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Article . 2017
License: CC BY NC SA
Data sources: CONICET Digital
Science
Article . 2017 . Peer-reviewed
Data sources: Crossref
Science
Article . 2018
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Global climatic drivers of leaf size

Authors: Ian J. Wright; Robert M. Kooyman; I. Colin Prentice; I. Colin Prentice; Rafael Villar; Sandra Díaz; Vincent Maire; +16 Authors

Global climatic drivers of leaf size

Abstract

Leaf size, climate, and energy balance Why does plant leaf size increase at lower latitudes, as exemplified by the evolutionary success of species with very large leaves in the tropics? Wright et al. analyzed leaf data for 7670 plant species, along with climatic data, from 682 sites worldwide. Their findings reveal consistent patterns and explain why earlier predictions from energy balance theory had only limited success. The authors provide a fully quantitative explanation for the latitudinal gradient in leaf size, with implications for plant ecology and physiology, vegetation modeling, and paleobotany. Science , this issue p. 917

Countries
United Kingdom, Australia, Argentina, Argentina
Keywords

Rainfall, Leaves, Climate, ENERGY, https://purl.org/becyt/ford/1.6, TEMPERATURES, Photosynthesis, Patterns, RAINFALL, Temperatures, Energy, Temperature, Plants, Traits, Multidisciplinary Sciences, Functional Traits, Sunlight, Science & Technology - Other Topics, leaves, TRAITS, Morphology, 570, General Science & Technology, Climate Change, Environment, climatic changes, XXXXXX - Unknown, MD Multidisciplinary, LEAVES, PLANTS, https://purl.org/becyt/ford/1, 580, ENVIRONMENT, photosynthesis, Science & Technology, CONSTRAINTS, Water, Plant Leaves, Leaf, 1000 General, Constraints, PATTERNS, MORPHOLOGY

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