What are the two approaches for studying the characteristics of the drainage network of a region?
Options:
Geological and climatic approach
Descriptive and genetic approach
Structural and geomorphological approach
Physical and chemical approach
Option: B
What is the difference between drainage system and drainage pattern?
Options:
Drainage system refers to the spatial arrangement and form of drainage, while drainage pattern refers to the origin and development of streams through time.
Drainage system and drainage pattern are interchangeable terms.
Drainage system refers to the geomorphological features of the drainage area, while drainage pattern refers to the climate conditions.
Drainage system and drainage pattern are the same in meaning and concept.
Option: A
Which of the following is not an example of drainage systems?
Options:
Consequent streams
Superimposed streams
Antecedent rivers
Parallel streams
Option: D
What are the two main factors that determine and control the origin and subsequent evolution of a drainage system in a region?
Options:
Climate and soil type
Initial surface and slope, and geological structure
Human activities and vegetation cover
Water quality and quantity
Option: B
What are consequent streams?
Options:
Streams that follow the regional slope and are well adjusted to geological structures
Streams that do not follow the regional slope and are not adjusted to geological structures
Streams that are superimposed over the pre-existing streams
Streams that are antecedent to the regional slope
Option: A
What are consequent streams?
Options:
Streams that originate on the flanks of anticlines
Streams that flow in opposite direction to the master consequent
Streams that follow the axis of the depression or syncline in a folded structure
Streams that flow parallel to the master consequent
Option: C
What are subsequent streams?
Options:
Streams that originate on the flanks of anticlines
Streams that flow in opposite direction to the master consequent
Streams that follow the axis of the depression or syncline in a folded structure
Streams that flow parallel to the master consequent
Option: D
What are obsequent streams?
Options:
Streams that originate on the flanks of anticlines
Streams that flow in opposite direction to the master consequent
Streams that follow the axis of the depression or syncline in a folded structure
Streams that flow parallel to the master consequent
Option: B
What is an insequent drainage system?
Options:
Streams that follow regional slopes
Streams that drain across geological structures
Streams that change direction frequently
Streams that are affected by tides
Option: B
Which are the best examples of insequent drainage systems?
Options:
Antecedent and superimposed streams
Dendritic and radial streams
Meandering and braided streams
Ephemeral and perennial streams
Option: A
What are antecedent streams?
Options:
Streams that are affected by tides
Streams that change direction frequently
Streams that follow regional slopes
Streams that originated prior to the upliftment of land surface
Option: D
Which type of drainage system is characterized by streams that maintain their courses through continuous erosion across an upland or mountain?
Options:
Insequent drainage system
Antecedent drainage system
Superimposed drainage system
Dendritic drainage system
Option: B
Which of the following is not a characteristic of insequent streams?
Options:
They drain across geological structures
They follow regional slopes
They are affected by tides
They can change direction frequently
Option: B
What is an antecedent river?
Options:
A river that flows through a region of flat topography
A river that develops after the upliftment of the land area
A river that maintains its previous course even after the upliftment of the land area
A river that changes its course after the upliftment of the land area
Option: C
What is the basis for the concept of antecedence of a river?
Options:
The rate of upliftment of land area
The rate of downcutting by the river
The nature of upliftment of land area
Both A and B
Option: D
What determines the antecedence of a river?
Options:
The regional upliftment of land area
The local upliftment of land area
The dimension of the upliftment of land area
Both B and C
Option: D
What is the relationship between the rate of downcutting and upliftment of land area in an antecedent river?
Options:
The rate of downcutting is faster than the rate of upliftment
The rate of downcutting is slower than the rate of upliftment
The rate of downcutting is equal to the rate of upliftment
There is no relationship between the rate of downcutting and upliftment
Option: C
What are antecedent streams?
Options:
Streams that form after the folding and upliftment of mountains
Streams that existed before the folding and upliftment of mountains
Streams that cut across the Lesser Himalayas only
Streams that cut across the Outer Himalayas only
Option: B
Why are tributary valleys considered hanging valleys?
Options:
Because they are deeper than the valleys of their master streams
Because they are at a higher level than the valleys of their master streams
Because they are located on the slopes of mountains
Because they are narrower than the valleys of their master streams
Option: B
Which of the following are examples of antecedent streams in the Himalayas?