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BIOTOPE AQUARIA -- Updated December.7.2004


A biotope aquaria is an aquarium that is set-up to simulate a natural habitat. The fish, plants, water chemistry, and furnishings are similar to those that can be found in a specific natural setting. (more)

Always check compatibility! Some species from a particular habitat are not suitable tankmates. For example, the Peacock Bass will eat small tetras since they are their natural food in the wild.

The biotope aquarium can be adapted by adding species from disparate areas that have similar water requirements.

Mongabay.com is the sole effort of Rhett A. Butler, who has taken the photos and written all of the content found on the site. If you find mongabay.com a useful resource I hope that you may consider making a contribution to help support the site. You can also assist by purchasing biotope books using links on this page.

[Photos from various habitats/biotopes]

Freshwater fish species listed by country and ecosystem -- excellent resources for constructing biotope aquaria.

AFRICA ASIA AUSTRALIA CENTRAL AMERICA SOUTH AMERICA

Be sure not to miss links to other biotope resources and sites.

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African River Rapids
++++++++++++++++++

The Zaire (Congo) River is the second largest river system in terms of volume. This mighty river drains much of West and Central Africa. Along its 2800 miles, the Zaire River moves through many environments including over 200 miles of rapids and cataracts. This rapid region is the inspiration for this biotope aquarium, although similar environments exist in other African rivers.

ECOSYSTEMS:
Congo_Zaire, Agnebi, Bandama River, Benue River, Bia River, Buba River, Casamance River, Cross River, Gambia River, Kariba, Little Scarcies, Niger River, Ogun River, Rokel, Saint John, Saint Paul, Saloum, Senegal River, Volta, Weme, Comoé River, Corubal River, Ebrie, Fatala, Geba, Kainji Lake, Kogon, Kolente, Konkoure, Loffa, Mano, Mao, Mono River, Nipoue, Pra, Sassandra, Sewa, Tano

WATER:
pH: 7.0-7.5, 6-10 dH, 77-81 F (25-27 C)

TANK:
The water in this habitat is highly oxygenated due to the turbulence created by the rapids -- therefore the water in the aquarium should be well-aerated. Leave plenty of open swimming area, but use some large rocks. The substrate should be fine gravel or sand. To create water current, place a spray bar from a canister filter, or a strong circulating pump at one end of the aquarium.

PLANTS:
Because of the strong water current, the rapids are not a hospitable place for plants.
In the aquarium, plants can be used if they well anchored or protected from the current.
Plants suitable for such an environment include the African Water Fern (Bolbitis heudeloti) and Anubias species.

FISH:
Eutropiellus, Distichodus, Synodontis, Steatocranus, Teleogramma, Lamprologus


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West or Central African River
+++++++++++++++++++++++++


West and Central Africa are full of rivers. Some of the better known are the Zaire (Congo), Ubanghi, Niger, and the Gambia.
Within each of these river systems are numerous biotopes -- this description will focus on species found in slow-moving sections and side streams.

ECOSYSTEMS:
Congo_Zaire, Agnebi, Bandama River, Benue River, Bia River, Buba River, Casamance River, Cross River, Gambia River, Kariba, Little Scarcies, Niger River, Ogun River, Rokel, Saint John, Saint Paul, Saloum, Senegal River, Volta, Weme, Comoé River, Corubal River, Ebrie, Fatala, Geba, Kainji Lake, Kogon, Kolente, Konkoure, Loffa, Mano, Mao, Mono River, Nipoue, Pra, Sassandra, Sewa, Tano

WATER:
pH 6.9-7.2, 3-8 dH, 75-81 F (24-27 C)

TANK:
The tank should be furnished with wood for hiding places, and fine gravel or sand for a substrate.
The lighting should be muted, and the water should have a slight current.

PLANTS:
African Water Fern, Anubias, Vallisneria, Eleocharis.

FISH:
African tetras, Mormyrids, African Knifefish, African Butterfly fish, Synodontis, Hemichromis, Pelvicachromis, Tilapia

PHOTOS:
This picture was taken in Madagascar but is similar to habitats in West Africa, albeit with cooler temperatures [Mandraka, Madagascar, Mandraka, Madagascar].


