The "G" in GOES stands for "geosynchronous." What does this mean?!

by limiting the amount of trees

The pacific decadal oscillation (pdo) refers to the seesaw oscillation in sea-surface temperatures across the north pacific ocean.

The top few millimeters of the ocean's surface are considered to be its sea surface temperature (SST). All physical, chemical, and most biological processes taking place in the ocean are influenced by this temperature either directly or indirectly. Global SST monitoring is carried out by sensors aboard satellites, buoys, ships, ocean reference stations, autonomous underwater vehicles (AUVs), and other devices.

In addition to giving us important information about the global climate system, SST monitoring explains how the ocean and atmosphere interact. This knowledge helps us predict the weather by allowing us to spot the beginning of the multiyear shifts in atmospheric pressure and wind speed known as the El Nio and La Nia cycles. Global weather patterns, ocean circulation, and marine ecosystems are all impacted by these changes. Anomalies in the SST have been connected to changing marine resources. We notice fish and other animals moving poleward as a result of rising temperatures. Coral bleaching, fisheries and aquaculture mortality, as well as ocean heatwaves and cold snaps, have all been connected to temperature extremes. At the Large Marine Ecosystem scale, we show the SST average for the entire country.

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1 is d.only the planets were formed by chunks of debris

2 is c.the mantle

Answer:

I would not because Alaska has a very protected wildlife system and this would affect the animals in a very negative way and this would also cause great amounts of climate change to the ecosystem.

Explanation:

sorry if this does not help but at least i tried lol.

Answer:

Imbalance occur when the hydrogen of the star's core used up.

Explanation:

Both gravity (hydrostatic) and pressure (thermal) create an equilibrium state during star  formation. A star is in the state of hydrostatic equilibrium when the pressure that is created due to core burning is in balance with the force of gravity. These two will be in equilibrium when the outer push of core is in equal amount to the inward push of gravity. When the hydrogen that is present in the star's core has been used up, burning stops, which leads to the imbalance of gravity and pressure. This imbalance the star which undergo significant changes in its shape and structure..

Answer:

Warmer climate.

Explanation:

Since sunlight makes you hot, places on Earth receiving more sunlight experience Warmer Climates.

The ellipsoidal height is approximately 28.69'.

To calculate the ellipsoidal height, we need to add the geoid undulation to the orthometric height.

The orthometric height is given as 112.12', and the geoid undulation is given as -25.42 m. First, we need to convert the geoid undulation from meters to feet.

Since 1 meter is approximately equal to 3.28084 feet, we can calculate the geoid undulation in feet as follows:

-25.42 m * 3.28084 ft/m ≈ -83.43 ft

Now, we can add the geoid undulation to the orthometric height:

112.12 ft + (-83.43 ft) = 28.69 ft

Therefore, the ellipsoidal height is approximately 28.69'.

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Rising air aloft coming out of the top of a low-pressure system.

Ascending air aloft comes out of the top of a low-pressure system. In a low-pressure system, air near the surface converges and rises due to the upward motion caused by atmospheric dynamics. As the air rises, it cools and condenses, leading to the formation of clouds and precipitation. This vertical movement of air is a characteristic feature of low-pressure systems, where warm and moist air ascends from the lower levels to higher altitudes. The rising air helps maintain the low-pressure area, creating a continuous cycle of air convergence, uplift, and release of energy. This process plays a significant role in weather patterns and the development of storms.

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Choice B, False. Life expectancy varies greatly throughout developed regions; although it is only in the mid-60s in Europe and Africa, it may reach as high as the early 80s in Japan and Canada.

This assertion is untrue. Data from the World Health Organization (WHO) from 2020 show that in general, life expectancy is greater now in Europe and Africa than it was in the 1960s.

Depending on the nation, the average life expectancy in Europe is between the mid-seventies and the mid-eighties, but in Africa, it is between the mid-fifties and the mid-seventies.

Canada and Japan, on the other hand, both have long life spans, with Canada having the greatest life expectancy in the world at over 84 years.

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These are all impacts left on the landscape by The Missoula Flood

What is likely to be the Rocky Mountains' top environmental concern in the twenty-first century?

Scientists can use climate models to investigate how the climate would react to modifications in the atmosphere's chemistry, changes in land use, and other disturbances. These forecasts indicate that the five states of the Rocky Mountain Region will all experience warming in the twenty-first century that will be historically unprecedented. Yuma is not only one of the sunniest and warmest cities in the United States of America, but it is also the driest. The city has a population of roughly 203,881 and is located in the southwest region of Arizona. It gets less than 3 inches of rain annually.

