Churchill Manitoba: Polar Bear Incident
Use the following graphic organizer to record your thinking and evidence about
the polar bear incident.
We are gathering information that will help determine who is responsible for the
incident where the polar bear was hit by the tundra buggy
What is the problem?
A polar bear has been hit by a tundra buggy, and the driver has been found innocent.
Who is, or are, responsible for this incident?
Category
What is evidence of their direct OR
Indirect involvement?
Who are the
stakeholders?
Tourist
(SOCIAL)
Mayor of Churchill
(POLITICAL)
Manager of
Tourism and
Economic
Development
(ECONOMIC)
Naturalists
(ENVIRONMENTAL)
Where did you get this information
from? (Which quote/photographic
evidence)
OR
What did you use to make your
Inference?
As a geographer you have carefully considered each of the perspectives (Social, Political, Economic and
Environmental)
What is your conclusion? Who is, or who is responsible for this incident? in the space below EXPLAIN how you
came to this conclusion.

True : A standing wave that moves in the opposite direction of the clock will exist in an ocean basin in the Northern Hemisphere with a standing-type tidal oscillation.

Counterclockwise rotation of the tidal crest around the basin continues. On one side of the basin, the tide is high, and on the other, it is low. The tide wave rotates clockwise (viewed from above) in basins of the Southern Hemisphere because the Coriolis deflection is reversed.

The open ocean, in addition to seas and large embayments, are well-served by this so-called dynamic model of tides. A series of cotidal lines that radiate outward from a central node, similar to the spokes on a bicycle wheel, provide ocean scientists with a visual representation of the rotatory motion of the tide wave in a basin. Points where high tide occurs at the same time of day are connected by a cotidal line; They are typically drawn once an hour. Along the coast, the tidal range ranges from zero at the node to a maximum at the antinode.

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The mountain people of Nepal, who live in remote areas with difficult terrain, have developed a variety of economic activities to sustain themselves and their families. Here are three ways they earn a living: agriculture, tourism, and trade

Agriculture: Farming is the primary occupation of mountain people in Nepal. They cultivate crops like rice, maize, millet, potatoes, and vegetables, using traditional farming practices such as terracing to maximize land use. They also raise livestock such as cows, goats, sheep, and yaks for meat, milk, and wool.

Tourism: Many mountain people in Nepal live near popular trekking routes, and they earn a living by providing services to tourists such as guides, porters, and homestay accommodations. They also sell handicrafts like traditional textiles, pottery, and jewelry to tourists.

Trade: Mountain people in Nepal often engage in trade with nearby villages or towns. They may collect and sell forest products such as herbs, honey, and timber, or trade goods like salt, tea, and clothing. Some mountain people also work as laborers in construction or transportation, building roads and bridges or carrying goods by pack animal or on foot.

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Answer:

Kanyakumari touches the Indian ocean , the Arabian sea and the bay of Bengal.

Answer: Main land India

Explanation:

The streams that drain into larger streams or rivers are called tributaries. The term "tributary" comes from the Latin word "tributarius," which means "a person or community that pays tribute."Tributaries are small streams that flow into larger rivers. They are also known as feeder streams.

Rivers and streams are dynamic systems that are constantly moving and changing. They are vital for the survival of many different species of plants and animals.The water that flows through tributaries is often cleaner and more pure than the water in the main river because it has not yet been contaminated by pollutants.

As the water flows through the tributaries, it picks up nutrients and sediments, which are then deposited in the main river.Tributaries are important because they help to regulate the flow of water in rivers. They also provide habitat for many different species of plants and animals.

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To prove that the remaining ratio is equal to the others, we can introduce a different altitude. For example, introducing the altitude from point A, and then applying the same reasoning to prove that the remaining ratio is equal to the others. A triangle is defined as a polygon with three sides.

It is one of the most basic geometric shapes. Any triangle with a base and height has an area that is equal to the product of the base and the height multiplied by 1/2 (1/2 times the base times the height). The height of a triangle is the perpendicular drawn from the vertex opposite to the base to the base.

