Explore the inner workings of plant growth through Ceratophyllum.
This biometrical study investigates how a single plant can show distinct patterns of variation and differentiation, especially in leaf arrangement and branch structure.
This detailed analysis traces how leaf numbers per whorl change across different axes of the plant, and reveals how growth follows specific, testable laws. It translates complex observations into a clear framework for understanding intra-individual variability and its implications for evolution and plant biology.
- How leaf numbers per whorl differ between the main stem and peripheral branches
- Patterns of variability and correlation between leaf count and branch position
- The discovery of laws of growth and differentiation within Ceratophyllum
- Implications for using such characters in broader evolutionary and intra-racial studies
Ideal for readers of plant biology and biometric studies who want a disciplined, data-driven view of how single plants develop unique, consistent patterns over time.This edition presents a rigorous, data-backed look at intra-individual variation, offering a foundation for further research in morphology and evolution.