Macquarie Island Soil Contamination Analysis from 2008
Updated 18y ago
Available on 1 platform
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Description
Soil samples from Macquarie Island were collected in January 2008 by a Bioremediation Project team from three specific sites: a powerhouse, a fuel farm, and a reference site. The dataset measures soil characteristics including conductivity, pH, total petroleum hydrocarbons, and concentrations of various ions. This work was conducted as part of the Australian Antarctic Science project 1163.
Use Cases
Analyze the correlation between total_petroleum_hydrocarbons and nutrient levels like nitrate and ammonium to assess contamination impact.
Compare soil conductivity and pH measurements between the fuel_farm site and the reference site to evaluate pollution extent.
Model spatial variation in ion concentrations such as fluoride, bromide, chloride, sulphate, and phosphate across the three sampled locations.
Use the sample barcode identifiers to potentially link these soil characteristics with other sample tracking data from the Bioremediation Project.
Strengths
Data includes measurements for 12 distinct soil characteristics per sample.
Samples were collected from three defined sites allowing for comparative analysis.
Associated documentation file describes the methods used for data collection.
Limitations
The exact number of samples (rows) and measured variables (columns) is unspecified.
Data is from a single sampling event in January 2008, offering no temporal trend analysis.
Geographic scope is limited to three specific sites on Macquarie Island.
Provenance
Source
Australian Antarctic Data Centre (AU_AADC), via NASA Earthdata.
Collection Method
Soil samples physically collected and analyzed for chemical characteristics.
Time Range
January 2008.
Freshness
Single snapshot from January 2008.
Geography
Macquarie Island, specifically the powerhouse, fuel farm, and a reference isthmus site.
Data is split between a CSV file containing the measurements and an RTF file containing methodological details; both are needed for full context.