Araecerus fasciculatus

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Araecerus fasciculatus
Anthribidae - Araecerus fasciculatus.JPG
Araecerus fasciculatus from New Guinea, male and female. Museum specimen
Scientific classification
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A. fasciculatus
Binomial name
Araecerus fasciculatus
(De Geer, 1775)
Synonyms

[1] [2]

Araecerus fasciculatus

Coffee Bean Weevil

Anthribidae - Araecerus fasciculatus.JPG
Araecerus fasciculatus from New Guinea, male and female. Museum specimen
Scientific classification OOjs UI icon edit-ltr.svg
Domain: Eukaryota
Kingdom: Animalia
Phylum: Arthropoda
Class: Insecta
Order: Coleoptera
Family: Anthribidae
Genus: Araecerus
Species:
A. fasciculatus
Binomial name
Araecerus fasciculatus
(De Geer, 1775)
Synonyms

[1] [3]

Araecerus fasciculatus, the coffee bean weevil, is a species of beetle (Coleoptera) belonging to the family Anthribidae. Despite its name, it affects a wide range of stored products and some field crops and is accredited with consuming more than 100 different kinds of stored goods. [4] This polyphagous insect is often found in stored crops such as: corn, cassava, sweet potatoes , nutmeg, dried fruits and various nuts. [5] Through trade it has become cosmopolitan in its distribution and is considered an economically important global pest. A. fasciculatus causes significant damage to stored food goods, can result in loss of mass quantities of product and can reduce the quality of the stored goods. [4]

Contents

Taxonomy

Significant controversies in the naming of A. fasciculatus.  First coined by DeGeer in 1775 it was revised to be named Araecerus coffeae by Zimmerman. Zimmerman believed DeGeer's description and illustrations did not actually have any resemblance to the coffee bean weevil.  However, the name A. fasciculatus has been restored to use for the coffee bean weevil but not without confusion regarding the numerous names associated with the beetle. [6]

Proposed Phylogenetic tree of Weevils

[7]

Description

Coffee bean weevil - Araecerus fasciculatus (De Geer, 1775) lateral view.jpg

Araecerus fasciculatus can reach a length of about 3–5 millimeters. These small weevils are dome shaped, with dark-brown, and mottled with light and dark- drown pubescence.[ citation needed ] They are robust and good fliers. [8] The antennar are slender with the 3 terminal segments of the antennae being longer and forming a club at the end. [9]

Life Cycle and behavior

A.fasciculatus worldwide pest of main stored commodities, but in various scientific publications it been documented consuming living plants in their natural habitats. This list includes, coffee fruit and citrus fruit. [10] [11] [12] The larvae dig tunnels into the seeds, pupate inside them, and adults emerge, boring a hole. [8] [13] [14] Adult males become sexually mature 3 days after emerging, while adult females become sexually mature after 6 days. [13] The egg incubation period last 3–15 days, averaging around 6.1 days. The pupal stage averages around 7.1 days to complete. In stored coffee beans a female can lay up to around 50 eggs with an average lifespan of 46–66 days when conditions are held at 28 °C (82 °F). [9] The average time needed for full development from egg to an adult vary depending on the relative humidity and temperature at which development occurs. [13]

Damage

Coffee bean weevils are rarely cause significant damage to high quality stored goods when they are stored in appropriate conditions. Contamination of goods if often a more significant problem for beans then the damaged caused by the beetle. But for other dried goods, such as cassava, there could be significant damage to the product. The damage produced by coffee bean weevils is dependent on the type of stored product, the quality of the product, the conditions at which the product is stored at, and the contamination level. [9]

Coffee Berries:

Coffee bean beetle is both a pest of stored and field coffee berries. In the field infected berries can become small and black. This reduction in quality affects the market value of the coffee berries. [15] Female beetles can oviposit up to six eggs in to the coffee berries, however it is rare that more than one will enclose. The larvae feed on the pulp or mucilage and will move on to consume the seed of the coffee bean. In Brazil small numbers of the beetles can be found on coffee plantations and there is only a reported 4.2% infestation when found in the field. [11]

Tubers

Female A. fasciculatus beetles lay eggs on the tubers and the grubs bore inside them. The beetle larvae feed and live within the tubers and will subsequently pupate inside them. After pupation the adults bore their way to the surface. Damage is tied to tubers that have already been damaged during harvest or by other pest such as caterpillars. Coffee bean weevil damage can result in tubers being deemed unfit for consumption. [8]

Citrus

Coffee bean weevils oviposit directing into the albedo of citrus peel. Around the oviposition sites necrotic tissue develops on the citrus. The larvae feed on the albedo, feeding will continue into inner pulp and seeds if the fruit drops from the tree and begins to dry. The outer rind of the citrus mostly stays in inact and provides protection for the immature beetles. Pupal chamber are found adjacent to the out peel and once pupation occurs adults will emerage out of the fruit by chewing through the peel. [13]

