Eric Garnier is a researcher in plant functional ecology. His work on plant functional diversity is based on a combination of conceptual, experimental and methodological approaches, and contributes to the broad field of trait-based comparative ecology. He has pioneered some of the developments of conceptual models of relationships between plant functional traits, plant function, and biogeochemistry, and has participated in the development of standardized approaches to the measurement of plant traits towards a worldwide application. More recently, he has contributed to the emergence of ecoinformatics at the French national scale, especially through his work as the Director of CEntre for the Synthesis and Analysis of Biodiversity.Marie-Laure Navas works on the identification of the functional diversity of plant species. More precisely, her work focuses on i) the identification of assembly rules of plant communities due to biotic and abiotic processes; ii) the characterization of changes in functional structure of plant communities along environmental gradients; iii) the identification of traits related to competition and facilitation ability of plants. These questions are addressed with the example of managed grasslands, especially in the French Mediterranean area. Recently, Marie-Laure Navas also developed collaborations with researchers in crop science and weed science, in order to test the relevance of the functional approach for developing new cropping systems based on more ecological-directed regulation of pests.Karl Grigulis works as a research engineer in the Laboratoire d'Ecologie Alpine in Grenoble, France. Initially working as an agronomist in south-east Australia on topics of population ecology using pasture weeds as model systems, more recently in France he participates in projects focussed on functional and community ecology, in particular the field assessment of community functional structure as a determinant of ecosystem services.

Each of the ten chapters is excellently structured... The book is also nicely illustrated, extremely well referenced and has a useful index. In a nutshell, the book is an absolute must-read for graduate students, ecologists, agricultural scientists and conservation biologists interested in the functional approach to biological diversity.

• 1. A functional approach to biological diversity ; 2. Trait-based ecology: definitions, methods, and a conceptual framework ; 3. The functional characterisation of plants ; 4. Gradients, response traits, and ecological strategies ; 5. A functional approach to plant community structure ; 6. Plant traits and ecosystem properties ; 7. Functional diversity and ecosystem services ; 8. Functional diversity in agriculture: the cases of grasslands and crop weeds ; 9. Managing functional diversity data ; 10. Perspectives for functional diversity research

Eric Garnier is a researcher in plant functional ecology. His work on plant functional diversity is based on a combination of conceptual, experimental and methodological approaches, and contributes to the broad field of trait-based comparative ecology. He has pioneered some of the developments of conceptual models of relationships between plant functional traits, plant function, and biogeochemistry, and has participated in the development of standardized approaches to the measurement of plant traits towards a worldwide application. More recently, he has contributed to the emergence of ecoinformatics at the French national scale, especially through his work as the Director of CEntre for the Synthesis and Analysis of Biodiversity.Marie-Laure Navas works on the identification of the functional diversity of plant species. More precisely, her work focuses on i) the identification of assembly rules of plant communities due to biotic and abiotic processes; ii) the characterization of changes in functional structure of plant communities along environmental gradients; iii) the identification of traits related to competition and facilitation ability of plants. These questions are addressed with the example of managed grasslands, especially in the French Mediterranean area. Recently, Marie-Laure Navas also developed collaborations with researchers in crop science and weed science, in order to test the relevance of the functional approach for developing new cropping systems based on more ecological-directed regulation of pests.Karl Grigulis works as a research engineer in the Laboratoire d'Ecologie Alpine in Grenoble, France. Initially working as an agronomist in south-east Australia on topics of population ecology using pasture weeds as model systems, more recently in France he participates in projects focussed on functional and community ecology, in particular the field assessment of community functional structure as a determinant of ecosystem services.

Each of the ten chapters is excellently structured... The book is also nicely illustrated, extremely well referenced and has a useful index. In a nutshell, the book is an absolute must-read for graduate students, ecologists, agricultural scientists and conservation biologists interested in the functional approach to biological diversity.

• 1. A functional approach to biological diversity ; 2. Trait-based ecology: definitions, methods, and a conceptual framework ; 3. The functional characterisation of plants ; 4. Gradients, response traits, and ecological strategies ; 5. A functional approach to plant community structure ; 6. Plant traits and ecosystem properties ; 7. Functional diversity and ecosystem services ; 8. Functional diversity in agriculture: the cases of grasslands and crop weeds ; 9. Managing functional diversity data ; 10. Perspectives for functional diversity research

Eric Garnier is a researcher in plant functional ecology. His work on plant functional diversity is based on a combination of conceptual, experimental and methodological approaches, and contributes to the broad field of trait-based comparative ecology. He has pioneered some of the developments of conceptual models of relationships between plant functional traits, plant function, and biogeochemistry, and has participated in the development of standardized approaches to the measurement of plant traits towards a worldwide application. More recently, he has contributed to the emergence of ecoinformatics at the French national scale, especially through his work as the Director of CEntre for the Synthesis and Analysis of Biodiversity.Marie-Laure Navas works on the identification of the functional diversity of plant species. More precisely, her work focuses on i) the identification of assembly rules of plant communities due to biotic and abiotic processes; ii) the characterization of changes in functional structure of plant communities along environmental gradients; iii) the identification of traits related to competition and facilitation ability of plants. These questions are addressed with the example of managed grasslands, especially in the French Mediterranean area. Recently, Marie-Laure Navas also developed collaborations with researchers in crop science and weed science, in order to test the relevance of the functional approach for developing new cropping systems based on more ecological-directed regulation of pests.Karl Grigulis works as a research engineer in the Laboratoire d'Ecologie Alpine in Grenoble, France. Initially working as an agronomist in south-east Australia on topics of population ecology using pasture weeds as model systems, more recently in France he participates in projects focussed on functional and community ecology, in particular the field assessment of community functional structure as a determinant of ecosystem services.

Each of the ten chapters is excellently structured... The book is also nicely illustrated, extremely well referenced and has a useful index. In a nutshell, the book is an absolute must-read for graduate students, ecologists, agricultural scientists and conservation biologists interested in the functional approach to biological diversity.

• 1. A functional approach to biological diversity ; 2. Trait-based ecology: definitions, methods, and a conceptual framework ; 3. The functional characterisation of plants ; 4. Gradients, response traits, and ecological strategies ; 5. A functional approach to plant community structure ; 6. Plant traits and ecosystem properties ; 7. Functional diversity and ecosystem services ; 8. Functional diversity in agriculture: the cases of grasslands and crop weeds ; 9. Managing functional diversity data ; 10. Perspectives for functional diversity research