Fish Fresh Water and Salt Water Can In One Aquarium?
Fish Fresh Water and Salt Water Can In One Aquarium?
Well it's good news, certainly many people who like, says Prof. Dr. Gumilar Rusliwa Soemantri, rector of the University of Indonesia. As a lover of koi fish Gumilar understand different freshwater and marine habitats. If they can coexist clearly exceptional. Bima Saksono, exporters of ornamental fish in Cimanggis, Depok, West Java, had never heard of the two can live together in one aquarium.
Well it's good news, certainly many people who like, says Prof. Dr. Gumilar Rusliwa Soemantri, rector of the University of Indonesia. As a lover of koi fish Gumilar understand different freshwater and marine habitats. If they can coexist clearly exceptional. Bima Saksono, exporters of ornamental fish in Cimanggis, Depok, West Java, had never heard of the two can live together in one aquarium.
Miracles were presented at the Aquarama 2009 by the producers of feed and aquarium accessories Gex Corporation in Osaka, Japan. In the booth, Gex display glass box measuring 100 cm x 80 cm x 60 cm inhabited various marine and freshwater ornamental fish.
A bunch of clown fish and a sea horse Hippocampus sp between the three milling ryukin ranchu a fun and a fun swim between the red patterned artificial reefs and aquatic plants. While other freshwater aquarium fish: ornamental carp, platy, guppy and a few tail back and forth on the back wall of the aquarium.
The view contrasts like this inevitably makes dozens of visitors and exhibitors from various countries Aquarama 2009 alternated looking aquarium contents. In short there is no other word that comes out of their mouths in addition to exceptional sentence. According Mulyadi, a mating syringe ornamental fish in Bandung, West Java, which is shown booth Gex was indeed anomalous. Fair booth was a star in Aquarama 2009.
This breakthrough is a step forward compared to similar innovations in Aquarama 2007. At that booth H2O Aquarium from Singapore also shows marine and freshwater ornamental fish in an aquarium. However, they actually live in two different aquariums. In the marine aquarium measuring 3 mx 1 m was buried 3 pieces of fresh-water aquarium. At first sight the ocean and freshwater fish like to swim together when viewed from the front of the aquarium. Document 1971
According Yuichiro Miyauchi, Gex staff, key technology merger of two different types of ornamental fish habitat is marine treatment developed by Toshimasa Yamamoto, professor of Okayama University of Science Specialized Training College. The product was a white powder that can increase levels of electrolytes in freshwater. Electrolyte is a substance that easily decomposes in the form of ions. One of the famous bond electrolyte salt is NaCl alias.
Miyauchi not willing to reveal how the case sits in a powder compound was working. However, when Trubus try tasting a bit fed aquarium water of dissolved oxygen through the aerator, feels a bit salty brackish alias. Other data that can be revealed is the influence of marine treatment embodied in a piece of paper and taped to the side of the aquarium. It read: white powder, 2 mineral elements in one box, pH 7.2 to 7.6, salinity of 7-9 ppm, temperature 25? C, and non-toxic.
Which seems invisible, aquarium chiller using refrigerant temperature is set to 25? C and biological filters. Invisible protein skimmers, decomposition of ammonia in saltwater conditions. Therefore Takehito Morimoto, other staff, says water should be replaced every 2 weeks. A sense of mystery that later became a gossip blog visitors crowded in a variety of post Aquarama 2009. Sample Benny Ng from Singapore. In his blog posting photos Benny aquarium and insert comments, How?.
Search Trubus discovered a surprising fact. The unification of marine and freshwater ornamental fish in an aquarium is not new. At least it appears from the document file patents issued by the government of the United States patent number 3683855 in 1971 on behalf of national origin Tronic Products Inc. of New Jersey. There, outlined the steps to create a solution capable of making different fish habitats that comfortable life together.
