Bearded Pygmy Chameleon (Rieppeleon brevicaudatus) Care Sheet
The Bearded Pygmy Chameleon (Rieppeleon brevicaudatus) is a tiny, highly cryptic chameleon native to eastern Tanzania and a small area of neighbouring Kenya.
It differs dramatically from larger arboreal chameleons such as Furcifer pardalis or Chamaeleo calyptratus. Rather than spending its life high in exposed branches, Rieppeleon brevicaudatus inhabits the lower forest structure close to the ground, moving among:
- Leaf litter
- Low branches
- Twigs
- Shrubs
- Herbaceous vegetation
Its small size makes it easy to underestimate its husbandry requirements.
This is a cool-tolerant, humidity-loving forest-floor chameleon that is particularly vulnerable to:
- Overheating
- Dehydration
- Poor ventilation
- Inappropriate UV exposure
- Oversized prey
- Chronic stress
The species is best kept in a densely planted, well-ventilated enclosure with mild daytime temperatures and a definite nighttime cooling period.
Successful husbandry depends upon:
- Moderate rather than high temperatures
- High but fluctuating humidity
- Excellent ventilation
- Dense low-level planting
- Extensive fine branches and twigs
- Deep leaf litter
- Gentle UVB
- Frequent access to drinking droplets
- Tiny varied live prey
- Minimal handling
- Careful weight monitoring
Quick facts
Scientific name: Rieppeleon brevicaudatus
Common name: Bearded Pygmy Chameleon
Older scientific name: Rhampholeon brevicaudatus
Family: Chamaeleonidae
Distribution: Eastern Tanzania and south-eastern Kenya
Lifestyle: Low-level arboreal/terrestrial forest-understory species
Activity: Diurnal
Adult size: Approximately 6–9 cm (2½–3½ in) total length
Lifespan: Commonly around 2–4 years in captivity, occasionally longer with excellent husbandry
Diet: Small live invertebrates
Day ambient temperature: Approximately 20–24°C (68–75°F)
Warmest daytime area: Approximately 24–25°C (75–77°F)
Night temperature: Approximately 15–19°C (59–66°F)
General humidity: Approximately 60–80%, with higher nighttime and post-misting peaks
UVB: Low-level UVB recommended
Suggested UVI: Approximately 0.5–1 at the highest regularly used exposed perch
Adult enclosure: At least approximately 45 × 45 × 45 cm (18 × 18 × 18 in) for one adult; larger naturalistic housing preferred
Housing: Individual housing safest
Reproduction: Egg-laying
Handling: Minimal to none
Experience level: Intermediate
Taxonomy
The accepted scientific name is:
Rieppeleon brevicaudatus
The species belongs to:
Family: Chamaeleonidae
Genus: Rieppeleon
Older literature and pet-trade material frequently use:
Rhampholeon brevicaudatus**.**
That name is now treated as a synonym.
Genus Rieppeleon
The genus Rieppeleon currently contains:
- Rieppeleon brevicaudatus
- Rieppeleon brachyurus
- Rieppeleon kerstenii
These should not automatically be treated as identical in husbandry.
Common name
The accepted English common name is:
Bearded Pygmy Chameleon.
The “bearded” appearance comes from the small projecting scales beneath the chin and throat.
Natural distribution
Rieppeleon brevicaudatus occurs in:
- Eastern Tanzania
- South-eastern Kenya
The type locality is in the:
Usambara Mountains of Tanzania.
Natural habitat
The species occupies:
- Lowland forest
- Coastal forest
- Moist woodland
- Forest edge
- Secondary vegetation
It may also persist in some disturbed habitats where sufficient:
- Shade
- Leaf litter
- Humidity
- Vegetation
remain available.
Forest-floor ecology
Unlike many familiar chameleons, this species spends much of its life within approximately:
the lowest metre or two of vegetation.
It frequently uses:
- Low twigs
- Shrubs
- Leaf litter
- Fallen branches
Why this matters in captivity
A very tall, sparsely furnished chameleon cage is inappropriate.
The enclosure should instead be:
densely structured from the substrate upward.
Appearance
The Bearded Pygmy Chameleon is adapted for camouflage.
Colour may include:
- Brown
- Grey
- Tan
- Olive
- Rust
- Mottled bark-like patterns
Leaf mimicry
Its:
- Flattened body
- Short tail
- Irregular outline
- Cryptic colour
help it resemble:
- Dead leaves
- Bark
- Small twigs
Size
Adults are tiny.
