Plume moths
Plume moths, belonging to the family Pterophoridae, are small to medium-sized lepidopterans characterized by their unique, feathery wings. In agricultural contexts, they are recognized as significant pests that affect a wide variety of plants, including grapes, legumes, and several ornamentals, often causing localized but severe damage to foliage and reproductive organs.
What the section contains
Amblyptilia
Amblyptilia
Anstenoptilia
Anstenoptilia
Artichoke plume moth
Platyptilia carduidactyla
Balsamorrhiza plume moth
Oidaematophorus balsamorrhizae
Bean plume moth
Exelastis atomosa
Brown-horned plume moth
Platyptilia fuscicornis
Carambola moth
Diacrotricha fasciola
Chrysanthemum plume moth
Platyptilia pelodactyla
Cnaemidophorus
Cnaemidophorus
Common plume moth
Stenoptilia bipunctidactyla
Diacrotricha
Diacrotricha
Eucnemidophorus
Eucnemidophorus
Exelastis plume moth
Exelastis
Geranium plume moth
Amblyptilia pica
Grape plume moth
Oxyptilus periscelidactylus
Grape plume moth
Nippoptilia vitis
Hawthorn plume moth
Platyptilia crataea
Hellinsia
Hellinsia
Hellinsia balanotes
Hellinsia balanotes
Lantana plume moth
Platyptilia pusillodactyla
Large Plume Moth
Oidaematophorus grandis
Marble plume moth
Anstenoptilia marmarodactyla
Morning glory plume moth
Oidaematophorus monodactylus
Nippoptilia
Nippoptilia
Phoebus plume moth
Oidaematophorus phoebus
Platyptilia ignifera
Platyptilia ignifera
Plume moth
Oidaematophorus
Plume moth
Oxyptilus
Plume moth
Platyptilia albiciliata
Plume moth
Platyptilia
Plume moth
Stenoptilia
Plume moth
Pterophorus
Plume moth (Oidaematophorus tenuidactylus)
Oidaematophorus tenuidactylus
Rose plume moth
Cnaemidophorus rhododactylus
Snapdragon plume moth
Platyptilia anthirrhina
Stenoptilodes
Stenoptilodes
Stenoptilodes taprobanes
Stenoptilodes taprobanes
White plume moth
Pterophorus pentadactylus
Williams plume moth
Platyptilia williamsi
Plume moths
Systematically, they are classified under the order Lepidoptera. The Pterophoridae family contains numerous species, each with distinct host plant preferences. Understanding the exact species present in a field is crucial for an agronomist, as the larval feeding habits can vary significantly, dictating the intensity and timing of necessary control measures.
The life cycle of the plume moth follows a typical holometabolous pattern: egg, larva, pupa, and adult. The overwintering stage varies by species, typically occurring as a larva or pupa within the soil, leaf litter, or plant stems. Adults emerge in spring or summer, and females lay eggs near the developing buds or flowers of host plants, ensuring an immediate food source for hatching larvae.
The primary damage is caused by the larvae, which are voracious feeders. They often mine inside leaves, bore into buds, or web together flowers and developing fruits. This feeding activity leads to stunted growth, loss of reproductive potential, and sometimes total destruction of the harvestable crop segments if infestations are left unchecked.
Integrated Pest Management (IPM) is the most effective approach for controlling Pterophoridae. This includes cultural practices such as destroying crop residues and weeds that serve as alternative hosts, as well as mechanical removal of webbed clusters. Chemical control, when necessary, should be timed to coincide with the larval stage, targeting them before they bore deep into plant tissues to ensure maximum efficacy.