Scientific illustration of Camponotus orthodoxus ant - showing key identification features including head, thorax, and gaster.

Camponotus orthodoxus

monogynous Non-Parasitic Queen No Gamergate
Scientific Name
Camponotus orthodoxus
Subgenus
Myrmotrema
Tribe
Camponotini
Subfamily
Formicinae
Author
Santschi, 1914
Distribution
Found in 3 countries
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Camponotus orthodoxus Overview

Camponotus orthodoxus is an ant species of the genus Camponotus. It is primarily documented in 3 countries , including Côte d'Ivoire, Gambia, Guinea. Detailed taxonomic data and occurrence records can be further explored via authoritative databases such as AntWeb or the Global Biodiversity Information Facility (GBIF).

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Status by country, from Kass et al. 2022 & Wong et al. 2023

Native Invasive Introduced (indoor) Intercepted Unknown
2000 - 2026

Camponotus orthodoxus

Camponotus orthodoxus is a medium-sized ant species native to West Africa, found primarily in Guinea and Ivory Coast. Workers are polymorphic, with major workers significantly larger than minors. This species belongs to the Myrmotrema subgenus and was originally described as a subspecies of C. foraminosus before being elevated to full species status. They are generalist foragers commonly found in savanna habitats, particularly in the Lamto region of Côte d'Ivoire where they tolerate periodic fire regimes [1]. The species shows typical Camponotus morphology with a rounded thorax and relatively smooth body surface.

Quick Summary

  • Difficulty: Medium
  • Origin & Habitat: West Africa, specifically Guinea and Ivory Coast. Found in savanna habitats, particularly in the Lamto Scientific Reserve where they inhabit savanna areas and tolerate fire-affected environments [1].
  • Colony Type: Likely monogyne (single queen colonies) based on typical Camponotus patterns. Colony size is unconfirmed but likely reaches several hundred to a few thousand workers given the species' distribution in productive savanna habitats.
    • Colony: Monogyne
    • Founding: Claustral
  • Size & Growth:
    • Queen: Estimated 12-16mm based on genus patterns for medium-sized Camponotus, direct measurements unavailable
    • Worker: Minors: 5-7mm, Majors: 9-12mm based on typical Camponotus polymorphism [2]
    • Colony: Estimated several hundred to 2000+ workers based on genus patterns
    • Growth: Moderate, typical for Camponotus with development taking several months
    • Development: Estimated 6-10 weeks at optimal temperature based on genus-level Camponotus data (Development time depends heavily on temperature, warmer conditions accelerate development. First workers (nanitics) are typically smaller than normal workers.)
  • Antkeeping:
    • Temperature: Keep at 24-28°C. Being a West African species, they prefer warm conditions. A heating cable on one side of the nest creates a suitable gradient [2].
    • Humidity: Moderate humidity around 50-70%. They prefer somewhat drier conditions compared to many tropical ants, reflecting their savanna habitat. Keep the nest substrate slightly moist but allow some drying between waterings.
    • Diapause: Not required. As a tropical/subtropical species from West Africa, they do not experience true hibernation. However, slight temperature reductions during winter months may slow activity naturally.
    • Nesting: In nature, they nest in soil and rotting wood. For captivity, a Y-tong (AAC) nest or plaster formicarium works well. Provide a dark nesting area with chambers sized appropriately for their medium size. A test tube setup is suitable for founding colonies.
  • Behavior: Generally calm and non-aggressive foragers. They are generalist feeders that forage for honeydew, dead insects, and sugar sources. Major workers can defend the colony but are not particularly aggressive toward keepers. Escape risk is moderate, they are not particularly small but can climb smooth surfaces. Standard barrier methods (Fluon) are usually sufficient. Workers are most active during warmer hours and may reduce activity when temperatures drop.
  • Common Issues: colonies may develop slowly during the first year, causing keepers to lose patience, test tube setups can flood if water reservoirs are overfilled, use appropriate tube sizes, wild-caught colonies may carry parasites that cause colony failure in captivity, temperature drops below 20°C can slow development significantly, overfeeding can lead to mold problems in nest setups

Housing and Nest Setup

For founding colonies, a standard test tube setup works well. Fill the tube about one-third with water, plug with cotton, and place the queen in a dark area. Once the colony reaches 20-30 workers, consider moving to a formicarium. Y-tong (AAC) nests or plaster nests are ideal for this species as they provide darkness and appropriate chamber sizes. The nest should have a water chamber for humidity control. For the outworld, a simple plastic container with barrier coating (Fluon) on the walls works well. Provide a shallow water dish and feeding area. Since they are medium-sized ants, they need enough space to forage but not excessive area that makes food location difficult. [2]