Total length is commonly around:
6–9 cm (2½–3½ in).
Short tail
Unlike many larger arboreal chameleons, the tail is:
short and only weakly prehensile.
Sex differences
Males and females can often be distinguished by:
- Tail proportions
- Pelvic shape
- Body size
- Colour and pattern differences
Females are often somewhat:
larger and heavier-bodied.
Behaviour
The species is:
slow-moving and cryptic.
Activity
A healthy animal may spend long periods:
- Perched motionless
- Slowly moving between twigs
- Hunting tiny prey
Defensive behaviour
When frightened, individuals may:
- Flatten the body
- Darken colour
- Drop into leaf litter
- Remain completely motionless
Thanatosis-like behaviour
Some pygmy chameleons may become extremely still when disturbed, relying on camouflage rather than fleeing rapidly.
Handling
Handling should be:
minimal to none.
Why
At this body size, rough handling can easily cause:
- Falls
- Limb injury
- Rib trauma
- Severe stress
Observation species
This species is best regarded as:
a naturalistic display animal.
Enclosure size
For one adult, provide at least approximately:
45 × 45 × 45 cm (18 × 18 × 18 in).
Preferred enclosure
Approximately:
45 × 45 × 60 cm (18 × 18 × 24 in)
or:
60 × 45 × 60 cm (24 × 18 × 24 in)
provides more environmental choice.
Why larger is useful
Larger housing allows:
- More vegetation
- Better thermal gradients
- More feeding areas
- Better humidity gradients
- More natural movement
Avoid oversized barren enclosures
A larger enclosure is beneficial only when prey remains accessible.
A huge sparsely furnished vivarium may make feeding a tiny chameleon unnecessarily difficult.
Enclosure type
Suitable housing includes:
- Glass terraria with good ventilation
- Hybrid glass/screen enclosures
- PVC enclosures with substantial ventilation
- Naturalistic custom terraria
Ventilation
Excellent ventilation is essential.
High humidity does not mean sealed housing
The enclosure should be:
humid but fresh.
Poorly ventilated stagnant conditions increase the risk of:
- Respiratory disease
- Fungal growth
- Bacterial skin problems
Ventilation design
Ideally provide:
- Lower ventilation
- Upper ventilation
to encourage continuous air exchange.
Furnishing density
The enclosure should be:
heavily furnished.
Branches
Provide large numbers of:
- Fine twigs
- Thin branches
- Cork pieces
- Small vines
Branch diameter
Many branches should be approximately:
the diameter the chameleon can comfortably wrap its feet around.
Branch orientation
Use:
- Horizontal
- Diagonal
- Vertical
twigs.
Low-level structure
Most useful climbing structure should be positioned:
close to the substrate.
Dense vegetation
Provide dense cover using:
- Live plants
- Fine artificial foliage
- Leaf litter
Live plants
Suitable plants may include:
- Pothos
- Small Ficus
- Peperomia
- Fittonia
- Ferns
- Small Schefflera
provided they are reptile-safe.
Plant preparation
Commercial plants should be:
- Washed thoroughly
- Free from pesticides
- Repotted in safe substrate where appropriate
Visual barriers
Even a single animal benefits from areas where it can:
completely disappear from view.
Substrate
A naturalistic forest-floor substrate is strongly recommended.
Suitable components include:
- Organic topsoil
- Coco fibre
- Fine orchid bark
- Leaf mould
- Leaf litter
Substrate depth
Provide approximately:
8–12 cm (3–5 in).
Deeper areas
For breeding females, provide areas approximately:
10–15 cm (4–6 in)
deep.
Leaf litter
Leaf litter is extremely important.
Provide a generous layer of:
- Oak
- Magnolia
- Beech
- Other safe dried leaves
Why leaf litter matters
Leaf litter provides:
- Security
- Natural hunting habitat
- Humidity retention
- Egg-laying opportunities
- Microfauna habitat
Bioactive housing
This species is well suited to a carefully maintained:
bioactive enclosure.
Clean-up crew
Suitable organisms may include:
- Springtails
- Small tropical isopods
Avoid large aggressive isopods
Do not use oversized or highly protein-hungry isopod species around:
- Eggs
- Hatchlings
- Weak animals
Bioactive monitoring
Continue to:
- Remove obvious waste
- Monitor mould
- Maintain drainage
- Replace contaminated substrate when necessary
Temperature philosophy
Temperature control is one of the most important aspects of this species’ care.
The Bearded Pygmy Chameleon does not require high chameleon basking temperatures.