The following is an explanation of the introduction of the altitude and the application of the same reasoning to prove the remaining ratio to be equal to the others. Let's say a triangle ABC has a side AC that has been divided into two segments AD and DC by the altitude from point A.

Let's examine the remaining ratio, which is the ratio of the length of BD to the length of CD. By applying the Pythagorean theorem to triangles ABD and ACD, we can see that:

AB² = AD² + BD²
AC² = AD² + CD²

We can solve for BD/CD by dividing the first equation by the second:

AB²/AC² = BD²/CD² + 1

Since we already know that AB/AC is the ratio of the lengths of the two sides that are adjacent to the angle opposite to the altitude from A, we can substitute the given ratio into the left-hand side of the equation:

Given ratio = (AB/AC)² = BD²/CD² + 1

The relationship between BD and CD can now be expressed algebraically by rearranging the above expression:

BD/CD = √((AB/AC)² - 1)

Therefore, it has been demonstrated that the remaining ratio BD/CD can be expressed in terms of the ratio AB/AC, which was given at the outset, and does not require any knowledge of the side lengths of the original triangle ABC.

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The Coriolis force act on this air parcel once it starts moving the parcel's trajectory will veer towards the east. So the option B is correct.

Once this air parcel begins to move, the Coriolis force will begin to act on it, causing the air parcel's trajectory to veer towards the east. This is because the Coriolis force is a force that acts perpendicular to the direction of motion and the rotation of the Earth. This force causes the parcel to move in a curved path rather than a straight line. The curved path results in the air parcel veering towards the east. So the option B is correct.

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The air mass that brings hot and dry weather to the southwestern region of the United States during the summer is called a continental tropical air mass (CTA). This type of air mass originates in the tropics and is characterized by hot, dry air and clear, sunny skies.

The CTA is formed when the hot, dry air from the tropics encounters a high-pressure system over the southwestern US. This causes the air to become even hotter and drier, resulting in clear, sunny skies and hot, dry weather.

This type of air mass is common in the southwestern region of the United States in the summertime. It is also common in other areas of the world with similar climates, such as the Mediterranean. In the US, the CTA is the primary source of heat during the summer months.

It brings hot and dry weather to the southwestern US, which is often exacerbated by the urban heat island effect.

The CTA is important to understand because it has significant implications for the weather patterns in the southwestern US. During the summer, the CTA can cause temperatures to rise and remain hot and dry for prolonged periods of time, leading to an increased risk of drought.

In addition, the CTA can bring dangerous weather patterns, such as dust storms and thunderstorms, to the region.

Understanding the CTA can help people prepare for the hot and dry weather in the southwestern US during the summer months. Knowing the characteristics of this air mass and how it can affect the weather can help people stay safe and prepare for extreme weather events.

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The smallest variation in temperature from day to day and from month to month over Earth as a whole is expected to be observed "on a small island near the equator". Thus, D is correct.

This is due to the stable climate conditions found in tropical regions.

As the equatorial regions receive direct sunlight year-round, resulting in consistent warm temperatures. The ocean surrounding small islands helps to stabilize temperatures, as water has a high heat capacity, meaning it can absorb and release heat without much change in temperature.

Additionally, the trade winds that blow across the equatorial regions also contribute to the stable climate conditions found on small equatorial islands.

In contrast, the other options listed, such as a large land mass, a high mountain in the middle of a continent, or the North Pole, all experience greater temperature variations due to factors such as seasonal changes, altitude, or geographic location.

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The phenomenon of air flowing toward the equator being pushed and air flowing away from the equator being pushed is known as the Hadley Cell.

This atmospheric circulation is named after George Hadley, an English lawyer who first proposed the concept in 1735.

The Hadley Cell is a two-celled atmospheric circulation in which air near the equator rises up and is pushed to the tropics, cooling as it moves away from the equator.

