disadvantages and advantages of canal irrigation

Answer:

0.8

Explanation:

Answer:

It is apart of the Himalayan mountains.

Explanation:

It is considered the highest point on Earth. Its in a region of China between Nepal and Tibet. it was named after George Everest Define surveyor general of India.

(I researched from National Geographic page. I hope this helps and if you need different information about the mountain I'll be happy to help again. just comment below my answer ! )

:)

We can deduce here that the arrow on the map that points to an air mass moving toward a cold front is: H 1029 - 1018

Cold front actually refers to the boundary that shows a mass of cold air advancing. It goes towards the sector of a low-pressure.

We see that the arrow that is moving from the region of high pressure to the region of low pressure and has blue lines is the answer.

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Answer:

I think it's the Himalayan region.

Answer:

Tarai plains of Kechana Kalan in Jhapa (60 m).

Hoyt's sector model and the concentric model are both urban land use models that describe the spatial organization of cities. While they have some similarities, they also have distinct characteristics.

Let's explore their similarities:

Central Business District, Urban Expansion, Zones of Transition and Influence of Transportation.

Despite these similarities, there are notable differences between the two models. The concentric model, proposed by Ernest Burgess, envisions a city developing in concentric rings outward from the CBD.

It suggests that as the city grows, new rings of development form around the central core, with each ring representing a different land use or zone.

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The North American interior experiences a continental climate, which is characterized by a lack of significant seasonal variation in temperature range. In this type of climate, the temperature range remains relatively stable throughout the year, resulting in moderate to cold temperatures.

The temperature range in a continental climate is primarily influenced by the large landmass and the distance from large bodies of water. In contrast to coastal regions, which are moderated by the ocean, the interior of North America experiences greater temperature extremes due to its distance from the moderating influence of the ocean. During the winter months, the interior experiences colder temperatures due to the cold air masses that move southward from the polar regions. During the summer months, the interior experiences warm temperatures as warm air masses move northward from the tropics.

However, despite these seasonal temperature fluctuations, the temperature range in the North American interior remains relatively stable throughout the year. This is because the interior is located far from the moderating influence of the ocean, and the large landmass acts as a heat sink, absorbing and retaining heat. This results in a more gradual transition of temperatures, leading to a smaller seasonal variation in temperature range compared to coastal regions.

In conclusion, the North American interior experiences a continental climate, which is characterized by a relatively stable temperature range throughout the year. The temperature range in this region is influenced by the large landmass, distance from large bodies of water, and the movement of air masses.

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Sedimentary rock and the weathering, erosion, and lithification processes that produce it is essential to comprehending Earth Science.

This is due to the fact that sedimentary rocks and their common ancestor, sediments, make up the majority of the Earth's surface. Sedimentary rocks can form in a variety of ways, but water is always a part of their origin and production. In contrast to metamorphic and igneous rocks, which are generated deep beneath the Earth, sedimentary rocks are formed on or around the surface of the planet.

Erosion, weathering, dissolution, precipitation, and lithification are the main geological processes that result in the formation of sedimentary rocks.

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Type of Feedback: Biophysical Feedback. The biophysical feedback in this forest ecosystem diagram highlights the interconnectedness and interdependence of various components. The diagram demonstrates how trees and abiotic factors like sunlight, rainfall, and soil interact, influencing each other's functioning and ultimately shaping the dynamics of the forest ecosystem.

System Diagram Description:

In a forest ecosystem, biophysical feedback refers to the interactions between biotic (living) and abiotic (non-living) components of the system, which influence each other's behavior and dynamics. Here is a description of a simplified systems diagram illustrating biophysical feedback in a forest ecosystem:

1. Biotic Components:

  - Trees: Represented as large circles or shapes in the diagram, trees play a central role in the forest ecosystem. They provide habitat for various organisms, regulate temperature and humidity, and contribute to nutrient cycling.

  - Animals: Depicted as smaller shapes, animals such as birds, mammals, and insects interact with trees for food, shelter, and dispersal of seeds.

2. Abiotic Components:

  - Sunlight: Shown as rays or arrows, sunlight is a crucial abiotic factor that drives photosynthesis in trees, enabling them to produce energy and grow.

