Bearded dragon
Pogona vitticeps
Photo: Pogona vitticeps · Aradra P · Pexels License · Changes and credits
These guides provide general husbandry information and do not replace veterinary assessment. If your animal shows symptoms or its condition worsens, contact a veterinarian experienced with exotic animals.
- Warm zone
- 42–45 °C · basking surface
- Cool zone
- 25–29 °C · cool surface
These notices cover the cited provisions, not every possible national or local rule. Check additional requirements with the competent authority.
Description
Pogona vitticeps is a diurnal lizard from arid and semiarid inland Australia. It has a triangular head, flattened body and spiny throat that can inflate and darken. It alternates between the ground and elevated perches; head bobs, arm movements and changes in its beard form part of social communication.
Behaviour
Many individuals tolerate calm handling; a dark beard, open mouth during restraint and escape attempts call for stopping.
Housing together
House individually so each animal has unrestricted access to shelter, food and the thermal gradient. Breeding introductions require supervision and a separate enclosure prepared in advance.
Enclosure and climate
Use stable platforms, low branches, shelters and a digging area. Basking should warm the body evenly; read the surface with infrared and air with a probe. The animal must be able to move from warmth to shade without losing shelter.
These are surface values. Air requires a separate 22–37 °C gradient; use both an infrared thermometer and digital probes.
Warm area, cool area and hides
If heating is specified, place it at one end and distribute hides between that area and the cool side. Choose openings and internal space suitable for the body; after adding bedding, check that entrances remain clear. Set the dish on a stable base and leave routes between retreats; use low supports only where suitable for the species.
Testing and access
Connect specified heat sources to compatible thermostats and guard against contact. Secure probes according to device instructions; measure air at resting sites and heated surfaces separately with independent instruments. In housing with water, also check water temperature and quality: one zone’s thermostat does not control the others.
With the complete enclosure running, record day and night readings and compare them with the sheet. Test doors, cable openings and cleaning access, keeping vents clear. Change one variable at a time and recheck after each adjustment.
Lighting and UVB
Zones 3–4: intermediate assignment between exposed basking and intense sunlight.
At the exposed position aim for approximately UVI 3–5, measured at the back or head. The animal must choose its exposure and reach UVI 0 retreats. This local target differs from the Ferguson ecological band and should not be maintained everywhere throughout the day.
UVB is essential in indoor housing. Outdoors, direct sunlight can provide it if shade is always accessible. Select the lamp to achieve the appropriate UVI at the positions the animal uses.
UVA is recommended as part of daytime lighting, including when UVB has not been shown to be indispensable. Check the UVB source’s spectrum, as it may already emit UVA: a second lamp is not automatically necessary.
Linear UVB tube with reflector. Indicative UVB percentage stated on the lamp: 10–12%; final selection depends on UVI achieved at the actual distance.
For maintenance, a cycle of approximately 12 hours of light and 12 hours of darkness can serve as an initial reference. Use a timer to switch lights off at night, and keep retreats available so the animal can withdraw from light during the day. Adapt day length to species and origin, following the specific guidance for seasonal care and breeding.
Light in the animal’s daily life
For a bearded dragon, the basking site should combine warmth, visible light and UVB: when it climbs onto the platform, its whole body should fit inside the useful patch. Readings are therefore taken at shoulder height above the platform rather than at platform level. Beside the exposed area provide an easy route to a cool fully screened retreat so the animal can end exposure whenever it chooses.
An example layout in the enclosure
To make the layout concrete, take housing measuring 183 × 61 × 61 cm, using the first dimensional configuration in the sheet. This is a mounting example: retain the conditions and any alternatives attached to the stated minimum.
In a wooden enclosure with internal lighting, imagine the tube 56 cm above the floor and the back or head at 25 cm. The geometric distance is therefore 31 cm. The branch or platform lies below animal height, according to body size. Place lighting over one side, with a route to fully screened retreats.
In a glass enclosure with a mesh roof, retain the same animal height and imagine the tube 5 cm above the mesh: distance becomes 41 cm. Mesh attenuates UV variably; ordinary glass roofs block UVB. Increasing the percentage alone is insufficient: measure beneath the mesh and adjust height, output or layout as needed.
These distances describe the example, not a safe clearance for every lamp. Select the source and adjust mounting until approximately UVI 3–5 is measured at animal height in the exposed position. Also respect the minimum clearance specified for the model used. Recheck with furnishings, guards and mesh installed, including the highest reachable points and animal growth.