At the tropics, the air sinks back down to the surface and is pushed away from the equator, heating up as it moves towards the poles.

This circulation pattern helps to redistribute heat around the Earth and keeps the equator warm while cooling off the poles. This is why temperatures decrease significantly the further away you are from the equator.

The Hadley Cell is an important part of the global climate system, and without it, the planet would be significantly colder overall.

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Answer:

Above the equilibrium line, the glacier is in the accumulation zone where there is a net gain of ice mass. On the other hand, below the equilibrium line, the glacier is in the ablation zone where there is a net loss of ice mass due to melting and calving. As the glacier moves, it erodes the land around it in two ways: by plucking and abrasion. Plucking occurs when rocks get frozen to the base, sides, and back wall of the glacier, and the movement of the glacier pulls these frozen rocks away. Abrasion occurs when rocks trapped in the glacier rub against the valley floor, wearing it away like sandpaper.

Explanation:

The glacier equilibrium line is the point of transition between the accumulation zone and the ablation zone. Above the equilibrium line, the rate of snowfall is greater than the rate of melting, so not all of the snow that falls each winter melts during the following summer, and the ice surface is always covered with snow. Therefore, the part of a glacier above the equilibrium line is where there is a net gain of ice mass. As snow gradually accumulates above the equilibrium line, it is compressed and turned into firn within which t,he snowflakes lose their delicate shapes and become granules. With more compression, the granules are pushed together and air is squeezed out. Eventually, the granules are “welded” together to create glacial ice .

Below the equilibrium line, the rate of melting is greater than the rate of snowfall, so there is a net loss of ice mass due to melting and calving. Therefore, the part of a glacier below the equilibrium line is where there is a net loss of ice mass . The position of the equilibrium line changes from year to year as a function of the balance between snow accumulation in the winter and snowmelt during the summer. More winter snow and less summer melting obviously favors the advance of the equilibrium line (and of the glacier’s leading edge), but of these two variables, it is the summer melt that matters most to a glacier’s budget .

The terminus of a glacier advances or retreats based on the location of the equilibrium line. If the rate of forward motion of the glacier is faster than the rate of ablation (melting), the leading edge of the glacier advances (moves forward). If the rate of forward motion is about the same as the rate of ablation, the leading edge remains stationary, and if the rate of forward motion is slower than the rate of ablation, the leading edge retreats (moves backward) .

Deep valleys that are formed when the Earth's crust separates and breaks apart are known as rift valleys.

Rift valleys are long, narrow depressions that occur at divergent plate boundaries, where tectonic plates are moving away from each other. As the plates move apart, magma rises to the surface and solidifies, forming new crust.

Over time, this process can create a series of fault-block mountains and a depression between them, which is the rift valley.

Rift valleys are typically characterized by steep sides and a flat floor and can be found on land or beneath the ocean. Some well-known examples of rift valleys include the East African Rift Valley, the Rhine Valley in Europe, and the Red Sea Rift in the Middle East.

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The answer to this question is c. storm drain.

Storm drains are not considered to be improvements on the land because they are typically underground and do not add value to the property. Storm drains are designed to capture surface runoff and carry it away from buildings, roads, and other structures. This helps to reduce flooding, erosion, and water contamination.

Storm drains are also designed to prevent pollutants from entering nearby water bodies, such as rivers, lakes, and oceans. Although storm drains can help make a property more livable, they are not considered to be improvements on the land due to their underground nature.

Decks, fences, and buildings are all considered improvements on the land because they are visible, tangible assets that add value to a property. Decks, fences, and buildings can add aesthetic appeal and increase the value of a home or commercial property. In some cases, decks, fences, and buildings can also increase a property’s usability and livability, making them desirable improvements on the land.

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The movement of the P and S waves through the earth reveals information about the earth's interior.

The P and S waves are produced as a result of an earthquake. The seismic waves are sent through the earth's interior as a result of an earthquake.

The P waves can travel through solid, liquid, or gaseous materials.

