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nitrogen
Bacteria and plants are part of the ecosystem. Bacteria may affect plants in a number of ways. Diseases have been mentioned, but most bacteria co-exist with plants quite easily. Several bacteria are involved with the transitions of nutrients and make nutrients such as nitrogen plant available (the plant is only able to absorb some nutrients in certain molecular forms). While other bacteria convert nutrients and toxins into forms unavailable to the plant. Other bacteria make Some bacteria, Rhizobia in particular, develop symbiotic relationships with some plants. Rhizobia convert atmospheric nitrogen into ammonium which is plant available. In exchange, the plant provides Rhizobia with shelter (a root nodule) and food (photosynthates). That should give you a couple of pathways to discuss.
Bacteria and plants are part of the ecosystem. Bacteria may affect plants in a number of ways. Diseases have been mentioned, but most bacteria co-exist with plants quite easily. Several bacteria are involved with the transitions of nutrients and make nutrients such as nitrogen plant available (the plant is only able to absorb some nutrients in certain molecular forms). While other bacteria convert nutrients and toxins into forms unavailable to the plant. Other bacteria make Some bacteria, Rhizobia in particular, develop symbiotic relationships with some plants. Rhizobia convert atmospheric nitrogen into ammonium which is plant available. In exchange, the plant provides Rhizobia with shelter (a root nodule) and food (photosynthates). That should give you a couple of pathways to discuss.
nitrogen is changed by bacteria into different forms
it forms in your body
nitrogen
Some examples of heterotrophic eukaryotic organisms that absorb nutrients from organic materials in the environment include fungi, some protists like amoebas and slime molds, and certain types of plants that have evolved mycorrhizal relationships with fungi to enhance nutrient absorption.
Bacteria and plants are part of the ecosystem. Bacteria may affect plants in a number of ways. Diseases have been mentioned, but most bacteria co-exist with plants quite easily. Several bacteria are involved with the transitions of nutrients and make nutrients such as nitrogen plant available (the plant is only able to absorb some nutrients in certain molecular forms). While other bacteria convert nutrients and toxins into forms unavailable to the plant. Other bacteria make Some bacteria, Rhizobia in particular, develop symbiotic relationships with some plants. Rhizobia convert atmospheric nitrogen into ammonium which is plant available. In exchange, the plant provides Rhizobia with shelter (a root nodule) and food (photosynthates). That should give you a couple of pathways to discuss.
Monera are single-celled organisms that don't have a nucleus. Bacteria make up the entire kingdom. There are more forms of bacteria than any other organism on Earth. Some bacteria are beneficial to us, such as the ones found in yogurt. Others can cause us to get sick. Also they get nutrients by photosynthesis.
No. The bacterium Clostridium tetani forms an endospore and can survive for long periods of time. When the endospore is introduced into a favorable environment it begins to metabolize.
Bacteria and plants are part of the ecosystem. Bacteria may affect plants in a number of ways. Diseases have been mentioned, but most bacteria co-exist with plants quite easily. Several bacteria are involved with the transitions of nutrients and make nutrients such as nitrogen plant available (the plant is only able to absorb some nutrients in certain molecular forms). While other bacteria convert nutrients and toxins into forms unavailable to the plant. Other bacteria make Some bacteria, Rhizobia in particular, develop symbiotic relationships with some plants. Rhizobia convert atmospheric nitrogen into ammonium which is plant available. In exchange, the plant provides Rhizobia with shelter (a root nodule) and food (photosynthates). That should give you a couple of pathways to discuss.
Bacteria can form capsules and spores. A capsule is a protective layer around some bacteria. They can be virulent as they can resist the body's defence mechanism. Bacteria can change into bacterial spores when the environmental conditions are unfavourable. In this condition bacteria are inactive. When the environmental conditions become more suitable the bacteria can become active and cause disease. Bacterial spores are extremely resistant and can survive most forms of disinfection and inadequate sterilisation
Decomposers - usually microbes are responsible for breaking dead organisms down into their simple forms. This process is responsible for the recycling nutrients back into the environment. An example of a decomposer is bacteria.
If you mean unobstructed land, pretty much any animal can survive. If you mean the void of outer space, there are perhaps some bacteria and viruses that could survive. Neither are quite animals, but they are forms of life.
Decomposers - usually microbes are responsible for breaking dead organisms down into their simple forms. This process is responsible for the recycling nutrients back into the environment. An example of a decomposer is bacteria.
nitrogen is changed by bacteria into different forms
Decomposers - usually microbes are responsible for breaking dead organisms down into their simple forms. This process is responsible for the recycling nutrients back into the environment. An example of a decomposer is bacteria.