DP Geography Questionbank
Option F: Food and health
Description
[N/A]Directly related questions
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20N.1.bp.12a:
Examine ways in which people’s dietary choices are sometimes influenced by different types of transnational corporation (TNC).
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20N.1.bp.11a:
Estimate the area of the country of Nigeria, in km2. Show your working.
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20N.1.bp.11c:
Explain two human factors that may have led to high food insecurity in countries such as those shown.
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20N.1.bp.11b:
Outline one of the main components of the food security index.
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20N.1.bp.12b:
Examine the role of diffusion and barriers in the spread of disease.
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21M.1.bp.11c:
Explain one physical factor and one human factor contributing to the diffusion of one named water-borne disease through an area such as this.
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21M.1.bp.12a:
Examine how spatial variations in food consumption can impact upon life expectancy.
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21M.1.bp.11a.i:
State the four-figure grid reference for the spot height of 1062 metres in the northeast of the map.
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21M.1.bp.11a.ii:
Estimate the area, in km2 , of cultivated land to the west of easting 02.
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21M.1.bp.11b:
Outline one way in which the use of genetically modified organisms (GMOs) could help increase food production from cultivated land.
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21M.1.bp.12b:
Examine the reasons why food insecurity remains high in many places.
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21N.1.bp.11a.ii:
Estimate the amount of food waste, in billions of tonnes, created by consumers in North America.
- 21N.1.bp.11a.i: State which world region has the least food waste created by food producers and shops.
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21N.1.bp.11c:
Explain two strengths of food waste reduction as a strategy to improve food security in the world regions shown on the graph.
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21N.1.bp.11b:
Outline how vertical farming can help increase long-term global food availability.
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21N.1.bp.12a:
Examine the relative importance of prevention and treatment in limiting the spread of one or more diseases.
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21N.1.bp.12b:
Examine how governments and other stakeholders can affect the severity of famine.
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22M.1.bp.11c.i:
Explain how using genetically modified organisms (GMOs) to increase food production can lead to one environmental disadvantage.
- 22M.1.bp.11a.i: State the age group which had the highest incidence of dengue fever in 2012.
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22M.1.bp.12a:
Examine how food production systems can use water and energy more sustainably.
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22M.1.bp.11a.ii:
Estimate the mean incidence rate of dengue fever for all years in the 20–24 age group.
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22M.1.bp.11b:
Outline one strategy used to limit the spread of a water-borne disease.
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22M.1.bp.11c.ii:
Explain how using genetically modified organisms (GMOs) to increase food production can lead to one social disadvantage.
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22M.1.bp.12b:
Examine how different stakeholders influence the diets of individuals and societies.
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19M.1.bp.12b:
Examine the relative importance of physical and human factors in the diffusion over time of one vector-borne disease.
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19M.1.bp.12a:
Examine the view that food waste reduction is the best way to achieve future food security.
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19N.1.bp.11c:
Explain one global and one local action that could be undertaken to manage a pandemic such as diabetes.
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19N.1.bp.12b:
Examine possible ways to improve food availability in different places.
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19N.1.bp.11a.i:
Identify the percentage of people affected by diabetes in Europe in 2000.
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19N.1.bp.11b:
Suggest two reasons, other than population growth, why the number of people suffering from diseases of affluence is projected to increase globally.
- 19N.1.bp.11a.ii: State the region with the highest rate of increase in diabetes between 2000 and 2030.
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19N.1.bp.12a:
Examine how different factors have contributed to famine in one or more countries or areas.
Sub sections and their related questions
F.1. Measuring food and health
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19N.1.bp.11a.i:
Identify the percentage of people affected by diabetes in Europe in 2000.
- 19N.1.bp.11a.ii: State the region with the highest rate of increase in diabetes between 2000 and 2030.
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19N.1.bp.11b:
Suggest two reasons, other than population growth, why the number of people suffering from diseases of affluence is projected to increase globally.
-
20N.1.bp.11a:
Estimate the area of the country of Nigeria, in km2. Show your working.
-
20N.1.bp.11b:
Outline one of the main components of the food security index.
-
20N.1.bp.11c:
Explain two human factors that may have led to high food insecurity in countries such as those shown.
-
21M.1.bp.12b:
Examine the reasons why food insecurity remains high in many places.
- 22M.1.bp.11a.i: State the age group which had the highest incidence of dengue fever in 2012.
-
22M.1.bp.11a.ii:
Estimate the mean incidence rate of dengue fever for all years in the 20–24 age group.
F.2. Food systems and spread of diseases
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19M.1.bp.12b:
Examine the relative importance of physical and human factors in the diffusion over time of one vector-borne disease.
-
20N.1.bp.12b:
Examine the role of diffusion and barriers in the spread of disease.
-
21M.1.bp.11a.i:
State the four-figure grid reference for the spot height of 1062 metres in the northeast of the map.
-
21M.1.bp.11a.ii:
Estimate the area, in km2 , of cultivated land to the west of easting 02.
-
21M.1.bp.11c:
Explain one physical factor and one human factor contributing to the diffusion of one named water-borne disease through an area such as this.
-
21M.1.bp.12a:
Examine how spatial variations in food consumption can impact upon life expectancy.
-
22M.1.bp.11b:
Outline one strategy used to limit the spread of a water-borne disease.
F.3. Stakeholders in food and health
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19N.1.bp.12a:
Examine how different factors have contributed to famine in one or more countries or areas.
-
20N.1.bp.12a:
Examine ways in which people’s dietary choices are sometimes influenced by different types of transnational corporation (TNC).
-
21N.1.bp.12b:
Examine how governments and other stakeholders can affect the severity of famine.
-
22M.1.bp.12b:
Examine how different stakeholders influence the diets of individuals and societies.
F.4. Future health and food security and sustainability
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19M.1.bp.12a:
Examine the view that food waste reduction is the best way to achieve future food security.
-
19N.1.bp.11c:
Explain one global and one local action that could be undertaken to manage a pandemic such as diabetes.
-
19N.1.bp.12b:
Examine possible ways to improve food availability in different places.
-
21M.1.bp.11b:
Outline one way in which the use of genetically modified organisms (GMOs) could help increase food production from cultivated land.
-
21M.1.bp.12b:
Examine the reasons why food insecurity remains high in many places.
- 21N.1.bp.11a.i: State which world region has the least food waste created by food producers and shops.
-
21N.1.bp.11a.ii:
Estimate the amount of food waste, in billions of tonnes, created by consumers in North America.
-
21N.1.bp.11b:
Outline how vertical farming can help increase long-term global food availability.
-
21N.1.bp.11c:
Explain two strengths of food waste reduction as a strategy to improve food security in the world regions shown on the graph.
-
21N.1.bp.12a:
Examine the relative importance of prevention and treatment in limiting the spread of one or more diseases.
-
22M.1.bp.11c.i:
Explain how using genetically modified organisms (GMOs) to increase food production can lead to one environmental disadvantage.
-
22M.1.bp.11c.ii:
Explain how using genetically modified organisms (GMOs) to increase food production can lead to one social disadvantage.
-
22M.1.bp.12a:
Examine how food production systems can use water and energy more sustainably.