Limnophila Aromatica Mini

Limnophila Aromatica ‘Mini’ is a new attractive compact variant of regular Limnophila Aromatica, with a same pleasant fragrance, but with much more miniature growth. Under strong light & Co2, Limnophila Aromatica ‘Mini’ will produce many branches and grows as a compact - bushy plant with reddish-orange colours on the top leaves. Its serrated leaf edges give a great texture look. This is good as a bush mid ground or a background plant. This also can be grown emerged in paludariums / terrariums / phytospheres etc.

Ammannia senegalensis

This plant can tolerate high temperature. CO2 and nutrients are required for the plant to become orange red.

Hygrophila balsamica

Suitable for aquariums with bright light and CO2 injection.

Hyptis lorentziana

Under high light and adequate nutrients dosing this plants leaves turn purple red. Easy to propagate through cuttings.

Packing10 Stems

Utricularia graminifolia

Requires very bright light. CO2 injection and adequate nutrient dosing helps this plant to do well in the aquarium. Size 5 X 5 cm

Important: This is a very delicate and sensitive plant so damages during transit is very high.

Staurogyne zeylanica

A short erect trailing stem plant with hairy- velvet branches.

Limnophila sp.'shaggy'

Very Bright light, CO2 and adequate nutrient dosing is required to grow this plant.

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.

Echinodorus 'Joyo Red'

An attractive hybrid variety with ruby red lanceolate leaves.

Floscopa cf. scandens

This beautiful plant will do well in various tank conditions. High light and CO2 dosing promotes faster growth and in dense.