Case-bearing Clothes Moth
Tinea pellionella
The Case-bearing Clothes Moth, Tinea pellionella, is a common and destructive pest of natural fibres found in homes across Australia. Unlike its more famous relative, the webbing clothes moth, this species is uniquely identified by the behaviour of its larva. The larva constructs a small, portable, open-ended silken case, which it camouflages with fibres from the material it is consuming. It lives, feeds, and moults entirely within this protective tube, dragging it along as it moves. This case is often the most obvious sign of an infestation. The adult moths are small, secretive, and weak fliers, often running rather than flying, and are not the cause of the damage. Understanding the lifecycle and identifying the characteristic larval cases are the first steps toward eliminating this pest and protecting valuable wool, silk, fur, and feathered items from irreversible harm.
For effective control and prevention, professional pest management is recommended.
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Case-bearing Clothes Moth At-A-Glance
Key facts and characteristics
Complete Case-bearing Clothes Moth Guide
Professional identification and control information
Identification
How to accurately identify Case-bearing Clothes Moth
Expert Tips
Professional pest controllers recommend examining Case-bearing Clothes Moth under good lighting conditions, focusing on The number one distinguishing feature is the larval case. Finding these small, rice-grain-like, fabric-coloured cases on or under damaged textiles is definitive for this species. The adult is distinguished from the common clothes moth by its duskier colour and the three dark spots on its forewings.. Specimens are best observed during their peak activity periods and in their preferred microhabitats. Digital photography with macro capabilities can aid in confirming identification markers for consultation with entomological specialists.
Similar Species
- Common (Webbing) Clothes Moth (Tineola bisselliella): This is the most common confusion. The adult Common Clothes Moth is a uniform golden or straw colour with no spots. Its larva spins silk webbing or tunnels on the fabric but does not create a portable case.
- Pantry Moths (e.g., Indian Meal Moth): Pantry moths are larger, have more distinct patterns on their wings, and are found infesting stored food products like grains and dried fruit, not clothing.
- Carpet Beetles (Anthrenus spp.): The larvae of carpet beetles also damage textiles, but they are small, hairy, and grub-like ('woolly bears') and do not live in a case. The adult is a small, rounded beetle, not a moth.
Confusion Species
Case-bearing Clothes Moth is most commonly confused with similar pest species in the same ecological niche. Key distinguishing features include the specific pattern of The adult moth is generally a dusky or greyish-brown colour. Its forewings have a slightly mottled appearance and typically feature three faint, dark spots, though these can be rubbed off and indistinct on older specimens. The hindwings are paler and fringed with long hairs. The larva is a creamy-white caterpillar-like grub with a darker, brownish head capsule. and The number one distinguishing feature is the larval case. Finding these small, rice-grain-like, fabric-coloured cases on or under damaged textiles is definitive for this species. The adult is distinguished from the common clothes moth by its duskier colour and the three dark spots on its forewings.. Professional identification often requires examination under magnification to confirm diagnostic features. When in doubt, collect specimens for expert identification, as accurate species identification is crucial for effective pest management strategies in Australian conditions.
Identification Tips
Look for the evidence left by the larvae. If you find small, flattened, rice-grain-like tubes made of silk and fabric on a damaged woollen item, you have Case-bearing Clothes Moths. If you find messy silk webbing and tunnels but no portable cases, it is the Common Clothes Moth. The adult moths are rarely seen, so identifying the larval signs is more reliable.
Identification Tools
A magnifying glass is useful for examining damaged areas for the tell-tale cases.
Photographic Evidence
A clear photo of a larval case on the damaged material is the best evidence for identification.
Key Identifying Features
- The presence of the small, silken, portable larval cases is the most definitive sign. The cases are camouflaged with fibres from the item they are eating.
- The adult moth is a dusky, greyish-brown colour, often with three faint dark spots on each forewing.
- The larvae only feed on materials containing keratin (wool, silk, fur, feathers).
- Finding pupal cases attached to walls or other surfaces near an infested area.
- Damage appears as small, irregular holes in fabrics.
Common Misidentifications
Frequently confused with the Common Clothes Moth. The presence or absence of the larval case is the key difference.
