Which change is an environmental effect of deforestation?.

Answer:

1. angle 2. Sunlight 3. Heat 4. ???

Explanation:

Juice can mold when it is exposed to air and moisture. Mold spores are present in the air and can land on the surface of the juice, where they can grow and reproduce. If the juice is not stored properly, it can become contaminated with bacteria, which can also cause it to mold.

Answer:

Sedimentary rock

Explanation:

The great recession hit Texas particularly hard, with Texas being one of the first states to enter and one of the last to exit. This statement is False

The Great Recession refers to a severe global economic downturn that occurred between 2007 and 2009. It was triggered by a combination of factors, primarily centered around the collapse of the housing market and the subsequent financial crisis.

The origins of the Great Recession can be traced back to the United States, where an unsustainable housing bubble developed. Lax lending standards, subprime mortgages, and the securitization of these risky loans led to a housing market boom. However, when the bubble burst, home prices plummeted, leading to a wave of foreclosures and financial losses.

The effects of the Great Recession were widespread and severe. Unemployment rates soared as businesses struggled and downsized their workforce. Stock markets plummeted, retirement savings were wiped out, and consumer and business spending sharply declined. Governments around the world implemented measures to stabilize their economies, such as bailouts of troubled financial institutions and stimulus packages to stimulate demand.

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Answer:

3 and 4........................

Answer:

d) Tropical Rain Forest

Explanation:

The Laramide orogeny mountain-building event, which occurred about 35-55 million years ago, created the front ranges and foothills of the rocky mountains.

A mountain is an increased portion of the Earth's crust, generally with steep facets that display considerable exposed bedrock. even though definitions vary, a mountain may vary from a plateau in having a limited summit region, and is generally better than a hill, normally rising at the least 300 metres above the encompassing land.

Maximum geologists classify a mountain as a landform that rises as a minimum 1,000 toes (300 meters) or more above its surrounding area. A mountain range is a series or chain of mountains which are near together.

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Sediment samples from deep beneath the ocean floor are commonly recovered using gravity coring.

The correct answer is D) gravity coring. Gravity coring is a widely used method to obtain sediment samples from the ocean floor. It involves the deployment of a coring device, typically called a gravity corer, which is designed to penetrate the sediment layers and collect samples.

The corer consists of a long metal tube with a heavy weight attached to the top. When lowered into the water, the weight drives the corer into the sediment, capturing a cylindrical core sample. The gravity corer utilizes the force of gravity to penetrate the sediment, and the core sample can be retrieved by raising the corer back to the surface.

Gravity coring is a preferred method for collecting sediment samples from deep beneath the ocean floor because it allows for the retrieval of relatively undisturbed sediment cores. The cores can provide valuable information about past environmental conditions, such as climate change, ocean currents, and the presence of organisms.

These samples can be analyzed to study the composition, structure, and age of the sediments, as well as the microorganisms and fossils they may contain. By studying sediment cores, scientists can gain insights into Earth's history and make connections to present-day processes and phenomena.

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Answer: C. Cenozoic

Explanation: Good Luck <3 :3

The El Nino southern oscillation is a cyclical pattern of changing wind patterns and ocean temperatures in the tropical pacific ocean which can affect weather and ocean life worldwide. During an El Niño phase, warmer-than-normal water is typically found near the coasts of Indonesia and Australia, and more rainfall is likely in those areas.

The El Nino Southern Oscillation (ENSO) is a cyclical climate pattern in the Pacific Ocean that involves changes in atmospheric pressure, wind direction, and sea surface temperature. This is due to the warmer water evaporating more quickly and carrying more moisture into the atmosphere, which is then released as precipitation when the air reaches its saturation point.

In comparison, during a La Niña phase, cooler-than-normal water is usually found in the region and there is less rainfall.

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The three types of common cements in sedimentary rocks are calcite (which effervesces in dilute acid), silica (which produces the hardest sedimentary rocks), and iron (which gives rocks a reddish color).