++++++++++++++++++++
Southeast Asian River
++++++++++++++++++++

Much of Southeast Asia is rainforest and the location for a number of large rivers.
This biotope aquarium simulates a smaller tributary.

ECOSYSTEMS:
Amudar'ya, Chao Praya River, Irrawaddy, Mekong River, Salween

WATER:
pH 6.0-6.5, 2-8 dH, 79-84 F (26-29 C)

TANK:
The tank should be thickly planted with plenty of hiding places among wood and plants.
Use fine gravel or sand as a substrate.

PLANTS:
Crinum, Ceratopteris, Hygrophila, Cryptocoryne, Nymphaea

FISH:
Loaches, Barbs, Danios, Cyprind sharks (Red-tail, Bala, etc.), Pangasius catfish [suitable only for very large tanks], small Asian catfish, Knifefish

PHOTOS:
White Water River: Borneo White Water River, Borneo, Borneo, Borneo, Borneo, Borneo,
Whitewater creek: Borneo creek


++++++++++++++++++++++++++++
Southeast Asian Blackwater Pool
+++++++++++++++++++++++++
+++

Creeks and streams originating from deep in the rainforest are often blackwater.
With decaying plant vegetation and few, if any, mineral sources, the water is acidic and very soft.
This environment provides a home to many species of plants and fish.

WATER:
pH 5.5-6.5, 0-4 dH, 81-84 F (27-29 C)

TANK:
The tank should be densely planted with a fine gravel or clay substrate.
Use wood to create hiding places and use peat filtration.
There should be little surface current.

PLANTS:
Cryptocoryne, Nymphaea, Eleocharis

FISH:
Gouramis, Bettas, Rasboras, Loaches, Glass Catfish, Cyprind sharks, Flying Fox

PHOTOS:
Blackwater creek: Borneo creek, Borneo creek
Clearwater forest pool Borneo


+++++++++++++++++++++++++++++
Southeast Asian Mangrove Estuary
+++++++++++++++++++++++++
++++

Mangrove swamps are found through the world where freshwater rivers come in contact with the ocean.
The result is a tidal region with varying salinity and water conditions.
The tides affect some of the types of fish present in the estuary, although fish termed ñbrackish water species" remain no matter the condition.

WATER:
pH 7.2-8.0, 10-20 dH, 75-82 F (24-28 C), 1.006-1.015 specific gravity.

TANK:
The tank should have a coral sand substrate.
Use wood and roots to recreate the mangrove roots of the swamp.
Use an efficient filtering system, because brackish water fish are heavy eaters, yet sensitive to water pollutants.
One popular brackish-water set-up is to leave the tank only half full with water. A sandy beach is constructed and potted mangrove seedlings grow above the water surface. Such a set-up allows an aquariast to observe unusual behavior from brackish species such as Mudskippers and Archerfish.

PLANTS:
Few plants can tolerate brackish conditions besides the mangrove.
Java Fern appears to be one of the only aquarium plants suitable for a brackish water tank.
Mangrove seedling can be kept in pots as long as the bulk of the plant is out of the water.
The Mangrove will require frequent pruning to keep it small enough for the aquarium.

FISH:
Mudskippers, Archerfish, Scats, Monos, Tiger fish, Puffers, Gobies, Glassfish, Halfbeaks, Arius catfish, and Celebes Rainbowfish.

PHOTOS:
Similar habitat in Australia (Mangrove estuary)


++++++++++++++++++++
Indian/Burmese River
++++++++++++++++++++

Despite India's tremendous population, there are still habitats for tropical fish species.
Neighboring Burma (Myanmar) shares many of India's interesting species.

ECOSYSTEMS:
Brahmaputra River, Cavally River, Ganges, Indus, Krishna River, Chilka Lake, Chittar River, Godavari, Irrawaddy

WATER:
pH: 7.0-7.7, 6-12 dH, 70-75 F (21-24 C)

TANK:
The tank should have bright lighting, fine gravel or sand, and heavy planting.
Rocks can be used for shelter and hiding places.

PLANTS:
Rotala, Ceratopteris, Aponogeton, Eleocharis, Blyxa

FISH:
Danios, Rosy Barbs, Colisa, Spiny eels, Climbing perches, Badis, Loaches, Gyrinocheilus, Chaca and Glass catfish.


