Pogostemon Kimberley care guide
Pogostemon Kimberley (Pogostemon sp. 'Kimberley') — medium light, 22-28 °C, pH 6-7, CO2 recommended.
Compiled by Aquairi from published sources · Published · Updated
Overview
Pogostemon Kimberley (Pogostemon sp. 'Kimberley') is an aquatic plant of the family Lamiaceae, listed in the Aquairi knowledge base as an intermediate-level species. It is typically grown under medium light with pressurised CO2 injection on nutrient-rich aquasoil. A compact and bushy Pogostemon variety with densely packed fine serrated leaves that create a lush textured appearance. Grows more slowly and compactly than P. erectus, making it easier to maintain in the midground without frequent trimming.
Taxonomy
- Family: Lamiaceae
- Genus: Pogostemon
- Scientific name: Pogostemon sp. 'Kimberley'
- Common synonyms: Kimberley Queen
Habitat
Pogostemon is a Lamiaceae genus of marsh plants found in southern and South-East Asia, frequently growing in seasonally flooded fields and along stream margins. In the Aquairi knowledge base, populations associated with this form are recorded from Australia.
Growth requirements
- Lighting: medium
- CO2: recommended
- Temperature: 22-28 °C (72-82 °F)
- pH: 6-7
- GH: 3-10 °dGH
- Substrate: nutrient-rich aquasoil
- Maximum height: 20 cm
- Growth rate: medium
- Recommended placement: midground
Placement
Background stem for groups; the upright fluffy growth of erectus and deccanensis creates strong vertical accents. In the Aquairi knowledge base this form is recommended for the midground under medium light with pressurised CO2 injection, using nutrient-rich aquasoil.
Propagation
Cuttings replanted into the substrate root quickly; horizontal forms such as Kimberley spread sideways and are divided once dense. Documented propagation techniques for this entry include: stem cuttings.
Common issues
Curling new leaves or stunted tips often indicate calcium deficiency in soft water; supplementing GH with a remineraliser corrects the issue.
Propagating Pogostemon sp. 'Kimberley' by Cuttings
Overview
Pogostemon sp. 'Kimberley' is a compact, bushy cultivar with densely packed fine leaves and an olive-green colour that fades into purplish-red tops; mature stems can grow several inches across. Like other Pogostemon, it is a background-to-midground stem plant grown for the lush, textured wall it forms. As a named cultivar without its own published care record, it is propagated exactly like the genus.
Propagation Method (Cuttings)
Pogostemon is propagated by stem cuttings — the standard method for the genus. You cut the top of a stem and replant it; the cutting roots from the buried nodes while the topped parent branches and pushes out new side shoots, gradually building a denser bush.
Step-by-Step
- Cut the top 5–10 cm of a healthy stem just below a node with clean scissors.
- Strip the leaves from the lowest one or two nodes so they do not foul in the substrate.
- Plant the bare lower stem into a nutrient-rich substrate, anchoring it firmly.
- Replant cuttings in a small cluster to mimic the plant's naturally bushy form.
- Leave the parent stem in place to branch and produce side shoots from below the cut.
Conditions for Healthy Growth
Pogostemon plants reward intensive light and CO2 supplementation; the genus is prone to pale leaves from micronutrient deficiency, so column dosing of liquid fertiliser helps. For 'Kimberley', aim for medium-to-strong light, injected CO2, a nutrient-rich substrate, 22–28 °C and pH around 6–7. Strong, consistent conditions are what keep this cultivar compact and densely branched rather than leggy.
Trimming & Maintenance
Trim roughly every couple of weeks. Topping not only controls height but actively improves the bush: each cut triggers side shoots below it, so regular topping is the main tool for thickening the stand while supplying new cuttings.
Common Challenges
Pogostemon can be demanding: growth may stall and leaves pale under insufficient light, CO2 or micronutrients. If new cuttings sulk, check that light and CO2 are adequate and that the water column is being dosed, since these are the usual culprits across the genus.