According to evolution, every organism on the planet produces more offspring than can possibly survive. See Charles Darwin's The Orgin of Species.
There is variation among species in the amount that survive. If you're looking for an organism with a high Death Rate look at plants who produce thousands or millions of seeds. Not every one of these matures into an adult. Many are picked out by birds and other animals.
This process is known as overproduction or the production of more offspring than can survive. It is a common strategy employed by species to increase their chances of passing on their genes to the next generation despite the high mortality rate among the offspring. By producing a larger number of offspring, the species increases the likelihood that some will survive and reproduce.
There are many different species that reproduce asexually, and the rate of reproduction depends upon the species. When an amoeba undergoes binary fission, it produces just one offspring at a time.
Absolutely not... typically they will produce a multiple more than what will survive in order to maximize survivability... genetically speaking this increases the 'fitness' of the organism. Turtles and other reptiles will produce dozens of offspring only to have a small percentage survive, but reptiles take very little care of their young (the majority of the fates of the offspring are left up to chance and the strengths of individual offspring). Mammals will produce less (typically 1/2 of the number of nipples for feeding is the average birth number at one time). Mammals produce less because they take more care of their offspring and leave less to chance.Spider unfortunately (in this authors humble opinion), have WAY too many offspring! :)Have a great day,Synapse your fingers to the beat,Synaptophyllic
If animals can breed and produce a viable (fertile) offspring they are termed a "species". Often two closely related species can inter-breed and produce an offspring that will be a non-viable (sterile) hybrid. An example of the later would be the cross-breeding of a horse with a donkey.This cross produces a "Mule", which is sterile & unable to reproduce.
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.
There are more than 0 humans, so yes we produce more offspring than needed to survive, however humans aren't often hunted or killed by other species so it would be difficult not do. Usually animals have many more offspring than humans do, but they are also part of the natural food chain, so that is needed to survive.
Fitness is a term that is used to measure the ability to survive and produce the most offspring.
more offspring are produced than will survive
Natural selection
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.
Frog spawn has a high mortality rate because of predators and other factors. Therefore the more offspring the frogs have, the greater the chance the offspring have of reaching maturity and continuing the species.
The phenomenon of over-population, according to Darwin's theory, starts the whole process of evolutionary transformation of organisms. Overproduction is the main laws of natural selection ,it is the ability of a species to produce far more offspring than can survive. The number of organisms of each species are born into the world, more than the number of them, which can find their own food to survive and leave offspring, yet the number of each species in natural conditions is fairly constant. Therefore, it must be assumed that most of the offspring in each generation dies. If all the descendants of a species to survive and reproduce, then pretty soon they would be supplanted all other forms in the world.
Organisms that can interbreed and produce fertile offspring belong to the same species classification. Organisms within a species share similar characteristics and can reproduce to create viable offspring.
The maximum number of offspring that parent organisms can produce varies depending on the species. Some organisms can produce thousands of offspring in a single reproductive event, while others may only produce a few offspring. In general, organisms with shorter lifespans tend to produce more offspring compared to those with longer lifespans.
1. Overproduction - more offspring are born than survive 2. Genetic Variation - there is variation in the population 3. Struggle to Survive - organisms with suitable variations will survive and reproduce 4. Differential Reproduction - suitable variations are passed on to offspring
Overproduction is a driving force in natural selection, as it can lead to adaptation and variations in a species. Darwin argued that all species overproduce, since they have more offspring than can realistically reach reproductive age, based on the resources available. -Google More offspring are produced than can survive. -gradpoint/novanet
This process is known as overproduction or the production of more offspring than can survive. It is a common strategy employed by species to increase their chances of passing on their genes to the next generation despite the high mortality rate among the offspring. By producing a larger number of offspring, the species increases the likelihood that some will survive and reproduce.