Answer: (B) Comet
Explanation: A comet that is not near the sun consists only of a nucleus <u>solid core of frozen water, frozen gases, and dust</u>.
Answer: This is a case of incomplete dominance inheritance because we can asume that the tail length is a trait with 2 alleles (no tail and long), but is posible to see 3 fenotypes, long, no tail, and medium which can be consider as a half way between long and no tail.
The phenotypes that seem a mix of two traits have heterozygous genotype, in this case the two parental cats have genotype Ll (assuming L as the symbol for long tail) since they have medium tails
When 2 heterozygous individual cross, the proportions according to Mendel's laws is:
25% offspring: Homozygous dominant
25% offspring: Homozygous recesive
50% offspring: Heterozygous
This proportions are quit similar to those obtained in the exercise
2/11 = 18 % Long tail: LL
3/11 = 27% No tail: ll
6/11 =54% Medium tail: Ll
Answer:
Hawai'i Volcanoes National Park protects some of the most unique geological, biological, and cultural landscapes in the world. Extending from sea level to 13,677 feet, the park encompasses the summits of two of the world's most active volcanoes - Kīlauea and Mauna Loa.
Explanation:
Answer:
Rattle snake, kit fox, coyote, raven
Explanation:
Secondary consumers form the third trophic level in a food chain or food web. They eat primary consumers which in turn eat the producers. An organism can have a different consumer level according to its position in the given good chain.
In the given food web; rattle snake, kit fox, coyote and raven eat many things simultaneously. However all of them also eat desert woodrat. Desert woodrat is a primary consumer since it consumes producer plants like creosote bush and beavertail cactus. Rattle snake, kit fox, coyote and raven are secondary consumers since they eat the primary consumer (desert woodrat). Desert iguana is not a secondary consumer. It directly feeds on creosote bush so it is a primary consumer.
<u>Biological augmentation</u>
Using nitrogen-fixing soybean crops to add nitrogen to degraded soils is an example of <u>Biological augmentation.</u>
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<h3>What is biological augmentation?</h3>
- The process of accelerating the breakdown of a pollutant through the addition of archaea or bacterial cultures is known as biological augmentation.
- It's possible that organisms from contaminated locations can already break down garbage, but possibly slowly and inefficiently.
<h3>What is an example of biological enhancement?</h3>
- Systems that use biofiltration are frequently employed to remove toxins from soil or groundwater.
- Treatment ponds, slow sand filters, and bioswales are a few types of biofilters.
<h3>What purpose does biological enhancement serve?</h3>
- The best part of this addition is that it is natural and enhances the quality, clarity, and reduction of organic sediments (muck) that build up over time on the bottom of a body of water.
- Clean-Flo is a pioneer in the stimulation of native microorganisms in addition to the addition of microbes.
To learn more about biological augmentation visit:
brainly.com/question/10453445
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