The S waves, on the other hand, are unable to pass through a liquid. They can only travel through solids. Therefore, it can be inferred that the Earth's outer core is liquid, as S waves are not transmitted through it.

The P waves' speed varies depending on the material they pass through. This varies as the density of the material through which the wave is passing varies. Therefore, it is safe to say that the earth's interior is made up of varying densities. This is also responsible for the P wave's reflection and refraction. P waves that move through denser materials are refracted while P waves that move through less dense materials are reflected.

Scientists have used this data to make predictions about the Earth's interior. Tectonics refers to the movement of the earth's plates. Tectonic plates can be shifted by the pressure of these waves. Tectonic plates in the earth's lithosphere can be affected by this motion.

The study of the properties of the P and S waves helps to explain a mechanism for plate tectonics. The waves' movement and characteristics provide data that help scientists better understand the dynamics of the Earth's interior. This data can help scientists make predictions about how the earth's plates will move in the future. The study of tectonics is crucial because it helps to explain volcanic and earthquake activity.

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Maps are named according to a standardized method that uses a number or code to specify the map's location. Depending on the sort of map, the nation or area it is located .The location, scale, and kind of map are often identified by a standard code or number system that is used to designate the map.

Maps may have varied names, but most of them adhere to a similar naming pattern based on a code or number system that indicates the map's location and kind. These codes or numbers are often printed on the actual map together with other details like the publishing date, the publisher, and the caption or symbol key.

What is the US Geological Survey?

The US Geological Survey (USGS) names its maps throughout the country using a system of alphanumeric characters. The code is made up of letters and numbers that stand in for the place, scale, and kind of map. The state is identified by the first two letters of the code, which are followed by a string of digits designating the region of the state. The last letters and digits on the map denote its scale and map type.

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All of the statements are true. As waves move into shallow water, the wavelength decreases because the wave speed decreases due to the increased resistance from the sea floor.

This decrease in wavelength causes the wave height to increase as the wave energy is conserved. The increased wave height results in an increased wave steepness, which is the ratio of wave height to wave length.

Furthermore, when the wave height exceeds the water depth, the waves start to touch the bottom of the sea floor and can cause erosion. All of these physical changes to waves as they move into shallow water are caused by the decrease in water depth, which increases the resistance in the water and decreases the wave speed.

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Answer: The volcanic activity created the fishing port, which is important to the economy of the village of vestmannaeyjar on the island of heimaey, near iceland.

The city of Dalian, located at the southern tip of the Liaodong Peninsula in China, has become a focal point of bi-national relationships. This is due to the presence of one of the world's largest and most modern port facilities.

The port, which handles both cargo and passengers, has become a major hub of international trade, as well as a popular destination for tourists.

In addition to its importance as a port and a center of trade, Dalian is also home to a number of international businesses, educational institutions, and cultural attractions. The city is renowned for its beautiful beaches and stunning coastlines, as well as its many parks and historical sites.

The city's infrastructure is well-developed, with a high-speed rail line connecting it to Beijing, and numerous other public transportation options, making it a convenient destination for both business and leisure travelers. This, combined with its strong international connections, has made Dalian a key city in the region.

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Answer:

Yes, the trial worked.

Explanation:

The group with the drug had an average of 6.9 babies per litter while the one without meds only had 5 on average per litter.

Using the location of 3 known points the unknown location of a person is determined by applying a 3D equilibration. Here option C is the correct answer.

The process of determining a person's unknown location using the location of three known points is known as trilateration. Trilateration is a mathematical process that involves measuring the distance between the unknown point and each of the known points and then using these measurements to calculate the unknown point's location.

Trilateration can be performed in both two-dimensional (2D) and three-dimensional (3D) space. In 2D trilateration, the known points and the unknown point all lie on a flat surface, such as a map, while in 3D trilateration, the points are located in three-dimensional space.

