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Size of a water body like a lake varies according to the seasons.
A.True
B.False

Answer
VerifiedVerified
502.8k+ views
Hint: Lakes depend for their great presence upon an equilibrium between their abundant sources of water and the costs that they suffer. Precipitation and evaporation, for the maximum aspect, are intractable. Although some headways have been formulated in evaporation suppression from minor lakes. It is primarily through these supervisions that accomplishments are made to bring in the considerably productive mode of water as a reserve

Complete answer:
Deviation and dam-site formation may also occur in flooding of substantial bird breeding regions or a lessening of other lakes in the network, stemming in unwelcome effects.
The conventional crucial intake of water to a lake originates from cascades and rivers, moisture, and groundwater. In a few cases, the inflow may come instantly from glacier melt. The comparative prestige of each of the primary sources differs from lake to lake.
Cascade and river ebb are usually seasonally inconsistent, relying upon precipitation cycles and snowmelt. At low altitudes, some streams display a height during a high precipitation time in winter and then next peak related with successive spring snowmelt that nourishes the available high-altitude branches. In areas where precipitation can transpire in enormous amounts at increased rates, streams swell rapidly and water is transmitted in moderately significant volumes to downstream lakes.
Hence, the size of a water body like a lake varies according to the season's statement.

Note:The way we feel seasons varies extensively counting on our territory. Seasonal changes to water surfaces are chiefly distinguished by precipitation and weather structures during various lengths of the year. Rivers and cascades, regardless, can be subjected to restriction by well-established methods through the use of dams, repository reservoirs, and rerouting. Groundwater progression is not controllable, except where highly prohibited ebb can be tapped.