Cements play a significant role in the lithification (the process of turning sediment into rock) of sedimentary rocks. They fill the spaces between sediment grains and bind them together. The three types of common cements in sedimentary rocks are calcite, silica, and iron.

Calcite is a mineral form of calcium carbonate and is commonly found as a cementing agent in sedimentary rocks. It is known for its effervescence in dilute acid, which helps to identify its presence. Silica, in the form of quartz, is another common cement in sedimentary rocks. It has excellent cementing properties and can produce hard sedimentary rocks.

Iron is also a significant cementing material in sedimentary rocks. It occurs as iron oxide minerals, such as hematite or goethite, and imparts a reddish color to the rocks. Iron cementation is often observed in sedimentary rocks that have undergone weathering or in environments rich in iron minerals.

In summary, the correct choice is: calcite (which effervesces in dilute acid), silica (which produces the hardest sedimentary rocks), and iron (which gives rocks a reddish color). These three types of cements are commonly found in sedimentary rocks and contribute to their formation and characteristics.

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Answer:

Explanation:

In the years before World War I, the nations of Europe formed two basic alliances.  There was a continual jockeying for power with secret alliances, growing overseas empires (imperialism) and each nation’s own internal politics making the situation tense. An assassination in 1914 led to conflict between Austria-Hungary and Serbia, but the system of alliances meant harm to one party opened up a wider conflict.  Thus, one act ultimately led to a wider European conflict.  

Assuming you have the following answer choices:

The hardest hit areas were inland, which were less prepared because cyclones usually remain on the coast.

Millions of people were left homeless and billions of dollars of damage was caused.

Millions of people faced starvation because the Myanmar military government was unwilling to accept international aid.

Several rice farming areas were destroyed, permanently damaging the output of a key economic crop.

The correct answer is "The hardest hit areas were inland, which were less prepared because cyclones usually remain on the coast."

Increased cloud cover resulting from warming temperatures may lead to either cloud albedo forcing or cloud greenhouse forcing. Here, Cloud albedo forcing is an example of a negative feedback loop, whereas cloud greenhouse forcing is an example of a positive feedback loop.

A feedback loop is a way in which changing one quantity modifies a second quantity, which in turn alters the first. Feedback is also defined as the modification or control of a process or system by its result or effect, which can be either negative or positive.

Negative feedback systems tend to stabilize the process or system, whereas positive feedback systems tend to destabilize it.

A negative feedback loop would be cloud albedo forcing, and a positive feedback loop would be cloud greenhouse forcing.

Cloud albedo forcing happens when clouds reflect solar radiation back into space, causing the Earth's surface to cool. As a result, there is less radiation reaching the surface, which reduces the temperature of the atmosphere. This cooling effect of the cloud is a negative feedback loop, as it has the effect of reducing the warming effect of greenhouse gases.

Cloud greenhouse forcing occurs when clouds trap heat radiated from the surface and reflect it back toward the surface. This additional radiation causes the Earth's surface to warm, raising the temperature of the atmosphere. This warming effect of the cloud is a positive feedback loop since it amplifies the warming caused by greenhouse gases.

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The probable question may be:

increased cloud cover resulting from warming temperatures may lead to either cloud albedo forcing or cloud greenhouse forcing.

cloud albedo forcing is an example of a which type of feedback loop and cloud greenhouse forcing is an example of a which type of feedback loop?

Answer:

Judaea

Explanation:

Judaea, also spelled Judea, or Judah, Hebrew Yehudaḥ, the southernmost of the three traditional divisions of ancient Palestine; the other two were Galilee in the north and Samaria in the centre. No clearly marked boundary divided Judaea from Samaria, but the town of Beersheba was traditionally the southernmost limit.

It leads upto the Megathrust earth quake the tectonic plates. This is how core sample from the ocean floor reveal a past earthquake event.

Any sudden ground trembling caused by seismic waves traveling through the planet's rocks. Seismic waves are produced when a form of energy stored within the Earth's crust is suddenly released, typically when large masses of rock rubbing up against one another suddenly fracture and "slip." Earthquakes most frequently occur along geologic faults, which are small regions where rock masses can move relative to one another. The majority of the major fault lines in the world are located in the largest tectonic plates that make up the Earth's crust. (Check out the list of large earthquakes.)