Choosing and checking lighting
First define the patch that should illuminate the whole body and the route to a screened retreat. For a broad patch, select a linear tube with reflector; consider a compact only if its useful patch covers the body and leaves an accessible gradient. Check model, output, reflector and mounting distance, then compare measured UVI with the species target. Label UVB percentage alone cannot determine distance and intensity.
The decisive check uses a UVI metre facing the source at animal height. Check the centre and edges of the exposed patch, the highest supports and retreats, which must allow withdrawal from UV. Repeat after moving equipment, changing lamps and plant growth. Without a metre, use the manufacturer’s instructions and measurements for the exact configuration, including safety clearances.
When UVB or UVA are absent
If the UVB source fails, restore the installation and recheck the exposed area. Oral D3 may be considered as temporary support but is not a complete or universally safe replacement. Consider calcium, D3, diet and animal condition together: avoid improvised extra doses.
UVA contributes to environmental perception and behaviour and cannot be replaced by vitamins or calcium. A reptile UVB source normally also emits UVA: check its declared spectrum. If the existing lighting lacks it, complete the installation with a suitable source; an ordinary white LED does not guarantee UVA and a UVA-only lamp does not provide UVB.
Humidity and ventilation
Place the hygrometer at resting positions and compare readings across areas before and after adding water and during drying. Record where and when each check was taken. If humidity stays outside species targets, first check for blocked vents and wet bedding; adjust water input or ventilation and recheck rather than wetting the whole enclosure to correct one spot.
Feeding
Pogona vitticeps: omnivorous, with more insects during growth and predominantly plants in adulthood. Continued interest in insects does not justify unlimited animal-food meals.
Recommended foods
The tiers describe dietary use: rotate foods within each tier rather than treating them as an absolute nutritional score.
| Food | Dietary role | Benefits and limits | Preparation |
|---|---|---|---|
| Chicory, endive, dandelion and other edible leaves | Main choices | Supply fibre and varied minerals with lower energy density than fruit and seeds. Rotate plant species: no single leaf balances the whole diet. | Identify plants, wash and cut into manageable pieces. Avoid treated plants, unidentified ornamentals and iceberg lettuce as the only green. |
| Crickets and locusts | Main choices | Supply protein and encourage hunting; calcium is low relative to phosphorus, so preparation and supplementation are needed. | Use captive-bred insects and gut-load them as described below. Select suitably sized feeders, place the meal’s batch in a clean container and apply a thin calcium coating immediately before offering them. |
| Feeder roaches | Main choices | These feeders provide a useful second protein source for rotation, but do not constitute a complete diet or replace calcium supplementation. | Offer well-fed soft nymphs sized to the mouth; avoid excessively hard adults. |
| Squash, courgette, edible flowers and varied vegetables | For rotation | Add variety, but soft vegetables should not replace all fibrous leaves. | Wash, remove hard seeds and chop; mix with leaves to discourage selective feeding. |
| Silkworms and black soldier fly larvae | For rotation | Diversify texture and nutrients. Black soldier fly larvae can supply more calcium, but content depends on rearing: they do not make the entire diet complete. | Choose appropriately sized feeder larvae. Keep silkworms on their specific food; check the supplier’s supplementation guidance. |
| Waxworms, mealworms and superworms | Occasional | Fat-rich larvae concentrate energy and often contain little calcium: use as a small part of variety, not the sole food. | Replace part of the meal instead of adding them to a full ration. Avoid hard or oversized larvae for small animals. |
| Ripe fruit | Occasional | Rich in water and sugar and not a complete food; offer a small taste replacing part of the meal. | Wash and remove stones and large seeds; no syrup-preserved fruit, honey or added sugar. |
| Wild insects, fireflies and contaminated prey | Avoid / not a staple | May carry pesticides, parasites or toxins; a healthy appearance does not establish safety. | Use traceable feeder cultures; do not collect insects beside roads or treated gardens. |
Comparable nutritional values
Protein, fat, calcium and phosphorus are percentages of dry matter, excluding water; dry matter itself is a percentage of fresh weight. These are reference analytical values compiled in a clinical table, not guaranteed contents of your batch or a universal ranking. Age, rearing, feeding and supplementation change composition. Do not compare them directly with fresh-food percentages or already diluted prepared diets. Comparable numbers are not provided for other foods.
