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mrs_skeptik [129]
3 years ago
8

Rerouting a river could affect fishing in the river downstream because

Biology
2 answers:
Natali5045456 [20]3 years ago
7 0
Downstream river would have less water, so there would be less fish to catch.

River re-routing is a process wherein the mouth of the river is mouth to another location. Thus, existing mouth of the river will lose its water source and have less water. Fishes in the existing river path will decrease because of the decreased level of water. 
Maslowich3 years ago
3 0
There are many possibilities how rerouting a river could affect fishing in a river. However, from the answers you've provided, less water being available because of the rerouting of a river is likely the most correct answer - rerouting means less water which in effect means less fish to be found.
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When speaking of the anatomy of a virus, we can say that ________.
Blababa [14]

When speaking of the anatomy of a virus, we can say that it is a protein capsid which comes in form a RNA or DNA

<h3 /><h3>What is anatomy of a virus?</h3>

A virus is of a single or double-stranded nucleic acid surrounded by a capsid (called the protein shell).

When they are inside the living host cell, they can only produce once. Hence we can conclude that when speaking of the anatomy of a virus, we can say that it is a protein capsid which comes in form a RNA or DNA

Learn more on virus here: brainly.com/question/17395741

#SPJ11

6 0
2 years ago
Select the correct locations in the images.
Arlecino [84]

Homozygous individuals' genotype is composed of the same type of alleles. In this example, the offspring with homozygous alleles for the smooth pod trait are SS.

<h3>What is homozygous genotype?</h3>

The term homozygosis is used to refer to the genotype of individuals that carry the same type of alleles.

Let us remember that alleles are the alternative forms in which a gene can be expressed.

To understand the concept, let us think about a diallelic gene, which is a gene that has two types of alleles.

  • Dominant allele → let us represent it with an A
  • Recessive allele → let us represent it with an a

Homozygous individuals will have two alleles of the same type

  • AA → homozygous dominant because it carries the dominant alleles
  • aa → homozygous recessive because it carries the recessive alleles

Heterozygous individuals are those that carry two types of alleles, dominant and recessive → Aa

In the exposed example,

  • the dominant allele → S → codes for smooth
  • the recessive allele → s → codes for constricted

Cross 1: Two homozygous individuals are crossed

Parentals)         SS                    x               ss              

Phenotype) smooth pods                   constricted pods

F1) The first generation is composed only of heterozygous inviduals → Ss

The whole generation has smooth pods because they carry the dominant allele which expresses the dominant phenotype.

Cross 2:  Two heterozygous individuals are crossed

Parentals)       Ss x Ss

Phenotype) smooth pods

F2) The second generation is composed of

  • 1/4 = 25% homozygous dominant indiviudals →<u> SS → smooth</u>
  • 1/2 = 50% heterozygous inviduals → Ss → smooth
  • 1/4 = 25% homozygous recessive indiviudals → ss → constricted

The offspring with homozygous alleles for the smooth pod trait are SS.

You can learn more about homozygous genotype at

brainly.com/question/1084870

brainly.com/question/14804681

brainly.com/question/22405088

#SPJ1  

4 0
2 years ago
Reviewing Meiosis:
Oksanka [162]

Start of Meiosis = 1 cell 1 pair of chromosomes

End of Meiosis 1 = 2 cells crossed over chromosome (combined genes 1 in each cell = 2)

End of Meiosis 2 = 4 cells, 1 chromatid in each (4)

I hope it helps!

6 0
2 years ago
Use the punnett squares below to model each parent combination after filling in each Punnett square predict then percentages of
Oduvanchick [21]

The provided question is incomplete as it lacks the combinations of parent as metion in the question, however the complete question is attached as the image.

Answer:

There are two parent combinations that are :

1. heterozygous black Ff cross with heterozygous black Ff

2. heterozygous black Ff cross with white ff

Explanation:

1. in first combination the each parent will produce F and f gametes, as it is shown as Capital F so it will be dominant over f as per the rule. so the cross can be shown as :

    F      f

F  FF    Ff

f  Ff     ff

where, FF are black Ff black and ff white offspring. As there is clearly 3 black offspring over one white spring so the ratio is 3:1 or 75% chances of black and 25% chances of white offspring (phenotype).

2. in second combination there would be F and f gametes for black parent and f and f for white parent, thus the offsprig would be :

    F     f

f   Ff    ff

f   Ff    ff

As, there is two black and two white springs are produced than the ratio would be 2:2 or 50% chances of each white offspring and black offspring (phenotype)

4 0
3 years ago
What goes with it ?
cricket20 [7]

Photosynthesis does all those things. Releases energy in the form of ATP, stores energy in glucose molecules, performed by producers, and performed by consumers.

3 0
3 years ago
Read 2 more answers
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