++++++++++++++++++++++++++++++
South American Clearwater Stream
+++++++++++++++++++++++++
+++++

Clear or blue water streams are transparent rivers that drain the Guyana highlands and the Brazil rocky highlands.
These rivers are fast-flowing at times, but slow-moving at others.
The Rio Xingu and Rio Tocantins are typical clear water rivers.

ECOSYSTEMS:
Para-Tocantins

WATER:
pH 6.9-7.3, 5-12 dH, 75-82 F (24-28 C)

TANK:
The tank should have good filtration which keeps the water clear and creates a moderate current.
The lighting should be bright and plant life should be rich.
A substrate of fine gravel is suggested, as are a few pieces of wood.
Aerate the tank well.

PLANTS:
Sword plants, Ceratophyllum, Cabomba, Lemma, Limnobium, Vallisneria

FISH:
Loricarids, Corydoras, Uaru, Mesonauta, Hyphessobrycon.
These waters are preyed by the Peacock Bass.

`'*:-.,_,.-:*'``'*:-.,_,.-:*'``'*:-.,_,.-:*'``'*:-.,_,.-:*'``

Other Biotope Resources


Recent news

New Yangtze River dam could doom more endangered species

(06/22/2009) Eight Chinese environmentalists and scientists have composed a letter warning that a new dam under consideration for the Yangtze River could lead to the extinction of several endangered species. The letter contends that Xiaonanhia Dam, which would be 30 kilometers upstream from the city of Chongqing, will negatively impact the river’s only fish reserve. Spanning 400 kilometers in the upper Yangtze, the reserve is home to 180 fish species, including the Endangered Chinese sturgeon, and the Critically Endangered Chinese paddlefish, as well as the finless porpoise.


Fish take less than a decade to evolve

(06/22/2009) Evolution is often thought of being a slow-process, taking thousands, if not millions, of years. However a new study in The American Naturalist found that Trinidadian guppies underwent evolution in just eight years, or thirty generations. Less than a decade ago Swanne Gordon, a graduate student at UC Riverside, and her team introduced Trinidadian guppies into the Damier River in the Caribbean island of Trinidad. They placed the guppies above a waterfall to allow them to flourish in a largely predator-free environment.


Madfish?: scientist warns that farmed fish could be a source of mad cow disease

(06/17/2009) In a paper that shows just how strange our modern world has become, Robert P. Friedland, neurologist from the University of Louisville, warns that farmed fish could be at risk of Creutzfeldt Jakob disease, or mad cow disease.


New report predicts dire consequences for every U.S. region from global warming

(06/17/2009) Government officials and scientists released a 196 page report detailing the impact of global warming on the U.S. yesterday. The study, commissioned in 2007 during the Bush Administration, found that every region of the U.S. faces large-scale consequences due to climate change, including higher temperatures, increased droughts, heavier rainfall, more severe weather, water shortages, rising sea levels, ecosystem stresses, loss of biodiversity, and economic impacts.


Will jellyfish take over the world?

(06/16/2009) It could be a plot of a (bad) science-fiction film: a man-made disaster creates spawns of millions upon millions of jellyfish which rapidly take over the ocean. Humans, starving for mahi-mahi and Chilean seabass, turn to jellyfish, which becomes the new tuna (after the tuna fishery has collapsed, of course). Fish sticks become jelly-sticks, and fish-and-chips becomes jelly-and-chips. The sci-fi film could end with the ominous image of a jellyfish evolving terrestrial limbs and pulling itself onto land—readying itself for a new conquest.


Marine scientist calls for abstaining from seafood to save oceans

(06/08/2009) In April marine scientist Jennifer Jacquet made the case on her blog Guilty Planet that people should abstain from eating seafood to help save life in the ocean. With fish populations collapsing worldwide and scientists sounding warnings that ocean ecosystems—as edible resources—have only decades left, it is perhaps surprising that Jacquet’s call to abstain from consuming seafood is a lone voice in the wilderness, but thus far few have called for seafood lovers to abstain.


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Copyright Rhett Butler 1994-2009

The copy for fish.mongabay.com was written in 1994-1995. Therefore some information such as scientific names may be out of date. For this, I apologize. Feel free to send corrections to me.