Gametangium .
When hyphae of different mating types meet, they can fuse together in a process called plasmogamy. This fusion forms a structure known as a dikaryon, where two distinct nuclei coexist within the same hyphal compartment. This dikaryotic mycelium can then undergo karyogamy, where the nuclei fuse to form a diploid nucleus, initiating the formation of sexually reproductive structures such as mushrooms.
It forms a button, which develops into a mushroom
Yes, it is.
Zygomycota ! (: You cant really answer this question because its worded badly but i had the question as well & it said that zygomycota is the answer !
True
Gametangium .
When hyphae of different mating types meet, they can fuse together in a process called plasmogamy. This fusion forms a structure known as a dikaryon, where two distinct nuclei coexist within the same hyphal compartment. This dikaryotic mycelium can then undergo karyogamy, where the nuclei fuse to form a diploid nucleus, initiating the formation of sexually reproductive structures such as mushrooms.
It forms a button, which develops into a mushroom
To
Yes, it is.
Zygomycota ! (: You cant really answer this question because its worded badly but i had the question as well & it said that zygomycota is the answer !
Water cycle involves these processes:evaporation,condensation andprecipitationIt involves all these stages.
True
The process that repeatedly moves matter between different forms on Earth is the biogeochemical cycle. Examples include the carbon cycle, water cycle, and nitrogen cycle. These cycles involve the movement of elements and compounds through organisms, the atmosphere, water bodies, and the Earth's crust.
After a spore germinates, it forms mycelium, which is a network of branching hyphae that absorb nutrients. The mycelium then develops into a primordium, which eventually grows into a mature mushroom.
Karyogamy in the fungus Mucor occurs in the zygospore. This structure forms when two haploid hyphae of opposite mating types fuse, resulting in the fusion of their nuclei. This process leads to the formation of a diploid nucleus which subsequently undergoes meiosis to produce genetically diverse offspring.
Bacteria are essential to the nitrogen cycle.