There are many examples of symbiotic relationships in nature. First, you must define what kind of symbiosis. There are three: mutualism, commensalism, and parasitism. In mutualism, both organisms benefit, in commensalism one benefits while the other is unaffected, and in parasitism one benefits while the other is harmed. Many mutualist symbiotic relationships occur in the natural world. For example, some species of ants "farm" aphids by caring for their eggs, carrying them to food sources, and protecting them from predators. In return, the ants benefit from consuming the "honeydew" the aphids excrete. Commensalism can be seen in the interaction between mites and large mammalian hosts. Many mammals (including humans) excrete sebum, or oil, from their pores. Certain mite species subsist from these excretions. The mites benefit, but neither hurt nor help their hosts. Parasitic examples are more obvious, and include tape worms that live in their hosts intestines, depriving them of nutrients.
There are only 3 types of symbiotic relationships. Commemsalism, Parasitism and Mutualism
Chickens are Symbiotic with your plant beds.
NO!
What are the symbiotic relationships of the mandrill
they have a symbiotic relationship with dinosaurs and ptaters
Yes
Yes, an organisms niche essentially includes being in a symbiotic relationship because the niche is the role the organism plays or what it contributes to it's ecosystem therefore being in a symbiotic relationship in part of the role it plays and how it contributes.
No, symbiotic relationship benefit both parties involved, a parasitic relationship only benefits the parasite.
the swift fox has a symbiotic relationship with Steven Harper
It is a symbiotic realtionship that rakes place between to organisms in the intertidal ecosystem
Yes, plankton can be involved in symbiotic relationships. For example, some phytoplankton, like certain species of dinoflagellates, form symbiotic associations with marine animals such as corals, providing them with energy through photosynthesis in exchange for a protected habitat and access to nutrients. Additionally, zooplankton can engage in mutualistic relationships with microorganisms, benefiting from the nutrients released by these organisms while providing them with mobility and dispersal.
no