Feeding and Diet

Camponotus orthodoxus is a generalist feeder like most Camponotus species. Offer sugar water, honey, or diluted maple syrup as a constant carbohydrate source. For protein, provide dead insects such as mealworms, crickets, or fruit flies. They will also collect honeydew if offered aphid colonies. Feed protein sources 2-3 times per week, removing any uneaten prey after 24 hours. Sugar water should always be available. Remove uneaten sugar sources weekly to prevent mold. Workers will store food in their social stomachs and share with nestmates. [2]

Temperature and Seasonal Care

As a West African species, Camponotus orthodoxus thrives in warm conditions. Maintain nest temperatures between 24-28°C for optimal brood development. A heating cable placed on one side of the nest creates a temperature gradient that allows ants to self-regulate. During winter, room temperature is usually sufficient, though activity may slow. Do not allow temperatures to drop below 18°C for extended periods as this can weaken the colony. They do not require hibernation or diapause. Avoid sudden temperature changes which can stress the colony. [2]

Colony Development and Growth

A claustral queen will seal herself in a chamber and not emerge until her first workers (nanitics) hatch. The founding process takes several months, expect 6-10 weeks for first workers to emerge at optimal temperature. Nanitics are typically smaller than normal workers but the colony will produce increasingly larger workers as it grows. Growth is moderate, a healthy colony should reach 50-100 workers within the first year. Major workers typically appear once the colony reaches around 100 workers. Full maturity with thousands of workers may take 2-3 years under ideal conditions.

Behavior and Handling

This species is relatively calm and not prone to biting or stinging. Major workers can defend the colony but are not particularly aggressive toward keepers. Workers forage individually rather than in raiding parties. They are primarily nocturnal or crepuscular foragers in nature, so you may see more activity in the evening hours. They can climb smooth surfaces but are not exceptional escape artists compared to smaller species. Standard escape prevention with Fluon on container walls is usually sufficient. They are not polydomous (nesting in multiple locations) based on typical Camponotus behavior. [2]

Frequently Asked Questions

How long does it take for Camponotus orthodoxus to produce first workers?

At optimal temperatures (24-28°C), expect first workers (nanitics) to emerge in 6-10 weeks after the queen lays her first eggs. The exact timing depends on temperature, warmer conditions speed development while cooler temperatures slow it significantly.

Can I keep multiple Camponotus orthodoxus queens together?

Not recommended. This species is likely monogyne (single queen) in nature. Combining unrelated queens has not been documented and would likely result in fighting. Only attempt pleometrosis (multiple queens) if you have specific research supporting it for this species.

What do Camponotus orthodoxus ants eat?

They are generalist feeders. Offer constant sugar water or honey for carbohydrates, and protein sources like dead mealworms, crickets, or fruit flies 2-3 times weekly. They will also collect honeydew if you provide aphid colonies.

What temperature do Camponotus orthodoxus need?

Keep them warm at 24-28°C. A heating cable on one side of the nest creates a gradient. Avoid temperatures below 18°C for extended periods. Being from West Africa, they are adapted to warm conditions.

Are Camponotus orthodoxus good for beginners?

They are rated as medium difficulty. They are more forgiving than some species but require warm temperatures and proper feeding. The slow initial growth during founding can test patience. They are calmer than many ant species, making them suitable for keepers willing to meet their temperature requirements.

When should I move my colony to a formicarium?

Move from test tube to formicarium once the colony reaches 20-30 workers. Earlier transfers can stress the colony. Ensure the formicarium has appropriately sized chambers and a water source for humidity.

How big do Camponotus orthodoxus colonies get?

Based on typical Camponotus patterns, colonies likely reach several hundred to over 2000 workers at maturity. Full maturity may take 2-3 years under ideal conditions.

Do Camponotus orthodoxus need hibernation?

No. As a West African tropical species, they do not require hibernation or diapause. They may naturally slow activity during cooler winter months but no special overwintering care is needed.

Why are my Camponotus orthodoxus dying?

Common causes include: temperature too low (below 20°C), improper humidity (too wet or too dry), mold from overfeeding, parasites from wild-caught colonies, or stress from too frequent disturbances. Check temperature and humidity first, reduce feeding if mold appears, and minimize nest disturbances.

References

Creative Commons License

This caresheet is licensed under CC BY-SA 4.0 .

Literature

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