Mobile organisms are more likely to be mobile due to evolutionary adaptations that enhance their ability to move, seek resources, escape predators, and find mates. Mobility allows them to explore diverse habitats, access food and shelter, and adapt to changing environments. Additionally, being mobile can facilitate gene flow between populations, promoting genetic diversity and resilience. Overall, mobility is a critical trait that increases an organism's chances of survival and reproduction.
Mobile Phones are 30% more likely to be stolen than money.
why are members of the same genus more likely to compete for a niche than organisms than in different families
Euryhaline organisms are more likely to be found in estuaries, as they can tolerate a wide range of salinities. Stenohaline organisms, which can only tolerate narrow salinity ranges, are less common in estuaries because of the fluctuating salinity levels in this environment.
Organisms that typically leave fossils often have hard parts, such as bones, teeth, shells, or woody tissues, which are more likely to withstand decay and environmental conditions. Additionally, organisms that lived in sediment-rich environments, such as river deltas or ocean floors, are more likely to be buried quickly and preserved. Larger organisms and those with more durable structures tend to have a higher chance of fossilization. Lastly, organisms that lived in abundant populations are more likely to leave behind fossils, increasing the likelihood of preservation over time.
natural selection
Natural selection
dog and wolf
dog and wolf
The more classification levels two organisms share, the more closely related they are in terms of evolutionary history. Organisms that share many classification levels are likely to be more similar in terms of genetics, anatomy, and behavior.
Sexual reproduction is more likely to result in increased variety among organisms compared to asexual reproduction. This is because sexual reproduction involves the mixing of genetic material from two parent organisms, leading to new combinations of traits in offspring.
Given that these similarities and the differences occur in patterns of nested hierarchies, common descent is the more likely explanation.
Ones with hard bony parts, soft tissues do not from fossils.