How did the increase in European settlers in Australia affect the Aborigine population?

It offered job opportunities to the Aborigines.

It caused tremendous losses.

It westernized the Aborigines.

It forced the Aborigines back to Southeast Asia.

The reasons why tens of thousands of sub-Saharan Africans try to cross the Mediterranean each year are multifaceted.

1. Economic Opportunities: Many sub-Saharan Africans embark on the perilous journey across the Mediterranean in search of better economic opportunities. They may face limited job prospects, poverty, and lack of access to basic services in their home countries. The hope of finding work and improving their standard of living drives them to undertake the risky journey.

2. Political Instability and Conflict: Sub-Saharan Africa is home to several countries affected by political instability, armed conflicts, and human rights abuses. People fleeing from such situations often see migration as a means of escaping violence, persecution, and instability, seeking safety and security in other countries.

3. Environmental Challenges: Environmental factors, such as drought, desertification, and climate change, can also contribute to the decision to migrate. These factors can lead to food insecurity, displacement, and resource scarcity, prompting individuals to seek alternative livelihoods and better living conditions elsewhere.

4. Lack of Opportunities and Development: Limited access to education, healthcare, and infrastructure in some sub-Saharan African countries can contribute to the motivation to migrate. Individuals may perceive that they have a higher chance of achieving their aspirations and accessing better services in destination countries.

It is important to note that each individual's circumstances and motivations for attempting the journey across the Mediterranean may vary. The decision to migrate is influenced by a complex interplay of economic, political, social, and environmental factors.

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Answer:

A

Explanation:

non-government organisation (NGO) pls follow

Answer: im not entirely sure but i would like to believe microfinance programs i hope this helps you lad :)

Explanation:

have a great day :)

Answer:

B. Environmental monitoring

Explanation:

Environmental monitoring refers to a tool in which the analysis should be made with respect to conditions in an environment and their trends. Also it provides support for establishing a policy, and its implementation

Therefore according to the given situation ,the option B is correct as it fits to the current situation

hence, all other options should be ignored

Answer:

Terevaka, the highest volcano. The Terevaka volcano, with a height of 511 meters above sea level, is the highest point on Easter Island.

Answer:

Ma′unga Terevaka

Explanation:

The Aleutian islands are a type of island arc  a feature commonly associated with ocean-ocean convergent plate boundaries. The Aleutian Islands, also known as the Aleut Islands or Aleutic Islands, are a chain of 14 sizable volcanic islands and 55 smaller islands that make up

The Catherine Archipelago (Russian: Aleut Unangam Tanangin, "Land of the Aleuts," presumably from Chukchi aliat, "island"). The islands make up the northernmost portion of the Pacific Ring of Fire thanks to their 57 volcanoes. They are a separate physiographic region inside the wider Land Pacific Border province, which is itself a subregion of the larger Pacific Mountain System.

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Answer:

Geology helps us identify and mitigate natural hazards such as earthquakes, coastal erosion, flooding, and landslides.

Answer:

reeeeee

Explanation:

Radio potassium dating is more accurate than radiocarbon dating because radio potassium uses the decay of potassium-40 to argon-40, which has a much longer half-life of around 1.25 billion years than radioactive isotopes of carbon.

Radiocarbon dating is accurate up to 75000 years because it measures the decay of the isotope carbon-14, which has a half-life of 5730 years. After that period, the amount of carbon-14 remaining in the sample becomes too small to measure accurately. Radio potassium dating, on the other hand, is used to determine the age of rocks and minerals that are millions or even billions of years old. This method is based on the decay of potassium-40 to argon-40, a process that has a much longer half-life than carbon-14 decay.

This makes it more accurate for dating rocks and minerals that are millions or billions of years old. The longer half-life of potassium-40 allows for more accurate measurement of decay over longer periods, resulting in a more precise date estimate. In summary, while radiocarbon dating is accurate up to 75000 years, radio potassium dating is more accurate for longer date ranges due to the longer half-life of potassium-40.

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Answer:

The activities of multinational corporations.

