a combination of longitudinal and transverse waves is called a

Answer:

Option C, Islam.

Explanation:

The shaded region is very close to regions like Arabia, Pakistan, South Africa, and more like Dubai. In these places, only Islam can be followed.

Hoped this helped.

Through the use of map, the geographers will be able to identify a location by using the:

In regards to location, the geographers study a place by finding where it is or its location.

In regards to Place, the geographers study the physical and human features of a location.

In regards to Human, the geographers study how people affect or shape physical characteristics of their natural surrounding and how environment affect them.

In conclusion, with the use of map, the geographers will be able to identify a location by using the latitude/longitudes, grid based on degrees, 360 degrees of longitudes and 180 degrees of latitude.

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Continental climates occur mostly in the Northern Hemisphere, which has the kind of large landmasses on temperate latitudes required for this type of climate to develop.

Answer:

B

Explanation:

Natural Resource is a source of energy that doesn't need any action from humans. The sun doesn't need the help of humans, therefore it is a natural resource

Inside a volcano magma rises and collects in chambers within the crust.when magma fills the chamber, pressure grows. If the pressure gets high enough, the magma can break through the crust. Then it spew out in a volcanic eruption. most explosive volcanoes occur the subduction zones.

It is lighter than the solid rock around it, magma rises and collects in magma chambers. It has erupted is called lava. Some volcanic eruptions are explosive and others are not. It  can rise when pieces of Earth's crust called tectonic plates slowly move away from each other.

When this happens underwater volcano can form. It also rises when these tectonic plates move toward each other. Lava cools to form volcanic rock as well as volcanic glass. It solidifies in the air to form volcanic rock called tephra. In the atmosphere, tephra is more often called volcanic ash.

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We can see here that in the month of July, the potential evapotranspiration rate (PET) in San Diego is 20.2mm.

Potential evapotranspiration rate (PET) is the theoretical rate at which water would evaporate and transpire from an area if water were always available.

It is the maximum rate at which water can be lost from a vegetated surface through the combined processes of evaporation from soil and transpiration from plants.

PET is primarily driven by solar radiation, temperature, humidity, and wind speed, and is influenced by factors such as vegetation cover, topography, and soil properties.

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Answer:

clouds got radiated -> clouds traveled globally -> causing radiated rain -> causing radiated waterways -> causing radiated ground water -> causing contaminated agriculture & cattle -> & causing contaminated vegetables & meat around the world

Explanation:

The event in Chernobyl released a huge amount of radioactive material, which spread across Europe and contaminated agricultural produce, particularly in nearby countries such as Belarus and Ukraine.

Some European countries, such as Norway and Sweden, detected increased levels of radiation in their environment and food supplies, leading to restrictions on the consumption of certain foods, such as reindeer meat and wild mushrooms.

The Chernobyl disaster also led to increased awareness of the dangers of nuclear power and prompted changes in safety regulations and emergency response procedures in many countries.

chatgpt

If the Earth did not rotate on its axis, the atmosphere would only circulate between the poles and the equator in a simple back-and-forth pattern.

Temperature variations, particularly the differential in heating at the equator and poles, and the Earth's rotation affect the worldwide atmospheric circulation pattern. By transferring heat and water, winds shape regional climate and impact everyday weather.

If the Earth didn't spin on its axis, the atmosphere would merely move back and forth between the equator and the poles.

If the Earth had not been rotating and remained stable, the atmosphere would have merely drifted quietly back and forth between the equator, which is a low-pressure zone, and the poles, which are high-pressure zones. Moving air, on the other hand, is bounced, just as the Earth spins.

The air retreats to the right in the Northern Hemisphere and to the left in the Southern Hemisphere, resulting in curved routes rather than predictable and straight loops. Therefore, This deflection is known as the Coriolis effect.

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Explanation:

In geography, latitude is a geographic coordinate that specifies the north–south position of a point on the Earth's surface. Latitude is an angle (defined below) which ranges from 0° at the Equator to 90° (North or South) at the poles. Lines of constant latitude, or parallels, run east–west as circles parallel to the equator. Latitude is used together with longitude to specify the precise location of features on the surface of the Earth. On its own, the term latitude should be taken to be the geodetic latitude as defined below. Briefly, geodetic latitude at a point is the angle formed by the vector perpendicular (or normal) to the ellipsoidal surface from that point, and the equatorial plane. Also defined are six auxiliary latitudes that are used in special applications.

Answer:

The eastern grey squirrel is a threat to Canada because it is an invasive species, which harms other organisms in the ecosystem

Air currents can experience changes from atmospheric pressure and temperature because these variables modify them.

An air current is a term to refer to the movement of air. This movement is an innate characteristic of air. However, it is also due to factors such as:

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Answer:

The Tree Festival, popularly known as 'Van Mahotsav' is a week-long festival celebrated from July 1 to 7 (the first week of July) during which millions of trees are planted all over India. It was initiated in 1950 by K.M. Munshi, the Union Minister for Agriculture and Food at that time.

It was started to create awareness in the mind of the people for the conservation of forests and planting of new trees. Van Mahotsava is celebrated as a festival of life. In India, it was started as a movement to save mother earth.

(a) An intrusive rock that cuts across other rock units must be younger than the units it cuts across.

An intrusive rock refers to a type of igneous rock that forms when magma solidifies beneath the Earth's surface. When an intrusive rock cuts across other rock units, it provides important information about the relative ages of the rocks involved.

In geology, the principle of cross-cutting relationships states that a rock unit must be older than any rock that it cuts across. This principle applies to intrusive rocks as well. Therefore, if an intrusive rock is observed cutting across other rock units, it can be concluded that the intrusive rock is younger than the units it cuts across.

The reason for this is that the intrusion of the magma that formed the intrusive rock occurred after the formation of the rocks it cuts across. The magma, being younger than the surrounding rocks, was able to intrude and cut across them.

This principle is widely applied in the field of geology to determine the relative ages of rock formations and to reconstruct the geological history of an area.

In summary, an intrusive rock that cuts across other rock units is younger than the units it cuts across.

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Differential weathering is when various geologic materials exposed to the same environmental conditions will weather differently depending on their composition.

Differential weathering refers to the varying rate at which various rocks are broken down by physical and chemical weathering processes. It's due to the fact that different rocks are composed of different minerals, which have different resistance to weathering.

As a result, differential weathering occurs when rocks break down at various rates in the same environment based on their properties.

The term "differential" refers to the idea that rocks deteriorate differently based on their mineralogy and structural features. Differential weathering is due to the chemical weathering of rocks as well as the physical weathering caused by wind, water, and ice.

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This is not true of environmental geology, i.e.  it is concerned with developing methods to prevent natural disasters from occurring.

Environmental geology, like hydrogeology, is an applied discipline focused on using geological concepts to solve environmental issues that humans have caused. It is a multidisciplinary area that has a tight relationship with engineering geology and, to a lesser extent, with environmental geography.

Environmental geology is the use of geological knowledge to resolve disputes, reduce the possibility of environmental deterioration, or increase the likelihood of favourable circumstances arising from the usage of the natural and modified environment. Natural resources and the environment are under severe stress as a result of global industrialization and population growth, which puts them at the forefront of global challenges. As a result of using environmental geology to find answers, it is becoming more popular.

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The Economic Impact of Deforestation

Deforestation and economic impact cannot be the two sides of the same coin. As long as there is economic growth our environment would continue to be on the verge of danger.

Each year our environment gets degraded little by little and the forests are the ones who have to pay a huge price for the increased profits. A loss of 27% has been attributed due to the conversion of forests for agriculture and other energy consumption purposes. About 50% of the forests became the victims of forestry operations and another 23% came into the clutches of the wildfire.

Now the above points may summarize the negative impact but let us take a lot into few points about the negative impact of deforestation.

The short-term effects: While clearing out the forests may generate a high level of income. Still, at the same time, some other important factors should be taken into accounts such as the exploitation of the lives of poor people living in rural areas, poor working conditions and labour exploitation due to the conversion of changes the forest lands into agricultural lands.

Ignoring the big picture: Not only do forests provide us with the gifts of nature but at the same time they are the homes to 80% of the known and unknown species of the world. Clearing out the forests erases the natural habitat, resulting in the extinction of many species worldwide. Not only the animals are in danger but the loss of biodiversity could cause a loss of billions in the field of science.  

Disrupting the water cycle and increasing soil erosion: As the water cycle changes, it harms a few specific industries. On the other hand, forests lock the soil and its nutrients together and prevent them from being washed down by the water.  

Global warming: No one can ignore the fact that as more forests get cleared from the land, the temperature of the Earth would continue to increase leading the climatic changes and global warming.

Long-run economic profits: The forests may now contribute towards the short-run economic profits but in the future, if we fail to preserve the forests there would be a huge global impact in the long run. There may come a time when forests would be completely eradicated from the face of the earth.  

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Answer:

sorry dont know

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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Answer:

Due to this, the community is low on water. The local and state governments decide to build a dam on a local river. One of the benefits for the farmers is that the dam will create a reservoir, which the farmers can use to irrigate their crops. ... Fish would not be able to migrate up the river to reproduce.

Explanation:

Archaeopteryx first appeared in the Late Jurassic Period which is a geological era of the Mesozoic Era that lasted from about 163.5 to 145.5 million years ago. The fossilized remains of Archaeopteryx were discovered in 1861 in the region of Solnhofen in Germany.