Day ambient temperature
Maintain approximately:
20–24°C (68–75°F).
Warmest daytime area
A slightly warmer exposed point around:
24–25°C (75–77°F)
is adequate.
Avoid overheating
Sustained temperatures of:
26°C (79°F) or above
should be avoided where possible.
Why overheating is dangerous
Small forest chameleons have relatively little body mass and can overheat rapidly.
Chronic excessive heat may lead to:
- Dehydration
- Stress
- Reduced feeding
- Death
Summer management
In warm climates or during heatwaves, keeping the enclosure cool may be more difficult than heating it.
Possible measures include:
- Moving the enclosure to a cooler room
- Increasing ventilation
- Using room air conditioning
- Reducing unnecessary heat-producing lighting
Do not use ice directly
Never place:
- Ice packs
- Frozen bottles
where the animal can contact them directly.
Night temperature
Allow temperatures to fall to approximately:
15–19°C (59–66°F).
Night cooling is important
A meaningful nighttime drop appears highly appropriate for this cool forest species.
Constant tropical-style temperatures around:
24–26°C (75–79°F) day and night
are undesirable.
Heating
In many homes, no dedicated basking lamp may be necessary.
If additional warmth is required
Use only:
very gentle overhead heat.
Avoid powerful basking lamps
Strong halogen or mercury-vapour lamps can easily:
overheat this species.
Temperature monitoring
Use several accurate digital thermometers.
Monitor:
- Upper enclosure
- Mid-level
- Substrate level
- Night minimum
Lighting
Provide a clear:
day/night cycle.
Visible light
Use bright but diffuse daylight-spectrum lighting.
The enclosure should not be:
dark and gloomy.
Shade
Dense vegetation must simultaneously provide:
deep shaded retreats.
Photoperiod
Provide approximately:
11–12 hours of light daily.
Night lighting
Provide:
complete darkness at night.
UVB
Low-level UVB is recommended.
Suggested UVI
Provide approximately:
UVI 0.5–1
at the highest regularly used exposed perch.
UV gradient
Also provide:
- UVI below 0.5 in partial shade
- UVI approaching 0 beneath foliage and at substrate level
UVB lamp
Use a low-output:
linear UVB lamp
positioned at an appropriate distance.
Avoid strong desert UVB
High-intensity desert lamps positioned close to the animal may create excessive UV exposure.
UV meter
Where possible, verify actual exposure using:
a UV meter.
Mesh
Remember that mesh can alter delivered UV levels.
Measure at:
animal height rather than lamp level.
Humidity
The species requires:
moderate-to-high humidity.
Day humidity
Maintain approximately:
60–80%.
Post-misting humidity
Humidity may rise temporarily toward:
80–100%.
Night humidity
High nighttime humidity is appropriate provided:
air remains fresh and temperatures fall.
Drying cycle
Leaves and exposed branches should partially dry between misting sessions.
Constant wetness
Do not keep every surface permanently:
soaking wet.
Misting
Mist approximately:
1–2 times daily
as a starting point.
Morning misting
Morning misting encourages:
- Drinking
- Normal activity
Evening misting
An evening mist can help reproduce:
- Cooler conditions
- Increased nighttime humidity
Automatic misting
Automatic systems can work well if:
- Droplet size is suitable
- Drainage is adequate
- Temperatures are monitored
Hand misting
Hand misting is equally effective when carried out consistently.
Drinking
Pygmy chameleons generally drink:
droplets from leaves and branches.
Water bowl
A water bowl is not usually a reliable primary drinking method for this species.
A very shallow dish may still be provided if safely positioned.
Standing water risk
Deep water containers can pose a drowning risk to such a tiny chameleon.
Dripper
A gentle dripper can provide additional drinking opportunities.
Avoid creating:
waterlogged substrate.
Hydration assessment
Watch for:
- Full eyes
- Normal skin
- Regular urates
- Stable body weight
Dehydration signs
Possible signs include:
- Sunken eyes
- Lethargy
- Persistent skin folds
- Thick or strongly coloured urates
- Weight loss
Diet
The Bearded Pygmy Chameleon is a:
small insectivore.
Natural prey
Wild prey includes tiny:
- Flies
- Crickets
- Roaches
- Beetles
- Springtails
- Other arthropods
Captive prey size
Food must be appropriately small.
A useful general rule is that prey should be no wider than:
the distance between the chameleon’s eyes.