Key Identification Features
The Case-bearing Clothes Moth (Tinea pellionella) can be reliably identified through several diagnostic characteristics. Size: Case-bearing Clothes Moth measures The adult moth is small, with a wingspan of 9mm to 16mm. Its body length is typically 6-8mm. The destructive larva is a creamy-white grub that grows up to 10mm long within its case.. Coloration: The adult moth is generally a dusky or greyish-brown colour. Its forewings have a slightly mottled appearance and typically feature three faint, dark . Key features: The number one distinguishing feature is the larval case. Finding these small, rice-grain-like, fabric-coloured cases on or under damaged textiles is definitive for this species. The adult is distingu. Structure: The adult has a typical moth structure. The larva is the key stage; it is a soft-bodied grub that lives inside a flattened, tubular case. This case, c. These identification markers are consistent across Australian populations and are critical for accurate field identification by pest control professionals and property owners.
Professional Identification
A pest control professional can easily distinguish between the different textile pests based on the type of damage and the evidence left behind (cases vs. webbing).
Biology & Lifecycle
Understanding Case-bearing Clothes Moth biology and development
Anatomy
Case-bearing Clothes Moth (Tinea pellionella) exhibits typical textile anatomy with specialized adaptations. The adult has a typical moth structure. The larva is the key stage; it is a soft-bodied grub that lives inside a flattened, tubular case. This case, constructed from silk and fragments of the fabric it is eating, is the most defining feature. The larva can poke its head and thoracic legs out of either end of the case to feed and move.. Males and females are very similar in appearance, though females may be slightly larger and less active fliers.. These anatomical features are optimized for their ecological role and contribute to their success in Australian environments.
Genetics
Genetic studies of Case-bearing Clothes Moth populations reveal Each female lays a moderate number of eggs (40-100), but the high survival rate of the protected larvae can lead to significant infestations over time. that contribute to population dynamics. Genetic diversity within Australian populations influences their adaptability to local environmental conditions and pest management resistance development.
Lifecycle Details
Egg Stage
The female moth lays her eggs directly onto a suitable food source, such as a woollen jumper, a silk rug, or a feather pillow. She lays between 40 and 100 small, oval, whitish eggs, attaching them to the fibres with a sticky secretion. The eggs are laid singly or in small groups. Depending on the ambient temperature and humidity, the eggs will hatch in a period ranging from 4 to 10 days.
Adult Stage
The adult moth emerges from the pupal case, leaving the empty larval case behind. The adults do not eat and cause no direct damage to fabrics. Their sole purpose is to reproduce. They are weak fliers, preferring to run or flutter short distances, and they actively avoid light, hiding in dark, undisturbed places like closets and drawers. The adult lifespan is short, typically only 2 to 4 weeks. After mating, the female seeks out a suitable keratin-rich material to lay her eggs, starting the cycle anew.
Pupal Stage
When the larva is fully grown, it prepares for pupation. It will often move away from the feeding site, seeking a sheltered, vertical surface like a wall or the inside of a wardrobe. It then firmly attaches its silken case to the surface and seals both ends. Inside this protected case, the larva transforms into a pupa (chrysalis). The pupal stage typically lasts from 1 to 4 weeks, though it can be prolonged in colder conditions. The pupal case is often what people find stuck to walls in infested rooms.
Larval Stage
This is the destructive and longest stage of the lifecycle. Immediately upon hatching, the tiny larva begins to spin its characteristic silken case. It incorporates fibres from the material it is eating into the case, providing excellent camouflage. The larva lives its entire life inside this flattened, open-ended tube, dragging it around like a portable home. It pokes its head out of either end to feed on the surrounding fibres. As the larva grows, it moults several times and enlarges its case by slitting it open and weaving in new material. The larval stage can last anywhere from 2 months to over 2 years, depending entirely on environmental conditions like temperature, humidity, and the nutritional quality of the food source. This variability makes infestations difficult to predict and control.
Seasonal Cycle
Indoors, the lifecycle can proceed year-round. Infestations often become noticeable in late spring or summer when warmer temperatures accelerate development and adult moths emerge.
Development Time
The complete lifecycle can vary dramatically from as short as 3 months to as long as 2-3 years, depending on conditions.
Reproduction Rate
Each female lays a moderate number of eggs (40-100), but the high survival rate of the protected larvae can lead to significant infestations over time.
