The iron bacteria often lives in wells and eats the iron in the water. These bacteria can lead to discoloration of the water and problems with sulfur. They should be removed whenever possible.
No
desceibe the importance of seaweed in marine ecosystem
The reddish-brown growths of rust on shipwrecks, caused by iron-eating bacteria, are primarily due to the activity of microorganisms such as Acidithiobacillus and Geobacter. These bacteria oxidize iron in the metal, leading to corrosion and the formation of rust. This process not only deteriorates the ship's structure but can also create unique biofilms that contribute to the marine ecosystem. The phenomenon highlights the intricate relationships between bacteria and metal artifacts in underwater environments.
Inducing mutations in bacteria
The reddish-brown growths found on the Titanic are likely rusticles, which are formations created by iron-eating bacteria consuming the iron of the ship's hull. This process, known as biocorrosion, contributes to the deterioration of the wreck over time. Rusticles are an important part of the ecosystem that has developed around the Titanic wreck.
No
eating other bacteria
um i dont know ask go to google.com and search it up
"Metal mouth" can come from several sources, but the most common is from eating underarm deodorant. The aluminum in the deodorant reacts with bacteria in the mouth to yield the smell.
bacteria
The methods bacteria can travel are by eating food, breathing air, swimming in water and by touch. Other ways bacteria can get into your system is through the mouth, ears and nose.
desceibe the importance of seaweed in marine ecosystem
The reddish-brown growths of rust on shipwrecks, caused by iron-eating bacteria, are primarily due to the activity of microorganisms such as Acidithiobacillus and Geobacter. These bacteria oxidize iron in the metal, leading to corrosion and the formation of rust. This process not only deteriorates the ship's structure but can also create unique biofilms that contribute to the marine ecosystem. The phenomenon highlights the intricate relationships between bacteria and metal artifacts in underwater environments.
it can stand without eating forever i guess because it can eat the bacteria and algae in the water
Inducing mutations in bacteria
The reddish-brown growths found on the Titanic are likely rusticles, which are formations created by iron-eating bacteria consuming the iron of the ship's hull. This process, known as biocorrosion, contributes to the deterioration of the wreck over time. Rusticles are an important part of the ecosystem that has developed around the Titanic wreck.
eating other bacteria