Deforestation, pollution and loss of natural resources all are possible due to human involvement in devastating the environment i.e. urban sprawl. Thus, correct answer is option D.
Further Explanation:
Urban sprawl is another word used for urbanization. This refers to the migration of the population from the populated towns as well as cities to the reduced density of residential development. This shift generally leads to reduction of natural resources and supplies. The final result is the spreading of a city over more and more rural land. This refers to the expansion of poorly planned and low-density development. This spreads over large amounts of land and puts long distances between storage home and work, and thus, creates high segregation between commercial and residential uses having harmful impacts on the individuals living in such regions. The wildlife and ecosystems are displaced.
Some argue that this has its benefits like making local economic growth. However, it has many uninvited consequences for the environment as well as residents like higher water and air pollution, elevated jams and fatalities in traffic, and loss of agricultural capacity. There is also an increased car dependency.
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Answer Details:
Grade: High School
Subject: Biology
Chapter: Human intervention and environment
Keywords:
Negative consequences, urban sprawl, car dependency, traffic jams, fatalities, pollution
B : cartilage
C : ligament
electron
B.
nucleus
C.
proton
D.
neutron
Group of answer choices
A. Earth’s gravitational pull on the sun
B. the moon’s gravitational pull on Earth
C. Earth’s gravitational pull on the moon
D. the moon’s gravitational pull on the sun
Answer:
I think the answer is c sorry if I'm wrong :(
B. doubled
C. identical
D. unrelated
so the answer is <B>.........
The characteristic that results from a monohybrid cross is the dominant trait, which is the trait that is physically expressed in the offspring.
In genetics, a monohybrid cross is when parents differ in only one characteristic, and their offspring's genetic combination will determine the observed trait. The characteristic that results from a monohybrid cross is the dominant trait, meaning it is the trait that is expressed in the organism's appearance. For example, if two plants differ in flower color, one being purple (dominant) and one white (recessive), the offspring of a monohybrid cross would likely show the dominant trait, purple flowers.
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