Which of the following scenarios is representative of how agricultural practices can affect the environment
Answers
The scenario that is representative of how agricultural practices can affect the environment is increased oxygen levels in a pond due to fertilizer runoff. Therefore, option A is correct.
How agriculture affects the environment?
Agriculture has a significant impact on the environment, both favorably and unfavorably. It can cause deforestation, water pollution, soil erosion, and climate change. Moreover, it can aid with COâ‚‚ reduction, air quality improvement, wildlife habitat creation, and food production.
Agriculture can have significant adverse consequences on the environment, such as soil, water, and air pollution, but it can also have beneficial effects, such as absorbing greenhouse gases in crops and soils or lowering flood risks by employing specialized agricultural methods.
Thus, the scenario that is representative of how agricultural practices can affect the environment is increased oxygen levels in a pond due to fertilizer runoff. Therefore, option A is correct.
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Your question is incomplete, most probably the full question is this:
Which of the following scenarios is representative of how agricultural practices can affect the environment?
a. increased oxygen levels in a pond due to fertilizer runoff
b. sediment accumulation in a body of water near a farm
c. soil compaction caused by tillage
d. increased plant growth caused by the application of herbicides
Answer:
The correct answer to the question, 'which of the following scenarios is representative of how agricultural practice can affect the environment' is A. Option A is chosen because it is the only option that refer to another environment which is different from that of the farm. When fertilizers are washed to nearby ponds as a result of erosion, it causes a lot of negative changes in the pond. For instance, the chemicals in the fertilizer can be poisonous to some of the smaller organisms in the pond, this will result in the death of these organisms. Fertilizer run off can also cause excessive growth of plants such as algae in the pond. This may block out the light necessary for the survival of the organisms in the ponds and may also reduce the amount of oxygen available to the organisms living in the pond.
Explanation:
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Which of the following are clues that this is an example of active transport?Substances are moving from an area of high l) to an area of low [], through aprotein channel, & do not use energy.Substances are losing energy as they move from an area of high (Ito an area oflow ()Substances are gaining energy as they move from an area of low [] to an area ofhigh [].Substances are moving from an area of low [] to an area of high [], through aprotein channel, using energy.
Read the observation, question, and hypothesis. Then, choose the dependent variable from the list.
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Answers
The transfer of genes from one population to another is called gene flow . Gene flow can occur through a variety of mechanisms, including:
Migration: When individuals move from one population to another, they bring their genes with them.
Interbreeding When individuals from different populations mate, their offspring inherit genes from both parents.
Horizontal gene transfer This is a process by which bacteria can exchange genes with each other, even if they are not closely related.
Gene flow is an important factor in evolution, as it can introduce new genes into a population and increase genetic diversity. This can help the population to adapt to new environmental conditions and to resist diseases.
Here are some examples of gene flow:
Monarch butterflies Monarch butterflies migrate from North America to Mexico each year. When they mate in Mexico, their offspring inherit genes from both parents. This gene flow helps to maintain the genetic diversity of the monarch population.
Gene flow is a complex phenomenon that can be affected by a variety of factors, including the distance between populations, the rate of migration, and the presence of barriers to migration.
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Answer:
gene flow
Explanation:
Answers
Answer:
Predators is an organism which can be described as the hunter who hunts for food. An d prey can be described as the organism on which the predator will feed.
Silversides can be described as small fishes which are very thin. They are usually found in fresh water or near the coastal areas.
The adaptation of the Jacks include :
- They are fast.
- They attack the prey in herds.
Adaptations of silverside are:
- They have colour much transparent or like the colour of water which allows them to hide.
- They travel in groups.
Answers
Answers
Answer:
Amphiprion latezonatus, also known as the wide-band anemonefish, is a species of anemonefish found in subtropical waters off the east coast of Australia.
Explanation:
Like all anemonefishes, it forms a symbiotic mutualism with sea anemones and is unaffected by the stinging tentacles of its host.
Phylum: Chordata
Genus: Anemonefish
Rank: Species
start superscript, start text, b, end text, end superscript, with the dominant normal hair gene being X^{\text{B}}
B
start superscript, start text, B, end text, end superscript.
A father with the genotype X^{\text{B}}
B
start superscript, start text, B, end text, end superscriptY and a mother with the genotype X^{\text{b}}
b
start superscript, start text, b, end text, end superscriptX^{\text{b}}
b
start superscript, start text, b, end text, end superscript have a son.
What is the percent chance that the son will inherit male-pattern baldness?
Answers
Answer:
100%
Explanation:
Pattern baldness if X linked and recessive.
A father with and a mother with
have a son.
First, let us look at the result of the cross between the two:
x
male progeny:
female progeny:
The two sons resulting from the cross inherited male pattern baldness. Hence, the percentage chance that the son will inherit male pattern baldness is 100.