Generations Per Year
In a heated indoor environment, there can be 2 or more generations per year. In unheated conditions, there is typically only one generation annually.
Maximum Temperature
High temperatures above 35°C can be lethal to some stages.
Minimum Temperature
Development is very slow below 10°C, but the larvae can survive cold periods.
Optimal Temperature
Development is fastest in warm, humid conditions, with an optimal temperature range of 25-30°C.
Environmental Factors
Temperature, humidity, and the availability of keratin-rich food sources are the critical factors governing their lifecycle and population growth.
Habitat & Distribution
Where Case-bearing Clothes Moth lives and thrives
Preferred Habitats
- Dark, quiet, and undisturbed locations within homes.
- Closets, wardrobes, and drawers containing wool, silk, or fur items.
- Underneath heavy furniture, along the edges of wool carpets, and in storage chests.
- Attics and basements where old textiles, taxidermy, or upholstered furniture are stored.
- Bird nests are a common source of outdoor infestations, as the larvae can feed on feathers and nesting material.
Nesting Behavior
They do not build nests in the traditional sense. The larval case serves as a portable nest and shelter. The female lays eggs directly on the food material.
Nesting Requirements
The key requirement is a source of keratin-rich material in a dark, undisturbed environment.
Temperature Preference
They prefer warm indoor temperatures, which allow for faster development.
Humidity Preference
Moderate to high humidity is preferred. Soiled fabrics containing sweat or food stains are more attractive as they provide moisture and additional nutrients.
Hiding Spots
- In the folds of stored clothing.
- On the underside of wool rugs and carpets.
- In the crevices of upholstered furniture.
- Inside piano felts and behind baseboards where lint accumulates.
- The larvae, within their cases, are the primary hidden stage.
Distribution Patterns
States
Found throughout all states and territories of Australia, particularly in the more populated coastal and temperate regions.
Native Range
Believed to be of Palaearctic origin (Europe and Asia).
Climate Zones
- Temperate
- Mediterranean
- Subtropical
Urban Vs Rural
Primarily an indoor pest found in urban and suburban homes, museums, and warehouses where textiles are stored. Its presence is directly linked to human activity.
Current Spread
Widespread and established in all populated areas of Australia.
Introduced Range
It is a cosmopolitan pest that has been transported worldwide through human trade and travel. It is found globally in association with human habitations.
Limiting Factors
Its distribution is limited by its reliance on human homes and stored products for survival. It cannot survive outdoors in most Australian climates, except potentially within bird nests.
Spread Mechanism
The primary method of spread is the passive transportation of infested goods, such as clothing, carpets, furniture, and raw wool.
Introduction History
It was almost certainly introduced to Australia with the early European settlers, arriving on infested woollen goods, clothing, and textiles.
Establishment Factors
Successful establishment requires the presence of suitable food materials (keratin) in a dark, undisturbed indoor environment with moderate temperature and humidity.
Behavior & Diet
Case-bearing Clothes Moth behavioral patterns and feeding habits
Activity Pattern
The larvae are active feeders within their dark, secluded habitats. Their movement is slow as they drag their case with them. The adult moths are crepuscular and nocturnal (active at dawn, dusk, and night) and are photophobic, meaning they actively shun light. If disturbed, they will prefer to scuttle for cover rather than fly.
Social Behavior
These moths are solitary. They do not live in social groups, but multiple larvae may be found on a single infested item.
Territorial Behavior
Not territorial.
Foraging Behavior
The larva is the only foraging stage. It moves slowly across a fabric surface, grazing on the fibres. It can turn around within its case to feed from either end. This feeding creates irregular holes or, in severe cases, large areas of damage.
Dispersal Behavior
Dispersal is limited. The adult moths are weak fliers and do not travel far, so infestations tend to remain localized to a specific area, like one closet or a single room. They are most commonly spread by the movement of infested items (e.g., clothing, rugs, furniture) from one location to another.
Dietary Preferences
Feeding Patterns
Feeding patterns of Case-bearing Clothes Moth are influenced by temperature, humidity, and resource availability typical of Australian conditions. The larvae are active feeders within their dark, secluded habitats. Their movement is slow as they drag their case with them. The adult moths are crepuscular and nocturnal (active at dawn, dusk, and night) and are photophobic, meaning they actively shun light. If disturbed, they will prefer to scuttle for cover rather than fly., with feeding frequency increasing during reproductive periods when nutritional demands are highest.
