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River processes and Pressures

Total questions: 43

Worksheet time: 22mins

Name
Class
Date
1.

What is the name of the whole area that is drained by the river?

a)

mouth

b)

source

c)

Drainage basin

d)

confluence

2.

What is the name of small rivers that join the main river channel?

a)

distributaries

b)

tributaries

c)

confluence

d)

mouth

3.

Name the point where tributaries (smaller rivers) join the main river channel

a)

watershed

b)

source

c)

mouth

d)

confluence

4.

Name the edge of the drainage basin

a)

mouth

b)

confluence

c)

watershed

d)

tributary

5.

Source is the starting point of the river, where usually is this?

a)

sea / ocean

b)

in the mountains

c)

on high ground

d)

sea level

6.

Name the end point of a river

a)

mouth

b)

confluence

c)

source

d)

watershed

7.

How many courses does a river have, and what order are they in?

a)

3 - middle, upper, lower

b)

3 - upper, middle and lower

c)

3 - middle, lower and upper

8.

What happens to the depth and width of a river as it moves towards the lower course?

a)

narrower and shallower

b)

narrower and deeper

c)

wider and shallower

d)

wider and deeper

9.

Why does the river become wider and deeper as it moves towards the lower course?

a)

In lower courses river has more energy so LESS vertical and lateral erosion takes place

b)

In lower courses river has more energy so MORE vertical and lateral erosion takes place

10.

Define the term gradient

a)

how steep / flat the land is

b)

rock type

11.

What happens to the gradient as the river moves towards the mouth?

a)

becomes steeper

b)

becomes flatter

12.

What happens to the velocity (speed) of the river as it moves towards the lower course?

a)

becomes slower

b)

becomes faster

13.

Why does the river become faster in the lower course?

a)

As discharge DECREASES, friction (slowing the velocity) INCREASES.

b)

As discharge DECREASES, friction (slowing the velocity) DECREASES.

c)

As discharge INCREASES, friction (slowing the velocity) DECREASES.

14.

Define the term discharge

a)

the amount of water in the river

b)

the amount of sediment in the river

c)

the speed of the river

d)

the gradient of the river

15.

Which course / stage is this river in, and how do you know this?

a)

lower course - discharge is high

b)

upper course - discharge is low

c)

upper course - discharge high

d)

upper course - gradient is high

16.

Which course / stage is this river in, and how do you know that?

a)

lower course - discharge low

b)

upper course - gradient high

c)

lower course - gradient low

d)

lower course - discharge is high

17.

Pressure of water pushed against cracks in the river bed / banks and wearing them away. What type of erosion is this?

a)

corrosion / solution

b)

attrition

c)

abrasion

d)

hydraulic action

18.

Caused by material carried in the river rubbing against the bed and banks, wearing them away. What type of erosion is this?

a)

hydraulic action

b)

attrition

c)

abrasion

d)

corrosion / solution

19.

River water is slightly acidic so it can dissolve some rocks and minerals in contact with the river. Limestone and chalk are most often affected. What type of erosion is this?

a)

corrosion / solution

b)

hydraulic action

c)

abrasion

d)

attrition

20.

Wearing away of sediment particles carried in the river as they knock into one another. The continuation of this process causes the sediment particles to become rounder and smaller downstream. What type of erosion is this?

a)

abrasion

b)

hydraulic action

c)

corrosion / solution

d)

attrition

21.

What type of transportation is this?

a)

saltation

b)

suspension

c)

traction

d)

solution

22.

Some material carried is dissolved in the river water. What type of transportation is this?

a)

traction

b)

saltation

c)

suspension

d)

solution

23.

Particles the size of grains of sand bounce over each other along the river bed. What type of transportation is this?

a)

saltation

b)

traction

c)

suspension

d)

solution

24.

Select landforms you would find in the upper course of a river

a)

Interlocking spurs

b)

V - shaped valleys

c)

meanders

d)

waterfalls

25.

What can a meander develop into over time?

a)

waterfall

b)

interlocking spurs

c)

v shaped valley

d)

ox bow lake

26.

When an oxbow lake dried up, it becomes...?

a)

meander plus 1

b)

Oxbow scar

c)

Oxbow lake

d)

waterfall

27.

Over time a waterfall can develop into a..?

a)

interlocking spurs

b)

v shaped valley

c)

gorge

d)

floodplain / levee

28.

State the name given to the river's fastest flow

a)

thalweg

b)

slip off slope

c)

river cliff

29.

On the outside bend of a meander, the river flows the fastest because...

a)

the water is very deep, giving the river MORE energy

b)

the water is very deep, giving the river LESS energy

c)

the water is very shallow, giving the river MORE energy

d)

the water is very shallow, giving the river LESS energy

30.

On the outside bend of a meander the river flows the fastest due to the depth of the water and due to erosion a _______ is created.

a)

slip off slope

b)

river cliff

31.

On the inside bend of a meander the river flows the slowest due to the shallowness of the water and due to deposition a _______ is created.

a)

slip off slope

b)

river cliff

32.

When a river floods, does it gain / lose energy?

a)

gains

b)

loses

33.

Name this landform that is in the lower course

a)

waterfall

b)

levee

c)

delta

d)

interlocking spurs

34.

A delta is formed when... ?

a)

If the river erodes sediment faster than it can be deposited, sediment builds in a fan -shaped delta.

b)

If the river deposits sediment faster than it can be eroded, sediment builds in a fan -shaped delta.

35.

Which UK river have we studied?

a)

Tyne

b)

Tees

c)

Thames

d)

Severn

36.

Which two urbanised areas does the River Severn flow through?

a)

Newcastle and Durham

b)

Shrewsbury and Tewesbury

37.

How wide is the River Severn once it reaches Tewkesbury in the lower course?

a)

7m by the time it reaches Tewkesbury

b)

70m by the time it reaches Tewkesbury

c)

17m by the time it reaches Tewkesbury

d)

70,000m by the time it reaches Tewkesbury

38.

Where is the source of the River Severn?

a)

on the slopes of Pynlimon in France

b)

on the slopes of Pynlimon in Wales

39.

What type of graph is this?

a)

line graph

b)

bar chart

c)

compound bar chart

d)

storm hydrograph

40.

What is the lag time?

a)

how much rain falls

b)

time it takes for the water to make its way into the river

c)

the difference between the peak rainfall and the point at which the river contains the largest amount

d)

how much water is in the river

41.

Which physical factors can affect the lag time?

a)

deforestation

b)

urbanisation

c)

rock type / soil type

d)

amount of rainfall

42.

Which human factors can affect the lag time?

a)

deforestation

b)

geology

c)

urbanisation

d)

amount of rainfall

43.

Which factors contributed to the flooding of the River Severn in 2007 ?

a)

urbanisation of areas such as Shrewsbury and Tewkesbury

b)

more trees being planted around the river / afforestation

c)

less discharge in the river

d)

Summer of 2007 saw very high rainfall