What is intensive agriculture ap human geography?

intensive agriculture is a type of farming that uses large amounts of labor and heavy machinery to increase crop production. This type of agriculture is often associated with large-scale commercial farms that use large amounts of pesticides and other chemicals. Intensive agriculture can be contrasted with subsistence agriculture, which is a type of farming that relies on small-scale production and minimal use of external inputs.

Intensive agriculture is a form of agriculture in which a large amount of labor and capital is used in relation to the land area being cultivated. This type of agriculture is typically associated with large-scale commercial farming operations and is characterized by the high level of inputs and outputs.

What is an example of intensive agriculture ap human geography?

Intensive farming is a type of agriculture in which a high level of inputs such as capital, labor, or heavy use of technology are used in order to produce a high output of crops or livestock. Major intensive farming crops include corn and soybeans, as well as wheat and rice. Intensive farming practices include market gardening, plantation agriculture, and mixed crop/livestock systems.

Intensive farming practices are those that are carried out with the intention of maximizing production, often at the expense of the environment. These practices include market gardening, plantation agriculture, and mixed crop/livestock systems. Extensive farming practices, on the other hand, are those that seek to minimize impact on the environment. These practices include shifting cultivation, nomadic herding, and ranching.

What is extensive agriculture AP Human Geography

There are two main types of agriculture: extensive and intensive. Extensive agriculture is a less intensive form of farming that uses a large amount of land to yield a large amount of output per acre. Intensive subsistence agriculture is a form of subsistence agriculture where farmers expend a relatively large amount of effort to produce the maximum crop yield. Extensive subsistence agriculture is a less intensive form of subsistence agriculture that uses a large amount of land to produce a small amount of output per acre.

There are pros and cons to both extensive and intensive farming. Extensive farming uses fewer resources, but requires more land. Intensive farming uses more resources, but requires less land. Ultimately, the decision of which type of farming to use depends on the specific situation.

What is intensive agriculture Short answer?

Intensive farming is a method of farming that uses a lot of money and effort to increase the yield per area of land. Pesticides and animal medicines are used extensively in this type of farming. This type of farming can be harmful to the environment because of the large amounts of chemicals that are used.

Intensive farming is a system of agricultural production that is based on maximizing the yields from available land through heavy use of pesticides and chemical fertilizers. This type of farming often results in negative environmental impacts, including pollution and soil degradation.

What is intensive agriculture quizlet?

Intensive agriculture is a form of farming that employs large amounts of capital and labor to produce significant crop surpluses. This type of agriculture is typically found in developed countries where large farms use mechanized equipment to maximize output. In many cases, intensive agriculture has replaced traditional subsistence farming in order to provide food for a growing population. While intensive agriculture can be very productive, it also has a number of drawbacks, including negative environmental impacts, labor exploitation, and monoculture.

Intensive farming is a type of agriculture where many crops are grown in a small land with the help of sizable manual labour. Also, for producing quality crops, farmers add fertilizers and pesticides. By this farming, farmers can improve the soil quality.

What is the impact of intensive agriculture

Intensive farming is a type of agricultural production characterized by large amounts of inputs, such as chemicals, water, and energy, relative to the land being farmed. This term is often used interchangeably with industrial agriculture, although the latter encompasses a broader range of farming technologies.

Intensive farming can have severe impacts on soil, such as acidification, nitrification, desertification, decline in organic matter, soil contamination (by heavy metals and agrochemicals), and soil compaction. These impacts can lead to decreased soil productivity and degradation of ecosystems.

Intensive farming is a type of agriculture that involves a high level of input and output per unit of land. It is often carried out in densely populated areas, like the United Kingdom and the Netherlands. Intensive farming generally requires a smaller land area than extensive farming, and often involves a high level of manual labor.

What is extensive farming example?

originally, extensive farming referred to livestock production on a large scale in areas with low agricultural productivity. however, the term now includes large-scale grain production as well. most extensive farming operations are located in australia, where they take advantage of the country’s large tracts of land with low productivity.

Extensive agriculture is a style of farming that uses large areas of land more gently. This type of farming generally uses less capital, relying on soil fertility, land ecology, and local climate rather than on purchased chemicals and machinery.

What is difference between extensive and intensive

Extensive properties depend on the amount of substance, while intensive properties do not. Examples of extensive properties include mass, weight, and volume, while examples of intensive properties include color, melting point, boiling point, and electrical conductivity. Intensive properties are often used to identify a substance, since they are independent of the amount of substance present.

Intensive properties are those that do not depend on the amount of the substance present. For example, the color of a rock does not depend on how much of the rock there is. Whether a substance is soluble in water is another intensive property. Extensive properties, on the other hand, do depend on how much of the substance is present. Mass and volume are examples of extensive properties.

Why is intensive agriculture important to a state?

One advantage of intensive agriculture is that because it requires less land, yield can be produced closer to market than farms using extensive agriculture. This is traditionally seen as an advantage because it reduces transport costs and allows farmers to respond more quickly to changes in market demand. However, intensive agriculture can also have negative environmental impacts, such as soil degradation and pollution from agricultural chemicals.

The type of farming mentioned in the prompt is characterized by three features: labor intensity, high biochemical input, and small farm size. This type of farming is less efficient and less productive than other types of farming, due to the lack of mechanization and the small size of the farms.

Conclusion

Intensive agriculture is a type of farming that involves growing crops on a piece of land that is intensively cultivated, meaning that the soil is regularly tilled and the crops are closely spaced. This type of agriculture requires the use of more inputs, such as fertilizers and pesticides, than traditional farming methods. Intensive agriculture is often used in areas where the land is very fertile and the climate is conducive to growing crops.

Intensive agriculture is a type of agriculture where farmers use high levels of inputs, such as water, fertilizers, and pesticides, to produce large yields. This type of agriculture is often used in areas with high population densities and limited land resources. While intensive agriculture can be very productive, it can also have negative environmental impacts, such as water pollution and soil degradation.

Claudia is passionate about agriculture and plants. She has dedicated her life to understanding the science behind growing plants, and she is always looking for new ways to make the process more efficient. She loves experimenting with different techniques and technologies, and she is always striving to make the world a better place through agriculture.

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