| Insect | Dry matter | Crude protein | Crude fat | Calcium / phosphorus | Ca:P |
|---|---|---|---|---|---|
| Adult house cricketAcheta domestica | 32% of fresh weight | 62.6% DM | 20.4% DM | 0.3 / 1% DM | 0.3:1 |
| Migratory locustLocusta migratoria | 31% of fresh weight | 67.5% DM | 14% DM | 0.1 / 0.7% DM | 0.14:1 |
| Mealworm larvaTenebrio molitor | 32.8% of fresh weight | 52.8% DM | 36.1% DM | 0.3 / 0.8% DM | 0.37:1 |
DM = dry matter. Ca:P describes calcium relative to phosphorus before supplementation: a protein-rich feeder may still be calcium-poor. Offered portions remain those for this species and life stage.
Meals by age and size
| Stage and size | Frequency | Amount per meal |
|---|---|---|
| Young: up to about 3 months, rapid growth | Insects daily in 1–2 small sessions; fresh leaves daily | Offer small insects in groups of 3–5 during a 5-minute session; record the total rather than leaving loose prey all day. Provide a small dish of chopped leaves even if little is initially eaten. |
| Juveniles: about 3–12 months and while growth remains noticeable | Leaves daily; reduce insects from daily to alternate days as growth slows | Use the recorded juvenile portion, adapting number and size: do not increase both simultaneously. Offer plants before insects and broaden leaf variety gradually. |
| Adults: near final size, often from 12–18 months | Leaves daily; insects about twice weekly | Cover the dish with a loose layer of leaves; photograph or weigh the portion and leftovers. Increase if finished and growth stays steady; reduce energy-dense foods if fat increases. Do not compress a large mound into a small dish. Start animal-food meals with 3–5 suitable insects; for P. henrylawsoni choose smaller prey rather than a large P. vitticeps portion. |
Adjusting portions
To assess the portion, compare the amount and type of food eaten with growth and body condition. Weekly weighing of juveniles and monthly weighing of adults helps follow the trend. Adjust the ration gradually when growth or reserves require it; reduce it if body condition indicates excess weight or leftovers remain. Investigate unexpected weight loss or abnormal swelling rather than addressing it only with more or less food.
Preparing and offering meals
Prepare insects during the 24–48 hours before feeding: keep them in their culture container with a complete feeder diet and safe hydration. Check access to food and water and remove spoiled leftovers. Then select feeders of the specified size and prepare only the batch to be offered. This step, called gut-loading, improves prey quality; bran or potato alone do not correct deficiencies.
At feeding time the prey should be easy to swallow. As an initial guide, choose insects no wider than the space between the eyes, then adapt size to the mouth and the animal’s response. Offering them individually or in an escape-resistant dish lets you see actual intake and remove leftovers.
Trial amounts are a starting point for a healthy, active animal at correct temperatures: record intake and weight trend, then adjust the ration. Do not feed again merely because it continues striking at prey.
Calcium and vitamins
Immediately before feeding, lightly coat low-calcium insects with phosphorus-free calcium: they should remain visible, without clumps. Common insects often have an unfavourable calcium:phosphorus balance; rotating them alone does not correct it.
Choose one supplementation programme: plain calcium for ordinary meals and a species-appropriate multivitamin at its labelled feeding intervals. Record the product and its existing D3 and vitamin A; do not add a second dose to meals using a combined product. With measured UVB, agree the oral D3 provision; product concentrations are not interchangeable.
Daily care
First days
Test temperatures, lighting and humidity before arrival. Provide water and shelters immediately, keep a quiet routine and limit handling until feeding and behaviour are consistent. Record weight and appetite; weakness or weight loss warrants veterinary assessment.
Cleaning
Each day check water and collect waste, including beneath retreats, with dedicated tools. Clean dishes and replace their water; for pools follow the species’ water-change plan. Wash your hands afterwards. Keep animals and equipment away from kitchens and food areas, use tools dedicated to each enclosure and wash your hands with soap and running water after handling animals, food, tank water or furnishings. Quarantine new arrivals separately and agree the duration and checks with a veterinarian before introducing them to established animals.
Handling
Approach from the side and support all limbs. Avoid keeping it outside the enclosure long enough to cool excessively; do not pull shedding skin or squeeze femoral pores.
