Cecidomyiidae
Gall midges (Cecidomyiidae) represent a vast family of minute dipteran insects belonging to the suborder Nematocera. While adult midges resemble small mosquitoes, it is their larvae that cause significant economic damage to agricultural and ornamental crops by feeding on plant tissues or, in some cases, acting as predators of other small pests.
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Panicum midge
Stenodiplosis panici
Paradiplosis
Paradiplosis
Parallelodiplosis
Parallelodiplosis
Pea midge
Contarinia pisi
Pear bud gall midge
Apiomyia bergenstammi
Pear leaf midge
Dasineura pyri
Pear midge
Contarinia pyrivora
Phalaris gall midge
Mayetiola phalaris
Pine gall midge
Cecidomyia pini
Pine gall midge
Pinyonia edulicola
Pine needle gall midge
Thecodiplosis pinirigidae
Pine needle gall midge
Contarinia baeri
Pine needle gall midge
Contarinia inouyei
Pine needle gall midge
Thecodiplosis brachyntera
Pine needle gall midge
Thecodiplosis japonensis
Pine needle gall midge
Thecodiplosis piniresinosae
Pine needle gall midge
Thecodiplosis piniradiatae
Pine weevil (Cembrotia)
Cembrotia
Pinyonia
Pinyonia
Plemeliella
Plemeliella
Plum bud gall midge
Contarinia pruniflorum
Plum gall midge
Asphondylia pruniperda
Plum gall midge
Putoniella
Plum leaf gall midge
Putoniella pruni
Poppy gall midge
Dasineura papaveris
Prodiplosis
Prodiplosis
Prodiplosis longifila
Prodiplosis longifila
Psectrosema gall midge
Psectrosema
Purple willow gall midge
Rabdophaga purpureaperda
Raspberry cane midge
Resseliella theobaldi
Raspberry cane midge
Resseliella yagoi
Raspberry gall midge
Lasioptera rubi
Reed gall midge
Giraudiella inclusa
Resin midge
Cecidomyia resinicoloides
Resseliella
Resseliella
Rhopalomyia
Rhopalomyia
Rice gall midge
Orseolia
Rice gall midge
Orseolia oryzae
Rice gall midge
Pachydiplosis
Rice gall midge
Orseolia caulicola
Rose gall midge
Asphondylia gennadii
Rose leaf midge
Dasineura rosae
Rose midge
Dasineura rhodophaga
Rose rose midge
Resseliella oculiperda
Ryegrass gall midge
Contarinia lolii
Saddle gall midge
Haplodiplosis marginata
Saddle gall midge
Haplodiplosis
Sage gall midge
Dasineura salviae
Sainfoin blossom midge
Contarinia onobrychidis
Sainfoin gall midge
Bremiola onobrychidis
Schizomyia gall midge
Schizomyia
Schober's Hessian fly
Mayetiola schoberi
Sesame gall midge
Asphondylia sesami
Silver fir gall midge
Paradiplosis abietispectinatae
Sorghum midge
Geromyia penniseti
Sowthistle gall midge
Cystiphora sonchi
Soybean gall midge
Resseliella soya
Soybean stem gall midge
Resseliella maxima
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Cecidomyiidae
In terms of systematic classification, they belong to the order Diptera, family Cecidomyiidae. The group is remarkably diverse; some species are host-specific and induce the formation of galls (abnormal tissue growths), while others damage stems, leaves, or floral structures, leading to plant stunting and localized tissue death.
The life cycle of gall midges includes four stages: egg, larva, pupa, and adult. Adult midges have short lifespans focused on mating and oviposition. The larvae often develop inside plant tissues or galls, which provides them protection from environmental conditions and many contact insecticides, making timing crucial for management.
The severity of damage varies depending on the specific species. For instance, the Hessian fly is a notorious pest of cereals, causing stem bending and lodging, while the raspberry cane midge causes swelling and splitting of canes. The damage leads to reduced crop yields, poor quality of produce, and increased susceptibility of plants to secondary infections.
Control measures require an integrated approach. Cultural practices such as crop rotation, deep plowing to bury pupae, and the removal of infested plant debris are essential. During periods of high infestation, systemic insecticides are applied, while the conservation of natural enemies and biological control agents plays a vital role in suppressing long-term population levels.