Longhorn beetles
Systematic position: Longhorn beetles (Cerambycidae) are a family of beetles belonging to the order Coleoptera. They are widely recognized by their characteristically long antennae, which often exceed the length of their bodies. These insects are significant agricultural and forestry pests, as their larval stage is almost exclusively spent boring into the tissues of woody plants.
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Dorcadion beetle
Dorcadion
18 products
Black pine sawyer
Monochamus galloprovincialis
1 product
Acalolepta
Acalolepta
Acalolepta australis
Acalolepta australis
Acalolepta cervina
Acalolepta cervina
Acalolepta rusticator
Acalolepta rusticator
Acalolepta sejuncta
Acalolepta sejuncta
Acanthocinus
Acanthocinus
Acanthocinus carinulatus
Acanthocinus carinulatus
Acanthoderes
Acanthoderes
Acanthoderes daviesi
Acanthoderes daviesi
Acanthoderes funeraria
Acanthoderes funeraria
Acanthoderes nigricans
Acanthoderes nigricans
Acanthoderes quadrigibba
Acanthoderes quadrigibba
Aegomorphus
Aegomorphus
Aegomorphus clavipes
Aegomorphus clavipes
Aegoschema modesta longhorn beetle
Aegoschema modesta
Aeolesthes
Aeolesthes
Aeolesthes bilobulartus longhorn beetle
Aeolesthes bilobulartus
Aeolesthes salomeae beetle
Aeolesthes salomeae
Alpine longhorn beetle
Rosalia alpina
Amur longhorn beetle
Asemum amurense
Anaglyptus
Anaglyptus
Anaglyptus arabicus
Anaglyptus arabicus
Anaglyptus mysticoides longhorn beetle
Anaglyptus mysticoides
Anaglyptus mysticus
Anaglyptus mysticus
Anaglyptus simplicornis
Anaglyptus simplicornis
Anaglyptus verrucosus
Anaglyptus verrucosus
Ancylonotus tribulus
Ancylonotus tribulus
Aneflomorpha
Aneflomorpha
Aneflomorpha subpubescens
Aneflomorpha subpubescens
Anelaphus
Anelaphus
Angola Weevil
Voetia angolator
Anisplistes
Anisplistes
Anoplistes halodendri
Anoplistes halodendri
Anoplodera
Anoplodera
Anoploderma
Anoploderma
Anoploderma morretesi
Anoploderma morretesi
Anoplophora freyi
Anoplophora freyi
Anoplophora horsfieldii
Anoplophora horsfieldii
Anthores
Anthores
Aphrodisium
Aphrodisium
Aphrodisium faldermannii
Aphrodisium faldermannii
Apomecyna
Apomecyna
Apomecyna binubila
Apomecyna binubila
Apomecyna histrio
Apomecyna histrio
Apomecyna lameerei
Apomecyna lameerei
Apomecyna saltator
Apomecyna saltator
Apricot longhorn beetle
Osphranteria suaveolens
Apricot longhorn beetle
Osphranteria lata
Apriona
Apriona
Apriona cinerea
Apriona cinerea
Apriona flavescens
Apriona flavescens
Apriona swainsoni
Apriona swainsoni
Archlagocheirus
Archlagocheirus
Archlagocheirus funestus
Archlagocheirus funestus
Arhopalus
Arhopalus
Arhopalus productus
Arhopalus productus
Arhopalus syriacus
Arhopalus syriacus
Aristobia
Aristobia
Products in this section · 12
Longhorn beetles
Crops damaged by the pest: Cerambycidae species have a broad range of host plants, including various deciduous and coniferous trees. In agriculture, they pose a serious threat to fruit orchards such as apple, pear, plum, and cherry trees. They are also known to infest grapevines and ornamental shrubs, often targeting trees that are already weakened by disease, drought, or physical injury.
Biology and life cycle: The life cycle involves complete metamorphosis, consisting of egg, larva, pupa, and adult stages. Adult females deposit eggs into cracks in the bark or small crevices they chew into the wood. The larvae, commonly referred to as round-headed borers, emerge and begin tunneling into the sapwood and heartwood, where they feed for one to several years before pupating.
Damage and pest impact: The primary damage is inflicted by the larvae. By excavating complex tunnels through the tree’s cambium and xylem, they sever the plant's nutrient and water transport systems. This leads to reduced vigor, branch dieback, and eventually the death of the tree. Furthermore, their entry points allow secondary pathogens like fungi and bacteria to enter, accelerating the tree's decay.
Protection measures: Managing longhorn beetle infestations requires a proactive approach. Maintaining orchard health is the first line of defense; this includes removing dead or dying wood and keeping trees well-watered and fertilized to enhance their natural resistance. In cases of severe infestation, systemic insecticides can be applied to the bark during the adult flight period, or specialized treatments can be injected into the larval galleries to kill them in situ.