The solution was mixed with a mixture of seawater and freshwater on the salinity of 12-14 ppm. To obtain the degree of acidity of about 7.2 to 7.6 as it was in an aquarium Gex, the solution was given an additional 0.75 to 1.5 g of the metal silicate salt. Metal silicate consisting of sodium and potassium elements.
Furthermore, what happens in the body of the fish? Indeed in the body fluids of freshwater fish and the sea has a salinity similar even though the concentration of salt in each different habitat. Salinity fluids in the body of fish around 2 / 5 ppm of ocean salinity is 33 ppm; freshwater fish 1 / 5. In order to balance the pressure maintained, the mechanism of osmosis works in the body of the fish. The point the fish will set in and out of the water in the body. With the same reason mentioned above solution has a salt concentration corresponding salinity range of different body fluids both fish habitat, between 1 / 5 - 2 / 5 ppm.
The solution is an organic compound that consists of material propylene glycol and ethylene glycol. Ethylene glycol is known as a colorless liquid, odorless, and taste sweet and soluble in water. The compound is the main raw material of textile industry, paints, brake, until the antifreeze. Propylene is a byproduct of making soap and candles. He emerged as a reaction with fatty acids and oils. Adaptation
According to Prof Dr Suharsono freshwater and marine fish can be maintained in one place. In marine fish can be done on ikanikan estuarine, said the head of the Research Center for Oceanography LIPI Ancol, North Jakarta. Refer to the estuarine fish that live in estuaries. There is smaller salinity of about 12 ppm. At sea salinity reaches 33 ppm.
Therefore estuarine fish such as milkfish Chanos Chanos, tight-tight Ogcocephalus radiatus, or salmon is not difficult to live even though they should be in environments with different salinity. Osmoregulation system they are already well developed. So if put together in brackish conditions with freshwater fish, estuarine fish more resistant, even without the acclimatization process, said coral doctorate in ecology from the Department of Biology University of Newcastle Upon Tyne in England.
However, in the case of clown fish and sea horses are kept together freshwater ornamental fish such as witnessed in the booth Gex conditions are somewhat different. Different because the clown fish and seahorses that live purely in the sea, around coral reefs. Without the adaptation process was difficult for both the fish live in brackish conditions. Changes in salinity to below 26 ppm can make a real dead fish, said Suharsono. The only way to use a true marine fish cultivation. They are more adaptive because it was conditioned on the salinity is lower.
Similar delivered by Dra Kadek Ari successful breeding clown fish and sea horses outside the original habitat in 2008. That could definitely live marine ornamental fish cultivation, says researcher Center for Marine Aquaculture Development (BBPBL) Lampung. Photo booth Gex sent to him expressing it. From the clown fish's body color, obviously this is cultivated. The color of younger fish. Another feature of fish seen clustered along. In nature is not like that, he said.
In fact Kadek like a clown fish in an aquarium recognize that Gex. Understandably after successful menangkarkan, Kadek often sends clown fish and sea horses to Japan. Perhaps that's the reason why only the marine ornamental fish clown fish and sea horses are displayed in the aquarium Gex. Both marine ornamental fish has been successfully cultivated.
In the freshwater ornamental fish do not have to use captive breeding. Fresh fish is actually even comfortable in brackish conditions due to environmental salinity salinity approached him, said Fahmi SPi Melta Rini, MSI, researchers Loka Research Freshwater Ornamental Fish Aquaculture in Depok, West Java. That is just enough freshwater ornamental fish acclimatized to live in slightly brackish conditions. Chance
The presence of technology merging sea and freshwater ornamental fish was quite interested hobbyists. Grigorius Tam from Greece, for example, hopes to buy marine products after treatment officially released on the market by Gex in August 2009. Grigorius want to try to just have fun. I have a marine aquarium at home, said fish shop owner in Akrapolis it.
