Type | |
---|---|
Water Temperature | 22 degrees, 23 degrees, 24 degrees, 25 degrees, 26 degrees, 27 degrees, 28 degrees |
Lighting | 1000 – 1500 lux – Bright |
PH Levels | 5, 6, 7, 8, 9 |
Growth Rate | Fast |
Co2 | 20mg per Litre, 30mg per Litre |
Echinodorus bleheri large Amazon sword. Its leaves are 3-6cm wide and growth is up to 60 cm. Older bushes can produce up to 50 leaves. The substrate must be at least 10cm high so that the root system can spread properly. 5 loose supplied
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Its ability to grow in water makes it a popular aquarium plant. It can even grow in slightly brackish conditions. Propagation is through cuttings. It grows easily in the aquarium. The color of the leaves will vary, depending on the amount of light. The leaves will turn bronze or even almost red under high light levels.
In the wild it grows in bog or semi-submersed conditions, adapting well if flooded and fully submerged. It can be grown in or by the pond in warmer locales (or in shallow dishes or as a house plant if kept sufficiently damp) and will grow all year round, but is frost tender (though it will normally grow back from the roots if damaged) and appreciates a light shade.
In the aquarium it needs good lighting to grow strongly but will survive in even fairly low-light levels. Prefers a clean, nutriment rich environment.
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.
Elodea Densa (Egeria Densa) Home : Widespread Preferred Ph : 5-10 Temp range : 5-26C Size : 20-100cm Tank location : background Lighting : 40-75w/100litres Aquarium suitability : A very important aquarium plant, thrives quickly, using up suspended tank nutrients and hence cutting out a lot of algal growth. Excellent oxygenater, and very easy plant to grow. Will grow in almost any conditions but does better with high lighting conditions
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Plants are packed to last 7 days.
Cabomba aquatica is beneficial to lakes, dams, and even rivers because they produce oxygen and take in Carbon (IV) Oxide; this helps in the overall functioning of the particular water body. The plant also provides food to some marine animals as well as other wildlife. Hence, they help maintain the aquatic ecosystem.
Cabomba aquatica is also important in the aquatic ecosystem because it acts as an efficient accumulator of heavy metals in water bodies. This plant has great potential for the phytoremediation of water with heavy metals. Other aquatic plants that may serve the same purpose include: Valisneria spiralis and Echinodorus cordifoliu. This property makes these plants perfect candidates for researching, modeling, and testing various ecological theories on plant succession and evolution, as well as on metal and nutrient cycling.
Cabomba aquatica is easy to culture in the laboratory and; hence, reliable items for ecotoxicological investigations. Grown plants are transferred into nutrient solution and further grown in aquariums whose environments are controlled. The aquariums should be equipped with fluorescent tubes to produce 14/10 h light (dark photoperiods) at a temperature of 24-28C. The plant is left for 3 days so as to acclimatize.
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.
Hydrocotyle leucocephala inhabits wet and marshy habitats from northern Central America to southern South America. Owing to its ease of growth and suitability as an aquarium plant, it has long been common in the hobby and may be obtained from a wide variety of sources. It has no widely used synonyms in culture.
H. leucocephala has alternate leaves that form along a creeping stem from which its half-dollar sized and shaped leaves appear. It is one of the easiest plants in cultivation and is suitable for almost any aquarium. It isn�t at all picky about light or carbon dioxide levels and will do well in tanks where many other species don�t. Warm temperatures are not a problem, making it suitable for planted discus tanks. Its leaves tend to turn yellow along the edges with insufficient iron, but that is easily remedied with the addition of a micronutrient supplement containing iron. Although it will do well in less than optimal conditions, H. leucocephala absolutely thrives and reaches its highest potential when light, carbon dioxide and nutrients are in abundant supply. Emersed culture is rarely a problem and is very productive.
An interesting fact about H. leucocephala is that it is edible. The leaves have a slight peppery taste and are used as a spice and even the basis for a soda in some parts of the world.
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.