The concept of integration at the heart of designing a mixed crop-livestock pilot adapted to Guadeloupe farms

The paper outlines a stepwise methodology to design and implement a pilot mixed crop-livestock system at an agricultural college in Guadeloupe, focusing on system integration, crop rotation planning, and material flow estimation. It highlights the pilot’s role in supporting on-farm testing of agroecological innovations within a Research-Training-Extension partnership.

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Description détaillée

In the specific context of Guadeloupe’s agriculture, where over 80% of farms employ polyculture-livestock systems, this study presents the design of a semi-controlled pilot system aimed at improving integration between crops and livestock. Under a Research-Training-Extension project initiated in 2008, the authors conducted a diagnostic analysis of existing operations to determine system size, generate crop rotations, and estimate material flows. They discuss key determinants, step-by-step design principles, and structural and functional characteristics of the pilot. The paper also emphasizes the pilot’s capacity to serve as a platform for testing agroecological innovations at farm scale and generating technical, economic, and environmental reference data.

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Information détaillée sur la contribution

Projet

Innovations agronomiques

Innovations agronomiques

Localisation
France
Auteurs
Fabien STARK et Audrey FRANCHONE
Objectif
Adopt innovative practices

Type de fichier
document
Publié sur
01 juin 2013
Langue originale
French
Site officiel du projet
Innovations agronomiques
License
CC BY


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