Hunting Behavior
Case-bearing Clothes Moth employ species-specific foraging strategies adapted to their ecological niche. The larvae are active feeders within their dark, secluded habitats. Their movement is slow as they drag their case with them. The adult moths are crepuscular and nocturnal (active at dawn, dusk, and night) and are photophobic, meaning they actively shun light. If disturbed, they will prefer to scuttle for cover rather than fly.. These hunting and foraging behaviors are well-adapted to Australian environmental conditions and contribute to their pest management challenges.
Health Risks
Health concerns associated with Case-bearing Clothes Moth
Always consult healthcare professionals for medical concerns related to pest exposure.
Severity
Low. The primary impact is economic and aesthetic, not medical.
Symptoms
- There are no symptoms from bites or stings, as they do not bite or sting.
- Potential allergic symptoms could include skin rashes (contact dermatitis) or respiratory irritation (allergic rhinitis).
Allergens
While not common, dust created from the larval feeding, frass (faeces), and silk can become airborne and may cause respiratory or skin allergies in highly sensitive individuals, particularly in cases of very heavy infestation. This condition is sometimes referred to as lepidopterism.
Contamination Risk
No risk of food contamination.
Disease Transmission
- Clothes moths do not transmit any diseases to humans.
Transmission Methods
- Not applicable.
Vulnerable Populations
- Individuals with pre-existing asthma or severe dust allergies might be affected by airborne particles from a large infestation.
Economic Impact
Financial costs and economic effects of Case-bearing Clothes Moth
Indirect Costs
Cleanup Costs
Costs associated with dry cleaning or washing all items in an infested closet, plus the time and effort of a thorough cleanout.
Healthcare Costs
None.
Replacement Costs
This is the major cost, involving the replacement of damaged valuable clothing, rugs, and other textiles.
Preventive Maintenance
The ongoing cost of preventative measures like proper storage and monitoring.
Business Impact
Retail Impact
Severe impact on retailers of high-end wool, silk, or fur clothing and carpets. An infestation can lead to thousands of dollars in stock damage and significant reputational harm.
Reputation Damage
High for businesses dealing in textiles, antiques, and museum collections.
Restaurant Issues
None.
Operational Disruption
Museums and heritage homes may need to close sections for intensive freezing or fumigation treatments.
Property Damage
Garden Damage
None.
Equipment Damage
Can cause significant damage to the felt hammers and bushings inside pianos, which can be very expensive to repair. Also damages taxidermy and natural history specimens in museums.
Structural Damage
None.
Food Contamination
None.
Treatment Costs
Diy Treatment
$30-$100 for pheromone traps, insecticide sprays for closets, and cleaning supplies.
Prevention Costs
$20-$80 annually for mothballs, cedar blocks, and proper storage containers (e.g., vacuum-sealed bags).
Professional Treatment
$250-$500 for a standard treatment of an infested wardrobe or room, which may include insecticide application and pheromone monitoring traps.
Agricultural Impact
Yield Loss
Can cause damage to stored raw wool fleeces after shearing, reducing the quality and value of the wool.
Crop Damage
None.
Economic Loss
Significant economic losses are due to damage to finished goods like clothing, carpets, and upholstery, as well as museum artefacts. The cost of replacing a damaged cashmere sweater or a silk rug can be substantial.
Beneficial Aspects
None in an economic context. In nature, they are decomposers of keratin from dead animals.
Detection & Signs
Early warning signs of Case-bearing Clothes Moth presence
Visual Signs
- Finding the small, silken larval cases on or under fabrics, in drawers, or on carpets. They may be mistaken for lint or grains of rice.
- Discovering irregular holes or grazed areas on wool, silk, or fur garments.
- Seeing the small, dusky brown adult moths, although they are secretive and often go unnoticed.
- Finding the empty pupal cases stuck to walls or ceilings inside an infested closet.
Behavioral Signs
- Seeing the small larvae slowly dragging their cases across a fabric surface.
- Adult moths that, when disturbed from a dark corner, prefer to run or scuttle quickly rather than take a long flight.
Physical Evidence
- The larval cases are the primary physical evidence.
