Johan Gielis

Jie Gao

Weiguo Liu

Kyung-Min Kim

Drought stress presents a formidable challenge in the context of global climate change, posing significant threats to plant ecosystems. As our planet experiences shifts in weather patterns and increased aridification, understanding plant adaptations to water-scarce environments becomes imperative. Plant functional traits, including leaf vein density, above-ground architecture, biomass allocation, and their intricate scaling relationships, are critical factors in a plant's ability to thrive under drought conditions. The world's ecosystems are strained by water scarcity, leading to crop failures, altered vegetation patterns, and reduced biodiversity. "Flourishing in Arid Realms: Exploring the Adaptation of Plant Functional Traits to Drought Environments" delves into the fascinating field of plant physiology and ecology. This research topic seeks to uncover the strategies employed by plants to adapt to water-scarce conditions and their significance in informing conservation and sustainable land management practices.

Flourishing in Arid Realms: Exploring the Adaptation of Plant Functional Traits to Drought Environments

This book focuses on the origin of the Gielis curves, surfaces and transformations in the plant sciences. It is shown how these transformations, as a generalization of the Pythagorean Theorem, play an essential role in plant morphology and development. New insights show how plants can be understood as developing mathematical equations, which opens the possibility of directly solving analytically any boundary value problems (stress, diffusion, vibration...) . The book illustrates how form, development and evolution of plants unveil as a musical symphony. The reader will gain insight in how the methods are applicable in many divers scientific and technological fields.

Johan Gielis

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