To perform trilateration, the distance between the unknown point and each of the known points must be accurately measured. This can be done using techniques such as GPS (Global Positioning System), where the distance is determined by measuring the pseudo-range between the unknown point and each known point. Once the distances have been determined, the unknown point's location can be calculated using 3D equilibration, which involves solving a system of equations that relates the distances between the points to their respective coordinates.

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They attributed this rapid numerical response to the owls and kestrels to the fact that they are both highly specialized predators that only hunt small mammals such as voles.

The research showed that when vole densities increase, kestrels and owls respond quickly by increasing their own population numbers, which in turn reduces the vole population. This helps to maintain a balance between the predators and their prey, preventing either population from becoming too large.

This helps to keep the ecosystem in balance and prevent one species from becoming too dominant. Additionally, it can prevent the over-consumption of resources and help to maintain biodiversity.

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The complete question is:

Studies by Korpimäki and Norrdahl in western Finland showed that kestrel and owl densities closely follow variation in vole densities with little delay or lag time. Whom they attributed this rapid numerical response?

Slate, Phyllite, Gneiss, and Schist are all metamorphic rocks that can have a parent rock (protolith) of shale.

Slate is a type of metamorphic rock that forms when shale is put under low pressure and moderate heat. It has a fine-grained, platy texture and usually appears in shades of gray or black.

Phyllite is a metamorphic rock that forms when shale is put under high pressure and moderate heat. It has a foliated, glossy surface and appears in shades of gray, green, and pink.

Gneiss is a type of metamorphic rock that forms when shale is put under high pressure and high heat. It has a distinct banded texture and is typically shades of black, gray, and red.

Schist is a type of metamorphic rock that forms when shale is put under high pressure and intense heat. It has a foliated texture and can appear in shades of green, black, red, or white.

In conclusion, Slate, Phyllite, Gneiss, and Schist are all metamorphic rocks that can have a parent rock (protolith) of shale. Each of these metamorphic rocks is formed when shale is put under different levels of pressure and heat, and each has its own distinct appearance.

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The event which did NOT lead scientists to more carefully monitor the Luuwit (Mt. St. Helens) volcano in 1980 before its eruption is lava flows.

What is Luuwit (Mt. St. Helens)?

Luuwit is an active stratovolcano in Skamania County, Washington, in the Pacific Northwest region of the United States. It is 96 miles (154 km) south of Seattle and 50 miles (80 km) northeast of Portland, Oregon.

The peak of Luuwit stood at 9,677 feet (2,950 m) before a catastrophic eruption on May 18, 1980, decreased its height to 8,363 feet (2,549 m) and left behind a horseshoe-shaped crater.

After more than a century of dormancy, Luuwit came back to life in March 1980, with a sequence of small earthquakes and steam venting events, which were produced by an injection of magma at shallow depth below the volcano that created a small bulge and a fracture system on its north flank.

As a result, scientists began to monitor the volcano's activity with increased attention to try to predict the timing and magnitude of the forthcoming eruption. Lava flows didn't lead scientists to carefully monitor the volcano in 1980 before its eruption.

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The discount point is 6.02. A preparative method called column chromatography is used to separate substances based on how polar or hydrophobic they are.

[tex]$$\begin{aligned}\text { Discount } & =1-\left(\left(\frac{\frac{0.14}{12}}{1-\left(1+\frac{0.14}{12}\right)^{-25 \times 12}}\right) \times\left(\frac{1-\left(1+\frac{0.15}{12}\right)^{-25 \times 12}}{\frac{0.15}{12}}\right)\right) \\& =1-0.012038 \times \frac{0.975929}{0.0125} \\& =1-0.939828 \\& =0.060172\end{aligned}$$[/tex]

Therefore, the discount point is 6.02

It is a precursory method for purifying substances based on how hydrophobic or polar they are. The molecular mixture in this chromatography procedure is divided based on how differently it partitions between a stationary phase and a mobile phase.

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Crystalline rocks contain crystals that have been cemented together. These crystals are usually interlocking, meaning they fit together tightly. To determine if a rock is crystalline, you can look for certain characteristics.

