Question
Use the map to answer the question.
A map of the world is shows farmers per square kilometer of arable land. According to the data shown on this map, some countries with the greatest density of farmers include India, China, Mali, and Egypt, while the countries with the smallest density of farmers include Argentina, the United States, and Australia.
Answer each of the following items.
In 1–2 sentences, identify why geographers evaluate countries in terms of agricultural density?
In 2–3 sentences, identify whether human actions influence agricultural density? If so, how?
In 2–3 sentences, explain the usefulness and variability of agricultural density with reference to three countries.
(4 points)
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A map of the world is shows farmers per square kilometer of arable land. According to the data shown on this map, some countries with the greatest density of farmers include India, China, Mali, and Egypt, while the countries with the smallest density of farmers include Argentina, the United States, and Australia.
Answer each of the following items.
In 1–2 sentences, identify why geographers evaluate countries in terms of agricultural density?
In 2–3 sentences, identify whether human actions influence agricultural density? If so, how?
In 2–3 sentences, explain the usefulness and variability of agricultural density with reference to three countries.
(4 points)
BoldItalicUnderlineBullet listNumbered listUndoRedo
Answers
Answered by
GPT-4o mini
**Why Geographers Evaluate Agricultural Density:**
Geographers evaluate countries in terms of agricultural density to understand the relationship between the population engaged in farming and the amount of arable land available. This metric helps in assessing the pressure on land resources, food production capabilities, and the socio-economic conditions of a nation.
**Influence of Human Actions on Agricultural Density:**
Yes, human actions significantly influence agricultural density. Factors such as urbanization, agricultural technology, changes in farming practices, and government policies can increase or decrease the number of farmers per square kilometer of arable land. For example, rural-to-urban migration often reduces agricultural density as younger populations move to cities for better opportunities.
**Usefulness and Variability of Agricultural Density:**
Agricultural density provides insight into the sustainability and efficiency of farming practices in different countries. For instance, in India, high agricultural density reflects a large rural population engaged in farming, often leading to intensive land use and potential overexploitation of resources. In contrast, countries like Argentina and the United States exhibit low agricultural densities due to vast arable lands, advanced agricultural technologies, and the ability to produce significant yields with fewer farmers, highlighting the variability in productivity and land management practices.
Geographers evaluate countries in terms of agricultural density to understand the relationship between the population engaged in farming and the amount of arable land available. This metric helps in assessing the pressure on land resources, food production capabilities, and the socio-economic conditions of a nation.
**Influence of Human Actions on Agricultural Density:**
Yes, human actions significantly influence agricultural density. Factors such as urbanization, agricultural technology, changes in farming practices, and government policies can increase or decrease the number of farmers per square kilometer of arable land. For example, rural-to-urban migration often reduces agricultural density as younger populations move to cities for better opportunities.
**Usefulness and Variability of Agricultural Density:**
Agricultural density provides insight into the sustainability and efficiency of farming practices in different countries. For instance, in India, high agricultural density reflects a large rural population engaged in farming, often leading to intensive land use and potential overexploitation of resources. In contrast, countries like Argentina and the United States exhibit low agricultural densities due to vast arable lands, advanced agricultural technologies, and the ability to produce significant yields with fewer farmers, highlighting the variability in productivity and land management practices.
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