Identify the order of the events and layers in this cross section image.
(1) is the oldest, (9) is the youngest.

The theory of Pangaea suggests all present-day continents were once a single supercontinent that broke apart over time due to continental drift, with evidence from geological and biological data supporting this concept. Alfred Wegener and subsequent scientists have contributed data that confirm this process, which continues to this day and shapes the Earth's surface.

It has been scientifically supported that the Earth's present continents were once together as a Pangaea. This was initially suggested by Alfred Wegener in 1915, who used the term Pangaea to describe a supercontinent encompassing all land. Evidence supporting this concept comes from geological and biological data. For instance, the similar rock types, fossil occurrences, and environmental indicators found on separate continents suggest they were once connected. The shapes of the continents also suggest they fit together, and this idea dates back to observations by Sir Francis Bacon in 1620. The diagram of Pangaea adapted from R. S. Dietz and J. C. Holden's data further confirms the supercontinent's existence.

The continental drift theory outlines that approximately 200 million years ago, during the early Mesozoic era, Pangaea began to break apart. This fragmentation occurred in three major phases: firstly into two supercontinents called Laurasia and Gondwanaland and then into our current configuration of seven continents. The process of drift continues to shape the Earth's geography to this day, suggesting that our planet will look very different in another 250 million years.

Understanding the evidence of the movement of continents is crucial in geoscience as it assists in determining the rate of motion and mechanisms underlying plate tectonics, thereby contributing to our comprehension of the Earth's geological history and future transformations.

The top of the asthenosphere is closest to Earth's surface at subduction zones, where one tectonic plate is forced beneath another. This process leads to partial melting of the asthenosphere and the formation of volcanoes, which are often closer to coastlines where subduction occurs, as exemplified by the Andes on the western coast of South America.

The asthenosphere is closest to Earth's surface at tectonic plate boundaries, specifically at areas where plates are being forced together, such as subduction zones. These are typically located off the coastlines of continents, where an oceanic plate is forced beneath a continental plate or another oceanic plate. As the subducting slab descends, it encounters increasing temperatures and pressures, leading to partial melting of the asthenosphere above it.

Volcanoes are generally closer to the coastline at subduction zones because the process of subduction provides a mechanism for partial melting of the mantle material, which then rises through the overlying crust to form volcanoes. An example of this is the western coast of South America, where the Nazca Plate subducts beneath the South American Plate, creating the Andean volcanoes close to the coast.

choices:

A: it is more temperate then the rest of the country.

b: its bedrock is made of limestone.

c: it has fertile volcanic soil.

D. is has the most abundant natural resources.

Answer:

A. Evaporation.

B. Transpiration.

C. Condensation.

D. Precipitation.

E. Infiltration.

F. Groundwater.

Explanation:

Answer:

B) broad, semiarid plains

Explanation:

    The Canadian Atlantic Provinces, or Atlantic Canada, are the provinces on the east coast of Canada, bordering the Atlantic Ocean, with the exception of Nunavut and Quebec. Three of them are considered "the maritime provinces": Prince Edward Island, New Brunswick and Nova Scotia. Atlantic Canada occupies a total area of 500,531 km², making up the smallest Canadian region in length. The region's population is about 2.3 million, distributed in four provinces: the three maritime provinces, plus Newfoundland and Labrador. The landscape of this territory is typically of cold plains and predominantly humid continental climate, but with temperatures more moderate by the maritime influence.

Final answer:

To create a patrol map, surveying an area for trails and mapping architectural features are essential steps.

Explanation:

Creating a patrol map involves surveying an area for trails to map out and understand the routes taken during patrols. This can be done by timing how long it takes to travel between objects of interest, similar to a compass-and-pace traverse method used in surveying. Another method mentioned could be mapping architectural features or artifact locations in the selected area based on observations.

Answer:

london

Explanation:

Answer:

The Fujisan Hongu Sengen Taisha

Explanation:

Mount Fuji is generally considered to be a site of pilgrimage for more than centuries and is one of the sacred mountains in Japan. There are numerous temples and shrines that are found to be present on and around this active volcano.

The Fujisan Hongu Sengen Taisha has been present there since the 9th century and according to the religion of Buddhism, this shrine is the main shrine for worshiping the mountains, believing that it would be the kingdom of the future Buddha Miroku. This shrine was actually dedicated to their blossom princess named Konohanasakuya hime. She was the Shinto Goddess of the Mt. Fuji.

Sweden is the northernmost territory in yellow on this map.

The small peninsula with few islands next it, just bellow Sweden, is Denmark.

The island on the western part is the United Kingdom.

The big territory on the southwest of the map is Spain.

The boot-shaped territory in the southern part is Italy.

The small territory above Italy is Switzerland.

All of the countries marked with yellow color on this map, are countries that are well developed countries. They are democratic societies. The economies are strong and heavily industrialized. All of these countries, apart from Switzerland are members of the European Union, though the United Kingdom will not be anymore in a couple of months.

Your answer is true.

TRUE.

An atoll is a ring-formed coral reef, island, or arrangement of islets. An atoll encompasses a waterway called a tidal pond. At times, atolls and tidal ponds secure a focal island. Channels between islets associate a tidal pond to the vast sea or ocean. Atolls create with submerged volcanoes, called seamounts. To start with, the fountain of liquid magma ejects, heaping up magma on the ocean bottom. As the spring of gushing lava keeps on emitting, the seamount's rise becomes higher, in the long run breaking the surface of the water. The highest point of the well of lava turns into a maritime island.

Preserved remains would probably be like an ancient organism. It could be a part of a body or the organism or being who’s condition is preserved and protected from decay with the use of chemicals and stored in a cold temperature

C. In many different ways.

1. Dessert Biome- Desserts makeup about 20% of the total land cover on earth with little or no rainfall. The four dessert biomes are Hot And Dry Desserts, Semi-Arid Desserts, Coastal Desserts and Cold Desserts.

2.Aquatic Biome- includes all bodies of water on earth, the Marine Biomes, and the Freshwater biomes.

3. Forest Biome-  Tropical rainforest, Temperate, and Boreal forest biomes make up about 30% of the total land cover on earth

4. Grassland Biome –massive areas dominated by one or a few species of grass with sparsely distributed trees.  The Savannah grasslands and Temperate grasslands.

5. Tundra Biome- coldest of all biomes which got its name from the Finnish word ‘tunturia’ meaning barren land. The Arctic Tundra is located around the North pole in the northern hemisphere, while the Alpine Tundra located on top of the mountains is very cold.

Answer:

C. In Many Different Ways