Vascular Architecture Diversity Across Fabaceae Species

Globally distributed across all biogeographical regions except Antarctica, this dataset supports research on vascular diversity in the Fabaceae family. It includes data on more than 100 species across 27 genera and four subfamilies that exhibit atypical vascular architectures. The family's ecological and economic importance makes it an ideal system for studying vascular innovation.

Use Cases

• Comparative analysis of vascular architecture across 27 genera and four subfamilies.
• Mapping the global biogeographical distribution of atypical vascular traits in Fabaceae.
• Testing evolutionary hypotheses on vascular innovation using a lineage of over 100 species.
• Identifying correlations between novel vasculatures and ecological or economic importance in plants.

Strengths

• Includes data on a substantial sample of over 100 species.
• Covers a taxonomically broad scope across 27 genera and four subfamilies within Fabaceae.
• Explicitly linked to a peer-reviewed manuscript, suggesting academic rigor.

Limitations

• Column names and row counts are not specified, limiting precise understanding of data structure.
• The dataset size (68.5 MB) suggests it may contain supporting files (scripts, figures) beyond core data tables.
• The listed publication year (2006) conflicts with a very recent repository update date (2026).

Provenance

Source

John K. C. Saddoy, associated with the manuscript 'Vascular diversity in Fabaceae: evolutionary and ecological insights from a globally distributed lineage'.

Collection Method

Likely gathered as supporting information for botanical research and manuscript preparation.

Time Range

null

Freshness

Last updated on 2026-03-19.

Geography

Global, covering all biogeographical regions except Antarctica.