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Pests, but not predators, increase in mixed fruit tree-vegetable plots compared to control vegetable plots in a Mediterranean climate

机译:害虫,但不是掠夺者,在地中海气候中的控制蔬菜地块相比,混合果实树蔬菜地块增加

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Mixed fruit tree-vegetable systems simultaneously combine the production of vegetables at the ground level with that of fruits in tree canopies. We tested whether such crop diversification may reduce herbivores on the vegetable crop in the case of an apple fruit-cabbage association. For this purpose, we monitored arthropod pests and natural enemies during six sampling sessions over one growing season with direct observations and pitfall traps. Unexpectedly, we found that four out of seven pest stages [the aphid Myzus persicae Sulzer (Aphididae), lepidoptera eggs and caterpillars, and pupae of whiteflies] were more abundant or more frequent in the mixed fruit tree-vegetable plots than in control plots. In contrast, we observed more of three out of the six main predator taxa (chilopods, earwigs and ants) in the control plots. The mechanisms possibly explaining our results include better microclimatic conditions, the dilution of predators and increased bird abundance in the agroforestry plots as well as the longer generation time of predators versus pests.
机译:混合果树 - 蔬菜系统同时将蔬菜生产的生产与树檐篷中的水果相结合。我们测试了这种作物多样化是否可以减少苹果果甘蓝协会的蔬菜作物的食草动物。为此目的,我们在一个增长季节的六个采样季节,我们监测了节肢动物害虫和天敌,具有直接观察和缺陷陷阱。出乎意料的是,我们发现,七个有害生物阶段中有四个[蚜虫肌耳虫(蚜虫),鳞翅目鸡蛋和毛虫,粉虱的蛹]在混合水果树蔬菜地块中比对照图更丰富或更频繁。相比之下,我们在控制图中观察到六个主要捕食者征食(辣椒,耳罩和蚂蚁)中的更多三个。可能解释我们的结果的机制包括更好的小跨界条件,捕食者的稀释,以及农业剧地块中的鸟类丰富,以及捕食者与害虫的较长产生时间。

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