8 species of the world's most dangerous invasive microorganisms
Banana flower rot virus is a pathogen that causes flower top disease in bananas. Pentalonia nigronervosa is considered to be the most serious cause of economic loss among banana diseases worldwide.
Aphanomyces Astaci
1. Shrimp disease fungus: Aphanomyces astaci
Aphanomyces astaci is a fungus that lives in fresh water and parasites in shrimp. This disease has severely reduced shrimp stocks and has the risk of extinction of some of the 5 native species of European shrimp.
2. Banana flower rot: Banana bunchy top virus
Banana flower rot virus is a pathogen that causes flower top disease in bananas. Pentalonia nigronervosa is considered to be the most serious cause of economic loss among banana diseases worldwide.
Batrachochytrium Dendroba
3. Frog frog spore: Chytridiomycosis (Batrachochytrium dendrobatidis)
The frog spore was first discovered in 1998 by a group of international scientists from Australia, the United States and the United Kingdom and since then this mushroom has been regarded as the cause of serious decline in the number of Amphibian species in pristine areas of Panama and Australia.
4. Chestnut rot: Cryphonectria parasitica
The chestnut rot disease caused by fungi causes rotten branches and chestnut stems. After infection through wounds on the bark, the fungus penetrates deep into the trunk, causing the tree to die in the upper part of the infection. This fungus has destroyed most of the American chestnut trees.
5. Bird malaria: Plasmodium relictum
Parasitic spores are transmitted by mosquitoes and cause malaria in birds (bird malaria) can kill susceptible species (penguins) and birds (in the island of Hawaii), which are not yet present. Parasite species of this malaria.
Ophiostoma Ulmi
6. Wilt disease of Du tree: Ophiostoma ulmi
Wilt disease of Du tree and can cause death of plants due to fungus Ophiostoma ulmi. This fungus is transmitted by beetles to eat bark and through scion wood. This fungus causes serious disease in Du trees in South America and Europe.
7. Epidemic virus Rinde: Rinderpest virus
Rinde virus epidemic in even ungulates. The disease causes ulceration of the mucous membranes of the digestive tract and causes the animal to die very quickly. The disease also circulates in many parts of Africa, the Middle East and South Asia.
Phytophthora Cinnamomi
8. Phytophthora root rot: Phytophthora cinnamomi
P. cinnamomi is a type of root fungus that causes vascular disease and causes death to many plants. The disease thrives in moist environment and parasites on roots and proximal stem tissue. The disease weakens or kills trees because it hinders the transport of water and nutrients in plants.
Plasmodium Relictum
Rinderpest Virus
Cryphonectria Parasitica
Pentalonia Nigronervosa
(The species on this list are chosen to illustrate the harmful effects of invasive organisms. The species that are not on the list do not mean less dangerous.)
- 18 most dangerous invasive invertebrate species in the world
- 8 most dangerous invasive fish species in the world
- The mouse grows and invades an island in just 5 months
- Detecting a significant amount of microorganisms in the troposphere
- The worms of the flukes of snail chewed away the human skin
- 99% of bacteria in the human body are not known
- The species of Florida lizards evolved rapidly due to invasive species pressure
- Burmese pythons threaten to 'swallow' Florida
- 8 species of invertebrates in the most dangerous invasive water in the world
- Train dogs to kill invasive snails
New rice variety that helps reduce diabetes will be grown commercially in 2025 What is snowdrop vegetable? Growing grapes under solar panels produces surprisingly delicious wines Strange tree known as king of wood, harder than steel, bulletproof Unique spice top 3 most expensive in the world, takes at least 2 years to bear fruit, Vietnam has a lot See 3 extremely rare snow flowers that are under national protection in China The world's precious tree grown in Vietnam: From roots to leaves can be sold, essential oil costs 8,000 USD/liter What happens if trees stop absorbing CO2?