Multiple Choice Questions|
LIST I (Conferences/Reports) |
LIST II (Held in/ Published in) |
| (a) Global climate change impacts in the UNITED STATES | (1) 2007 |
| (b) Stockholm Conference | (2) 1992 |
| (c) Fourth Assessment Report of the IPCC | (3) 1972 |
| (d) Rio Conference | (4) 2009 |
a-1 , b-2 , c-4 , d-3
a-2 , b-1 , c-3 , d-4
a-4 , b-3 , c-2 , d-1
a-4 , b-3 , c-1 , d-2
Which one of the following terms is appropriate for plants that endure seasonal climatic fluctuations from year to year ?
Perennials
Annuals
Seasonal
Bi-annuals
ASSERTION (A) : The regional boundaries of biomes arec some-what arbitrary.
REASON (R) : All kind of major biomes are existing both in ocean and land.
Both (A) and (R) are true and (R) is the correct explanation of (A).
Both (A) and (R) are true but (R) is not the correct explanation of (A).
(A) is true , but (R) is false.
(A) is false , but (R) is true.
C.
(A) is true , but (R) is false.
|
LIST I (Zoogeographic regions) |
LIST II (Country) |
| (a) Oriental | (1) Brazil |
| (b) Nearctic | (2) Sumatra |
| (c) Neotropical | (3) Netherland |
| (d) Palaearctic | (4) USA |
a-3 , b-1 , c-4 , d-2
a-3 , b-4 , c-2 , d-1
a-2 , b-4 , c-1 , d-3
a-4 , b-2 , c-1 , d-3
Which activity contributes to water pollution mor ethan any other throughout the world ?
Agriculture
Hydro-electricity power generation
Manufacturing industries
Urbanization
Which one of the following was first to put forward the concept of "life form" among plants in 1934 ?
A.S. Moffat
R.H. Whittaker
Christen Raunkiaer
E.O. Box
|
LIST I (Nature of the Change) |
LIST II (Possible Anthropogenic causes) |
| (a) Desertification in the semi-arid areas | (1) Effect of groynes up the coast |
| (b) Gully development in a valley bottom | (2) Overgrazing |
| (c) Increasing coast erosion | (3) Run-off from a new road |
| (d) Greater river -flood intensity | (4) Urbanisation |
a-2 , b-3 , c-4 , d-1
a-2 , b-3 , c-1 , d-4
a-3 , b-2 , c-1 , d-4
a-4 , b-3 , c-2 , d-1
Whiich one of the following models is based on the study of human ecology ?
Burges and Park's concentric zone model
Weber's Locational model
Haggerstrand's innovation diffusion model
Zelinsky's mobility transition model
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