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Diversity in Plant Breeding: A New Conceptual Framework.

Isabelle Litrico¹, Cyrille Violle²

¹P3F UR 004 - INRA - Le Chêne RD 150, F-86600 Lusignan, BP 86006, France.

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|October 7, 2015

Summary

Crop science needs more diverse systems for sustainable agriculture. A new framework, based on ecological theory, integrates diversity targets into plant breeding for better crop performance and sustainability.

Keywords:

biotic interactions crop traits genetic and species heterogeneity

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Area of Science:

Crop science
Plant breeding
Ecological theory

Background:

Accelerating environmental change necessitates sustainable, low-input agriculture.
Current crop diversification programs lack a standardized framework.
Integrating ecological principles into crop science is crucial.

Purpose of the Study:

To propose a novel framework for incorporating diversity targets into plant breeding programs.
To bridge the gap between ecological theory and practical crop diversification strategies.
To enhance the development of sustainable and resilient cropping systems.

Main Methods:

Deriving a new framework from established ecological theory.
Adapting ecological criteria for diversity maintenance and mixture optimization.
Aligning crop breeding objectives with ecological principles.

Main Results:

The proposed framework provides a formalized approach to crop diversification.
It enables the integration of ecological diversity targets into plant breeding.
The framework facilitates optimization of both agronomic value and inter-plant performance.

Conclusions:

This framework offers a new pathway for developing more sustainable crops.
It represents a novel application of ecological theory to agricultural systems.
The approach can lead to more resilient and productive cropping systems.