Habitat

Considered a tropical/ subtropical species, it is known to have a cosmopolitan distribution. [16]

Management Strategy

Classified as an agricultural and food pest of stored crops. They are problematical under high humidity storage conditions, the best way to manage for coffee bean weevils in storeage warehouses is by maintaining an optimum temperature with a low relative humidity and moisture content. [15] Other controls include management by fumigation in chambers with aluminum phosphide or carbon dioxide over a period of a week. [17] Fumigation is the most widely used method. Studies have shown that sulfuryl fluoride, a popular insecticide fumigant used most often on drywood termites and bed bugs, is an effective control agent on all life stages of A. fasciculatus including the coffee bean weevil eggs which are the most tolerant of fumigants. [4] Another fumigate widely used is phosphine. [16] Coffee bean weevils may produce an aggregation pheromone similar to other beetles. The male produced compound, squalene, is an attractant to male and female coffee bean weevils. Aggregation pheromones are useful tools to insects as they increase the likelihood of finding a mate as well has the insects ability to find food. [16] Pheromone based traps are a possible environmentally-friendly approach to elimating the use of harsh fumigates in food warehouses when managing for coffee bean weevils. [16]

Economic Threshold

No economic thresholds are established for A. fasciculatus in coffee or cocoa but, due to their high value, low tolerance is expected. [14]

Related Research Articles

<span class="mw-page-title-main">Weevil</span> Superfamily of beetles

Weevils are beetles belonging to the superfamily Curculionoidea, known for their elongated snouts. They are usually small – less than 6 mm in length – and herbivorous. Approximately 97,000 species of weevils are known. They belong to several families, with most of them in the family Curculionidae. It also includes bark beetles, which while morphologically dissimilar to other weevils in lacking the distinctive snout, is a subfamily of Curculionidae. Some other beetles, although not closely related, bear the name "weevil", such as the biscuit weevil, which belongs to the family Ptinidae.

<span class="mw-page-title-main">Pest control</span> Control of harmful species

Pest control is the regulation or management of a species defined as a pest; such as any animal, plant or fungus that impacts adversely on human activities or environment. The human response depends on the importance of the damage done and will range from tolerance, through deterrence and management, to attempts to completely eradicate the pest. Pest control measures may be performed as part of an integrated pest management strategy.

<span class="mw-page-title-main">Drugstore beetle</span> Species of beetle

The drugstore beetle, also known as the bread beetle, biscuit beetle, and misnamed as the biscuit weevil, is a tiny, brown beetle. It can be found infesting a wide variety of dried plant products, where it is among the most common non-weevils to be found. It is the only living member of the genus Stegobium. It belongs to the family Ptinidae, which also includes the deathwatch beetle and furniture beetle. A notable characteristic of this species is the symbiotic relationship the beetles have with the yeast they carry, which are transmitted from female to larvae through the oviduct.

<span class="mw-page-title-main">Cleridae</span> Checkered beetles

Cleridae are a family of beetles of the superfamily Cleroidea. They are commonly known as checkered beetles. The family Cleridae has a worldwide distribution, and a variety of habitats and feeding preferences.

<i>Lasioderma serricorne</i> Species of beetle


Lasioderma serricorne, more commonly referred to as the cigarette beetle, cigar beetle, or tobacco beetle, is a small beetle that shares a remarkable resemblance with the drugstore beetle and the common furniture beetle. The cigarette beetle, along with the drugstore and furniture beetles, all belong to the Ptinidae beetle family. The cigarette beetle can be distinguished from A. punctatum by its flatter thorax, whereas the A. punctatum boasts a humped thorax. The cigarette beetle can be further differentiated from S. paniceum with its uniformly serrated antennae composed of 11 segments, unlike the three-segmented antennae of S. paniceum. Additionally, L. serricorne has more shallow grooves in its elytra, or hardened wing covers, compared to the A. punctatum and S. paniceum’s deep grooving.

<i>Macrodactylus subspinosus</i> Species of beetle

Macrodactylus subspinosus is a North American beetle of the family Scarabaeidae. The members of its genus are known as "rose chafers", not to be confused with the European rose chafer, Cetonia aurata. M. subspinosus occurs from Eastern Canada to Colorado and is considered a pest of many crops and flowers. It is given its common name of rose chafer because it eats the leaves of roses, although it also feeds on many other plants.

<i>Anthonomus eugenii</i> Species of beetle

Anthonomus eugenii is known as the pepper weevil. This beetle feeds and lays eggs on plants in the genus Capsicum and a few species in the genus Solanum. A. eugenii is native to Mexico, however, it is an important pest of Capsicum in Florida, Puerto Rico, and Central America.