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Through a process called "induced seismicity" or "earthquake triggering," earthquakes can cause further earthquakes. The United States state of Oklahoma recorded this phenomenon in 2010.

The P-wave (principal wave), in terms of seismic waves, arrives first during an earthquake. The secondary wave, or S-wave, arrives next. Following P-waves, shear waves called S-waves generate a side-to-side motion that is perpendicular to the direction of wave propagation.

Early P-wave warning systems can considerably reduce the number of fatalities and property damage in earthquake-prone regions. Before the more destructive S-waves and surface waves reach a specific site, these systems use seismic networks to detect the initial P-wave of an earthquake. People and automated systems can respond right away to safeguard lives and lessen damage to infrastructure by seeing the P-wave and giving advanced notice.

Haiti had insufficient mechanisms in place to lessen the effects of earthquakes because it is a developing nation with limited resources and infrastructure. The higher casualties were a result of the lack of preparation.

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Answer:

all the continents on Planet,'Earth'.

Explanation: all the continents on Planet,'Earth':

1. Africa,

2.south America,

3.Antarctica,

4. Asia,

5.Australia,

6. Europe.

7.north America

Rocky material from the Earth's interior can reach the surface, and be pushed and folded upward during the process of mountain building. One of the processes that work to return this material to the Earth's interior is erosion.

The process of mountain building is known as Orogenesis. The Greek word Orogenesis is derived from Oros means mountain and Genesis mean formation. Due to the tectonic movements sometimes the earth's interior materials are pushed to the earth's surface and get folded and rise upward this is known as mountain building. In this way, fold mountains are formed.

When the newly formed folded structure undergoes some sort of changes due to the erosional activities by the agents of nature like air, water, glacier, etc. known as erosion.  

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The tectonic plates are constantly and slowly moving in numerous directions. Some are advancing toward one another, others are distancing themselves, and still others are grinding past each other.

The scientific theory of plate tectonics explains how major landforms are formed by Earth's subterranean movements. The theory, which gained traction in the 1960s, revolutionized the earth sciences by providing explanations for a wide range of phenomena, including mountain formation, volcanic eruptions, and earthquakes.

Plate motion, also known as tectonic shift, describes this movement. In contrast to its appearance 250 million years ago, when there was only one continent known as Pangaea and one ocean known as Panthalassa, our planet now looks very different.

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Answer:

Tension

Explanation:

I don't think it's shearing because that's just when rocks crack and these appears to be on to large of a scale.

Gravity isn't the cause because the hanging wall rises.

It could be compression, but that isn't the best word to describe what's happening. Like yes they're compressing into each other but they're both forced to move so Tension makes more sense.

Good luck!

Answer:

sound pulse travels from a ship to the seafloor and back

Explanation:

An echo sounder employees techniques used in measuring the depth of the water body. Sound waves are usually passed from the ship into the sea and the time required for the waves to travel from the ship to the sea floor and back is usually recorded.

It is used in the calculation of the speed of sound in water at that point in time which varies according to the depth and physical characteristics of the water body involved.

The magnetosphere of a planet is the region around the planet where the magnetic field is able to deflect the solar wind and other charged particles.

A planet's magnetosphere is the area of space surrounding the planet where its magnetic field interacts with charged particles, such as those carried by the solar wind. The magnetic field of a planet, generated by its core, extends into space and forms a protective shield around the planet. This shield helps to deflect and trap charged particles, preventing them from directly impacting the planet's surface. The magnetosphere plays a crucial role in protecting a planet's atmosphere and surface from the harmful effects of the solar wind.

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Answer:

pangaea

Explanation:

The volume of the prism is given as 300cm^3

A prism is a polyhedron in geometry that has n parallelogram faces that connect the n-sided polygon basis, the second base, which is a translated duplicate of the first base, and the n faces. The bases are translated into all cross-sections that are parallel to them.

The formula for the volume of a prism is V=Bh , where B is the base area and h is the height.

volume of prism = base area × height

volume = 30×10 = 300cm3

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The base area of the prism is 30cm2

and its height is 10cm, then find its volume.

The  event came first that came first from the series of events is "The  French and English fight four wars against each other in North America" Option C

This is further explained below.

Generally, There were four wars fought between the French and the English in North America.