Suitable staple feeders
Useful foods include:
- Small crickets
- Tiny roach nymphs
- Flightless fruit flies
- Small black soldier fly larvae
- Small bean beetles
- Small flies
Additional prey
Variety may include:
- Small moths
- Tiny captive-bred spiders
- Springtails
- Other appropriately sized cultured invertebrates
Wild prey
Wild-collected insects should only be used when:
- Correctly identified
- Collected away from pesticides
- Collected away from contaminated areas
Fireflies
Never offer:
fireflies or lightning bugs.
Feeding frequency
Healthy adults may be offered:
4–6 appropriately sized prey items daily or every other day
depending on:
- Prey size
- Body condition
- Reproductive state
Juveniles
Young animals should receive small prey:
daily.
Feeding observation
Because individuals are tiny, it is important to verify that the animal is:
actually catching and swallowing prey.
Feeding cups
Some prey can be offered from small elevated cups.
However, free-ranging prey provides valuable:
hunting enrichment.
Remove oversized prey
Do not leave large aggressive crickets loose with a pygmy chameleon overnight.
Gut loading
Conventional feeder insects should be:
properly gut loaded.
Calcium
Dust prey lightly with an appropriate:
calcium supplement.
Supplement quantities
Avoid visibly caking tiny prey with large quantities of powder.
Multivitamin
Use an appropriate reptile multivitamin:
sparingly.
Vitamin D3
Supplemental D3 should be used conservatively when appropriate UVB is provided.
Over-supplementation
Tiny reptiles can be especially vulnerable to:
excessive supplementation.
Social housing
Historically, pygmy chameleons have often been kept in pairs or groups.
Individual housing is nevertheless:
the safest modern default.
Why individual housing is preferable
It makes it much easier to monitor:
- Food intake
- Faeces
- Hydration
- Body weight
- Reproductive condition
Hidden social stress
A subordinate pygmy chameleon may experience chronic stress without obvious fighting.
Signs include:
- Staying low in the enclosure
- Avoiding feeding sites
- Reduced food intake
- Weight loss
- Persistent dark colour
Adult males
Do not house multiple adult males together in ordinary enclosures.
Pair housing
Experienced keepers may maintain compatible pairs in substantially larger, densely planted enclosures.
However, compatibility should never be assumed.
Breeding introductions
Controlled introductions are preferable when breeding is the goal.
Reproduction
Bearded Pygmy Chameleons are:
oviparous — egg-laying.
Sexual maturity
Animals can mature relatively quickly because of their:
small body size and short natural lifespan.
Breeding condition
Females should only be bred when:
- Fully grown
- Well hydrated
- Maintaining good weight
- Receiving correct calcium and UVB
Courtship
Males may approach females while displaying changes in:
- Body posture
- Colour
- Movement
Gravid females
A gravid female may show:
- Increased body width
- Visible abdominal fullness
- Increased substrate investigation
- Digging behaviour
Nesting behaviour
Females lay eggs within:
- Soil
- Leaf litter
- Protected ground-level sites
Nesting substrate
Provide approximately:
8–12 cm (3–5 in)
of suitable substrate throughout the enclosure.
Preferred laying areas
Some areas should remain:
slightly moist and easily excavated.
Clutch size
Clutches are small.
Approximately:
2–6 eggs
is a useful general expectation.
Multiple clutches
Females may produce several clutches during a reproductive period.
Sperm storage
As with other chameleons, females may retain viable sperm and produce fertile eggs after:
separation from a male.
Egg size
Eggs are extremely small and must be handled:
very carefully.
Finding eggs
In naturalistic enclosures, eggs may easily be missed among:
- Soil
- Moss
- Leaf litter
- Plant roots
Natural incubation
Some keepers allow eggs to incubate:
in situ
within stable naturalistic setups.
However, this makes monitoring difficult.
Artificial incubation
If removing eggs:
- Mark their orientation
- Do not rotate them
- Handle very gently
Incubation medium
Use a lightly moist medium such as:
- Vermiculite
- Perlite
Incubation temperature
A conservative working range is approximately:
20–23°C (68–73°F).
Avoid warm incubation
High incubation temperatures should be avoided.
Incubation duration
Development can be relatively prolonged for such a small reptile.
Approximately:
60–90 days
is a useful working range, although individual clutches may vary.
Hatchlings
Hatchlings are:
extremely small.
Hatchling housing
Use a secure, well-ventilated planted enclosure containing:
- Very fine twigs
- Small leaves
- Leaf litter
- Gentle UVB
- Frequent hydration opportunities
Hatchling escape risk
Mesh and door gaps suitable for adult chameleons may be large enough for hatchlings to:
escape.