The first characteristic of a crystalline rock is that it contains all one type of crystal. This crystal type can be identified by its shape and color. Crystals often appear in regular patterns, giving a crystalline rock a distinct, geometric look.

The second characteristic of a crystalline rock is that it is relatively hard. Crystalline rocks are usually harder than non-crystalline rocks. To test the hardness of a rock, you can use a simple scratch test. If the rock is crystalline, it will scratch metal or glass but not be scratched by them.

The third characteristic of a crystalline rock is that it does not contain any voids or gaps. Crystalline rocks are usually solid and the crystals are very tightly packed together. This creates a solid mass with no voids or gaps.

Finally, crystalline rocks often have a shiny or glassy appearance. This is due to the light reflecting off of the crystals. The shiny surface also reflects light and appears to have a glossy sheen.

To determine if a rock is crystalline, look for these characteristics. It should contain all one type of crystal, be relatively hard, have no gaps or voids, and have a glossy or shiny appearance. If these characteristics are present, the rock is likely crystalline.

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The right answer is option d) freshwater coastal swamps and bogs. Coal beds are formed from the accumulation of dead plant material that has been buried and compressed over time.

This plant material accumulates in oxygen-poor environments such as swamps and bogs, where it is slowly transformed into peat, a precursor to coal. As more and more plant material is deposited and buried, the weight of overlying sediment compresses the peat, causing it to lose water and become denser. Over millions of years, this process transforms the peat into coal.

Therefore, coal beds are typically found in areas that were once covered by large, freshwater swamps and bogs, such as the Carboniferous period (about 300 million years ago) in North America and Europe.

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Yes, the area of Ermelo and its surroundings receive adequate rainfall. The average annual rainfall in this region is approximately 890mm, which falls within the range of 750-1000mm that is considered good for the year.

This amount of rainfall is sufficient for the plants and crops in the area to grow and thrive. The rainfall is also beneficial for the local wildlife and the overall environment of the region.

The region also experiences some wetter months during the summer and drier months during the winter, which helps to ensure that the area has the right amount of water for its plants and animals. Overall, the area of Ermelo and its surrounding areas receives adequate rainfall and is able to support the local wildlife and vegetation.

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Answer: d. Removal of everburden and a. Cooling

Answer:

Explanation:

The coordinates of the point that partitions the line segment from (-2, -2) to (9, 9) into a ratio of 5 to 6 is the point (5.5, 5.5).

To find the coordinates of this point, we need to use the formula for the midpoint of a line segment:

Midpoint = (x1 + x2)/2, (y1 + y2)/2

In this case, x1 = -2, x2 = 9, y1 = -2, y2 = 9.

Therefore, the midpoint = (-2 + 9)/2, (-2 + 9)/2

Substituting the values:

Midpoint = (7/2, 7/2)

Since the midpoint has to be in the ratio of 5 to 6, we divide each of the components of the midpoint by 11/6:

Midpoint = (7/2)/(11/6), (7/2)/(11/6)

Simplifying:

Midpoint = (15/22, 15/22)

Therefore, the coordinates of the point that partitions the line segment from (-2, -2) to (9, 9) into a ratio of 5 to 6 is the point (5.5, 5.5).

When lunar eclipse occurs then Earth casts its shadow on the moon and Light from the sun is blocked.

Explanation:

A lunar eclipse occurs when the Moon passes directly behind Earth and into its shadow. This can occur only when the Sun, Earth, and Moon are exactly or very closely aligned, with Earth between the other two. A lunar eclipse can occur only on the night of a full moon.

The type and length of a lunar eclipse depend on the Moon's proximity to either node of its orbit. During a total lunar eclipse, Earth completely blocks direct sunlight from reaching the Moon. The only light reflected from the lunar surface has been refracted by Earth's atmosphere.

This light appears reddish for the same reason that a sunset or sunrise does: the Rayleigh scattering of bluer light. Because of its reddish color, a total lunar eclipse is sometimes called a blood moon.

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