Not exact matches
Is an Arctic loss really worse than +1.5 Mkm ^ 2 gain down south if the Arctic loss occurs
at very
high latitudes with less solar elevation
angle even
at the solstice?
In contrast, during the summer
at high latitudes, the troposphere warms significantly as a result of the long hours of daylight; however, owing to the oblique
angle of the sunlight near the poles, the temperatures there remain relatively cool compared with middle
latitudes.
Furthermore, it can be seen that due to the lower incidence
angle of the solar radiation
at lower
latitudes, TEC
at 35 ° N is principally
higher than TEC
at 65 ° N. Differences between both
latitudes are always positive
at day - time and reach up to 20 TECU while following the solar cycle dynamics.
At low angles it begins to reflect a significant portion of incident light but low angles only occur when the sunlight is weak to begin with (near dawn and dusk and at very high latitudes
At low
angles it begins to reflect a significant portion of incident light but low
angles only occur when the sunlight is weak to begin with (near dawn and dusk and
at very high latitudes
at very
high latitudes).