Aloe Vera Climate DNA: Native Habitat Profile

The quality-filtered native-record profile for Aloe vera centers on 27.9°C annual mean temperature and 178 mm annual precipitation. Its robust p10–p90 climate envelope is wider than those two medians: the coldest-month minimum spans 9.2–16.5°C, while modeled annual rainfall spans 127–216 mm.

This is a computed environmental fingerprint built from 7 spatially thinned climate points attached to filtered GBIF records inside the POWO native range of the Hajar Mountains of northern Oman. It describes where retained records occur in long-term gridded climate; it is not an indoor-care prescription or a physiological tolerance test.

Native-sample note: this species has 7 spatially thinned climate points and low native-range confidence. Interpret the percentile envelope cautiously because a narrow record sample cannot represent every part of the species’ native range.

Aloe Vera Climate DNA at a glance

The source plant is described as a desert or dry-shrubland succulent perennial. That botanical context matters because the same regional rainfall, humidity, or radiation can be experienced very differently by a climber, epiphyte, geophyte, tree, or succulent. The page therefore reports the climate evidence without turning it into a universal potting or watering formula.

What stands out in the computed profile

• Temperature center: The annual-mean median is 27.9°C, with the middle 50% of sampled points between 26.2 and 28.4°C. In this model that is a hot annual baseline.
• Cold and heat edges: The robust outer envelope runs from 9.2°C at the p10 coldest-month minimum to 41.7°C at the p90 warmest-month maximum. The 32.5°C span is broad; it is an occurrence-climate span, not a laboratory tolerance range.
• Rainfall volume: Median modeled annual precipitation is 178 mm, while the p10–p90 range is 127–216 mm. The wet end is 1.7 times the dry end, evidence that one annual total would hide real geographic variation.
• Rainfall timing: The precipitation-seasonality median is 63.6 CV, placing this record set in the seasonal band used by this renderer. That describes variation through the year, not how often to water a pot.
• Atmosphere and open sky: Relative humidity centers on 43.6%, while solar radiation centers on 21.9 MJ/m²/day. Both are gridded outdoor climate values; neither reports the humidity or light at an indoor leaf.

Together, those observations describe the climate attached to retained records of Aloe vera. They do not establish the species’ physiological limits, and they should not be converted directly into thermostat, humidifier, or watering targets.

Native-record climate envelope

The outer p10–p90 values are a robust descriptive envelope; the middle p25–p75 band shows where the central half of sampled climate values falls. Neither band is an “ideal range.” Occurrence density, collection effort, native-range boundaries, coordinate quality, and CHELSA grid resolution all shape what appears here.

Native occurrence records

The CHELSA climate-extraction sample covers 7 quarter-degree grid cells across the native-country filter (OM). Its coordinate bounds run from 22.927° to 23.617° latitude and 57.333° to 58.537° longitude. Bounds show sampled coverage, not the legal or botanical outline of the species’ range.

Recorded rejection counts were license: 8. The pipeline also constrains records to the POWO native-country list, removes duplicate spatial cells, and retains the source timestamp and record-set hash. A low count can be scientifically honest: it is better to expose weak coverage than to fill the gap with invented precision.

How this profile compares inside its 10-plant cluster

Within this release cluster, Aloe Vera ranks #7 of 10 for median coldest-month temperature, #1 for annual-mean temperature, #10 for annual precipitation, #2 for precipitation seasonality, and #9 for usable climate-point sample size. Ranks compare only the ten selected profiles and are descriptive, not measures of plant quality or indoor difficulty.

The closest profiles in the same normalized seven-variable comparison are:

• Money Tree Climate DNA — normalized climate distance 1.139
• ZZ Plant Climate DNA — normalized climate distance 1.147
• Parlor Palm Climate DNA — normalized climate distance 1.234

The cluster was selected deterministically: the ten not-yet-covered popular houseplants from the implementation brief or existing care library that have an accepted GBIF species match, a POWO native distribution, and at least five retained native-country occurrence points across five quarter-degree cells; candidates below that evidence gate were excluded. This keeps the collection rule reproducible and prevents an editorial label from overriding the data.

What this can—and cannot—change about care

Native-record climate can improve the questions you ask. For Aloe vera, the dry rainfall median and seasonal precipitation signal indicate that annual rain volume alone is incomplete. Indoors, substrate structure, pot volume, root density, airflow, temperature, and actual light determine drying. Never convert millimeters of regional rainfall into a weekly watering interval.

The same limit applies to temperature, humidity, and solar radiation. CHELSA describes outdoor long-term grid cells; glass, walls, heating, air conditioning, shade, and distance from a window create a different microclimate. Use this profile to understand the source evidence and to frame observations, then use the Aloe Vera care guide for practical indoor-care context.

Confidence and limits

Confidence is low (19/100). The score reflects sample size, spatial coverage, and coordinate-precision reporting in this pipeline version. It is not a probability that the numbers are “correct,” and it does not measure how well a particular plant will perform in a particular home.

Important limits remain: GBIF is a record of observations and specimens, not a balanced field survey; a native-country filter is coarser than a verified native-range polygon; historical and cultivated records can be difficult to classify; CHELSA values are modeled long-term normals rather than sensor readings at each plant. The page reports ranges and provenance so those constraints remain visible.

Continue from the data

• Aloe Vera care guide

• This 10-plant Climate DNA collection

• Money Tree Climate DNA — normalized climate distance 1.139

• ZZ Plant Climate DNA — normalized climate distance 1.147

• Parlor Palm Climate DNA — normalized climate distance 1.234