Campbell Laura C E, Kiers E Toby, Chomicki Guillaume
Department of Bioscience, Durham University, DH1 3LE Durham, UK.
Department of Ecological Science, Vrije Universiteit Amsterdam, 1081 HV Amsterdam, The Netherlands.
Trends Plant Sci. 2023 Mar;28(3):271-282. doi: 10.1016/j.tplants.2022.09.005. Epub 2022 Nov 10.
Outside humans, true agriculture was previously thought to be restricted to social insects farming fungus. However, obligate farming of plants by ants was recently discovered in Fiji, prompting a re-examination of plant cultivation by ants. Here, we generate a database of plant cultivation by ants, identify three main types, and show that these interactions evolved primarily for shelter rather than food. We find that plant cultivation evolved at least 65 times independently for crops (200 plant species), and 15 times in farmer lineages (37 ant taxa) in the Neotropics and Asia/Australasia. Because of their high evolutionary replication, and variation in partner dependence, these systems are powerful models to unveil the steps in the evolution and ecology of insect agriculture.
在人类之外,真正的农业以前被认为仅限于养殖真菌的群居昆虫。然而,最近在斐济发现了蚂蚁对植物的专性养殖,这促使人们重新审视蚂蚁对植物的培育。在这里,我们创建了一个蚂蚁培育植物的数据库,识别出三种主要类型,并表明这些相互作用主要是为了获取庇护所而非食物而进化的。我们发现,植物培育在农作物(约200种植物物种)中至少独立进化了65次,在新热带地区以及亚洲/澳大拉西亚的蚁类谱系(约37个蚂蚁分类单元)中独立进化了15次。由于这些系统具有高度的进化复制性以及伙伴依赖性的差异,它们是揭示昆虫农业进化和生态过程的有力模型。