Lesson plan
False codling moth
Thaumatotibia (Cryptophlebia) leucotreta, commonly known as the false codling moth, orange moth, citrus codling moth or orange codling moth, is a moth in the family Tortricidae under the order of Lepidoptera. Larvae of the moth feed on a wide range of crops from cotton and macadamia nuts to Citrus species. The larvae have a less selective diet than the codling moth, which feeds primarily on temperate fruit crops. The moth is believed to have originated in Sub-Saharan Africa. Outside of Africa the false codling moth has had limited success in establishing itself; however, this insect has been detected in Europe and the United States. From 1984 to 2008, there have been 1500 interceptions of the moth on 99 plant taxa at 34 ports of entry in the United States. The false codling moth is adapted for warm climate survival. Temperatures below 10 degrees Celsius impede development and reduce survival rates. Below 1 degree Celsius, all stages of the life cycle are terminated resulting in death. The species is prone to alternate-year infestation severity. Under ideal conditions (warm and humid) up to five generations a year may be produced.
Article summary
Thaumatotibia (Cryptophlebia) leucotreta, commonly known as the false codling moth, orange moth, citrus codling moth or orange codling moth, is a moth in the family Tortricidae under the order of Lepidoptera. Larvae of the moth feed on a wide range of crops from cotton and macadamia nuts to Citrus species. The larvae have a less selective diet than the codling moth, which feeds primarily on temperate fruit crops. The moth is believed to have originated in Sub-Saharan Africa. Outside of Africa the false codling moth has had limited success in establishing itself; however, this insect has been detected in Europe and the United States. From 1984 to 2008, there have been 1500 interceptions of the moth on 99 plant taxa at 34 ports of entry in the United States. The false codling moth is adapted for warm climate survival. Temperatures below 10 degrees Celsius impede development and reduce survival rates. Below 1 degree Celsius, all stages of the life cycle are terminated resulting in death. The species is prone to alternate-year infestation severity. Under ideal conditions (warm and humid) up to five generations a year may be produced.
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