Multiplicity in Unity: Plant Subindividual Variation and Interactions with Animalsby Carlos M. Herrera
Plants produce a considerable number of structures of one kind, like leaves, flowers, fruits, and seeds, and this reiteration is a quintessential feature of the body plan of higher plants. But since not all structures of the same kind produced by a plant are identicalfor instance, different branches on a plant may be male or female, leaf sizes in the sun… See more details below
Plants produce a considerable number of structures of one kind, like leaves, flowers, fruits, and seeds, and this reiteration is a quintessential feature of the body plan of higher plants. But since not all structures of the same kind produced by a plant are identicalfor instance, different branches on a plant may be male or female, leaf sizes in the sun differ from those in the shade, and fruit sizes can vary depending on patterns of physiological allocation among branchesa single plant genotype generally produces a multiplicity of phenotypic versions of the same organ.
Multiplicity in Unity uses this subindividual variation to deepen our understanding of the ecological and evolutionary factors involved in plant-animal interactions. On one hand, phenotypic variation at the subindividual scale has diverse ecological implications for animals that eat plants. On the other hand, by choosing which plants to consume, these animals may constrain or modify plant ontogenetic patterns, developmental stability, and the extent to which feasible phenotypic variants are expressed by individuals.
An innovative study of the ecology, morphology, and evolution of modular organisms, Multiplicity in Unity addresses a topic central to our understanding of the diversity of life and the ways in which organisms have coevolved to cope with variable environments.
Table of Contents
Chapter 1. Introduction
Chapter 2. Which Traits Vary within Plants?
Many different features vary across reiterated structures of the same plant.
Chapter 3. Continuous Within-Plant Variation of Reiterated Structures
The extent of subindividual variation in continuously varying leaf, flower, fruit, and seed traits is assessed.
Chapter 4. Distribution of Subindividual Variability in Time and Space
How are variants of reiterated structures organized along temporal, spatial, and architectural axes?
Chapter 5. Causes of Subindividual Variability
Mutations within individuals and organ-level responses to environmental cues are the main classes of remote causes of within-plant variability in reiterated structures.
Chapter 6. Organismal Mechanisms of Subindividual Variability
Ontogenetic contingency, the interplay between inherent architecture and environmental milieu, and developmental stochasticity are mechanisms responsible for within-plant variability of reiterated structures.
Chapter 7. Subindividual Variability as an Individual Property
The Haldane-Roy conjecture is verified and extended: individual plants have not only their characteristic means, but also their characteristic standard deviations and characteristic spatial patterns of within-plant variation.
Chapter 8. Consequences of Within-Plant Variation for Interacting Animals
Phytophagous animals’ discrimination among organs of the same plant can lead to the most profitable choice but has attendant costs that may influence their overall performance and promote among-plant selectivity.
Chapter 9. Fitness Consequences of Subindividual Variability in Organ Traits for Plants
Subindividual variation in the characteristics of reiterated organs may influence the fecundity or vegetative performance of plants, and through this mechanism, individual fitness differences may arise as a consequence of variation in the extent and organization of variability.
Chapter 10. Evolutionary Implications of Within-Plant Variability in Organ Traits
Subindividual multiplicity of organs can affect the evolutionary trajectory of organ traits by setting upper limits on responses to selection, opening the possibility of selection by animals on plant-level variability, and conditioning the size of realized phenotypic space at the individual and population levels.
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