<BLOCKQUOTE class="ip-ubbcode-quote"><font size="-1">quote:</font><HR>Originally posted by Orbital H2:
Look at your thermal dynamics books guys...
when you are geting close to the freezing point, and you have some humitidy in the air and you have some breeze, and the barometric pressure is dropping, you get the heat transfer due to evaporative cooling and adiobatic expansion of gas, both of those can cause ice to form when the air temperature is above freezing. you also have the effect of the land mass radiating heat while the bridge does not have the thermal capacity to keep the ice from forming. Now if you want to check it out, I would suggets that you get a pyrometer that reads accurately a 0 deg C, an accurate charting barometer and charting thermometer. measure the temp over time on land simultaneously with measureing the temp of the bridge. You should be able to prove the above hypothesis.

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Yeah--what he said.