  - Rainfall: Represented by water droplets or arrows, rainfall provides water for tree growth, nutrient uptake, and supports the overall functioning of the ecosystem.

  - Soil: Depicted as a layer beneath the trees, soil contains organic matter, minerals, and microorganisms essential for nutrient cycling and root anchorage.

3. Feedback Interactions:

  - Photosynthesis: The trees' leaves capture sunlight and convert it into energy through photosynthesis. This process not only sustains tree growth but also releases oxygen into the atmosphere, supporting the respiratory needs of animals.

  - Transpiration: Trees lose water through their leaves via transpiration, which influences the humidity and microclimate of the forest. This can affect rainfall patterns and the availability of water for both trees and animals.

  - Nutrient Cycling: Fallen leaves and organic matter decompose in the soil, releasing nutrients that are absorbed by tree roots. This nutrient cycling supports tree growth and sustains the health of the entire forest ecosystem.

  - Wildlife Interactions: Animals, through their feeding behaviors, contribute to the dispersal of seeds, which influences tree regeneration and species diversity within the forest.

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The likelihood that one subset of people is going to migrate is migration selectivity.

The degree of migration's selectivity varies greatly between ethnic/origin country groupings and the nations to which these groups have migrated. Positively selected immigrant communities might be less disadvantaged than neutrally or negatively selected immigrant communities, but institutions in the destination country are likely to change the size of these disparities.

In comparison to homestayers, migrants are said to be more positively self-selected in terms of educational attainment, motivation, ability, and effort. Economic theory would expect positive selection on education given a fixed amount of relocation expenses for all migrants, even if the (positive) returns to education are identical between origin and destination countries.

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The description, "beginning with a corner at the intersection of two stone walls near an old oak tree," can be found in the metes and bounds method of describing land.

The metes and bounds method is a system of describing land by using natural landmarks, such as trees, rivers, or existing structures, as reference points. It typically starts at a well-defined point, often a corner, and proceeds to describe the boundaries of the land using distances and directions.

In the given description, the starting point is the corner at the intersection of two stone walls near an old oak tree. From this starting point, the boundaries of the land would be outlined by specifying distances and directions, such as "running 200 feet west," "then turning 90 degrees north," and so on.

The metes and bounds method of land description was commonly used in older land surveys and legal descriptions, particularly in areas with irregular or non-rectangular land divisions. While modern methods such as the rectangular survey system (used in the Public Land Survey System) have become more prevalent, metes and bounds descriptions are still used in some legal documents and property deeds, especially for parcels with complex boundaries or in areas where older land records are maintained.

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Answer:

16 newtons.

Explanation:

Surface ocean circulation is driven primarily by the Coriolis effect and modified by density differences.

The Coriolis effect causes the movement of water to deflect to the right in the Northern Hemisphere and to the left in the Southern Hemisphere, resulting in the formation of gyres, which are large systems of rotating currents. Land wind, such as the trade winds and westerlies, also play a role in driving surface ocean circulation by pushing surface water in the direction of the prevailing wind.

Density differences, on the other hand, are caused by variations in temperature and salinity. Water that is colder and saltier is denser and sinks, while warmer and fresher water is less dense and rises. This creates vertical movements of water that can affect the horizontal flow of ocean currents. Overall, a combination of these factors drives surface ocean circulation, which plays a crucial role in regulating global climate and distributing nutrients and heat around the world.

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Answer:

A: Balance scale

Explanation:

because mass = weight

so a balanced scale

Answer:

They all Share a border with France

Explanation:

Answer:

If the economy grows too much too quickly, it can cause a surplus of materials and it can cause countries to fight over them.

Explanation:

Hope this helps

Answer:

The increase in economic growth will also mean that there will be more supply of everything, meaning more factories to be build and pollution. It also provides new opportunities to develop civilization and construction would mean more trees being cut down and areas to be flatten for houses, and the animals will lose their homes.

The name of these islands is Raja Ampat Islands.

Raja Ampat is an archipelago located off the northwest tip of Bird,s Head Peninsula in West Papua. These are located on the island of New Guinea in Indonesia.

