Summary
This theoretical paper synthesises modern kin selection (inclusive fitness) theory and applies it to crop breeding and agricultural design. The author critiques existing artificial-selection strategies for promoting plant cooperation (communal ideotype and group-level selection) and proposes an alternative 'colonial ideotype' that leverages evolved cooperation among plant modules. The work frames this perspective as 'Hamiltonian agriculture', suggesting it could fundamentally reshape how crops are improved for future productivity.
UK applicability
The theoretical framework proposed is discipline-agnostic and applicable to UK crop breeding programmes, particularly for cereal and arable systems. However, practical implementation would require experimental validation in UK field conditions and integration with existing breeding infrastructure.
Key measures
Theoretical application of kin selection theory to crop design; comparison of three strategies for promoting plant cooperation; yield outcomes (inferred)
Outcomes reported
The paper proposes theoretical frameworks and strategies for designing crops with enhanced cooperative traits among plants, based on kin selection theory. It introduces a 'colonial ideotype' concept that exploits natural selection for cooperation among plant modules to improve future crop yield.
Topic tags
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