Jellyfish Blooms

Jellyfish is one of the most impressive animals in our ocean and is known for its tendency to form spectacular flowers. The unique characteristic of jellyfish biology and ecology has allowed them to bloom, making it a successful invasive species, and jellyfish in some areas of the world. The interaction between humans and jellyfish often rises with coastal tourism, fishing and power generation as humans are increasingly living on the world coastline. However, we can not ignore the fact that jellyfish bloom for at least 500 million years in the ocean. And it is an important part of a normal and healthy marine ecosystem. Here, many of the world's leading jellyfish experts are exploring the science behind mass jellyfish breeding. We have studied the unique characteristics of jellyfish biology and ecology that brought about the flowering and rupture of the population and showed why jellyfish is important for coastal and marine ecosystem functions through case studies . We outline the strategies that coastal managers can use to mitigate the impact on coastal industries of coastal industries and thereby enable humans to coexist with these attractive organisms. Finally, we emphasize how jellyfish helps society and provide the most biomedical compounds and foods found in the 20th century.

The most impressive of all the jellyfish flowers is jellyfish in the wild village that is flooded frequently in the Sea of ​​Japan in the past decade. These huge creatures with thousands of stinging tentacles are up to 7 feet in diameter and weigh up to 600 pounds under normal conditions. If they grow, there is the possibility of damaging the fishing net of the fisherman, destroying the fish, poisoning them with a poisonous thorn, serious damage to the Japanese fishery. In 2009, when the crew tried to pull in a fishing net full of jellyfish, the fishing boat was overthrown.

The number of jellyfish and comb jelly looks more general in the world. These aggregates are known as "jellyfish breeding" or "jellyfish explosion", and these can cause various problems. Excessive jelly underwater is dangerous for swimmers and forces the town to close the beach. Jelly blocked coastal power plant machinery and caused a blackout. They can interfere with the fishery by eating fish larvae and fishermen catch jelly instead of the fish they desire. Where they happen, breeding jellyfish can even change the chemistry of seawater. Scientists want to solve this problem by discovering the practical uses of jellyfish, just as jellyfish is exchanged for fish used for aquaculture feed. Jellyfish mucilage that has been proven to be combined with microplastic can also be used in a day's water treatment facility and can help fight the growing problems of plastics worldwide.

In 2012, the working group of jellyfish international experts evaluated the scientific evidence behind the theory that jellyfish growth has increased due to global temperature change. What they first discovered was lack of information. As we all know, jellyfish are difficult to learn and they unexpectedly bloom in the corners where they can not be accessed from the ocean. Available data suggests a more complicated story that jellyfish appears in waves that coincide with the natural variation of the environment. Flowering is rapidly increasing in recent years, but this growth is within the normal variation range.