Fragmentation occurs in multi cellular organisms with simple body organisation.eg.Spirogyra Fission occurs in uni cellular organism. eg.amoeba
The difference between sexual and asexual is that in sexual reproduction, there are two parents, and in asexual, there is only one. In sexual reproduction, the two parents mix up their genes and produce a mix between the two parents. Asexual reproduction produces an exact match of the parent, since there were only the genes from the one parent.
Spores are reproductive structures produced by fungi and some plants as a means of propagation, whereas conidia are a type of asexual spore produced specifically by fungi. Conidia are typically formed on specialized hyphae called conidiophores and help fungi disperse and reproduce rapidly in favorable conditions.
The most important difference between sexual and asexual reproduction is that sexual reproduction involves the fusion of genetic material from two parents, resulting in offspring with genetic diversity, while asexual reproduction involves a single parent and produces offspring that are genetically identical to the parent.
Asexual reproduction involves a single parent and produces offspring that are genetically identical to the parent. Sexual reproduction involves two parents and produces offspring with a unique combination of genetic material from each parent.
Asexual reproduction involves a single parent and produces offspring that are genetically identical to the parent. Sexual reproduction involves two parents and produces offspring with a unique combination of genetic material from each parent.
their is a lot of difference. they are the steps of asexual reproduction.
Mitosis is asexual reproduction, meiosis is sexual reproduction.
asexual reproduction is an exact copy made from only one organism. The latter is from two organisms.
The difference between habitat and habitat fragmentation is that habitat is area where an organism lives and habitat fragmentation is altration of small areas withen a large region, creating a patchwork of altered and original habitats.
Sexual reproduction requires an two haploid gametes fusing to form a single diploid organism. Asexual reproduction does not.
External fragmentation occurs when free memory blocks are scattered throughout memory, making it difficult to allocate contiguous blocks of memory to processes. Internal fragmentation, on the other hand, happens when allocated memory is larger than what is actually needed, leading to wasted space within memory blocks.
Internal Fragmentation is the area in a region or a page that is not used by the job occupying that region or page. This space is unavailable for use by the system until that job is finished and the page or region is released.
Sexual reproduction includes the fusion of gametes during the production of offspring. Asexual reproduction produces new offspring without the fusion of gametes.
Habitat loss refers to the complete destruction of a habitat, habitat degradation is the deterioration in the quality of a habitat without total destruction, and habitat fragmentation is the breaking up of a continuous habitat into smaller disconnected patches.
Fragmentation occurs in a dynamic memory allocation system when many of the free blocks are too small to satisfy any request. External Fragmentation: External Fragmentation happens when a dynamic memory allocation algorithm allocates some memory and a small piece is left over that cannot be effectively used. If too much external fragmentation occurs, the amount of usable memory is drastically reduced. Total memory space exists to satisfy a request, but it is not contiguous. Internal Fragmentation: Internal fragmentation is the space wasted inside of allocated memory blocks because of restriction on the allowed sizes of allocated blocks. Allocated memory may be slightly larger than requested memory; this size difference is memory internal to a partition, but not being used
The key difference is that asexual reproduction involves a single parent, resulting in offspring that are genetically identical to the parent. In sexual reproduction, two parents contribute genetic material to produce genetically diverse offspring.
The difference between sexual and asexual is that in sexual reproduction, there are two parents, and in asexual, there is only one. In sexual reproduction, the two parents mix up their genes and produce a mix between the two parents. Asexual reproduction produces an exact match of the parent, since there were only the genes from the one parent.