Type | |
---|---|
Water Temperature | |
Lighting | 1000 – 1500 lux – Bright |
PH Levels | 6, 7 |
Growth Rate | Fast |
Co2 | 20mg per Litre, 30mg per Litre |
Cabomba piauhyensis features orange or red leaves that resemble the needles of a pine tree. These needles are often 2-4 cm to 2 length and are actually make up the flower of the Red Cabomba plant. This does need very high levels of light also needs to be regularly fertilized with micronutrients in order to live up to its full potential. It also requires a fairly high amount of CO2 to be present in the water. Without any and all of these nutrients the Red Camboba is not likely to grow very big or very well, and if left for too long without any of these nutrients it will die. NOT shrimp safe. Plants are incubated in a solution of 0.01% of the insecticide Buprafezin for one hour (Please do not just drop these in a shrimp tank or with any other crustacean. To use these within a tank please wash in water with baking soda under light. These are treated to remove the insecticide but there are cases where this has not been fully removed causing casualty’s in crustacean.
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Good substrate and benefits from additional CO2. One of the best crypts for the aquarium. Slow growing and may take several weeks to settle in.
Probably the oldest cultivated crypt. It grows very easily in even hard water. The substrate should be a mixture of sand, clay and peat.
It prefers a quiet situation and not too intense a light. It normally spreads and multiplys by vegetative (stolon/rhizome) growth. It can suffer from crypt melt and seems to dislike being moved about.
Supplier of plants:
oxygenators, reeds, iris, water lilies, bog gardens,
wildlife ponds, natural ponds, lakes, floating plants,
deep water plants, marginals, native british and tropical.
This Blyxa species is not too difficult to grow if its basic requirements are met: intense lighting in the 2-4 watts per gallon range, CO2 injection, and a fertilization regimen including nitrate, phosphate, potassium, and micronutrient supplementation. If conditions are to its liking and lighting is intense, the leaves of B. japonica will develop golden and reddish hues and the plants will exhibit more compact growth. If it does not receive enough lighting, however, B. japonica will become taller, lankier, and greener. This plant produces an impressive root system and appreciates a nutritious substrate. If phosphate levels are kept high (1-2 ppm), this species will continuously produce small white flowers on long, thin stalks.
Supplier of plants:
oxygenators, reeds, iris, water lilies, bog gardens,
wildlife ponds, natural ponds, lakes, floating plants,
deep water plants, marginals, native british and tropical.
A small variety of Cryptocoryne beckettii from Sri Lanka, which has beautiful, slightly fluted leaf margins, 10-15 cm long. Leaves become dark olive-brown with violet underside. Like many other Cryptocorynes, the leaf colour and shape depends largely on environmental conditions in the aquarium.
Supplier of plants:
oxygenators, reeds, iris, water lilies, bog gardens,
wildlife ponds, natural ponds, lakes, floating plants,
deep water plants, marginals, native british and tropical.
Alternanthera Reineckii Lilacina originates from South America. It requires medium to high lighting and CO2 infusion to grow well. Plenty of nutrient dosing will ensure bright and vibrant leaf colours. Best planted in groups.
Supplier of plants:
oxygenators, reeds, iris, water lilies, bog gardens,
wildlife ponds, natural ponds, lakes, floating plants,
deep water plants, marginals, native british and tropical.
Hygrophila polysperma is a wetland plant that can occur as a submerged or an emersed plant. It inhabits lakes, streams, marshy areas, ditches, and rice-fields (de Thabrew 2014). This species can grow in water at depths up to 3 m and on stream banks as an emersed plant (Nault and Mikulyuk 2009). Hygrophila polysperma can inhabit habitats with a variety of environmental conditions. It favors warmer waters of 18-30°C but can tolerate water temperatures as low as 4°C (Kasselmann 1995, Ramey 2001, Rixon et al. 2005, US EPA 2008). It grows in waters with pH of 6.5-7.8 (Spencer and Bowes 1985, Doyle et al. 2003) and water hardness of 30-140 ppm (Nault and Mikulyuk 2009). This species has low light saturation and compensation points, so it is capable of photosynthesizing in low light levels (Doyle et al. 2003). Hygrophila polysperma exhibits low seasonality and can maintain shoot biomass year round (Spencer and Bowes 1985). Growth rate is dependent on water temperature and daylight (Nault and Mikulyuk 2009), and can increase dramatically in the presence of nutrient inputs (Sutton and Dingler 2000). This species can draw CO2 from both the water and atmosphere (Doyle et al. 2003).
Supplier of plants:
oxygenators, reeds, iris, water lilies, bog gardens,
wildlife ponds, natural ponds, lakes, floating plants,
deep water plants, marginals, native british and tropical.