Explanation:

Multinational companies are those economic corporations that offer goods or services in more than one country, thus grabbing large market shares at the international level.

These companies generally have large sums of capital to invest, with which they tend to exert an enormous influence on nations with fewer economic resources. Thus, when investing in underdeveloped countries, these countries give up more than a market share, but also on many occasions their own power to exercise their sovereignty, mainly in relation to their natural resources and the administration of their territory.

Answer:

rusinga island is our neighbouring island

Answer:

Correct answer is false.

Explanation:

The answer is false because in that period most scientists were contractionists, which meant they actually believed in shrinking of continents, not their drift.

Answer:

Based on the given search results [1], [2], [4], [5], and [7], the question is asking about identifying the proper pressure cell and location using knowledge of the pressure gradient and Coriolis Effect. The pressure gradient force refers to the force that drives air from areas of high pressure to areas of low pressure. Meanwhile, the Coriolis Effect is the apparent deflection of moving objects (such as air or water) caused by the rotation of the Earth.

However, the search results do not provide a specific answer or context to which pressure cell and location is being referred to in the question. Therefore, without additional information, it is difficult to identify the proper pressure cell and location based on the given search results.

Explanation:

The term "pressure gradient" describes how the atmosphere's pressure varies over a specific distance. Air is moved as a result from high-pressure zones to low-pressure zones.

The Coriolis effect, which operates in the Northern Hemisphere, causes air to be deflected to the right of the direction of motion by the pressure gradient force (PGF), which moves air from high to low pressure.

High pressure systems in the Northern Hemisphere create winds that spiral clockwise around the pressure centre.

a high pressure: pressure cell.

Hemisphere of the North.

With the help of the pressure gradient and Coriolis effect, which create clockwise circular winds around the pressure centre, it is possible to pinpoint the right pressure cell and position for high pressure in the Northern Hemisphere.

As a result, the significance of the pressure gradient and Coriolis effect, to identify the proper pressure cell and location are the aforementioned.

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Your question is incomplete, but most probably the full question was.

Based on your knowledge of the pressure gradient and Coriolis Effect, identify the proper pressure cell and location.

Answer: oil

Explanation: Oil is one of the most common fossil fuels we use. Fracking is the process of getting these fossil fuels. The answer to the question is oil.

Hope this helps you!

Answer:

oil is the fossil fuel

Explanation:

trust me

Answer:

the mass of an object is a measure of amount of matter in an object

The correct option is C. Glacial loess from the last ice age would best be found in the Midwest of the United States.

The Midwest of the United States is where glacial loess from the last ice age would best be found. This area was covered by a large continental glacier during the last ice age, and as the glacier retreated, it left behind a layer of finely ground rock and mineral particles called glacial flour.

Over time, the wind picked up and deposited this glacial flour, known as loess, over much of the Midwest, creating deep deposits of fertile soil that are still used for agriculture today. While the Palouse country of eastern Washington and the Loess Plateau in China also have significant loess deposits, they were formed by different geological processes and at different times than the glacial loess of the Midwest.

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In the pore spaces between sediment grains, there is groundwater.

Water that is found below the Earth's surface in cracks and crevices of silt and rock is known as groundwater. These holes, which go by the name of "pore spaces," are produced when sediment grains clump together or when rocks dissolve.

For human cultures, groundwater is an essential resource since it provides drinking water, agriculture, and industrial purposes. By preserving streamflows, wetlands, and groundwater-dependent plants, it also maintains ecosystems.

Groundwater may be refilled naturally through infiltration and recharge from precipitation, but it can also be drained excessively, or contaminated activities can cause it to become depleted. The sustainability of groundwater supplies for future generations depends on their proper management.

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Answer:

Geographical maps from earlier dates. Also looking for fossils of previous plant life in the area to determine what it was like then.

Explanation:

Answer:

Anemometer

Explanation:

The stronger the wind blows, the faster the wheel rotates. The anemometer counts the number of rotations, which is used to calculate wind speed.

