El Nino is a warm ocean current that affects the climate in Australia and Peru. Overall, the two diagrams illustrate the differences between El Nino compare to normal weather patterns.
Under normal conditions, strong trade winds blow from the Eastern Pacific, pushing both storm clouds and warm water westwards while the weak opposing winds blow from the Western Pacific. Therefore, the weather in Australia is rainy, which provides an abundant supply of water for local vegetation. Although the weather in Peru is sunny, the cool and nutrient-rich water under the thermocline is elevated to the ocean surface on the West Coast of South America, increasing the marine life population in Peru.
Under El Nino conditions, the eastern trade winds weaken while the eastward-blowing winds become stronger. Consequently, the warm, nutrient-poor water and storm clouds flow direction is reversed, blocking the cool water from rising up. A similar pattern can be seen for climates on both sides of the Pacific Ocean which negatively impact living organisms, excessive sunlight without rain killing plant life in Australia, whereas in Peru, fisheries decreased due to the lack of essential nutrients in the water.
El Nino
is a warm ocean
current
that affects the climate in Australia and Peru.
Overall
, the two diagrams illustrate the differences between
El Nino
compare to normal weather patterns.
Under normal conditions, strong trade
winds
blow from the Eastern Pacific, pushing both storm clouds and warm
water
westwards while the weak opposing
winds
blow from the Western Pacific.
Therefore
, the weather in Australia is rainy, which provides an abundant supply of
water
for local vegetation. Although the weather in Peru is sunny, the cool and nutrient-rich
water
under the
thermocline
is elevated
to the ocean surface on the West Coast of South America, increasing the marine life population in Peru.
Under
El Nino
conditions, the eastern trade
winds
weaken while the eastward-blowing
winds
become stronger.
Consequently
, the warm, nutrient-poor
water
and storm clouds flow direction
is reversed
, blocking the cool
water
from rising up. A similar pattern can be
seen
for climates on both sides of the Pacific Ocean which
negatively
impact living organisms, excessive sunlight without rain killing plant life in Australia, whereas in Peru, fisheries decreased due to the lack of essential nutrients in the
water
.