Water Vapour And Climate Change
How is it that a settled science keeps finding things never expected?
For example, the HIAPER Pole-to-Pole Observations (HIPPO) mission was launched in January 2009 and will make a series of five flights over three years covering more than 24,000 miles to sample the atmosphere in some of the most inaccessible regions of the world. Read HIPPO background here.
The goal of the mission is the first-ever, global, real-time sampling of carbon dioxide and other greenhouse gases across a wide range of altitudes in the atmosphere, from pole-to-pole.
Professor Mark Zondlo of Princeton University has taken measurements of water vapour in the atmosphere, from 14 km high to just above the sea ice, using a vertical cavity surface mini laser hydrometer.
Here are some of Professor Zondlo’s observations so far:
We don’t really know how clouds are formed. Water vapour impacts the climate more than any other gas.
What we are finding is surprising. Large plumes of water vapour exist in areas we never expected to find them.
Learning how this fits into the puzzle is crucial for predicting climate and making smart policy decisions.
What does that mean? It means the climate models used so far were nothing more than junk, thus the same applies for their predictions. They completely neglected the water vapour factor (and who knows what other factors).
Climate forecasting is best left to real forecasters, and not tainted modelers.