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Impact assessment of Integrated Pest Management (IPM) strategy for suppression of mango-infesting fruit flies in Kenya

机译:肯尼亚有害生物综合治理(IPM)战略对抑制芒果出没的果蝇的影响评估

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摘要

We utilized two waves of data collected from a sample of mango farmers in Meru County in Kenya to evaluate the impact of Integrated Pest Management (IPM) strategy for controlling fruit flies in mango-production. We specifically explored the effect of five IPM practices including parasitoids (p) and Metarhizium anisopliae-based biopesticides (biop), orchard sanitation (os), spot spray of food bait (fb) and male annihilation technique (mat) on three outcome indicators: farmer pesticide expenditure, farm-level mango fruit yield losses and profit. We fitted difference-in-difference and household fixed effects regression models that account for unobserved heterogeneity across households. Our estimates differentiated the impact of the different IPM components, in comparison to farmers' practices as a control group. The descriptive statistics of the study show that application of the IPM strategy resulted in a 48% average increase in mango net income compared to the previous season irrespective of the IPM combination component used. The extent of improvement in net income, however, varied across treatments; treatments posfb and posmatfb registering the greatest improvements whereas the pos treatment generated the smallest increase in net income. The study findings further show mango yield losses due to fruit fly infestation reduced by an average of 19% among the IPM users. We also found a reduction in expenditure on pesticides, albeit across all the households. Regression model estimates show that, except for IPM combinations posbiop and pos, farmers using the rest of the IPM practices recorded significantly higher incomes from mango compared to their counterparts in the control group. We also noted that although average expenditure on pesticides decreased across all mango farmer households, the reduction was comparable between the treated and control farmer households. Our findings however, show significant decreases in mango damage due to fruit fly infestations among all farmers using the different IPM treatments. Our study recommends combinations of affordable and easy to apply and maintain IPM strategies that could yield significant impact on mango fruit fly control.
机译:我们利用从肯尼亚梅鲁县的一个芒果农场主样本中收集的两波数据来评估病虫害综合治理(IPM)策略对控制芒果生产中果蝇的影响。我们专门研究了五种IPM措施对以下三个结果指标的影响:五类IPM措施包括寄生物(p)和基于金属甲虫的生物杀虫剂(biop),果园卫生(os),食物诱饵的点喷(fb)和男性ni灭技术(mat)。农民的农药支出,农场一级芒果的产量损失和利润。我们拟合了差异差异和家庭固定效应回归模型,该模型解释了家庭之间未观察到的异质性。与农民作为对照组的做法相比,我们的估计使IPM不同组成部分的影响有所不同。该研究的描述性统计表明,与上一季节相比,采用IPM策略导致芒果净收入平均增加48%,而与使用IPM组合成分无关。然而,不同治疗方法的净收入改善程度不同。 posfb和posmatfb处理的改善最大,而pos处理的净收入增加最小。研究结果进一步显示,在IPM用户中,因果蝇侵扰引起的芒果产量损失平均减少了19%。我们还发现,尽管所有家庭都减少了农药支出。回归模型估计值表明,除IPM组合posbiop和pos外,使用IPM其余部分的农民记录的芒果收入比对照组的农民高得多。我们还注意到,尽管在所有芒果农户中,农药平均支出均下降了,但在经过处理的农户和对照农户中,这种下降是可比的。然而,我们的发现表明,在使用不同IPM处理的所有农民中,果蝇侵染对芒果造成的危害显着降低。我们的研究建议结合价格合理,易于实施和维护的IPM策略,这些策略可能会对芒果果蝇的防治产生重大影响。

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