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Supporting information to Fungal Community Diversity and Their Contribution to Nitrogen Cycling in In-Situ Aerated Landfills: Insights from Field and Laboratory Studies

Zenodo2024-02-04 更新2026-04-07 收录

填埋场微生物生态

氮循环机制

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https://zenodo.org/doi/10.5281/zenodo.10614486 数据链接链接失效反馈

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Metagenomic sequencing data.

应用场景：

创建时间：

2024-02-04

草地生态管理

氮循环机制

1. Herbivore grazing has major effects on soil nutrient dynamics in a variety of grassland ecosystems. Previous studies have examined how large herbivores as a group affect nutrient cycling, but littl

DataONE2017-05-18 更新90

Study of soil functional maicrobial diversity in relation to nitrification

土壤微生物生态学

氮循环机制

We investigated how microbial diversity would affect on the ammonum oxidation activity under the repeated application of N fertilizer in a laboratory-scale experiment.

NIAID Data Ecosystem60

National Key Research and Development Program of China

生物炭环境效应

氮循环机制

biochar effects on nitrogen cycling and relevant mechanisms

NIAID Data Ecosystem30

Denitrifying bacterial diversity in landfilled waste

填埋场微生物生态

硝化菌多样性

Denitrification is the main reason affecting N2O emissions from landfills. Denitrifying bacteria use organic carbon sources

NIAID Data Ecosystem70

Data_Sheet_1_Impact of soil inorganic nitrogen on bacterial phylogeny in estuarine intertidal zones: a study of nitrogen metabolism.docx

微生物生态学

氮循环机制

Here we investigated the potential impacts of soil inorganic nitrogen (SIN) content on the phylogenetic characteristics and ecological functions of soil bacterial communities in estuarine intertidal z

NIAID Data Ecosystem40

Supporting information to Fungal Community Diversity and Their Contribution to Nitrogen Cycling in In-Situ Aerated Landfills: Insights from Field and Laboratory Studies

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