Mutualistic and antagonistic interactions differ in wild and domesticated papaya (Carica papaya) in its centre of origin

Tipo de material: Texto

TextoSeries Plant Biology, 23(2), p.250-258, 2021Trabajos contenidos:

Pacheco‐Huh, J
Carmona, D
Dzib, G
Chávez‐Pesqueira, M

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Resumen: Shifts in phenotypes derived from the domestication syndromes impact plant performance but may also affect interactions with other species in the community (e.g. mutualists and antagonists). Moreover, plantations often differ from the natural conditions experienced by the wild relatives of cultivated plants, potentially altering the nature of ecological interactions. However, apart from herbivory, little is known about how domestication and cultivation practices (e.g. insecticide application) can modify multiple ecological interactions simultaneously in wild and domesticated plants.

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Artículo

Shifts in phenotypes derived from the domestication syndromes impact plant performance but may also affect interactions with other species in the community (e.g. mutualists and antagonists). Moreover, plantations often differ from the natural conditions experienced by the wild relatives of cultivated plants, potentially altering the nature of ecological interactions. However, apart from herbivory, little is known about how domestication and cultivation practices (e.g. insecticide application) can modify multiple ecological interactions simultaneously in wild and domesticated plants.

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