Mycorrhizal plants rhizosphere microorganisms

NIAID Data Ecosystem2026-05-02 收录

菌根植物根际微生物生态

氮酸沉降生态影响评估

数据链接：

https://www.ncbi.nlm.nih.gov/bioproject/PRJNA1216931 数据链接链接失效反馈

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Effects of simulated acid rain on rhizosphere microorganisms of five species of mycorrhizal plants in tropical forest

创建时间：

2025-01-29

Environmental Research Lab-Duluth Chemical Lake Survey 1979 - 1982

湖水质量监测

氮酸沉降生态影响评估

Chemical survey of 832 lakes in Minnesota, Michigan, Wisconsin and Ontario conducted by ERL-Duluth and UMD between 1979 and 1982 for evaluation of trophic state and sensitivity to acid deposition Glas

DataCite Commons2022-11-15 更新60

2010-2030年(20年)中国酸沉降阶段临界负荷(考虑土地利用类型)

氮酸沉降生态影响评估

土地利用水环境影响

2010-2030年(20年)中国酸沉降阶段临界负荷(考虑土地利用类型)

OAinOne20

Exceedance of critical loads for nitrogen

氮酸沉降生态影响评估

临界负荷超标监测

Excessive deposition of reactive nitrogen compounds (NO₂, NO₃⁻, HNO₃, NH₃, NH₄⁺) causes eutrophication (over-fertilisation) of sensitive ecosystems, contributes to soil acidification and can lead to e

data.europa2022-08-15 更新10

GEOS-Chem model output used to assess UK public and ecosystem health benefits of emission controls

大气污染评估

氮酸沉降生态影响评估

NetCDF files of data generated and used as part of Marais et al. (2023) submitted for review to AGU's GeoHealth journal. The data used, but not generated in this work are not available elsewhere and s

DataCite Commons2023-12-05 更新50

Status and Distribution of Fish in an Acid-impacted Watershed of the Northeastern United States (Hubbard Brook, NH)

淡水鱼类生态监测

氮酸沉降生态影响评估

In this study, we document a fish community shift in the upper mainstem of Hubbard Brook (NH) from the presence of at least three species in the 1960s to the presence of only one species; Salvelinus f

Environmental Data Initiative Repository10

Mycorrhizal plants rhizosphere microorganisms

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