Hatchling temperature
Maintain daytime temperatures around:
20–23°C (68–73°F).
Hatchling warm area
The warmest area should generally remain around:
23–24°C (73–75°F).
Hatchling night temperature
Allow temperatures to fall toward:
16–19°C (61–66°F).
Hatchling UVB
Provide very gentle UVB around:
UVI 0.3–0.7
at accessible exposed perches.
Hatchling humidity
Maintain approximately:
65–85%
with high nighttime peaks and excellent ventilation.
Hatchling prey
Suitable foods include:
- Flightless fruit flies
- Springtails
- Pinhead crickets
- Tiny roach nymphs
- Very small cultured flies
Hatchling feeding
Offer food:
daily.
Hatchling supplementation
Supplement tiny prey:
very lightly.
Hatchling hydration
Mist with fine droplets small enough for hatchlings to drink safely.
Quarantine
All new animals should undergo quarantine.
At least:
90 days
is recommended.
Quarantine setup
A practical quarantine enclosure can contain:
- Paper or removable substrate
- Potted live cover
- Sterilisable twigs
- Artificial foliage
Separate room
Where possible, quarantine new chameleons:
away from established reptiles.
Separate equipment
Use separate:
- Feeding tools
- Misting equipment
- Cleaning tools
Weight monitoring
Because adults weigh very little, use a:
precise digital scale.
Wild-caught history
This species has historically entered the international pet trade in significant numbers as:
wild-caught animals.
Wild-origin concerns
Wild-caught specimens may arrive with:
- Parasites
- Dehydration
- Stress
- Poor body condition
- Injuries
Captive-bred preference
Choose:
documented captive-bred animals whenever available.
Veterinary assessment
Wild-origin or uncertain animals should receive prompt assessment by:
a veterinarian experienced with chameleons.
Parasite treatment
Do not indiscriminately administer dewormers.
At this tiny body size, dosing errors can be:
dangerous.
Treatment should be based on:
- Faecal testing
- Veterinary advice
Common health concerns
Potential problems include:
- Overheating
- Dehydration
- Metabolic bone disease
- Parasites
- Respiratory disease
- Eye problems
- Nutritional imbalance
- Retained shed
- Reproductive complications
Overheating
This is one of the most important preventable causes of serious illness.
Warning signs include:
- Gaping
- Unusual restlessness
- Persistent climbing toward ventilation
- Weakness
- Collapse
Emergency overheating
If an animal appears overheated:
- Move the enclosure into a cooler environment
- Improve airflow
- Provide drinking droplets
Seek veterinary assistance if neurological signs or severe weakness occur.
Metabolic bone disease
Possible signs include:
- Weak grip
- Tremors
- Bent limbs
- Soft jaw
- Difficulty climbing
MBD prevention
Provide:
- Appropriate low-level UVB
- Calcium
- Gut-loaded prey
- Correct temperature
Respiratory disease
Possible risk factors include:
- Stagnant air
- Constant wetness
- Incorrect temperatures
Warning signs
Watch for:
- Clicking
- Wheezing
- Nasal discharge
- Open-mouth breathing unrelated to heat
- Reduced activity
Eye health
Healthy eyes should be:
- Rounded
- Alert
- Mobile
Persistent eye closure during daylight is:
abnormal.
Reproductive complications
Small females can suffer:
- Calcium depletion
- Egg retention
- Dystocia
Possible dystocia
Seek veterinary assistance for:
- Persistent digging without laying
- Severe weakness
- Straining
- Marked abdominal enlargement
- Prolonged anorexia
Cleaning
Spot-clean:
- Faeces
- Dead insects
- Mould
- Spoiled plant material
promptly.
Avoid excessive cleaning
Constantly stripping a naturalistic enclosure can cause unnecessary:
stress.
Bioactive balance
Maintain the system while preserving stable:
- Plants
- Leaf litter
- Microclimates
Seasonal care
The species comes from tropical East Africa but still experiences seasonal variation in:
- Rainfall
- Humidity
- Temperature
Wet-season conditions
During wetter periods:
- Increase misting modestly
- Increase prey availability
- Maintain good ventilation
Drier periods
During drier periods:
- Reduce misting somewhat
- Maintain drinking opportunities
- Preserve humid refuges
Brumation
Do not subject this species to:
temperate-style brumation.
Night cooling versus brumation
Cool nights are appropriate.
Prolonged cold dormancy is not.
Conservation
Rieppeleon brevicaudatus has historically been assessed as:
Least Concern.
