Alps

Mount Triglav in Slovenia is approximately 2,864 meters (9,396 feet) tall, making it the highest peak in the country.

Hannibal, a Carthaginian military commander, famously crossed the Alps with elephants during the Second Punic War in 218 BC. This feat is considered one of the greatest military achievements in history.

Mount Skuta and Mount Grintovec are located in the Kamnik-Savinja Alps, which are a subrange of the Southern Limestone Alps in Slovenia.

the highest point of the alps is Mont Blanc it was last officially measured at 15,771 ft

The Alps are 680 miles long and range in width between 80 and 140 miles. They cover about 800,000 square miles. Pfander, in Austria, is the smallest of these mountains at only 3491 feet.

Mont Blanc, located on the French-Italian border, is the highest mountain in the Alps and the highest peak in Western Europe, reaching an elevation of 4,808 meters (15,774 feet) above sea level.

The Alps were formed through the collision of the African and European tectonic plates, which began about 30 million years ago. This collision caused the Earth's crust to fold and push upwards, creating the mountain range that we know as the Alps. Continued tectonic activity and erosion have shaped the Alps into the majestic mountains they are today.

The name "Alps" is derived from the Latin word "albus," which means white. This is thought to refer to the white snowy peaks of the mountains.

Hannibal of Carthage is believed to have crossed the Alps with 37 elephants during the Second Punic War in 218 BC. This daring military maneuver was aimed at invading Italy from the north and caught the Romans by surprise.

The Alps were not discovered by a single person; they have been inhabited and traversed by various cultures for thousands of years. The earliest known inhabitants of the Alps were prehistoric peoples, with evidence of settlements dating back to the Mesolithic period. The ancient Romans also played a significant role in exploring and developing the region.

The Matterhorn in the Alps was formed through the movement of tectonic plates, specifically the African and European plates colliding. This collision caused the Earth's crust to fold and thrust upwards, creating the iconic pyramid shape of the Matterhorn. Additionally, glacial erosion over millions of years helped sculpt the mountain to its current form.

The highest mountain in the Alps is Mont Blanc, at 4,808 metres (15,774 ft), on the Italian-French border.

They were formed when the African Plate and the Eurasian plate collided. The crust buckeld and thickend creating the mountains. They were formed when the African Plate and the Eurasian plate collided. The crust buckeld and thickend creating the mountains.

Mount Kilimanjaro is in Tanzania. It borders Kenya and Uganda to the north; Rwanda, Burundi, and the Democratic Republic of the Congo to the west; Zambia, Malawi, and Mozambique to the south.

The Theory of the 42s is a concept stemming from Douglas Adams' "The Hitchhiker's Guide to the Galaxy" series where the number 42 is given as the "Answer to the Ultimate Question of Life, the Universe, and Everything." It humorously implies that the answer is not as important as understanding the question itself.

The French equivalent of the English word 'cloud' is nuage. The French noun is in the masculine gender. So it takes the definite article 'le' for 'the' in the singular, and 'les' in the plural. It takes the indefinite article 'un' for 'a, one' in the singular, and 'des' in the plural. The plural form of the noun is 'nuages', which means 'clouds'.

Why is the potential loss of glaciation in the Alps a concern for Europe?

• Glaciers provide fresh drinking water
• Tourists visit the glaciers annually
• Source of hydro-power
• All of the above

thr answer is all of the above

Evidence found in the Alps supporting plate tectonics includes the presence of different types of rocks that were formed at different depths and temperatures, the folding and faulting of rock layers, and the alignment of mountain ranges parallel to plate boundaries. Additionally, the discovery of marine fossils at high altitudes in the Alps suggests that the region was once submerged under the sea, supporting the theory of continental drift.

Alpine tundra biome. Characterized by cold temperatures, strong winds, and low vegetation due to harsh conditions, this biome is found in high mountain regions like the Alps. Plants and animals living here are well-adapted to survive in the extreme environment.

The collision between the Eurasian Plate and the African Plate created the Alps mountain range over millions of years. The convergence of these two plates resulted in intense folding and faulting of the Earth's crust, leading to the formation of the Alps.

Rocks in orogenic belts like the Alps can undergo a variety of deformations including folding, faulting, and thrusting due to tectonic forces. These deformations result from the compression and collision of tectonic plates, leading to the development of mountain ranges. Additionally, rocks may also experience metamorphism due to increased temperature and pressure from deep burial during the orogeny.

With it's headwaters in the Swiss Alps, the Rhine river flows northward through Germany and the Netherlands, finally emptying into the North Sea.

See the related map and Wikipedia article listed below for more infomtion:

it tell u about mountains and how people study it

The Alps mountains are relatively young in geological terms, with formation beginning around 30-40 million years ago. The rounded appearance of the mountains suggests they have not been subject to extensive erosion and are therefore considered young mountains.

The question of heaviest mountain on Earth is, by its nature, a question that is impossible to answer with perfect precision. It is difficult to determine what point constitutes the beginning of a mountain as well as how deep to count material as part of the mountain's mass.

Mt. Everest is not the heaviest mountain on Earth according to popular consensus because it sits on the Tibetan Plateau and is considered to have a base above 15,000 ft.

Mauna Loa on the Big Island of Hawaii is the most common answer as it is assumed by most experts to be the most voluminous mountain on Earth. It has a surface that covers thousands of square miles and is believed to rise from a base thousands of feet below the ocean.

Denali is also a contender for the title. Although it is not as high as Everest, it has an enormous mass and begins just above sea level. Mt. Logan in Canada is also a contender as it is thought to have the largest circumference of any continental (not part of an island like Mauna Loa) mountain on Earth.