- Faecal pellets (frass), which are tiny and granular, may be present on infested materials.
- Thinning of fabric in carpets, especially in dark, undisturbed areas under heavy furniture.
Seasonal Indicators
- An increase in the number of adult moths seen may occur in late spring or summer as they emerge in warmer temperatures.
- Damage is often discovered when clothes are taken out of long-term storage.
Early Warning Signals
- Finding just one or two larval cases is an early warning of a developing problem.
- Placing pheromone traps in closets can catch male moths, alerting you to the presence of an infestation before damage becomes visible.
Prevention
Proactive strategies to prevent Case-bearing Clothes Moth infestations
Landscaping Tips
- Remove any abandoned bird nests from around the home, as these are a major reservoir for clothes moths and other textile pests like carpet beetles. The larvae can feed on the feathers and nesting material.
Exclusion Methods
- Store vulnerable items in airtight containers or vacuum-sealed bags. This is the most effective way to protect garments during long-term storage.
- Ensure insect screens on windows are in good repair to prevent adult moths from flying in from outside sources (like a nearby bird's nest).
Sanitation Measures
- Regular and thorough vacuuming is critical. This removes moth eggs and larvae from carpets, rugs, and the corners of closets. Pay special attention to areas under furniture and along skirting boards.
- Clean clothes before storing them. Food spills, sweat, and other bodily fluids on fabrics are highly attractive to clothes moths and provide essential nutrients for the larvae.
- Do not leave dirty clothes in piles for long periods.
- Periodically empty and clean out wardrobes, drawers, and storage chests.
Monitoring Strategies
- Use commercially available pheromone traps specifically designed for clothes moths. These traps use a synthetic version of the female's mating pheromone to attract and capture male moths. They are an excellent early warning tool to detect an infestation before it becomes severe.
- Regularly inspect stored susceptible items at least once or twice a year for any signs of damage or larval cases.
Environmental Modification
- Reduce humidity in storage areas where possible, as moths thrive in humid conditions.
- Periodically exposing stored items to sunlight and brushing them down can help to dislodge and kill eggs and larvae.
Control Methods
Effective treatment options for Case-bearing Clothes Moth control
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Professional Services
Professional services information is being compiled.
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Seasonal Patterns
Case-bearing Clothes Moth seasonal activity and management timing
Autumn
Autumn (March-May) sees Case-bearing Clothes Moth populations beginning to decline as temperatures cool across Australia. This period offers opportunities for targeted control measures as they seek shelter and overwintering sites. Exclusion and habitat modification strategies implemented during autumn can significantly reduce following year's populations.
Autumn Activity
Activity continues while temperatures are warm. As it cools, larvae may slow their development in preparation for overwintering.
Breeding Season
Primarily in the warmer months, but continuous in heated indoor environments.
Spring Activity
As temperatures rise, overwintering larvae may increase their feeding rate, and pupation may begin. The first adult moths of the season may start to emerge.
Summer Activity
This is the peak season for development and reproduction. The lifecycle is at its fastest, and adult moths are most active, mating and laying eggs. This is when new infestations are most likely to start.
Winter Activity
In unheated spaces, development is very slow, and the insect will typically pass the winter in the larval stage. They can still be actively, albeit slowly, feeding and causing damage during this time. In heated homes, the lifecycle can continue year-round.
Peak Infestation
Infestations are often discovered in spring when winter clothes are taken out of storage, but the damage has been occurring during the storage period. Adult activity peaks in summer.
Treatment Timing
Treatment should be undertaken as soon as an infestation is discovered. Prevention and monitoring should be a year-round activity.
Migration Patterns
They do not migrate.
Environmental Factors
Humidity Effects
They thrive in moderate to high humidity. A damp, musty storage area is an ideal environment.
Weather Patterns
External weather has little effect on indoor populations.
Photoperiod Effects
Not a significant factor for an indoor pest.
Temperature Effects
Warmth is the primary driver of the speed of their lifecycle. Higher temperatures mean faster damage.
Legal Considerations
Legal requirements for Case-bearing Clothes Moth control in Australia
Pest Status
A common and well-recognized domestic and commercial pest of textiles.
Restricted Methods
Certain fumigants used for large-scale treatments are highly restricted and can only be used by specialist licensed operators.
