0
What else can I help you with?
Type of bacteria in Pea plant roots that benefit the plant?
nitrogen-fixing bacteria by brazilianninja
Type of bacteria in pea plant roots that benefits the plant?
nitrogen-fixing bacteria by brazilianninja
What type of plant that has bacteria living with it that can convert to nitrogen?
Legume plants have a symbiotic relationship with nitrogen-fixing bacteria called rhizobia. These bacteria convert atmospheric nitrogen into a form that the plants can use for growth, which benefits both the plant and the bacteria. Examples of legume plants include peas, beans, and clover.
What are Nitrobacter?
A type of bacteria that fixes nitrogen in plant roots.Nitrobacter is a genus of mostly rod-shaped, gram-negative, and chemoautotrophic bacteria.
How does Rhizobium help its host organism?
Rhizobium helps the plant in which it settled (Rhizobium is the host) by converting the nitrogen present in the atmosphere and the soil into nitrates and nitrites salts,so that the plant uses for its growth and in return it gives food and nutrients to the bacteria .This type of connection between 2 organisms is call symbiotic relations or symbiosis.
Type of bacteria in Pea plant roots that benefit the plant?
nitrogen-fixing bacteria by brazilianninja
Type of bacteria in pea plant roots that benefits the plant?
nitrogen-fixing bacteria by brazilianninja
What is the only type of bacteria that soybeans and other legumes host to help with nitrogen fixation?
Rhizobium.
What type of plant that has bacteria living with it that can convert to nitrogen?
Legume plants have a symbiotic relationship with nitrogen-fixing bacteria called rhizobia. These bacteria convert atmospheric nitrogen into a form that the plants can use for growth, which benefits both the plant and the bacteria. Examples of legume plants include peas, beans, and clover.
What are Nitrobacter?
A type of bacteria that fixes nitrogen in plant roots.Nitrobacter is a genus of mostly rod-shaped, gram-negative, and chemoautotrophic bacteria.
What are leguminous plant and how do they increase the fertility of soil?
Peas, beans or peanuts. There is a type of bacteria that can grow on their roots known as nitrogen fixing bacteria. It has the ability to take nitrogen from the air, and convert it to a form of nitrogen fertilizer than plants can use.
How does Rhizobium help its host organism?
Rhizobium helps the plant in which it settled (Rhizobium is the host) by converting the nitrogen present in the atmosphere and the soil into nitrates and nitrites salts,so that the plant uses for its growth and in return it gives food and nutrients to the bacteria .This type of connection between 2 organisms is call symbiotic relations or symbiosis.
What type of organism is primarily responsible for the conversion of nitrogen into a useable form?
Nitrogen-fixing bacteria are primarily responsible for converting atmospheric nitrogen into a useable form, such as ammonia, that can then be utilized by plants for growth and development. These bacteria are found in the root nodules of leguminous plants, where they form a symbiotic relationship with the plant.
Soil dweller specialized for nitrogen fixation who are you?
I am a type of bacteria known as Rhizobia. We form symbiotic relationships with certain plant roots, particularly legumes, to help convert atmospheric nitrogen into a form that the plants can absorb and use for growth.
Which type of bacteria return nitrogen to air?
nitrites
Explain How the bacteria benefit the plant and How the plant benefits the bacteria?
Depends on the type of bacteria.some bacteria can cause the plant to rot while some can make the plants have better ability to absorb mineral salts.I'm so sorry but I do not know how the plant benefits the bacteria :)
Where do bacteria fix nitrogen gas?
Some bacteria fix nitrogen gas in the soil, forming a symbiotic relationship with plants by converting atmospheric nitrogen into a form that plants can use for growth. Other bacteria, like cyanobacteria, fix nitrogen gas in aquatic environments like oceans and freshwater bodies, contributing to the overall nitrogen cycle.