According to Gunawan Jemmy in the center of ornamental fish Jalan Kartini, Jakarta, this technology is indeed a great opportunity to preferred hobbyists. KDC store owner was referring to when he experimented combining marine ornamental fish such as pond, a sense of the leadership, and demand deposits of sand, along with three Tossa goldfish in an aquarium measuring 60 cm x 30 cm x 20 cm by 2007. It's for display in his shop. The result? Jemmy-owned outlets flooded with visitors. They love to see it, but really knowing the price filter used to Rp80-million, they retreated, he said.
A bunch of clown fish and a sea horse Hippocampus sp between the three milling ryukin ranchu a fun and a fun swim between the red patterned artificial reefs and aquatic plants. While other freshwater aquarium fish: ornamental carp, platy, guppy and a few tail back and forth on the back wall of the aquarium.
The view contrasts like this inevitably makes dozens of visitors and exhibitors from various countries Aquarama 2009 alternated looking aquarium contents. In short there is no other word that comes out of their mouths in addition to exceptional sentence. According Mulyadi, a mating syringe ornamental fish in Bandung, West Java, which is shown booth Gex was indeed anomalous. Fair booth was a star in Aquarama 2009.
This breakthrough is a step forward compared to similar innovations in Aquarama 2007. At that booth H2O Aquarium from Singapore also shows marine and freshwater ornamental fish in an aquarium. However, they actually live in two different aquariums. In the marine aquarium measuring 3 mx 1 m was buried 3 pieces of fresh-water aquarium. At first sight the ocean and freshwater fish like to swim together when viewed from the front of the aquarium. Document 1971
According Yuichiro Miyauchi, Gex staff, key technology merger of two different types of ornamental fish habitat is marine treatment developed by Toshimasa Yamamoto, professor of Okayama University of Science Specialized Training College. The product was a white powder that can increase levels of electrolytes in freshwater. Electrolyte is a substance that easily decomposes in the form of ions. One of the famous bond electrolyte salt is NaCl alias.
Miyauchi not willing to reveal how the case sits in a powder compound was working. However, when Trubus try tasting a bit fed aquarium water of dissolved oxygen through the aerator, feels a bit salty brackish alias. Other data that can be revealed is the influence of marine treatment embodied in a piece of paper and taped to the side of the aquarium. It read: white powder, 2 mineral elements in one box, pH 7.2 to 7.6, salinity of 7-9 ppm, temperature 25? C, and non-toxic.
Which seems invisible, aquarium chiller using refrigerant temperature is set to 25? C and biological filters. Invisible protein skimmers, decomposition of ammonia in saltwater conditions. Therefore Takehito Morimoto, other staff, says water should be replaced every 2 weeks. A sense of mystery that later became a gossip blog visitors crowded in a variety of post Aquarama 2009. Sample Benny Ng from Singapore. In his blog posting photos Benny aquarium and insert comments, How?.
Search Trubus discovered a surprising fact. The unification of marine and freshwater ornamental fish in an aquarium is not new. At least it appears from the document file patents issued by the government of the United States patent number 3683855 in 1971 on behalf of national origin Tronic Products Inc. of New Jersey. There, outlined the steps to create a solution capable of making different fish habitats that comfortable life together.
The solution was mixed with a mixture of seawater and freshwater on the salinity of 12-14 ppm. To obtain the degree of acidity of about 7.2 to 7.6 as it was in an aquarium Gex, the solution was given an additional 0.75 to 1.5 g of the metal silicate salt. Metal silicate consisting of sodium and potassium elements.
Furthermore, what happens in the body of the fish? Indeed in the body fluids of freshwater fish and the sea has a salinity similar even though the concentration of salt in each different habitat. Salinity fluids in the body of fish around 2 / 5 ppm of ocean salinity is 33 ppm; freshwater fish 1 / 5. In order to balance the pressure maintained, the mechanism of osmosis works in the body of the fish. The point the fish will set in and out of the water in the body. With the same reason mentioned above solution has a salt concentration corresponding salinity range of different body fluids both fish habitat, between 1 / 5 - 2 / 5 ppm.
