Potential of opal phytoliths for use in paleoecological reconstruction in the humid tropics of Africa

In the recent advancements in identification of plant species, phytoliths have found an immense role in the identification of plants at different levels of taxonomic hierarchy. Many plant groups are known to accumulate silica in solid form in and between the cells and tissues and hence create the structures commonly known as phytoliths. These phytoliths create replicas of the structures where they are deposited. The shapes of phytolith replicas, their size dimensions (morphometric parameters), surface features (ornamentation), distribution, and orientation pattern in epidermal layers of vegetative and reproductive structures as well as their frequency are highly important for characterization of species. Monocotyledonous families particularly the family Poaceae (Gramineae) are known to produce diverse phytolith types that can serve as diagnostic markers for characterization of different taxa at different levels of taxonomic hierarchy. The present paper highlights the importance of phytoliths in taxonomic analysis of plants particularly in the family Poaceae.

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Evidence for Land Use History by Opal Phytolith Analysis

Runge¹

2001

Phytoliths - Applications in Earth Science and Human History

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Potential of opal phytoliths for use in paleoecological reconstruction in the humid tropics of Africa

Cited by 3 publications

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Phytoliths as Emerging Taxonomic Tools for Identification of Plants: An Overview

Evidence for Land Use History by Opal Phytolith Analysis

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