Those which do not nurture their offspring and those which spawn in an aquatic environment
These are known as r-selected species. They typically have high reproductive rates, produce many offspring, and have low parental investment. They rely on high population growth to offset high mortality rates and competition for limited resources.
Organisms that are constantly exposed to dangers, which can kill them in mass, have evolved to reproduce in high numbers so that enough of a species will survive and continue the species. Survival of the fittest and natural selection is a common practice among organisms that reproduce fast and in high numbers.
Carp, Giraffe
The best collection of life history traits to maximize reproductive success would include early reproductive maturity, high fecundity, efficient resource allocation strategies, effective parental care, and long lifespan. These traits would help organisms produce more offspring and increase their chances of survival and successful reproduction in their environment.
Crabs produce a large number of offspring to increase the chance of some surviving to adulthood. However, survival rates are low due to predation, competition for resources, and environmental factors. This results in population numbers remaining fairly constant from year to year despite the high reproductive output.
Mammals produve low number of offspring.
Mammals produce a low number of offspring. Take humans, cats or dogs for example xHope i helped ;P
Asexually reproducing organisms often produce many offspring to enhance their chances of survival and colonization in their environment. Since they can rapidly generate large numbers of genetically identical individuals, they can quickly exploit available resources and adapt to favorable conditions. This high reproductive rate also compensates for potential environmental hazards or predation that may affect their survival. By increasing the number of offspring, these organisms maximize their overall reproductive success.
no
The taxon that includes organisms that are most closely related is a species. Organisms within the same species share a high degree of genetic similarity and can interbreed to produce fertile offspring.
because it is an organism
This phenomenon is an example of reproductive strategy known as "r-strategy" or r-selection. In this strategy, organisms produce a large number of offspring with the expectation that only a small fraction will survive to adulthood due to high mortality rates from predation, environmental factors, or competition. This approach increases the chances of at least some offspring surviving to reproduce.
These are known as r-selected species. They typically have high reproductive rates, produce many offspring, and have low parental investment. They rely on high population growth to offset high mortality rates and competition for limited resources.
It depends on the size of the mammal.
This process is known as "overproduction." It is a strategy employed by many species to increase the likelihood of a few offspring surviving and passing on their genes to the next generation. By producing numerous offspring, organisms can compensate for high mortality rates and ensure the continuation of their genetic line.
Ecologically, a 'K' strategist is an organism that produces fewer offspring over its lifetime, but invests greater resources in those offspring. This produces a population that tends to fluctuate little over time. It is considered the ecological opposite of an 'r' strategist.
some eggs are eaten or babies dont survive