It comprises more than 600 small islands with four major isles: Walgeo, Misoo, Bantana, and Salawati. It also has a smaller island named Kofiau.

It forms part of the Coral Triangle which contains the world's richest marine diversity. It is popularly known for its biodiversity and coral reefs. The islands are a part of the Vogelkop-Aru lowland rainforests ecoregion and are home to many species of mammals, reptiles, and insects.

It is a popular tourist attraction and is one of the best spots for scuba diving, snorkeling, and birdwatching.

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A temperature inversion is associated with a stable layer of air. The correct answer is the option a.

This occurs when the temperature of the air increases with height, instead of decreasing as it normally does. This creates a layer of warm air above a layer of cooler air, which acts as a lid and traps pollutants and other particles in the lower layer. This can lead to poor air quality and reduced visibility.

Temperature inversions can occur naturally, such as during nighttime cooling or in polar regions, or they can be caused by human activities like industrial emissions or traffic. In some cases, temperature inversions can also lead to other weather phenomena, such as fog or low clouds.

It is important to monitor temperature inversions and their effects on air quality, as they can have negative impacts on both human health and the environment.

Therefore, the correct answer is option a) a stable layer of air.

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The reservoir of global carbon that does not rapidly cycle carbon between itself and other reservoirs is the lithosphere.

The lithosphere, which includes rocks, minerals, and soil, is a relatively slow and long-term storage of carbon. Carbon is stored in the lithosphere through processes like weathering and sedimentation, which take place over geological timescales. Unlike other reservoirs such as the atmosphere, oceans, and biosphere, the exchange of carbon between the lithosphere and other reservoirs is much slower. Carbon stored in the lithosphere can remain locked away for thousands or even millions of years before being released back into the carbon cycle through geological processes like volcanic activity or tectonic plate movements. This slow cycling of carbon makes the lithosphere an important long-term storage reservoir, influencing the carbon balance and climate over geological timescales.

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Cyclone dynamical strength is frequently used to describe an ETC's life cycle. The sea level pressure (SLP) near the centre, the vorticity, or the surface wind speed can be used to determine if a cyclone is in its intensifying, peaking, or declining phases.

Extratropical cyclones, also known as mid-latitude cyclones or wave cyclones, are low-pressure systems that, combined with high-pressure system anticyclones, control the weather across a large portion of the planet. Cloud cover and light rain to strong gales, thunderstorms, blizzards, and tornadoes can all be caused by extratropical cyclones.

Large scale (synoptic) low pressure weather systems that develop in the equatorial middle latitudes of the Earth are known as these kinds of cyclones. Extratropical cyclones cause fast fluctuations in temperature and dew point along broad areas, known as weather fronts, near the centre of the storm, in contrast to tropical cyclones.

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Full Question: What is the life cycle of extratropical cyclone?

Answer:

Oranges, as a global food source, are part of a commodity chain within multinational agribusiness corporations because they are grown in various regions around the world and then transported to different markets for consumption. The maps can help explain this by showing the locations of orange production, processing facilities, and distribution centers.

For example, a map of orange production would show the main orange-growing regions around the world, such as California in the United States, Spain and Italy in Europe, and Brazil and Chile in South America. These regions are typically controlled by large agribusiness corporations, who own and operate the orange groves and sell the oranges to processing facilities.

A map of orange processing facilities would show the locations of these facilities, which are often located near the orange-growing regions. These facilities are responsible for washing, grading, packing, and storing the oranges before they are distributed to various markets.

A map of orange distribution centers would show the locations of these centers, which are often located near major population centers. These centers are responsible for distributing the oranges to supermarkets, grocery stores, and other retailers for sale to consumers.

Overall, the maps can help demonstrate how oranges, as a global food source, are part of a commodity chain within multinational agribusiness corporations. The oranges are grown in various regions, processed in facilities, and distributed to various markets, all of which are controlled by large agribusiness corporations.

Explanation:

Coral reefs are under threat from ocean acidification, which is caused by a decrease in seawater pH.

The effect of a lower ocean pH due to ocean acidification on coral reefs is that it will negatively impact their growth, development, and overall health.