However, local populations can still be affected by:
- Forest loss
- Habitat degradation
- Agricultural change
- Wild collection
Trade pressure
The species has historically been collected in substantial numbers for:
the international pet trade.
Misidentification
Shipments of pygmy chameleons have sometimes been incorrectly labelled as other:
- Rieppeleon
- Rhampholeon
species.
Accurate identification is important.
CITES
Chameleons are subject to international wildlife-trade regulation, and current CITES requirements should always be checked before:
- Import
- Export
- International sale
- Transport across borders
Captive-bred sourcing
Documented captive breeding should be supported whenever possible.
Provenance
Retain:
- Breeder information
- Purchase receipt
- Hatch date
- Parentage
- Import/export paperwork where applicable
Never release captive animals
Never release captive pygmy chameleons.
Common husbandry mistakes
Common mistakes include:
- Keeping them too hot
- Using powerful basking lamps
- Maintaining warm nights
- Providing insufficient ventilation
- Keeping the enclosure permanently saturated
- Keeping humidity too low
- Providing no leaf litter
- Using sparse climbing structure
- Keeping the enclosure too brightly exposed with no shade
- Providing excessive UVB
- Feeding oversized insects
- Feeding only one prey species
- Over-supplementing tiny prey
- Handling frequently
- Keeping multiple adults together without monitoring
- Failing to weigh animals
- Failing to quarantine
- Treating wild-caught animals indiscriminately for parasites
- Allowing hatchlings to escape through ventilation gaps
Responsible ownership
Before obtaining a Bearded Pygmy Chameleon, ensure you can provide:
- At least approximately 45 × 45 × 45 cm (18 × 18 × 18 in) housing for one adult
- Dense low-level vegetation
- Fine branches and twigs
- Deep leaf litter
- Naturalistic substrate
- Excellent ventilation
- Day temperatures around 20–24°C (68–75°F)
- Warmest areas no higher than approximately 24–25°C (75–77°F)
- Nighttime cooling toward 15–19°C (59–66°F)
- Humidity around 60–80%
- Higher humidity after misting and overnight
- Reliable drinking droplets
- Low-level UVB
- UVI approximately 0.5–1 at the highest exposed perch
- Tiny varied live prey
- Proper gut loading
- Conservative calcium and vitamin supplementation
- Minimal handling
- Accurate weight monitoring
- Individual housing where appropriate
- Quarantine facilities
- Access to a chameleon-experienced veterinarian
- Legally documented provenance
Summary
The Bearded Pygmy Chameleon (Rieppeleon brevicaudatus) is a tiny forest-understory chameleon native to eastern Tanzania and south-eastern Kenya.
It should not be maintained like a large warm-basking chameleon.
For one adult, provide at least approximately:
45 × 45 × 45 cm (18 × 18 × 18 in)
with dense:
- Fine branches
- Live vegetation
- Leaf litter
- Visual cover
Maintain daytime temperatures around:
20–24°C (68–75°F)
with the warmest accessible area around:
24–25°C (75–77°F).
Allow nighttime temperatures to fall toward:
15–19°C (59–66°F).
Avoid sustained temperatures around:
26°C (79°F) or above.
Maintain humidity around:
60–80%
with higher post-misting and nighttime peaks, but combine this with:
excellent ventilation and partial drying.
Provide low-level UVB producing approximately:
UVI 0.5–1
at exposed upper perches and dense shaded areas approaching zero.
Feed a varied diet of very small live prey such as:
- Small crickets
- Tiny roach nymphs
- Flightless fruit flies
- Small black soldier fly larvae
- Bean beetles
- Other suitable cultured invertebrates
with light supplementation.
The species is:
egg-laying
and females typically produce small clutches of only a few eggs.
Because adults are tiny and can conceal illness remarkably well, regular:
weight monitoring
is particularly valuable.
Individual housing is the safest modern default.
The Bearded Pygmy Chameleon is most successful when maintained as a:
cool, humid, densely planted, low-disturbance forest-floor chameleon rather than a miniature version of a large arboreal species.
IMPORTANT INFORMATION:
This care sheet provides general husbandry guidance and does not replace species-specific research or veterinary advice. Individual requirements may vary.
Always check current legislation governing the acquisition, collection, import, transport, keeping, breeding or sale of reptiles in your jurisdiction.
If you have concerns about an animal’s health or care, consult a suitably experienced exotic or reptile veterinarian.
Information correct at the date of publication.
reptilecommunity.com | Revised: August 2026