Checks
Monitor appetite, weight and movement. Weight loss and weakness are not a normal settling stage.
Labored breathing, wounds, burns or marked stool changes need veterinary assessment; this sheet cannot establish a diagnosis.
Do not tear retained skin or indiscriminately raise temperature or humidity: verify measurements before adjusting the setup.
Breeding
Sex, maturity and readiness
Femoral pores and paired hemipenal bulges help identify developed males. Use adult females with completed skeletal growth, stable weight and good reserves; do not accelerate maturity through overfeeding. Prepare room for a large clutch.
Start a record for each breeding animal with identity, origin, documented age and previous weights. Compare the weight trend with growth and body condition; delay introductions for animals still growing rapidly, losing weight or recently acquired. Use stated ages as guidance alongside these checks. If sex cannot be identified reliably, obtain assessment by qualified personnel before pairing.
Preparation and seasonal cycle
After any winter rest gradually restore light, basking and meals before introductions. Brumation is not treatment for depleted animals. Males may head-bob and darken the beard; females must be able to retreat and return to separate housing after mating.
Before encounters, prepare and test offspring enclosures and have first foods available. Check records for regular adult feeding and good body condition, then verify access from exposed areas to retreats. If the species protocol includes seasonal changes, adjust settings gradually and record the response. Record night-time air, surface and egg temperatures separately, noting where each is measured. Keep water available throughout preparation.
Courtship and mating
Introduce only identified, compatible adults, with another enclosure ready. Observe from a distance and end the encounter if you observe persistent pursuit, injuries or an animal unable to move away from its partner; do not forcibly separate animals during copulation. Record the date, both identities and what you actually saw: courtship, contact or mating alone does not prove fertilisation.
Before laying and the nest
Provide an opaque box in which the female can turn and dig a complete tunnel, using moist soil and sand that hold shape without free water. Restlessness and digging precede laying; provide privacy and collect eggs only after the nest is closed.
Maintain a suitable laying site even without a male: females can produce unfertilised eggs. Persistent straining without laying, weakness or tissue protruding from the vent require prompt veterinary assessment. Do not wait for a predicted laying date if these signs appear. Do not squeeze the abdomen, pull eggs or give drugs to induce laying without veterinary direction.
Egg incubation
One documented configuration uses about 28.9 °C with average hatching at 64–67 days. Nestle separate eggs on moist substrate in covered monitored containers. Position differences can shift hatching by days; do not open eggs to synchronise them.
Test the system before laying with an independent probe at egg height. Use clean, labelled containers, closed but allowing air exchange, with room for eggs and hatchlings. Keep eggs in their original orientation and do not detach eggs glued to their support. The substrate should retain moisture without free water on the shell; check condensation and water loss, adding water at the edge of the substrate rather than onto eggs. Record temperature and events daily without needless opening. The stated times are approximate: do not increase heat to meet a date.
First meals and juvenile care
After emergence and yolk absorption offer small crickets, roaches and finely chopped greens. Check meals daily and separate different sizes or animals biting toes or tails. Every enclosure needs basking, UVB, shade and accessible water.
During the first weeks, monitor each youngster: a feeding group does not guarantee that every individual eats. Record intake, droppings and weight at regular intervals to follow growth and adapt housing and food size. Provide separate accommodation if competition prevents an individual from feeding or size differences become marked. Document repeated independent meals before transfer to another keeper.
Female recovery
After reproduction provide water and the usual balanced diet, initially in manageable portions; monitor weight, activity and return of appetite. Keep supplements and lighting consistent with the feeding guide. Avoid further introductions until the previous condition has recovered; later clutches may occur without another mating. Persistent straining, weakness or protruding tissue require veterinary attention, without squeezing the abdomen.
Equipment and example diary
Place the nest where it can be checked without dismantling the enclosure. Label containers with female identity and laying date and prepare the specified medium; for attached eggs, instead provide guards in place without detaching them. If using an incubator, install a thermostat and independent probe and test it before laying. Run offspring enclosures too and prepare scales and first food, reserving capacity for later clutches.
A consistent diary using actual dates helps follow reproduction in Pogona vitticeps. Start with adult identity, weight and condition, then record observed encounters, laying or birth and development conditions. After emergence record the first meal actually accepted and each youngster’s growth while continuing to follow female recovery. Over time these records help identify your lineage’s pattern without turning approximate durations into deadlines.