Coral reefs are negatively affected by ocean acidification due to a decrease in pH, which makes the water more acidic.

Acidification of ocean water can cause corals to erode and break down because the pH of the water has become too low.

As a result, coral reefs will be impacted in the following ways:

The acidic environment makes it difficult for corals to create skeletons and other hard structures.

The amount of available carbonate ions in seawater, which are required by corals to build their skeletons, is decreasing.

Acidification harms some organisms that form coral reefs, reducing the amount of available space for corals to grow in.

Acidification harms the health of other organisms, including some that corals depend on for food and other things.

What is ocean acidification?

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Answer:

to me The designed world is the product of a design process, which provides ways  to turn resources  materials, tools and machines, people, information, energy, capital, and time into products and services.

Explanation:

Answer:

Refers to everything that people do to change the world to suit human needs and wants.

OAmalOHopeO

Iraq

Explanation:

3.6 million people displaced

Answer:

lithosphere

Explanation:

Tectonic shift is the movement of the plates that make up Earth's crust. The Earth is made up of roughly a dozen major plates and several minor plates. The Earth is in a constant state of change. Earth's crust, called the lithosphere, consists of 15 to 20 moving tectonic plates.

Answer: A. Pressure from sediment turned decaying plankton at the bottom of the ocean into natural gas.

The natural gas deposits formed is  pressure from sediment turned decaying plankton at the bottom of the ocean into natural gas. Thus, the option (a) is correct.

What is the natural gas?

Natural gas is defined as gas formed from a combination of other gases, such as hydrocarbons, alkanes, and methane. The gases depend on the state of the atmosphere. Propane, pentane, ethane, hexane, and butane are all present in trace levels in natural gas. Carbon and hydrogen atoms combine to create the gas known as methane.

Phytoplankton and zooplankton are two different types of plankton that are related to both plants and animals. Natural gas are microscopic plankton in their natural forms. Sediment is the term used to describe plankton on materials that enter the ocean through rivers. Then, as this debris falls to the ocean floor, natural gas is created.

Therefore, option (a) is correct.

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Nuclear and Fossil fuel-burning power plants are thermal power stations that produce heat to make steam to spin a generator and generate electricity. They differ mainly in where their energy comes from; a nuclear reactor produces heat from radioactive metals, and a fossil-fuel plant burns coal, oil, or natural gas.

Nuclear power plants turn a small amount of (different) nonrenewable rock into power and solid pollutants that can be contained quite reliably, with (especially compared to the power produced) very few exceptions.

Fossil fuel-burning power plant turns a large amount of nonrenewable rock (and oil) into power and pollutant gas that can’t easily be contained and gets out into the environment.

The advantages of nuclear power are they are low-carbon energy sources, reliable and cost-effective, and essential to our response to climate change and greenhouse gas emissions, whereas, for fossil fuel-burning plants, they are easy to install, highly efficient and reliable, currently wide availability, an abundance of fossil fuel sources.

The disadvantages of the nuclear power plant are nuclear waste, malfunctions can be catastrophic, and very high upfront costs, whereas, in the case of fossil fuel burning plants, they are unsustainable, incentivized, release vast amounts of harmful byproducts called greenhouse gases (especially carbon dioxide (CO2)), into the atmosphere and non-renewable.

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Answer:

Explanation:

The water cycle is important because water sustains all life on Earth. Through a series of evaporation, transpiration, condensation, precipitation, infiltration, runoff, and other smaller processes, the water cycle keeps the Earth's water clean, distributes the water across the planet's surface, maintains aquatic ecosystems, and aids in the process of plant growth. The water cycle not only keeps all living things alive, but it's become an important tool for the modern human race. Climate change is altering patterns of weather and water around the world.

Answer:

The water cycle is important because water sustains all life on Earth. Through a series of evaporation, transpiration, condensation, precipitation, infiltration, runoff, and other smaller processes, the water cycle keeps the Earth's water clean, distributes the water across the planet's surface, maintains aquatic ecosystems, and aids in the process of plant growth. The water cycle not only keeps all living things alive, but it's become an important tool for the modern human race. Climate change is altering patterns of weather and water around the world.

Explanation: