Peacock Anemone Flower Color and Pollinator Data Across Elevations

Raw data from a 2026 study on the peacock anemone (Anemone pavonina) includes five worksheets covering pollination experiments and pollinator observations. The dataset, 61.5 KB in size, was published by Jonathan Heinze and colleagues to support findings in the American Journal of Botany. It contains measurements from receptivity tests, crossing scenarios, pollinator exclusion, flowering phenology, and pollinator distribution across an elevational gradient.

Use Cases

• Analyze the relationship between pollinator abundance from the 'Pollinators_elevation' worksheet and flowering peak dates from the 'Flowering_peak' worksheet.
• Compare seed set or fruit development outcomes between 'Inter_Intra-morph_crossing' scenarios and 'Pollinator_exclusion' experimental treatments.
• Model spatiotemporal variation in pollinator communities using site-specific data in the 'Pollinators_elevation' and 'Flowering_peak' worksheets.
• Assess the success rates of autonomous self-pollination versus cross-pollination using data from the 'Receptivity_Pollination_type' worksheet.

Strengths

• Data is directly linked to a peer-reviewed publication in the American Journal of Botany (2026).
• Structured across five specific Excel worksheets, each corresponding to a distinct experimental component of the study.
• Released under a permissive CC-BY-4.0 license, allowing for broad reuse with attribution.

Limitations

• The dataset is very small at 61.5 KB, indicating a limited sample size and scope for large-scale analysis.
• Specific row counts, column names, and measurement units are not provided in the metadata, requiring inspection of the file.
• Temporal coverage is confined to the specific study period, likely a single or few flowering seasons.

Provenance

Source

Jonathan Heinze and co-authors, published on figshare alongside the associated journal article.

Collection Method

Collected through field experiments including pollinator exclusion, controlled crossings, and observational transects across an elevational gradient.

Time Range

Presumably covers the flowering season(s) leading to the 2026 publication.

Freshness

Published in 2026, representing recent research.

Geography

Data collected from multiple study sites, implied to be across an elevational gradient, specific location not stated.