The objective of the conflicts was to establish which of the two European powers—the French or the English—would be seen as the most powerful in North America. This took place beginning with the reign of King Henry and continuing until 1783.

In conclusion, The French counted the Indians among their friends throughout the struggle against the English, and the Indians fought side by side with them.

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The process of melting that forms basaltic magma at divergent plate boundaries, such as the mid-ocean ridges is known as decompression melting.

Change of a solid into a liquid when heat is applied is known as melting.

Melting is also known as fusion.

Melting occurs when the internal energy of a solid increases.

Basaltic magmas are formed by exceeding the melting point of the mantle. Basaltic lava is high in iron, magnesium, and calcium but low in potassium and sodium.

Divergent boundaries are spreading boundaries where new oceanic crust is created to fill in the space as the plates moves apart.

Most divergent boundaries are located along Mid-ocean ridges.

The mid-ocean ridge is two chains of mountains separated by a large depression that form at a spreading center.

Decompression melting involves the upward movement of earth's mostly-solid mantle.

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Answer: The answer is c :)

Explanation:

I just took it and got it right

There are various answers are discussed below regarding to your questions and hope that it will give you better clarifications.

1) The "vision" that drove the creation of the system refers to the underlying goals and aspirations that influenced the establishment of the park system. One example of a vision that drove the creation of the system is the desire to preserve and protect natural resources and landscapes for future generations to enjoy and learn from. This vision is reflected in the National Park Service's mission statement, which emphasizes the conservation of parks and the promotion of their enjoyment by the public.

2) Mission 66 aimed to improve and modernize the national park system during the years 1956 to 1966. It was necessary because many of the parks were facing infrastructure challenges and outdated facilities. Mission 66 focused on enhancing visitor experiences by improving roads, trails, visitor centers, and other amenities. This investment was crucial in meeting the increasing demand for park visits and ensuring that visitors could safely and comfortably explore the natural and cultural wonders of the parks.

4) Governance within the park system is organized through a hierarchical structure. At the top is the National Park Service (NPS), which is a bureau of the Department of the Interior. The NPS is responsible for managing and administering the national park system. Under the NPS, there are regional offices that oversee multiple parks within a specific geographical area. Within each park, there is a superintendent who is responsible for day-to-day operations and management. The superintendent works with park staff and partners to ensure the protection and preservation of the park's resources while providing opportunities for public enjoyment and education.

5) Craters of the Moon is a unique and fascinating place. Personally, I think it is an incredible destination that offers a glimpse into the geological forces that shape our planet. The park is characterized by its extensive lava fields, volcanic craters, and cinder cones. Exploring Craters of the Moon allows visitors to witness the aftermath of volcanic activity and learn about the processes that formed the landscape. It is a captivating experience that showcases the diversity and beauty of nature.

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Out of the following the significant Tectonic earthquakes in san Francisco aren't because of any convergent/convergence margin and instead fall in the divergent margin.

What are Tectonic Earthquakes and their various types?

The idea states that tectonic earthquakes happen when strains in rock masses build up to the point when the resulting stresses surpass the rock's capacity, leading to abrupt rupture. The cracks spread out quickly through the rock, generally in the same direction, and can occasionally stretch for miles following a specific zone of weakness. For instance, the San Andreas Fault shifted over a 430 km (270 miles) long plane in 1906. The earth was moved horizontally along this route by up to 6 meters (20 feet). Rock masses are thrown in opposing directions when a fault rupture moves along or up the fault, springing back to a location where there is less strain.

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The older fossils are typically found in the lower layers of sedimentary rocks. These lower layers, known as stratigraphic units, were deposited first and have accumulated over longer periods of time. As new layers of sediment are added on top, the older layers become buried deeper, resulting in the older fossils being found in lower sedimentary strata.

Fossils are the preserved remains or traces of ancient organisms. They are commonly found in sedimentary rocks, which are formed through the accumulation and consolidation of sediments. Sedimentary rocks are typically deposited in horizontal layers, with each layer representing a distinct period of time.

The principle of superposition in geology states that in undisturbed sequences of sedimentary rocks, the oldest rocks are found at the bottom, and the youngest rocks are found at the top. This principle allows scientists to determine the relative ages of different rock layers and the fossils contained within them.

When organisms die, their remains can become buried by sediment over time. As more sediment accumulates, it puts pressure on the underlying layers, causing them to harden into rock. The process of fossilization occurs when the organic remains are preserved within these sedimentary layers.

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