Answer:
Democracy.
Explanation:
They used aristocracy.
B. Magnetic Shifting
C. Circumpolar current
D) Obliquity
Answer:
I will go with the letter B
ground birds
b.
pine trees
c.
olive trees
d.
aromatic plants
Among the options provided, pine trees would be the least likely to be found living in the chaparral biome, which is typically dominated by short, dense shrubs and small trees.
The Chaparral biome, also known as the Mediterranean biome, is characterized by hot and dry summers with cool, wet winters. This specific climate allows certain plants and animals to thrive. Among the options provided, pine trees (b) would be the least likely to be found living in the chaparral biome. Chaparrals are typically dominated by short, dense shrubs and small trees like olive trees and various kinds of aromatic, evergreen aromatic plants. Ground-dwelling birds also thrive in this biome due to the dense, shrub-like environment. However, pine trees tend to grow in cooler, moister climates than what the chaparral biome tends to offer.
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Answer:
b;pine trees
Explanation:
b. a low-lying region where Precambrian rocks are covered by Phanerozoic sedimentary strata
c. a region of compressed rock located behind a volcanic arc at a convergent continental margin
d. synonymous with craton
Answer:
The correct answer is D. Synonymous with craton
Explanation:
Craton is referred to as a large immobile block of earth crust composed of ancient crystalline basement rock and have deep lithosphere roots that extends deeply into the earth's mantle.
Cratons are often seen as shields because the basement rock crops out at the surface, and in platforms, the basement is overlaid by sedimentary rock.
Geographically, a shield and a surrounding platform together are synonymous with craton.
natural interest.
sustainable development.
true cost accounting.
The correct answer is A. An ecological footprint
Explanation:
The term "ecological footprint" is used to refer to all the natural resources including land, water, minerals, and others a person or a population demand according to their needs and lifestyle. Additionally, ecological footprint also measures the ecological impact or the resources and land necessary to assimilate the waste of people. This implies, the ecological footprint measures the impact of people on the environment as well as the dependence relationship on nature as all individuals need natural sources and also produce waste or support contamination. According to this, the land needed to provide sources and assimilate waste of people refers to the ecological footprint.
Answer:
In a divergent plate boundary, two plates move away from one another. Due to this divergent movement of plates, seafloor spreading takes place in the ocean basin along the mid-oceanic ridge and rifting take place in the continental areas. Due to the stretching of the crust, the lithosphere becomes thin, and with more progressive spreading, it results in the eruption of magma at the seafloor. This magma is basaltic in nature, that reaches the surface due to the force exerted by the uprising magma forming convection cells in the mantle. This type of plate motion results in the expansion of the ocean basin and the rift valley in the continental areas forms seas and oceans with increasing time.
The rocks that are formed at the mid-oceanic ridge are the youngest as the magma cools and solidifies very rapidly here. With further moving away from this spreading center the age of the rocks increases.
The divergent plate boundaries are also responsible for the occurrence of deep-focus earthquakes, and it also leads to the formation of volcanoes in its adjacent sides.
Divergent and convergent boundaries exhibit different features and characteristics. Divergent boundaries are associated with tensional stress, normal faults, and volcanic activity from mafic lavas. Convergent boundaries experience compression stress, create thrust and reverse faults, and exhibit volcanic activity from andesitic lavas.
Divergent boundaries are characterized by tensional stress, resulting in normal faults and seismic activity. This type of boundary is also associated with volcanic activity caused by the upwelling of mafic lavas from the mantle. On the other hand, convergent boundaries are the result of compression stresses, leading to plate collisions. These boundaries create thrust and reverse faults and are responsible for seismic activity. Volcanic activity at convergent boundaries is caused by andesitic lavas produced by the partial melting of a subducting plate.
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