the removal of native plants
Europe is known as the 'peninsula of peninsulas' due to its geographical structure. The continent, itself being a peninsula of Eurasia, contains several smaller peninsulas. These individual peninsulas have played significant roles in Europe's history, thus, the phrase 'peninsula of peninsulas' also reflects the historical significance of Europe's geography.
Europe is often referred to as the 'peninsula of peninsulas' due to its unique geography. The continent itself is a large peninsula of Eurasia and within this large peninsula are several smaller peninsulas like the Scandinavian Peninsula, the Iberian Peninsula, the Italian Peninsula and the Balkan Peninsula among others.
In addition to this large-scale formation, these individual peninsulas of Europe have played significant geographical and geopolitical roles throughout history. For instance, the Iberian Peninsula was a key area of contest during the Reconquista between Christian and Muslim kingdoms. The Italian Peninsula was the birthplace of the Renaissance and the heart of the Roman Empire.
Furthermore, the geographical location of these peninsulas has significant influence in shaping Europe's history of exploration, innovation, and engagement with other parts of the world due to their close access to important waterways. Therefore, the name 'peninsula of peninsulas' not only reflects the physical geography of Europe, but also alludes to the deep connection between this geography and the historical trajectory of the continent.
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B. desertification.
C. deforestation.
D. land accommodation.
The Sun revolves around the Earth and other planets.
The Earth and other planets revolve around the Sun.
Each of the planets revolves around its own Sun.
By the movement of translation, the planets revolve around the Sun describing an orbit.
All the planets travel their orbits around the Sun in a counter-clockwise direction.
The answer is: The Earth and other planets revolve around the sun.
b. Friction between plates creates tension, and earthquakes occur when the tension is released.
c. Convection currents cause earthquakes when they release energy to the earth's crust.
d. Oceanic currents cause earthquakes at plate boundaries when they lose heat.