Eucalyptus salubris Leaf Traits and Stable Isotopes from Great Western Woodlands

Aggregating leaf trait and stable isotope data for Eucalyptus salubris trees in the Credo Flux tower area of the Great Western Woodlands. It includes measurements of tree height, stem circumference, leaf thickness, mass, density, specific leaf area, and chemical data such as d13C and d15N content, along with soil chemical analysis from the site.

Use Cases

• Analyze the relationship between leaf thickness, leaf mass, and specific leaf area to understand leaf economics in Eucalyptus salubris.
• Investigate correlations between soil chemical analysis data and leaf chemical data like d13C and d15N content to study plant-soil interactions.
• Model tree height and stem circumference as functions of leaf functional traits such as leaf density and specific leaf area.
• Use d13C content data to assess water-use efficiency in Eucalyptus salubris trees under the site's environmental conditions.

Strengths

• Includes multiple leaf functional trait measurements (e.g., thickness, mass, density, specific leaf area) for ecological analysis.
• Provides stable isotope data (d13C, d15N) enabling studies on plant physiology and nutrient cycling.
• Contains complementary soil chemical analysis data for contextualizing plant trait measurements.

Limitations

• The sample size (number of trees or rows) is unknown, limiting statistical power assessment.
• Data is from a single site and year (2012), reducing generalizability across time and space.
• Data is provided in multiple file formats (PDF, PNG, CSV, HTML, XLSX), which may require consolidation.

Provenance

Source

Terrestrial Ecosystem Research Network's Data Discovery

Collection Method

Field measurements of tree and leaf traits, laboratory analysis for leaf chemistry and stable isotopes, and soil chemical analysis.

Time Range

2012

Freshness

null

Geography

Credo Flux tower area, Great Western Woodlands Site