Little was known about earthquakes before the advent of seismology at the turn of the 20th century. The comprehensive examination of earthquakes by science is

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Answer:

Many factors affect water quality

Sedimentation

Runoff

Erosion

Dissolved oxygen

pH

Temperature

Decayed organic materials

Pesticides

Toxic and hazardous substances

Oils, grease, and other chemicals

Detergents

Litter and rubbish

Answer: There are so many factors which may/will affect the quality of water

Explanation: such as

i) Acid : it may come from acid rain and etc.....

ii) toxic waste materials : especially from high operating factories

iii) Oil spillage: accidents during oil shipping etc....

iv) littering: dumping of trash and rubbish

v) toxic substances; may come from harmful chemicals which are used in fishing etc... pesticides

vi) bathing and washing in water bodies with animals affects water quality

vii) dumping of waste products into water bodies

viii) mining underground activities

ix) Erosion may also affect water quality

x) leakages: especially in sewage pipes

HOPE THIS HELPSS!!!!!!!!!!!

Small, branching channels that carry water away from the main river channel and distribute it over the surface of the delta are known as distributaries.

Distributaries are common features of river deltas, which are formed at the mouth of a river where it empties into an ocean or sea. When a river reaches the end of its journey and enters the ocean or sea, it slows down and loses energy, causing sediment to settle out of the water and accumulate.

Over time, this sediment builds up and forms the delta. The distributaries of the delta help to distribute the water and sediment across the surface of the delta, creating a complex network of channels and islands.

The branching channels of the delta can change over time as the river's flow and sediment load change, and as sea level and other environmental factors shift. Some distributaries may dry up over time, while others may become more dominant as the river's main channel shifts course.

In summary, distributaries are small, branching channels that carry water away from the main river channel and distribute it over the surface of a delta. They are important features of river deltas and help to shape the landscape of these dynamic environments.

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Answer:

When moisture from the air passes over a mountain barrier and forms a lens shape above a mountain peak, clouds are created.

Explanation:

Hope this helps

The exceptional dryness of the Atacama desert is not influenced by the cold Peru current, which stabilizes the air.

The Atacama desert is one of the driest places on earth, and several factors contribute to its exceptional dryness. These factors include a location deep in the interior of the continent, where moisture cannot reach, a rain shadow effect caused by the Andes mountains, and a location under a semi-permanent cell of high pressure. However, the influence of the cold Peru current, which stabilizes the air, is not a factor in the exceptional dryness of the Atacama desert. This current runs along the west coast of South America and helps to keep the air-stable, but it does not significantly affect the dryness of the Atacama desert.

The Atacama Desert's exceptional dryness can be attributed to several factors, but being deep in the interior of the continent is not one of them. The other factors, such as the influence of the cold Peru Current stabilizing the air, a rain shadow effect caused by the Andes Mountains, and a location under a semi-permanent cell of high pressure, all contribute to the extreme aridity of the Atacama Desert.

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The highest value a line of longitude will have is 180 degrees.

The highest value of a line of longitude will be 180 degrees east or 180 degrees west of the Prime Meridian. Longitude is an angular measurement that determines the east-west position of a point on Earth's surface. It is measured in degrees, minutes, and seconds, with 360 degrees being the full circle of the Earth. The Prime Meridian, which is located at 0 degrees, is the line of longitude from which all other lines of longitude are measured. The International Date Line is located at 180 degrees and serves as the transition line between calendar days.

:Longitude is an angular measurement that determines the east-west position of a point on Earth's surface. The highest value a line of longitude will have is 180 degrees.

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Answer:

you need gravity.

Explanation:

Answer:

You need nebula and gravitational force.

Explanation:

hope it helps :)

Answer:

China and Japan

Explanation:

took the test

Answer:

Brain drain is one of the earliest phenomena associated with globalisation, which has significant adverse effects at the local level.

The departure of skilled workers can weaken developing countries, especially smaller ones, by depriving them of important skills and workforce.

