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Geologic Features on a Topographic Map

Total questions: 44

Worksheet time: 22mins

Name
Class
Date
1.

What geologic feature is this?

a)

Cirque

b)

Arete

c)

Horn

d)

Drumlin

2.

How does a cirque form

a)

When the head of a glacier plucks and erodes rock leaving behind the start of a valley

b)

When glacier erode 3 or more aretes leaving behind a shaped edge peak.

c)

formed when the lower valley has a greater rate of erosion than an upper cashing two valleys formed with a drop in elevation between.

d)

It is typically formed when two glaciers erode parallel U-shaped valleys.

3.

What feature is this

a)

Lateral Moraine

b)

Medial Moraine

c)

Drumlin

d)

Esker

4.

If this map is oriented in a N/S fashion which was was the glacier moving?

a)

North to South

b)

East to West

c)

West to East

d)

South to North

5.

What type of coastline is this?

a)

Submergent

b)

Emergent

6.

What will be different between a submergent and emergent coastline?

a)

Submergent coastline has steep cliffs where the land uplifted high above water

b)

Emergent coastline has steep cliffs where the land uplifted high above water.

c)

Submergent coastline are flat and water seems to be taking over the land as sea levels rise.

d)

emergent coastlines are flat and water seems to be taking over the land as sea levels rise.

e)

Option 2 and 3

7.

What feature is this?

a)

Emergent coastline

b)

Submergent coastline

c)

Barrier Island

d)

Long Shore drift

8.

What type of glacier lake is in the picture?

a)

Kettle

b)

Scoured

c)

Paternoster

d)

Tarn

9.

What feature is this?

a)

Arete

b)

Crique

c)

Hanging Valley

d)

Horn

10.

How does this form?

a)

It is typically formed when two glaciers erode parallel U-shaped valleys.

b)

It generally results from erosion beneath the bergschrund (head) of a glacier.

c)

when the lower valley has a greater rate of erosion than an upper cashing two valleys formed with a drop in elevation between

d)

glaciers erode three or more arêtes, usually forming a sharp-edged peak.

11.

Where would you expect a U shaped and V shaped Valley to form?

a)

U shaped- River, V Shaped Glacier

b)

Both from rivers

c)

U shaped- Glacier, V Shaped- River

d)

Both from glaciers

12.

What type of Valley is present?

a)

U shaped

b)

V shaped

13.

What type of Valley?

a)

U shaped

b)

V Shaped

14.

What type of lake?

a)

Kettle

b)

Tarn

c)

Oxbow

d)

Paternoster

15.

How does this lake form?

a)

These lakes may form when end moraines, particularly a series of recessional moraines, dam meltwater flowing out from a glacier.

b)

buried block of ice, left behind by a retreating glacier, melts.

c)

when a wide meander of a river is cut off, creating a free-standing body of water.

d)

glaciers eroded bedrock, carving basins that are now filled with rainwater.

16.

What type of river is this?

a)

Braided

b)

Meandering

c)

Delta

d)

Floodplain

17.

Would this river be young or old?

a)

Young

b)

Old

18.

What type of river is this

a)

Meandering

b)

Braided

c)

Delta

d)

Floodplain

19.

What feature is this?

a)

Delta

b)

Floodplain

c)

Meandering river

d)

Braided river

20.

When comparing glaciers and rivers which is true about sediment?

a)

Glaciers is sorted, rivers is unsorted

b)

Glaciers is unsorted, rivers is sorted

c)

Both are unsorted

d)

Both are sorted

21.

What feature is this?

a)

Delta

b)

Esker

c)

Valley

d)

Floodplain

22.

What feature is this?

a)

Arete

b)

Hanging Valley

c)

Esker

d)

Horn

23.

How does this feature form?

a)

glaciers erode three or more arêtes, usually forming a sharp-edged peak.

b)

can be formed when the lower valley has a greater rate of erosion than an upper cashing two valleys formed with a drop in elevation between.

c)

formed within ice-walled tunnels by streams that flowed within and under glaciers.

d)

form as a result of the movement and resulting stress associated with the shear stress generated when two semi-rigid pieces above a plastic substrate have different rates of movement

24.

What type of lakes are these?

a)

Kettle

b)

Scored

c)

Paternoster

25.

How does a Kettle Lake form?

a)

These lakes may form when end moraines, particularly a series of recessional moraines, dam meltwater flowing out from a glacier.

b)

formed when glaciers eroded bedrock, carving basins that are now filled with rainwater.

c)

abrasion and plucking of bedrock on the bottom of a cirque.

d)

when a buried block of ice, left behind by a retreating glacier, melts.

26.

What type of lake are the Great Lakes considered?

a)

Kettle

b)

Paternoster

c)

Scorned

d)

Tarn

27.

What type of lake is this?

a)

Kettle

b)

Tarn

c)

Scorned

d)

Paternoster

28.

How do you know this is a tarn lake?

a)

The lake is in a floodplain

b)

The lake is in a cirque

c)

The lake is in an outwash plain

d)

The lake is connected to other lakes by a river

29.

What feature is this?

a)

Kettle Lake

b)

Sinkhole

c)

Tarn Lake

30.

how do you know this is a sink hole?

a)

The topo lines show they going down in elevation to the water

b)

The topo lines show they are staying flat by the water

c)

The topo lines show they are going up to the water

31.

What type of moraine is this?

a)

Medial

b)

Lateral

c)

Terminal

32.

What type of moraine is this?

a)

Medial

b)

Lateral

c)

Terminal (end)

33.

how is a moraine formed?

a)

Glaciers cutting deep into the bedrock

b)

formed within ice-walled tunnels by streams that flowed within and under glaciers.

c)

debris that has accumulated by plucking and abrasion from a glacier

34.

What is the difference between glacial outwash and till?

a)

Outwash is formed by running water, Till is formed by motion of glaciers

b)

Outwash is formed by motion of glaciers, till is formed by running water

c)

Both are formed by running water

d)

Both are formed by glaciers

35.

What type of drainage pattern is this?

a)

Dendritic

b)

Radial

c)

Rectangular

d)

Trellis

36.

What type of drainage pattern is this?

a)

Dendritic

b)

Trellis

c)

Radial

d)

Rectangular

37.

What does this drainage pattern tell you about the bedrock?

a)

It is uniform (the same) throught

b)

It solid with joints.

c)

It is alternating resistant and weak material.

d)

It is elevated to a central point

38.

What does this drainage pattern tell you about the underlying material/rock?

a)

It is uniform (the same) throughout.

b)

It is alternating weak/resistant material

c)

It is all resistant material with joints/cracks.

d)

It is elevated to a central point

39.

What type of volcano is this?

a)

Strato/composite volcano

b)

Sheild

c)

lava dome

d)

Cinder Cone

40.

What is feature is this?

a)

Cinder cone

b)

Strato/composite volcano

c)

Lava Dome

d)

Shield volcano

41.

What feature is this?

a)

Delta

b)

Alluvial Fan

c)

Terminal Morain

d)

Outwash

42.

How does this feature form?

a)

Glacier deposit

b)

River deposit

c)

Wind deposit

d)

Meteor impact

43.

What features are prevalent along the coast of Lake Michigan

a)

Deltas

b)

Dunes

c)

Cliffs

d)

Cols

44.

What caused these features to form?

a)

Wind

b)

Rivers

c)

meteor impacct

d)

Glacier