Home
Class 12
BIOLOGY
Assertion :- Australian marsupials can b...

Assertion :- Australian marsupials can be taken as an example of adaptive radiation.
Reason :- A number of marsupials, evolved from an ancestral stock, but all within the Australian island continent.

Promotional Banner

Similar Questions

Explore conceptually related problems

Darwin's finches and Australian marsupials are suitable examples of adaptive radiation- Justify the statement.

....... P ......... represent one of the best examples of Adaptive radiation . Another example is ....... Q........A number of .....Q..... , each different from the other evolved from an ancestral stock , but all within the Australian island continent . When more then one adaptive radiation appeared to have occurred in an isolated geographical area ( representing different habitats ) , one can call this ..... R.........

....... P ......... represent one of the best examples of Adaptive radiation . Another example is ....... Q........A number of .....Q..... , each different from the other evolved from an ancestral stock , but all within the Australian island continent . When more then one adaptive radiation appeared to have occurred in an isolated geographical area ( representing different habitats ) , one can call this ..... R.........

Assertion X: Most of the Australian marsupials were different from each other. Assertion Y: Australian marsupials were evolved from different ancestors

A: Spotted cuscus and marsupial mole are the examples of marsuplai radiation. R: Both are found in Australian region.

A: Spotted cuscus and marsupial mole are the examples of marsuplai radiation. R: Both are found in Australian region.

Darwin's finches in Galapagos islands and Australian Marsupials are the example of

Assertion Velocity , volume and acceleration can be taken as fundemental quantities because Reason: All the three are independent from each other .

Assertion Velocity , volume and acceleration can be taken as fundemental quantities because Reason: All the three are independent from each other .