Characteristics of Urban Land Use (Cambridge (CIE) IGCSE Geography)
Revision Note
Written by: Jacque Cartwright
Reviewed by: Bridgette Barrett
Land Use in Urban Areas
Urban land use
Urban land use refers to activities that are found in towns and cities
All urban settlements have recurring features:
A central core or central business district (CBD)
Industrial areas—inner-city ring
Different residential districts—suburban ring
Outer zones of suburban expansion—urban fringe
All towns and cities tend to grow outward from a historic centre or core to an urban fringe
Each zone grows due to the needs of the city during its development, over time
As a general rule, all towns and cities, regardless of place or level of development, show the same four features:
A central core
An inner-city zone
A suburban zone
An urban fringe
Central core
The oldest part of a city with features such as:
the central business district (CBD), e.g. banks, retail and commercial offices
multi-storey development, with vertical growth rather than horizontal due to lack of space
land of high-value
concentrated retail and office space
pedestrianisation for high footfall
convergence of public transport
traffic restrictions for private vehicles
low residential population
Inner city zone
A 'frame' to the inner core, which developed as the core developed
Older, compact, terraced 'worker' housing to support a growing population density
Surrounded by older industrial areas
Areas are centred around transport links and access to manufacturing
Available land increases with distance, so costs are reduced
Residential land is in direct competition with commercial usage
Suburban zone
Residential areas
Emergence of segregated residential zones based on wealth, ethnicity, choice or government policy (e.g. social housing)
Semi- and detached housing with gardens
Tree-lined avenues and cul-de-sac
Smaller retail premises
The cost of land decreases but the size of the property increases with the distance
Urban fringe
These are the outer edges of the city where:
the countryside is eroded through the urban spread/sprawl
housing is clustered into estates, which increases 'spot' density
some industrial land uses
accessibility is best
Other similar characteristics
Other characteristics of modern urban settlements include:
From the core to the fringe, the age and density of the buildings decrease
Different zones have different levels of grandeur, purpose, design, and style
Land use and population density change over time
Although the model above is simplified, it shows that the majority of business activity is concentrated in a core
Usually with the highest land value, the CBD is also the most easily accessible due to public transport
Because of the high demand for property, high-rise buildings are seen here; for example, Singapore, New York, and Hong Kong are well known for their 'skyscrapers', and land prices are among the highest in the world
Examiner Tips and Tricks
Every model is a simple representation and applies to virtually all urban areas across the globe, but each zone varies in character, use and people depending on circumstances and where they are found.
In LEDC cities, the urban fringe has illegal squatter settlements or shanty towns as its 'housing estates'.
But, in MEDC cities, the poorer zones are the inner city with industry at the fringes, for easy access to motorways.
Gentrification and redevelopment in inner cities are more common in MEDC cities
Same features but different characteristics/uses.
Peak land value
Any land that has 'purpose' will be valuable and cost more to buy or rent
Usually, retail shops can make money and look for prime positions
Therefore, land uses of similar activities will come together, creating 'peaks' and 'troughs' of land values across the urban landscape
There are two points to consider:
The value of the land:
Varies across the urban areas
Usually decreases from the centre, outwards
Higher land prices are also found along main roads, urban hubs and around ring roads
The location of the land:
Is important to value
The closer to key functions, the higher the value
Accessibility and desirability increase land value
Bid-rent theory
Also known as 'distance decay theory', where the price and demand for land change as the distance from the CBD increases
Different land uses will compete for desirable plots to maximise their profits
Accessibility increases the potential for more customers
There is a trade-off between accessibility and the cost of the land
The closer to the CBD the more desirable land is to retail and the higher the price charged/paid
Industry cannot compete with high prices so moves further away from CBD
Residential land is outpriced across the zones, but competition is less so value decreases as more space becomes available
Urban land use in LEDCs
The Latin American city model shows that the CBD has developed around a colonial core, with a commercial corridor extending from it
This has become the main avenue and contains open spaces and homes for medium- and higher-income earners
These areas will have quality streets, schools and public services
Newer suburbs are found further out with random housing and fewer services
Squatter housing is found at the edge of the city; however, the more established squatter settlements can be found along the zones that extend into the city centre
Conditions here are usually better than in the more recent housing at the edge, most likely due to employment opportunities found closer to the core
Industrial areas are scattered along the major transport routes, with the newest developments at the edge
Land zoning in LEDCs
Manufacturing is found throughout the city
Segregation is seen through wealth, ethnicity and race
The wealthy are found closer to the central core of the city on wealthy land
The poor are pushed to the peripheral areas
Worked Example
Study Fig. 2.1, which is a transect across a city in Belgium, an MEDC in Europe.
(i) What is the distance from the CBD to the boundary of the city?
........................km
[1 Marks]
Answer:
Approximately 13 km from CBD to fringe
Use a ruler and measure the distance key, which tells you that so many cm = 1 or 2 km; in this instance, it is 0.5 cm = 1 km and 2 km = 1 cm
Measure the length from A to boundary between D and E = 6.5 cm (approx.)
6 x 2 = 12km plus 1km for the 0.5 cm = 13km from CBD to fringe approximately
(ii) Identify from Fig. 2.1 the letter which represents:
an area of traditional industry where redevelopment is taking place = B
an area where a ring road and business park have recently been built on greenfield sites = E
[2 Marks]
(iii) State three likely differences between residential areas C and D in the MEDC city shown in Fig. 2.1.
[3 Marks]
Answer
D is likely to:
Be newer
Have a lower density
Be higher in cost
Have detached/semi-detached houses rather than terraced/semi-detached
Rather than detached
Have gardens/drives/garages, etc.
(iv) Give two examples of low-order services that are likely to be located close to residential areas, such as in area X in Fig. 2.1.
Explain why many of the services in this area are likely to be low-order services.
[4 Marks]
Possible answers:
Services such as:
newsagent
general store
grocers
primary school
church etc.
Reasons such as:
a small sphere of influence
people will not travel far to use them
threshold population will be small
lots of similar services
will be used frequently
sell convenience goods, etc.
NB: 2 Marks max for each of the examples and reasons
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