Pseudotropheus zebra blue + blue
Pseudotropheus / Metriaclima zebra Synonyms: Tilapia zebra. Physical description: The Zebra Cichlid has a "typical" mbuna shape. The coloring depends on the geographical population and mood of the fish. The most common color variety has a pale blue body with seven to eight, dark blue or black, vertical bands. All flanks are pale blue.
hane, Nkanda Foto Ad Konings
The Red Zebra is one of the most popular and commonly kept of the African Cichlids! The Red Zebra Maylandia estherae (previously Pseudotropheus estherae) is a very beautiful and desirable cichlid. The coloring of both the male and the female is very appealing, almost looking like two separate species. In the wild adult males are light blue.
Pseudotropheus socolofi (Mara Point & Tumbi Point) “powder blue” 6
of Pseudotropheus fainzilberi Staeck in Pseudo- tropheus is problematic. Although its body color- ation superficially resembles P. zebra, it differs, because of its peculiar mouth shape and teeth position, which more closely resembles that of Petrotilapia species (Staeck 1976, fig. 12, p. 489). Currently, the P. zebra complex consists of 13
My old favourite, Pseudotropheus sp.zebra long pelvic. Aquariums
Additional names Zebra Mbuna, Red Zebra, Cobalt Blue Zebra Additional scientific names Maylandia zebra, Metriaclima zebra. Origin [] They primarily dwell in depths between 1 and 25 meters near the northwest coast of Lake Malawi, from Kande Island to Ngara and have also been found inhabiting the waters surrounding the northeast coast between Ikombe and the Ruhuhu River.
Acuarios Spetyone Pseudotropheus zebra
A new genus, Metriaclima, is described for members of the Pseudotropheus zebra complex from Lake Malaŵi. The presence of bicuspid teeth in the anterior portion of the outer row of both the upper and lower jaws distinguishes Metriaclima from many of the previously described genera of rock-dwelling cichlids that inhabit Lake Malaŵi, including Cyathochromis, Cynotilapia, Gephyrochromis.
SPECIES PROFILE PSEUDOTROPHEUS ZEBRA (NYASSA BLUE)
P. zebra "BB" is the blue-barred form collected from Thumbi Island West,. In a study on the Pseudotropheus zebra species complex, females preferred conspecific males over heterospecific males from three closely related species, and, when presented only with the three heterospecific males,.
Pseudotropheus Zebra Blue Medium
William's mbuna (Maylandia greshakei), also known as ice blue zebra mbuna or ice blue zebra or the Pseudotropheus ice blue among the aquarium enthusiasts, is a species of cichlid fish endemic to Lake Malawi where it is only found at Makokola in the southeastern arm of the lake. This species can reach a length of 13.4 centimetres (5.3 in) TL.
Pseudotropheus zebra bright blue 4 5 cm Univers Aquatique
Breeding: Keep several females for each male. Use a temperature of 25-28°C. The Blue Zebra is a mouth Brooder.
"Cobalt Blue Zebra" Cichlid Scientific Name Pseudotropheus Zebra
Seven or eight blue/black bars run across the body and generally in this color variety the bottom part of the face is black as well. The scientific name for the Red Zebra is Pseudotropheus estherae and the common zebra cichlid is Pseudotropheus zebra. The minimum tank size recommended for them is 50 gallons (180 liters).
Pseudotropheus zebra blue + blue XL Univers Aquatique
Common name: Red Top Ice Blue Zebra, William's Mbuna Scientific name: Pseudotropheus Greshakei, Maylandia Greshakei Average Adult Fish Size: 13cm / 5 Inches Place of Origin: Lake Malawi Typical Tank setup: Rocky Malawi tank with plenty of hiding spaces/caves. Recommended Minimum Aquarium Capacity: 200 Litres Compatibility: Combine with other Mbuna but avoid adding similar looking males.
pseudotropheus zebra azul
The genus name Maylandia is now used to describe all former members of the 'zebra' group of Pseudotropheus. It exists in three main colour forms, namely "cobalt blue", "orange blotch" and "pearl zebra". It is very easily confused with similar looking species such as M. estherae "red zebra" and M. benetos. A good beginner's.
Pseudotropheus Greshakei (Maylandia) Red Top Ice Blue Zebra
The Pseudotropheus Ice Blue Maylandia greshakei, also known as William's Mbuna, is a pretty zebra-type cichlid from Lake Malawi, Africa. It has a very appealing coloration of an ice blue body contrasted with a bright orange top fin. It makes a great fish to add variety in a Mbuna cichlid Tank. The image is for illustration purposes only. Due to natural colour variations within a species the.
Pseudotropheus zebra MASINJE (BLUE ORANGE BLOTCHED) • AquaterraDiffusion
The Pseudotropheus Ice Blue Maylandia greshakei, also known as William's Mbuna, is a pretty zebra-type cichlid from Lake Malawi, Africa. It has a very appealing coloration of an ice blue body contrasted with a bright orange top fin. It makes a great fish to add variety in a Mbuna cichlid Tank. This cichlid has been in the hobby since the.
pseudotropheus blue zebra Fish pet, Tropical aquarium, Aquarium fish
Zebra mbuna. The zebra mbuna ( Maylandia zebra) is a species of cichlid endemic to Lake Malawi in Africa. This species can reach a length of 11.3 cm (4.4 in). It feeds on aufwuchs, a surface layer of mostly algal material that grows on rocks. This cichlid is a mouthbrooder and the female broods the eggs in her mouth for about three weeks.
Pseudotropheus zebra RED BLUE • AquaterraDiffusion
Similarly, for most, the first foray into dazzling blue fish is either baby blue-colored pseudotropheus socolofi or metriaclima lombardoi with blue vertical bandings. And once again, both of these fish can get highly offensive - spelling trouble in community tank settings.. Blue Zebra Cichlid (Maylandia callainos) Mbuna Cichlids.
FilePseudotropheus lombardoi 3.jpg
Identification: According to Eccles and Trewavas (1989), the genus Pseudotropheus is in particular need of revision and critical appraisal. Pseudotropheus zebra alone represents a complex of about 27 species (Ribbink et al. 1983). Some distinguishing characteristics of the species complex, a description of color patterns, figures, and photographs were given by Ribbink et al. (1983).