Answer:

It Would be Texas be it says Stationary which means it Stays in the same place so 100% correct Promise

Explanation:

Answer:

Most tsunami damage and destruction is caused by flooding, wave impacts, erosion, strong currents, and floating debris (e.g., trees, structures, vehicles, and other things that can act like battering rams). The water can be just as dangerous, if not more so, as it returns to the sea, taking debris and people with it.

The majority of deaths associated with tsunamis are related to drownings, but traumatic injuries are also a primary concern. Injuries such as broken limbs and head injuries are caused by the physical impact of people being washed into debris such as houses, trees, and other stationary items.

There are three factors of destructions from tsunamis: inundation, wave impact on structures, and erosion. Strong, tsunami-induced currents lead to the erosion of foundations and the collapse of bridges and seawalls. Flotation and drag forces move houses and overturn railroad cars.

Answer:

As of 2020, there are 12 countries in South America: Argentina, Bolivia, Brazil, Chile, Colombia, Ecuador, Guyana, Paraguay, Peru, Suriname, Uruguay and Venezuela. French Guiana is an overseas territory of France and not an independent country.

Explanation:

Answer:

a 170 elevation of c

west is steeper

a going uphill

Explanation:

i love geology

i so good at topographic maps

Climate mitigation refers to actions taken to reduce greenhouse gas emissions and minimize the impacts of climate change, while climate adaptation refers to measures taken to adjust and prepare for the existing or anticipated impacts of climate change.

Example of Climate Mitigation in the US: The implementation of renewable energy sources, such as solar and wind power, to replace fossil fuel-based energy generation is an example of climate mitigation in the US. By reducing reliance on carbon-intensive energy sources, it helps to decrease greenhouse gas emissions and mitigate climate change.

Example of Climate Adaptation in the US: In the agriculture sector in Oregon, a climate adaptation measure could be the adoption of water-efficient irrigation techniques and technologies. Farmers can implement precision irrigation systems, use drought-resistant crop varieties, and improve water management practices to adapt to the increasing water scarcity and ensure efficient use of water resources.

Climate mitigation focuses on reducing greenhouse gas emissions and preventing further climate change. It involves actions like transitioning to renewable energy, improving energy efficiency, and adopting sustainable practices to minimize the carbon footprint.

On the other hand, climate adaptation involves preparing for and adapting to the impacts of climate change that are already occurring or anticipated. This includes measures to protect vulnerable communities, infrastructure, and natural resources from the effects of climate change.

In the given example, Oregon's agriculture sector can implement climate adaptation measures to address the increasing water scarcity caused by climate change. Adopting water-efficient irrigation techniques and technologies would help farmers optimize water use, reduce water consumption, and better manage drought conditions.

Climate mitigation focuses on reducing greenhouse gas emissions and preventing further climate change, while climate adaptation involves preparing for and adapting to the impacts of climate change. An example of climate mitigation in the US is the adoption of renewable energy sources, while an example of climate adaptation in the agriculture sector in Oregon could be the implementation of water-efficient irrigation techniques and technologies to address increasing water scarcity caused by climate change. These measures are essential in combating climate change and building resilience to its impacts.

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A lahar is a special kind of mass movement called a mudflow caused by rapid melting of snow and ice at the top of a volcano during an eruption.

Lahars consist of a mixture of volcanic debris, water, and mud that can flow down a volcano's slopes at high speeds, causing significant damage to infrastructure and endangering human life. These dangerous events can occur both during and after volcanic eruptions, as rainfall can also trigger lahars by remobilizing loose volcanic material on a volcano's slopes. Volcanic hazards such as lahars are carefully monitored by volcanologists in order to protect nearby populations and infrastructure.

The combination of volcanic debris, water, and other materials can result in a fast-moving slurry that can travel many miles from its source, causing significant damage to surrounding areas. Lahars can destroy buildings and infrastructure, as well as disrupt transportation networks, making them a significant hazard to people living near active volcanoes. Scientists and authorities use various methods, such as remote monitoring and early warning systems, to track and mitigate the risk of lahars.

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