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A Quantitative Index Based on Leaf Heteroblasty for Predicting Root Biomass in a Frequently Burned Savanna Species: Cussonia arborea Hochst. Ex A. Rich. (Araliaceae)
Article de revue

A Quantitative Index Based on Leaf Heteroblasty for Predicting Root Biomass in a Frequently Burned Savanna Species: Cussonia arborea Hochst. Ex A. Rich. (Araliaceae)

Yao Kouamé, Mathieu Millan, Aya N’dri, Adama Bakayoko, Jacques Gignoux et Tristan Charles-Dominique
International Journal of Plant & Soil Science, pp.220-237
18/09/2021

Résumé

Biodiversity and Ecology Computational Complexity Computer Science Continental interfaces, environment Ecology, environment Ecosystems Environmental Sciences Life Sciences Modeling and Simulation Sciences of the Universe
Background: Biotic and abiotic disturbances such as frequent wildfires and herbivory contribute to maintain trees and grasses coexistence in savanna ecosystems. In comparison to stems and leaves, exposed to fire and herbivory, the roots, protected by being belowground, are less affected Original Research Article

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