The groundwater cycle (aka water cycle) is the process in which water is cycled from the sky to the ground and back.
First, it moisture in the atmosphere <u>condenses</u> and falls in the form of <u>precipitation</u> (snow, rain, hail). Once it reaches a surface, it is either <em>absorbed by the ground</em> or <em>runs off</em>. This is where the road splits briefly.
Ultimately, the <em>runoff</em> will reach a large body of water and the <em>absorbed water</em> infiltrates the groundwater. The runoff water, now grouped into a larger body, will start to <u>evaporate</u> and reach the atmosphere, completing its cycle. The groundwater on the other hand has one more step; after it reaches the groundwater, plants and trees will use it in the process of photosynthesis. After this, <u>transpiration</u> occurs, and the water in the plant's roots reaches leaves, where it turns to vapor, and goes back into the atmosphere, completing the cycle.
This cycle constantly goes on, and is why there is so much water and precipitation on Earth. For further reference, check the illustration below!
Telomeres are found at the end of chromosomes to protect
genes from reduction during replication
of chromosomes, especially during meiosis
or mitosis. They are composed of repetitive sequences
that do not code for protein. Telomeres become
reducted <span>especially due</span> to the inability of the lagging strand to be completely replicated to the end of the chromosome. However, while
the telomeres become shorted with every
replication, the telomeres are usually slightly elongated by telomerase reverse
transcriptase.
<span>Logging is the main threat to old growth forests found in the northwestern united states.
So it is true.</span>
Answer:
1.1 that's 1 in 7 and it's most common in adolescents
It is important to keep a microscope covered when not being used. Even when storing a microscope in a cabinet a dust cover must always be applied. By applying the dust cover to your microscope it prevent dust from getting in the eye lenses