Archaeopteryx is important as a fossil that "links" change between different groups of organisms because it has characteristics of both birds and reptiles, suggesting that birds may have evolved from reptiles. Archaeopteryx is considered a transitional form between non-avian dinosaurs and birds, possessing both reptilian and avian features.

It has a mix of features found in modern birds, such as feathers and wings, as well as features found in non-avian dinosaurs, such as teeth and a long, bony tail. This makes it a valuable specimen for scientists studying the evolution of birds.

Using the recreation of Archaeopteryx, some of the evidence that relates to the connection between birds and reptiles include: Feathers: Archaeopteryx had feathers, which are a characteristic feature of birds. However, these feathers were not as specialized as those of modern birds. They were asymmetrical and lacked hooks, barbs, and a central shaft.

This suggests that feathers may have evolved for purposes other than flight, such as insulation or display.Bird-like skull: Archaeopteryx had a bird-like skull, with a short snout and large eyes. However, it also had a reptilian feature - teeth in its jaws.

This is unlike modern birds, which have a beak instead of teeth. Reptilian tail: Archaeopteryx had a long, bony tail that was similar to that of non-avian dinosaurs. However, its tail was shorter and more flexible than that of its dinosaur ancestors. This suggests that the tail may have played a role in flight control, but was not used for balance while walking on the ground.

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The Zeerust local municipality use GIS in planning and the implementation of their policies​ by Spatial Data Management, Planning and Land Use Management, Infrastructure Management, Emergency Management and Disaster Response and Environmental Planning and Conservation.

GIS is a powerful tool for municipalities that allows them to collect, manage, analyse, and visualise geographic data.

GIS can help with the efficient management and organisation of geographical data linked to land use, infrastructure, zoning, demography, natural resources, and other topics.

GIS can help with land use planning by overlaying several layers of data such as property parcels, zoning rules, environmental factors, and transportation networks.

Infrastructure administration: Geographic information systems (GIS) can help with the administration of municipal infrastructure, such as water supply, sewage systems, roadways, and public facilities.

Emergency Management and Disaster Response: Geographic information systems (GIS) can play an important role in emergency management by providing real-time situational awareness during disasters or emergencies.

GIS can help with environmental planning and conservation by identifying and managing environmentally sensitive regions.

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The Amazonian region's climate is changing. Since 1980, the average temperature in the Amazon basin has increased by around 0.7 degrees Celsius (1.26 degrees Fahrenheit).

Examples of cyclical, large-scale, and small-scale changes that might have an impact on the amazon river basin:

Every year, the Amazon River basin receives around 2000 mm of rain. The Amazon River, which is the greatest river in the world in terms of annual flow, is fed by this enormous quantity of precipitation.

Therefore,  

Examples of cyclical, large-scale, and small-scale changes that might have an impact on the amazon river basin:

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Answer:

Explanation: Plate tectonics is the theory that Earth's outer shell is divided into several plates that glide over the mantle, the rocky inner layer above the core. The plates act like a hard and rigid shell compared to Earth's mantle.  The lithosphere includes the crust and outer part of the mantle.

Answer:

Yes 100%

Explanation:

Bc of the dark and cold night you probably won´t be able to do fire

The South African Drakensberg Mountains are renowned for their complex geology, which contains a wide range of rocks.

In comparison to other rock types, sedimentary rocks like sandstone, shale, and limestone are often less prevalent in the Drakensberg.

Rocks that already exist undergo alteration under intense heat and pressure to become metamorphic rocks. Metamorphic rocks like quartzite, schist, and gneiss can be found in the Drakensberg.

As lava or magma cools, it solidifies to produce igneous rocks. Granite is the most prevalent igneous rock in the Drakensberg.

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Answer:

Gracias por los puntos gratis

Answer:

Thanks for the points :)

Explanation:

Answer:

The Egyptian protesters' grievances focused on legal and political issues, including police brutality, state-of-emergency laws, lack of political freedom, civil liberty, freedom of speech, corruption, high unemployment, food-price inflation and low wages.

Explanation:

hope this help:)

Answer:

mongolia

Explanation:

Mongolia has very little arable land, which means historically they have not been able to grow enough crops to support a large population. Until the 20th century Mongolians were largely a herding people, and that just doesn't support dense populations.

Answer:

which country find to map??

C-14-6 is more unstable and more radioactive than C-12-6 because it has two more neutrons in its nucleus, which leads to a higher neutron-to-proton ratio.

This higher neutron-to-proton ratio makes the nucleus less stable, resulting in increased radioactivity. Isotopes of an element have the same number of protons but different numbers of neutrons in their nuclei. The stability of an isotope depends on the balance between protons and neutrons. In the case of C-14-6, the additional neutrons make the nucleus less stable, leading to increased radioactivity. The extra neutrons increase the repulsive forces within the nucleus, making it more likely for radioactive decay to occur.

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