<i>Hypothenemus hampei</i> Species of beetle

Hypothenemus hampei, the coffee berry borer, is a small beetle native to Africa. It is the most harmful insect pest of coffee worldwide. Spanish common names of the insect include barrenador del café, gorgojo del café, and broca del café.

Home-stored product entomology is the study of insects that infest foodstuffs stored in the home. It deals with the prevention, detection and eradication of pests.

<span class="mw-page-title-main">Rice weevil</span> Species of beetle

The rice weevil is a stored product pest which attacks seeds of several crops, including wheat, rice, and maize.

<i>Callosobruchus maculatus</i> Species of beetle

Callosobruchus maculatus is a species of beetles known commonly as the cowpea weevil or cowpea seed beetle. It is a member of the leaf beetle family, Chrysomelidae, and not a true weevil. It is often mistaken for Callosobruchus chinensis, another bean beetle species with a similar lifestyle. This common pest of stored legumes has a cosmopolitan distribution, occurring on every continent except Antarctica. The beetle most likely originated in West Africa and moved around the globe with the trade of legumes and other crops. As only a small number of individuals were likely present in legumes carried by people to distant places, the populations that have invaded various parts of the globe have likely gone through multiple bottlenecks. Despite these bottlenecks and the subsequent rounds of inbreeding, these populations persist. This ability to withstand a high degree of inbreeding has likely contributed to this species’ prevalence as a pest.

<i>Rhyzopertha</i> Genus of beetles

Rhyzopertha is a monotypic genus of beetles in the family Bostrichidae, the false powderpost beetles. The sole species, Rhyzopertha dominica, is known commonly as the lesser grain borer, American wheat weevil, Australian wheat weevil, and stored grain borer. It is a beetle commonly found within store bought products and pest of stored cereal grains located worldwide. It is also a major pest of peanuts. The first documentation of wheat infestation by R. dominica was observed in Australia. R. dominica are usually reddish brown to dark brown in coloration, vary in sizes, elongated and cylindrical.

<span class="mw-page-title-main">Pheromone trap</span> Type of insect trap that uses pheromones to lure insects

A pheromone trap is a type of insect trap that uses pheromones to lure insects. Sex pheromones and aggregating pheromones are the most common types used. A pheromone-impregnated lure is encased in a conventional trap such as a bottle trap, Delta trap, water-pan trap, or funnel trap. Pheromone traps are used both to count insect populations by sampling, and to trap pests such as clothes moths to destroy them.

<i>Aades</i> Genus of beetles

Aades is a genus of beetles in the family Curculionidae, commonly known as weevils. These insects are found in various parts of the world, including North and South America, Asia, and Europe. They are generally small in size, with most species measuring between 2 and 7 millimeters in length.

<span class="mw-page-title-main">Maize weevil</span> Species of beetle

The maize weevil, known in the United States as the greater rice weevil, is a species of beetle in the family Curculionidae. It can be found in numerous tropical areas around the world, and in the United States, and is a major pest of maize. This species attacks both standing crops and stored cereal products, including wheat, rice, sorghum, oats, barley, rye, buckwheat, peas, and cottonseed. The maize weevil also infests other types of stored, processed cereal products such as pasta, cassava, and various coarse, milled grains. It has even been known to attack fruit while in storage, such as apples.

<i>Anthrenus flavipes</i> Species of beetle

Anthrenus flavipes is a species of beetle in the family Dermestidae known by the common name furniture carpet beetle. It has a cosmopolitan distribution, occurring throughout the world, being most active in warmer climates. It is a pest that damages household materials such as textiles.

<span class="mw-page-title-main">Callosobruchus chinensis</span> Common species of beetle

Callosobruchus chinensis, also known as the adzuki bean weevil, pulse beetle, Chinese bruchid or cowpea bruchid, is a common species of beetle found in the bean weevil subfamily. Although it is commonly known as the adzuki bean weevil, it is in fact not a true weevil, belonging instead to the leaf beetle family, Chrysomelidae.

<i>Bruchus rufimanus</i> Species of beetle

Bruchus rufimanus, commonly known as the broadbean weevil, broadbean beetle, or broadbean seed beetle is a leaf beetle which inhabits crops and fields, as well as some homes. It is a pest of faba beans. The adult beetles feed on pollen, while their larvae tunnel in seeds destroying crops and moving on to new ones once they dry out. The adult beetle, being one of the biggest of its genus, ranges from 3 to 5 mm in length.

<i>Carpophilus lugubris</i> Species of beetle

Carpophilus lugubris, commonly known as the dusky sap beetle, is a species of beetle in the genus Carpophilus. It is an agricultural pest of corn and tomato.

A storage pest is an insect or other animal that damages or destroys stored food or other stored valuable organic matter. Insects are a large proportion of storage pests with each type of crop having specific insects that gravitate towards them such as the genus Tribolium that consists of insects such as Tribolium castaneum or Tribolium confusum which damage flour crops primarily.

References

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