Soil Biology and Biochemistry

Uptake rates of N and P in mg/10cm²/14 days measured with PRS ion exchange probes. These were inserted into different plots fertilized with N, P or NP (and a control) at different times after fertilization to observe changes in soil nutrients following fertilization. Each plot had a series of root exclusion collars that had previously cut all roots and probes were inserted both inside and outside these collars. This allowed us to determine the effects of root uptake on the dynamic of available N and P fin the soil ollowing fertilization.

ASVs tables used in this study. Sequences were rarefied to the smallest sample size for prokaryotes and fungi in TT and DH sites.

Soil properties and plant biomass: salinity, pH, bulk density, moisture content, ORP; aboveground and belowground biomass; root Fe piaque; Enzyme activity and bacterial abundance: cellobiohydrolase, phenol oxidase, Geobacter and Gallionella; Solid-phase Fe species: non-sulfidic Fe(II), Fe sulfides, amorphous Fe(III), crystalline Fe(III) and molar Fe(II):Fe(III) ratios; Soil C and Fe-bound C pool: SOC pool, molar OC:Fe ratio, Fe-bound C pool and the ratio of Fe-bound C pool to SOC pool.

Data for soil variables, enzyme activities, microbial biomass, and microbial respiration

The files include data used in statistical analysis and the related codes in R.

This dataset evaluates microbial responses to pharmaceuticals in agricultural soils which may improve essentially our understanding of micropollutants fate and their potential implications to the environmental and human health. In this study, we focused on immediate (1 d), short- (13 d) and long-term effects (61 d) of pharmaceuticals amendment on microbial changes in seven soils differing in physical chemical properties. The data include dictionaries of used soils, treatments, parent compounds and their metabolites, and measured fatty acids. Degradation of the individual pharmaceuticals as well as their mixture are shown in folder "analytics", and raw observation data for basal respiration and phospholipid fatty acids are given in respiration.csv and PLFA.csv. The code to run these data will be publicly open on GitHub upon publishing the scientific article of the same name.

Dataset of our manuscript.

This dataset was complied from a systematic review of published articles used to conduct a meta-analysis on the impact of earthworms on the mobility and plant uptake of potentially toxic elements

This database belongs to a meta analysis on litter mixture decomposition. Published data was included when the research on litter mixture decomposition used litterbags and two species mixtures. Litter quality, environment and experimental design are recorded as well as mass loss in percentage

Mean-summarized extraction and respiration data used for testing models in "Partitioning sources of CO2 emission after soil wetting using high-resolution observations and minimal models".