Reference · Pests

Weevils

Weevils (family Curculionidae) represent one of the largest families of beetles in the order Coleoptera. These insects are easily recognized by their distinctively elongated snouts, known as rostra, which they use to bore into plant tissues for feeding and laying eggs.

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Coelosternus Coelosternus Coelosternus granicollis Coelosternus granicollis Coffee bark beetle Dryocoetes coffeae Coffee berry borer Coccotrypes moreirai Coffee berry borer Hypothenemus eruditus Coffee berry borer Hypothenemus erythrinae Coffee berry borer Hypothenemus gracilis Coffee berry borer Hypothenemus pubescens Coffee berry borer Hypothenemus pusillus Coffee berry borer Hypothenemus ruficeps Coffee berry borer Hypothenemus Coffee berry borer Hypothenemus tantillus Coffee berry borer Hypothenemus tuberculosus Coffee berry borer Hypothenemus aulmanni Coffee berry borer Hypothenemus hampei Coffee berry borer Hypothenemus intricatus Coffee berry borer Hypothenemus maculicollis Coffee berry borer Hypothenemus seriatus Coffee berry borer Hypothenemus solitarius Coffee berry borer Hypothenemus leprieuri Coffee berry borer Coccotrypes robustus Coffee berry borer Hypothenemus setosus Coffee berry borer Hypothenemus erectus Coffee berry borer Coccotrypes vulgaris Coffee berry borer Hypothenemus subsulcatus Coffee berry borer (specifically referring to Coccotrypes rutschuruensis) Coccotrypes rutschuruensis Coffee fruit borer Hypothenemus brunneus Colombian coffee borer Hypothenemus columbi Colombian timber beetle Corthylus columbianus Compsus serrans weevil Compsus serrans Compsus weevil Compsus Coneworm beetle Conophthorus Congolese seed borer Coccotrypes congonus Conifer ambrosia beetle Trypodendron rufitarsus Conifer engraver beetle Pityogenes coniferae Conophthorus coniperda Conophthorus coniperda Conophthorus edulis Conophthorus edulis Conotrachelus albocinereus Conotrachelus albocinereus Conotrachelus carinifer Conotrachelus carinifer Conotrachelus denieri Conotrachelus denieri Conotrachelus fissunguis Conotrachelus fissunguis Conotrachelus posticatus Conotrachelus posticatus Conotrachelus seniculus Conotrachelus seniculus Copal weevil Conotrachelus copalensis Copper-headed weevil Baris cuprirostris Coptoborus Coptoborus Coptoborus ochromactonus Coptoborus ochromactonus Coptoborus pseudotenuis Coptoborus pseudotenuis Corthylocurus Corthylocurus Corthylocurus vernaculus Corthylocurus vernaculus Corthylus Corthylus Corthylus compressicornis Corthylus compressicornis Corthylus convexicauda Corthylus convexicauda Cosmobaris Cosmobaris Cossonus Cossonus Cossonus incisus Cossonus incisus Cossonus linearis Cossonus linearis Cossonus parallelepipedus Cossonus parallelepipedus Cotton fruit weevil Alcidodes dentipes Cotton leaf-eating weevil Phytoscaphus gossypii
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Weevils

The damage caused by weevils varies significantly between species. Adults typically feed on leaves, buds, and flowers, often leaving characteristic notches along leaf margins. The larvae are often the most destructive stage, living inside roots, stems, seeds, or fruit, causing internal damage that leads to weakened plant structures or total loss of harvest.

The life cycle of a weevil includes four distinct stages: egg, larva, pupa, and adult. Most weevil species overwinter as adults in protected locations such as soil debris, leaf litter, or under tree bark. Once temperatures rise in the spring, they emerge, feed, and begin the reproductive cycle, with females depositing eggs into the plant tissues they have prepared.

Economically significant species include the granary weevil, which destroys stored grain, and the cotton boll weevil, known for devastating cotton crops. These pests have high reproductive rates and are highly adaptable, which makes them a constant threat to both field crops and horticultural plants worldwide.

  • Crop rotation to break the pest's life cycle.
  • Mechanical control methods, such as deep plowing to expose larvae and pupae.
  • Use of systemic insecticides when economic thresholds are reached.
  • Maintaining field hygiene by removing crop residues and weeds.
  • Biological control using predators or entomopathogenic fungi.