物群落

Soil salinization and heavy metals (HMs) pollution have become global environmental problems. Bioorganic fertilizers have a potential role in improving the phytoremediation efficiency of HMs-contamina

NIAID Data Ecosystem40

Trifolium repens L. root-associated microbial analysis

微生物互作

重金属污染修复

Phytoremediation is an effective way to repair lead contaminated soil and fine-scale microorganisms play an important role in plant regulation. However, little is known about the structural, diversity

NIAID Data Ecosystem40

Ferromangenese sulfides immobilization thallium

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