The solution is an organic compound that consists of material propylene glycol and ethylene glycol. Ethylene glycol is known as a colorless liquid, odorless, and taste sweet and soluble in water. The compound is the main raw material of textile industry, paints, brake, until the antifreeze. Propylene is a byproduct of making soap and candles. He emerged as a reaction with fatty acids and oils. Adaptation
According to Prof Dr Suharsono freshwater and marine fish can be maintained in one place. In marine fish can be done on ikanikan estuarine, said the head of the Research Center for Oceanography LIPI Ancol, North Jakarta. Refer to the estuarine fish that live in estuaries. There is smaller salinity of about 12 ppm. At sea salinity reaches 33 ppm.
Therefore estuarine fish such as milkfish Chanos Chanos, tight-tight Ogcocephalus radiatus, or salmon is not difficult to live even though they should be in environments with different salinity. Osmoregulation system they are already well developed. So if put together in brackish conditions with freshwater fish, estuarine fish more resistant, even without the acclimatization process, said coral doctorate in ecology from the Department of Biology University of Newcastle Upon Tyne in England.
However, in the case of clown fish and sea horses are kept together freshwater ornamental fish such as witnessed in the booth Gex conditions are somewhat different. Different because the clown fish and seahorses that live purely in the sea, around coral reefs. Without the adaptation process was difficult for both the fish live in brackish conditions. Changes in salinity to below 26 ppm can make a real dead fish, said Suharsono. The only way to use a true marine fish cultivation. They are more adaptive because it was conditioned on the salinity is lower.
Similar delivered by Dra Kadek Ari successful breeding clown fish and sea horses outside the original habitat in 2008. That could definitely live marine ornamental fish cultivation, says researcher Center for Marine Aquaculture Development (BBPBL) Lampung. Photo booth Gex sent to him expressing it. From the clown fish's body color, obviously this is cultivated. The color of younger fish. Another feature of fish seen clustered along. In nature is not like that, he said.
In fact Kadek like a clown fish in an aquarium recognize that Gex. Understandably after successful menangkarkan, Kadek often sends clown fish and sea horses to Japan. Perhaps that's the reason why only the marine ornamental fish clown fish and sea horses are displayed in the aquarium Gex. Both marine ornamental fish has been successfully cultivated.
In the freshwater ornamental fish do not have to use captive breeding. Fresh fish is actually even comfortable in brackish conditions due to environmental salinity salinity approached him, said Fahmi SPi Melta Rini, MSI, researchers Loka Research Freshwater Ornamental Fish Aquaculture in Depok, West Java. That is just enough freshwater ornamental fish acclimatized to live in slightly brackish conditions. Chance
The presence of technology merging sea and freshwater ornamental fish was quite interested hobbyists. Grigorius Tam from Greece, for example, hopes to buy marine products after treatment officially released on the market by Gex in August 2009. Grigorius want to try to just have fun. I have a marine aquarium at home, said fish shop owner in Akrapolis it.
According to Gunawan Jemmy in the center of ornamental fish Jalan Kartini, Jakarta, this technology is indeed a great opportunity to preferred hobbyists. KDC store owner was referring to when he experimented combining marine ornamental fish such as pond, a sense of the leadership, and demand deposits of sand, along with three Tossa goldfish in an aquarium measuring 60 cm x 30 cm x 20 cm by 2007. It's for display in his shop. The result? Jemmy-owned outlets flooded with visitors. They love to see it, but really knowing the price filter used to Rp80-million, they retreated, he said.
Terms affordable expressed by Gumilar. The results of the new technology will be quickly accepted hobbyists when cheap and environmentally friendly, said Gumilar. Cecep Hidayat was at the center of Firda Aquarium ornamental fish Sumenep Road, Central Jakarta, If the price is definitely cheaper requested, he said. After all, innovation displayed by the booth Gex opening insight that nothing is impossible try. See goldfish and a clown fish swim together in an aquarium is fun.
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