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There is no rate to evolution. Evolution is simply the following of natural selection within an environment. natural selection is like survival of the fittest. A mutation in the organism is caused which can start the natural selection process for that organism. If that organism is able to survive better with that mutation then the trait is passed down and slowly evolution takes place. The only way for evolution to happen at the same rate of another organism is if the organisms rely on each other and one goes through a change. The other dependent species will have to also go through an alteration in order to be able to survive. hope this helps!
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What does primary productivity measure?
Primary productivity measures the rate at which energy is captured and converted by photosynthetic organisms through the process of photosynthesis. It quantifies the amount of organic matter produced by autotrophs in an ecosystem, forming the basis of the food chain for all organisms in the ecosystem.
Does a rugged mountain terrain have a high or low rate of speciation?
A rugged mountain terrain would have a high rate of speciation because mountain would prevent organisms from interacting; hence, gene flow would stop.
Compare the appearance and rate of locomotion in amoeboid flagellated and ciliated organisms observed in this exercise?
Amoeboid organisms, such as amoebas, exhibit a flexible, blob-like appearance and move through pseudopodia, allowing for slow and variable locomotion. Flagellated organisms, like euglena, are typically more streamlined and can move quickly using one or more whip-like flagella. Ciliated organisms, such as paramecia, possess numerous tiny hair-like structures (cilia) that beat in coordinated waves, enabling rapid and efficient movement across surfaces. Overall, amoeboid movement is the slowest, while flagellated and ciliated movements are generally faster, with ciliated organisms often exhibiting the highest rate of locomotion.
Why would a rough steep mountain habitat have a higher rate of speciation than large open grasslands habitat?
The mountain would prevent organisms from interacting
How much is 1092 dollars convert to pesos?
The exchange rate varies, so it depends on the current rate. As of today, if the exchange rate is 1 USD to 50 pesos, then 1092 USD would be equivalent to 54,600 pesos. It's best to check with a currency exchange service for the most accurate rate.
Did humans evolve?
All organisms, including humans, have evolved from ancestral organisms and continue to evolve, although at a rate too slow to witness during one lifetime.
How quickly does evolution occur?
The rate of evolution can vary greatly depending on the species and the environmental pressures they face. Some organisms can evolve relatively quickly, such as bacteria that develop resistance to antibiotics within a few years. In contrast, larger and more complex organisms like humans or elephants may evolve over much longer timescales of thousands to millions of years.
What factor most influences a star's rate of evolution?
The mass of the star is the most influential factor in determining its rate of evolution. More massive stars have shorter lifespans and evolve more quickly, while lower mass stars evolve more slowly over much longer timescales.
What best describes the relationship between the flow rate of streams and the types of organisms that live in the streams?
The flow rate of streams affects the types of organisms that can thrive in them. High flow rates generally support species adapted for swift currents, such as trout, while low flow rates are suited for species like insects and algae that can withstand slower water movement. The flow rate influences the availability of oxygen, food, and shelter for stream organisms.
In what way would the change in heart rate that corresponds with holding your breath be advantageous in other types of organisms?
It would be beneficial to other types of organisms because they could stay under water longer. Their heart would be beating slower so it would use less energy.
What rate do organisms die?
depends on what species it is
When amount of new organisms equals the amount of organisms that die?
zero growth rate
What are some different types of home mortgages?
The most common types of home mortgages are Fixed-Rate, FHA loans, VA loans, and interest-only loans. The most common mortgage type is the fixed-rate mortgage which can be taken out for anywhere between 10 and 50 years.
What kinds of cardio exercises will help me burn the most fat?
The best types of cardio that help you lose weight are the types which really get your heart rate going. The faster your heart rate, within reason, the more calories you are burning.
What is it called when groups of organisms show rapid rate of diversification?
The phenomenon where groups of organisms show a rapid rate of diversification is called "adaptive radiation." This typically occurs when species expand into new ecological niches or following significant environmental changes, allowing them to evolve quickly and adapt to various conditions. Examples include the diversification of Darwin's finches in the Galápagos Islands and the rapid evolution of mammals after the extinction of the dinosaurs.
What is faster the quicker the organisms reproduce?
The rate of evolution.
What is the Punctuated equilibrium theory of evolution?
The opposite theory is phyletic gradualism which, in short, states that organisms evolve at a slow steady pace. Most evolutionists favour the punctuated equilibrium as a more accurate explanation. It states that organisms do not evolve necessarily at a steady rate as some organisms like crocodiles have changed fairly little recently but once evolved at a fairly faster rate. An early form of the theory was proposed in Ernst Mayr's 1954 paper "Change of genetic environment and evolution". But it acquired its current form in a series of papers published in 1972 by Niles Eldredge and Stephen Jay Gould.See the following references:http://en.wikipedia.org/wiki/Punctuated_equilibriumhttp://evolution.berkeley.edu/evosite/evo101/VIIA1bPunctuated.shtmlhttp://www.pbs.org/wgbh/evolution/library/03/5/l_035_01.htmlhttps://www.princeton.edu/~achaney/tmve/wiki100k/docs/Punctuated_equilibrium.html
