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Background  Many developing countries are experiencing rapid ecological changes such as deforestation and shifting agricultural practices. These environmental changes may have an important consequence on malaria due to their impact on vector survival and reproduction. Despite intensive deforestation and malaria transmission in the China-Myanmar border area, the impact of deforestation on malaria vectors in the border area is unknown.    Methods  We conducted life table studies on  Anopheles minimus  larvae to determine the pupation rate and development time in microcosms under deforested, banana plantation, and forested environments.    Results  The pupation rate of  An. minimus  was 3.8 % in the forested environment. It was significantly increased to 12.5 % in banana plantations and to 52.5 % in the deforested area. Deforestation reduced larval-to-pupal development time by 1.9–3.3 days. Food supplementation to aquatic habitats in forested environments and banana plantations significantly increased larval survival rate to a similar level as in the deforested environment.    Conclusion  Deforestation enhanced the survival and development of  An. minimus  larvae, a major malaria vector in the China-Myanmar border area. Experimental determination of the life table parameters on mosquito larvae under a variety of environmental conditions is valuable to model malaria transmission dynamics and impact by climate and environmental changes.    Electronic supplementary material  The online version of this article (doi:10.1186/s13071-016-1611-5) contains supplementary material, which is available to authorized users.

Life-table studies revealed significant effects of deforestation on the development and survivorship of Anopheles minimus larvae