Direction

Direction générale

Responsable Microbiome du sol

Responsable Microbiome des plantes

Orchard systems offer low-hanging fruit for low-carbon, biodiversity-friendly farming.

Institutional Repository Agroscope

Wyckhuys K. A. G., Abram P. K., Barrios E., Cancino J., Collatz J., Fancelli M., Klein A.-M., Lindell C. A., Osterman J., Pinto M., Tang F. H. M., Tena A., Elkahky M.

Orchard systems offer low-hanging fruit for low-carbon, biodiversity-friendly farming.

BioScience, In Press, 2025.

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Zusammenfassung:

As core constituents of healthy diets, fruits are often cultivated in temporally stable and structurally complex ecosystems that harbor high levels of biodiversity. However, high-intensity orchard management can lessen the human and environmental health benefits of fruticulture. In the present article, we argue that increased emphasis on biological control could contribute to preventative management of fruit pests, weeds, and diseases, resulting in pesticide phasedown. Carefully calibrated orchard management can increase the provision of ecosystem services by above- and belowground biota, improve soil health, and store atmospheric carbon. When tactically integrated with agroecological measures, behavior-modifying chemicals, or digital tools, biological control helps to conserve pollinator or soil fauna, protect vertebrate communities, and improve vegetation restoration outcomes. Its implementation can, however, give rise to scientific and social challenges that will need to be explored. By resolving the adoption hurdles for biological control at scale, human society could enjoy the myriad benefits of nature-friendly fruit production.

ISSN Print: 0006-3568
ISSN Online: 1525-3244
Digital Object Identifier (DOI): https://doi.org/10.1093/biosci/biae140
Publikations-ID (Webcode): 58861 Per E-Mail versenden