plant and fungi
C) orchid and mycorrhizae is an example of a symbiotic pair of organisms. In this relationship, orchids rely on mycorrhizal fungi to help them absorb water and nutrients from the soil, while the fungi benefit from the organic compounds produced by the orchids. This mutualistic interaction enhances the survival and growth of both organisms.
Because mycorrhizae are symbiotic micro-organisms, providing nirogen to the higher plants by nitrification.
Forming mutualistic relationships allows fungi and algae to access resources they cannot obtain on their own, such as nutrients or protection. This symbiotic partnership enhances the overall fitness and survival of both organisms and enables them to thrive in challenging environments. Additionally, the exchange of resources between the organisms can lead to increased productivity and growth for both partners.
No, microorganisms that cause disease and infection in plants and animals are not mutualistic. They are typically considered pathogens, which are organisms that harm their hosts. Mutualistic relationships involve both organisms benefiting from the interaction.
Organisms living in close association with each other are called symbionts. These relationships can be mutualistic (benefiting both species), commensalistic (benefiting one species without harming the other), or parasitic (benefiting one species at the expense of the other). An example of a symbiotic relationship is the mutualistic partnership between bacteria in the human gut and the human host.
C) orchid and mycorrhizae is an example of a symbiotic pair of organisms. In this relationship, orchids rely on mycorrhizal fungi to help them absorb water and nutrients from the soil, while the fungi benefit from the organic compounds produced by the orchids. This mutualistic interaction enhances the survival and growth of both organisms.
Because mycorrhizae are symbiotic micro-organisms, providing nirogen to the higher plants by nitrification.
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Forming mutualistic relationships allows fungi and algae to access resources they cannot obtain on their own, such as nutrients or protection. This symbiotic partnership enhances the overall fitness and survival of both organisms and enables them to thrive in challenging environments. Additionally, the exchange of resources between the organisms can lead to increased productivity and growth for both partners.
No, microorganisms that cause disease and infection in plants and animals are not mutualistic. They are typically considered pathogens, which are organisms that harm their hosts. Mutualistic relationships involve both organisms benefiting from the interaction.
Organisms living in close association with each other are called symbionts. These relationships can be mutualistic (benefiting both species), commensalistic (benefiting one species without harming the other), or parasitic (benefiting one species at the expense of the other). An example of a symbiotic relationship is the mutualistic partnership between bacteria in the human gut and the human host.
When both organisms benefit from the intercourse.
Fungi partner with algae or cyanobacteria to form lichens, where the fungal component provides structure and protection while the photosynthetic partner supplies nutrients through photosynthesis. In mycorrhizae, fungi form symbiotic associations with the roots of vascular plants, enhancing nutrient and water absorption for the plant while receiving carbohydrates in return. These mutualistic relationships are crucial for ecosystem health and plant growth.
Parasitic, commensalistic, mutualistic, etc.
Symbiosis. There are three different kinds: parasitism (one organism is harmed, one is helped), commensalism (one organism is helped, one doesn't care), and mutualism (both organisms are helped). :)
It is when 2 organisms dont help or hurt one another
The word mycorrhizae refers to a symbiotic partnership that includes both the fungus and the plant kingdom. Mycorrhizal fungi are the fungus kingdom portion. They attach to the plant root of the plant kingdom. The fungus root that results is called mycorrhizae.