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One great example for a plant the produces spores are Ferns.
None that I know of. Plants reproduce, sometimes, by making spores. The Fern plant and the true mosses do, for example.
The production of spores is considered a form of asexual reproduction because spores are typically produced by a single parent organism without the fusion of gametes. Spores are genetically identical to the parent organism, thus maintaining the same genetic information.
Ferns are an example of plants that grow from spores instead of seeds. Spores are tiny reproductive structures that develop on the underside of fern fronds and can germinate into new fern plants under suitable conditions.
Yes, spores can be killed with heat, but the temperature and duration required depend on the type of spores. For example, bacterial spores, like those from the genus Bacillus and Clostridium, can withstand high temperatures and require autoclaving (typically around 121°C for at least 15 minutes) to be effectively destroyed. Fungal spores are generally more sensitive and can be killed at lower temperatures. However, not all spores are equally susceptible to heat treatment.
Mosses reproduce by spores.
The weight of spores can vary widely depending on the species, but most fungal spores typically weigh between 1 to 10 micrograms each. For example, the spores of certain mushrooms can weigh around 3-5 micrograms. In general, spores are extremely lightweight, allowing them to be easily dispersed by wind, water, or animal activity. Their small size and low mass facilitate their survival and spread in various environments.
Two examples of organisms that reproduce through spores are fungi and ferns. Fungi, such as mushrooms, release spores that can grow into new fungal organisms when they land in suitable environments. Ferns, which are non-flowering plants, produce spores in specialized structures called sporangia, allowing them to spread and colonize new areas.
Plant spores are used for reproduction in certain groups of plants, such as ferns, mosses, and liverworts. They are released from the sporangia and can develop into gametophytes, which in turn produce male and female gametes that can combine to form a new plant. Additionally, plant spores are sometimes used in paleobotany to study the evolutionary history of plants.
spores are not seeds and seeds are not spores
spores are not seeds and seeds are not spores
spores are not seeds and seeds are not spores