Biotic factors that humpback whales might encounter in their ecosystem include prey such as krill and small fish, predators like killer whales, symbiotic organisms like barnacles, and other marine mammals for competition or communication.
Genetic variation allows individuals within a species to have different traits that might be advantageous in changing environmental conditions. This diversity increases the chances that some individuals will survive and reproduce when faced with new threats or challenges, helping to prevent extinction. High genetic variation also provides a larger pool of traits for natural selection to act upon, promoting the species' ability to adapt over time.
Individuals of the same species can vary in terms of traits such as size, color, behavior, and genetic makeup due to genetic variability and environmental influences. These differences allow for adaptability within a species and can lead to variations in survival and reproductive success.
A scientist might ask through what process the whale obtains the carbon dioxide. Additionally a scientist might ask what effect the carbon dioxide would have on the surrounding environment.
Sexual reproduction in sponges increases genetic diversity, promoting adaptation to changing environments. It also allows for the formation of new variations in the offspring, potentially leading to the evolution of more advantageous traits. Additionally, sexual reproduction in sponges can enhance the overall health and fitness of the population by reducing the negative effects of inbreeding.
With great effort. While there are albino and/or paler-than-average whales born occasionally, they're rare. There might not be a "white" humpback whale alive at this time. Only whale specie that's reliably white are Beluga whales.
Biotic factors that humpback whales might encounter in their ecosystem include prey such as krill and small fish, predators like killer whales, symbiotic organisms like barnacles, and other marine mammals for competition or communication.
New versions of humpback whale songs spread from Australia to French Polynesia over a period of 2 years. The songs started in the west by the males and over time has spread.
Sometimes positive variation can improve some ability of the species adapted to the environment. For example, a kind of virus can be killed by medicine A. A small part of the virus has some variation that make it can be alive with medicine A. The species of the virus can exist in future, or it will disappear in the future in the environment full of medicine A. Besides, positive variation can provide some capacity for the species to get more resource in the competition. Of course, there is negative variation that might contribute to the disappearance for the species. That is just another side of variation.
As each new generation is produced, genetic variation may be introduced into a population. The more genetic variation in a population, the more likely it is that some individuals might have traits that will be advantageous if the environment changes.
The humpback whale is a beautiful creature. Because of its enormous size, there are very few predators that prey on this whale. One predator would be humans. I hope people don't hunt this magnificent beast but in some parts of the world, I'm sure whale meat is a delicacy. Now I'm not sure about this one but, I do know that giant squid have been known to attack sperm whales. They might also try for a bite of humpback whale. Like I said, not much can hunt the humpback whale. The babies are more at risk because they are smaller. An unsuspecting baby could wander from its mom and get eaten by killer whales, sharks, humans and other predators.
There are many different species of whale and some of them are the same size. Comparing them helps distinguish them.
Humpback whales don't eat Dolphins. Humpback whales can't eat Dolphins. Humpback whales are filter feeders. They don't have the teeth to take a dolphin apart, and can't swallow anything that big.
Yes.
Variation in a species increases genetic diversity, which can help populations adapt to changing environments and resist diseases. It also enables natural selection to act on individuals with traits that provide a survival advantage, leading to evolution and the emergence of new species.
Genetic variation allows individuals within a species to have different traits that might be advantageous in changing environmental conditions. This diversity increases the chances that some individuals will survive and reproduce when faced with new threats or challenges, helping to prevent extinction. High genetic variation also provides a larger pool of traits for natural selection to act upon, promoting the species' ability to adapt over time.
Hats off to Sir Charles Darwin for his theory of evolution! Variations are very important to species. Some of the variations are more suitable for the species to survive. You get new species with time by selection of the better ones.