Control Regulations
Standard regulations for the use of household and professional-grade insecticides and fumigants apply.
Reporting Requirements
None.
Compliance Requirements
- In a museum or heritage context, specific protocols for artefact conservation and pest management must be followed.
Professional Requirements
A pest management license is required for the commercial application of pesticides to control clothes moths.
Environmental Considerations
The use of older, persistent chemical moth repellents like naphthalene (mothballs) is now discouraged due to health and environmental concerns. Care should be taken with insecticide sprays in domestic environments. Non-chemical methods like freezing and heating are preferred where practical.
Frequently Asked Questions
Common questions about Case-bearing Clothes Moth
What are these little rice-like things on my woollen jumper?
If you are finding small objects that look like grains of rice or pieces of lint stuck to your woollen garments, and you can see that the fabric is damaged underneath, you are almost certainly looking at the larval cases of the Case-bearing Clothes Moth. This is the most definitive sign of this particular pest. Each case is a small, flattened tube constructed by the larva from silk and tiny fragments of the very fabric it is eating. This provides it with both camouflage and protection. The larva lives inside this case, dragging it around as it feeds. If you look closely, you may see the small, creamy-white larva poke its head out of one end to eat. Finding these cases confirms you have an active infestation that needs to be dealt with.
How can I tell the difference between the Case-bearing and the Common Clothes Moth?
The easiest way to tell the two main clothes moth species apart is by the evidence their larvae leave behind. The Case-bearing Clothes Moth larva (*Tinea pellionella*) lives inside a small, portable, silken case that it carries with it. Finding these cases is the giveaway. The Common Clothes Moth larva (*Tineola bisselliella*), also known as the Webbing Clothes Moth, does not have a portable case. Instead, it spins messy silken tunnels or mats of webbing across the surface of the fabric it is infesting, under which it feeds. If you see webbing, it's the Common Clothes Moth. If you see mobile cases, it's the Case-bearing Clothes Moth. The adult moths are also different: the Case-bearer is brownish with a few dark spots, while the Common Clothes Moth is a uniform, shimmering golden-straw colour.
Will mothballs protect my clothes from this moth?
Traditional mothballs containing naphthalene or paradichlorobenzene can be effective at killing clothes moths in all life stages, but only if used correctly and with significant caution. For them to work, the fumes must build up to a high concentration in an airtight container, such as a sealed chest or garment bag. Simply tossing them into an open closet will not be effective and will just release potentially harmful chemicals into your home. Due to health concerns associated with the long-term inhalation of these chemicals, their use is now widely discouraged. Modern alternatives like proper cleaning, airtight storage, freezing, and pheromone monitoring traps are considered much safer and more effective long-term strategies for protecting your clothes.
Can I get rid of Case-bearing Clothes Moths by freezing my clothes?
Yes, freezing is a very effective, non-toxic method for eliminating all life stages of clothes moths from infested items. To do this correctly, place the infested garment or textile item into a sealed plastic bag. Squeeze out as much air as possible before sealing it. Then, place the bag in a domestic freezer set to at least -18°C. The item needs to remain at this temperature for a minimum of one week to ensure that the cold has penetrated completely and killed any eggs, larvae, and pupae hidden deep within the fibres. After the freezing period, you can remove the item, let it return to room temperature slowly, and then vacuum it thoroughly to remove the dead insects and their cases. This method is ideal for delicate items that cannot be washed in hot water.
I saw a small moth in my bedroom. Does it mean I have a clothes moth infestation?
Seeing a single small moth does not automatically mean you have a clothes moth problem. Many different types of small, harmless moths can accidentally wander into our homes, attracted by lights at night. The key is to identify the type of moth and its behaviour. Clothes moths, including the Case-bearing species, actively avoid light. They are weak fliers and prefer to hide in dark, undisturbed places like closets. If you see a moth fluttering around a light fitting, it is probably not a clothes moth. However, if you disturb a dark corner of your wardrobe and a small, dusky brown moth scuttles or flutters out, that is a much stronger indication of a problem. The best course of action is to deploy a pheromone trap to confirm if clothes moths are present and then conduct a thorough inspection of your wool, silk, and fur items for signs of larval damage.
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Image Gallery
Visual identification guide for Case-bearing Clothes Moth
Images of Case-bearing Clothes Moth showing key identifying features: