Hygrophila Serpyllum

Hygrophila Serphyllum is a new plant in the aquascaping hobby, fast-growing carpet plant for high-tech and low tech aquariums. This has light green colored round leaves about 1 to 1.5 cms. This also can be grown emerged in paludariums / terrariums / photospheres etc.

Anubias nana

Small Anubia ideal for foreground or as a specimen.

Rotala sp. 'Compact'

A new beautiful plant in the hobby. Will do really well under bright light, CO2 injection and adequate nutrient dosing. This plant takes a long time to change emersed leaves to submersed leaves.

Hemigraphis sp. Pink

This plant can be used in terrarium or paludarium. It does not survive submerged for more than a few months.

Ludwigia arcuata- Dark red

Very bright light, CO2 injection, and adequate dosing is required for this plant to do well in the aquarium.

Pogostemon stellatus 'dassen' -Purple

Requires very bright light, CO2 injection and adequate nutrient dosing for this plant to do well in the aquarium.

Myriophyllum tuberculatum

Good choice for Dutch aquariums. Requires high light, CO2 and nutrients to bring out the color. Clean and clear water is required as debris may clog the fine leaves.

Hydrocleys nymphoides

A floating aquatic plant with eye catching delicate light-yellow flower soft tri-petaled with reddish-brown centers; commonly known as ‘Water poppy’.
Flowers typically last only one day, but a frequent flowering plant in summer. This tropical American plant can compete with native water lilies and its compact nature is attractive for nano cisterns.

A low maintenance, compact floating plant with regular flowering. Best growth & flowering usually occurs in shallow water & under full sunlight.

Microsorum pteropus 'wrinkled leaf'

Plug and Play product Easy to attach on rock and wood, place the pad onto rock or wood and gently bend around it. This slow growing fern adapts to most conditions and require low light. Size 5 X 5 cm.

Hydrocotyle Tripartita "Honda"

Requires bright light to grow as a carpet. In low lights it will grow towards the surface.