Photographed by an observer on iNaturalist and published under a Creative Commons licence; the photographer and the licence are named under the image. It is not an animal of ours, and no animal was handled by us to produce it.
The numbers
Temperature
The warm side, 28–31°C, dropping to no lower than 22°C at night. This sheet states the warm side only. It gives no cool side, so the other end of the gradient is not in our data. Same scale on every sheet here, so two species compare by eye.
The sheet stateswarm 28-31 °C (82-88 °F) day / night ≥ 22 °C (not below)
Humidity
The sheet states40-70% (dry down between mistings)
UVB
The sheet statesLow-level beneficial
Identity
Adult size
The size the sheet states for a grown animal.
Why
Two drawings, because they answer two questions. The silhouette is at true scale against a 1.75 m person: it says how big this animal actually is, which no number does for someone who has never seen one. The bar under it is logarithmic and shared by every sheet here, so a 2 cm isopod and a 4 m python both stay readable on the same axis and two species can be compared at a glance.
How common this animal is
NOT a measure of how many are kept. These filings count animals shipped for any purpose, including the food trade and laboratory supply, and they are United States records only. The three largest volumes in the source belong to a food frog, a bait species and the standard laboratory amphibian.
US Fish and Wildlife Service LEMIS declared wildlife import and export records, as compiled in the received dataset
Enclosure and conditions
Enclosure
Drawn from the stated numbers. Only what the sheet states is drawn inside.
Why
The rectangle carries the exact width-to-height ratio of the figures above it, and the ruler under it places that width on the 0–250 cm scale every sheet here shares, so two species still compare at a glance. Nothing is added that the sheet does not name: a lamp drawn on a sheet that never mentions one would be invented equipment. What the sheet leaves out is listed rather than left blank, because an empty tank reads as « none needed ».
The sheet states90 × 60 × 60 cm with perches at basking height
What your climate adds
This sheet states a range to hold. Your local climate decides how much work holding it is. Pick the nearest city: nothing is sent anywhere, the choice stays in this browser.
Diet
Feeding rhythm
Twenty-eight days, one row. Each band is a meal window. This sheet states a figure for each age, so each age has its row.
Why
The windows widen as they go because the interval is a range: four meals after a 10–14 day cycle land anywhere between day 40 and day 56. A young animal's row is drawn only where the sheet gives one: working it out by dividing the adult interval would be inventing a ration.
The sheet statesRodents (mice → small rats) · Every 10–14 days
Behaviour and handling
Reproduction
Common health problems
When to see a vet
Good to know
- Hatchlings emerge bright yellow or red and turn green with age (ontogenetic change).
- Rests in a signature saddle coil draped over a branch.
- A living jewel: a premium arboreal display python.
- A living jewel — a premium arboreal display python.
Common questions
Can I handle it?
Best kept as a hands-off display snake.
Why is my baby yellow?
Normal: it will turn green with age.
Beginner snake?
No: an advanced, display-oriented python.
What it needs
Every line above is deduced from a value this sheet states, and names which one. Nothing here is a general recommendation. What the sheet does not state is listed too, rather than left out: a kit that looks complete is worse than one that names its gap.
- Arboreal enclosure 90×60×60
- Sturdy perches
- Misting system/hygrostat
- Radiant heat + thermostat
- Coco substrate
- Water bowl
- Low UVB
- F/T rodents + long tongs
Sources
Others in this group
What this sheet states
Every field this product runs on is stated here. That is not a claim that the values are right: it says what the sheet states, not whether it is true. Whether a human has read it is the badge at the top of this page.
UVB is measured but does not count: it is absent from 421 of 678 sheets, and on most of them that is not a gap, since a nocturnal snake's sheet has no reason to state a UV index. Counting it would call the library incomplete without cause.