The impact of tropical cyclone Eloise included: 6,297 were destroyed, 11,254 were damaged, and 3,007 were flooded. The number climbed to 29,310 houses, with 17,738 destroyed, 8,565 damaged, and 3,007 flooded.

Tropical cyclone Eloise made landfall in Mozambique on January 23, 2021, causing significant damage to infrastructure and displacing thousands of people.

The storm also brought heavy rainfall and flooding to parts of Zimbabwe, South Africa, and Eswatini, resulting in further damage and loss of life. The impact of the storm highlights the need for continued efforts to mitigate the effects of extreme weather events, particularly in vulnerable communities.

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The responses to the questions above are:

A. Labor costs influence food processing locations.

B. Tech use increased with commercial agriculture.

C. Large-scale ag leads to agglomeration of processing.

D. Commodity chains explain hamburger production.

E. GM policies may favor small farms over large.

F. Seasonal workers needed due to high demand.

G. EU policies affect agricultural labor movement.

A. One way that labor costs influence the location of food processing facilities in more developed countries is by encouraging companies to relocate to areas with lower labor costs. This can be seen in the outsourcing of food processing to countries with lower labor costs, such as Mexico or China.

B. The development of large-scale commercial agriculture in the United States and Canada has led to the increased use of agricultural technology, such as genetically modified crops, precision agriculture, and irrigation systems. These technologies allow farmers to increase yields and reduce costs, making their operations more efficient and profitable.

C. The development of large-scale commercial agriculture has led to the agglomeration of food processing facilities in towns and rural areas of the United States and Canada because it allows for greater efficiency in the transportation and processing of agricultural products. This concentration of facilities also provides opportunities for collaboration and shared resources among processors.

D. A strength of using the concept of complex commodity chains to understand the production and consumption of hamburger is that it allows for an examination of the multiple stages and actors involved in the production process, from the raising of cattle to the processing of meat to the marketing and sale of the final product. This approach can reveal the social and economic relationships that shape the production and consumption of hamburgers.

E. Government policies banning genetically modified organisms may favor small family farms over large-scale commercial agriculture by limiting the use of genetically modified crops, which are often more expensive and require more capital investment. This can make it more difficult for larger farms to compete with smaller ones that may have lower costs and fewer regulatory barriers.

F. Farms in countries such as Italy, France, Spain, or Portugal often require seasonal agricultural workers from other countries because of the high demand for labor during peak harvesting periods. These workers may come from neighboring countries in the European Union or from outside the EU, and often work under temporary or informal contracts.

G. Migration or border policies in the European Union can affect the movement of agricultural laborers among its member countries by creating barriers to entry or by influencing the availability of labor. For example, policies that restrict immigration or impose work permits may make it more difficult for agricultural laborers to move to other countries in search of work. Similarly, policies that provide greater social protections or benefits may attract more workers to certain countries.

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Tropical cyclone Hagibis developed through various stages before it reached its peak intensity. Tropical Cyclone Hagibis developed from a tropical disturbance to a tropical depression, then to a tropical storm, and finally to a powerful typhoon before weakening and dissipating over Japan.

Initially, the disturbance formed as a tropical depression in the Philippine Sea on October 5, 2019. Over the next few days, it strengthened into a tropical storm and was named Hagibis on October 7.

As it moved northwest towards the Marianas Islands, it intensified further, becoming a typhoon on October 8. Hagibis continued to gain strength, reaching its peak intensity on October 10 as a Category 5 super typhoon with sustained winds of 160 mph (260 km/h) and a minimum central pressure of 915 mb.

After reaching peak intensity, Hagibis began to weaken slightly as it encountered less favorable environmental conditions, such as cooler sea surface temperatures and increased wind shear. It ultimately made landfall on Japan's Izu Peninsula on October 12 as a strong typhoon, causing significant damage and widespread flooding.

In summary, the development of tropical cyclone Hagibis went through the stages of a tropical depression, tropical storm, typhoon, and finally a super typhoon before weakening and making landfall as a strong typhoon.

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