000 and 42,000 feet (10,000 to 13,000 meters) in the upper troposphere, per theRocky Mountain Institute(RMI), because that's where those conditions are found. Because the atmosphere is ever-changing, conditions might not be right for contrail formation at this altitude, which is why not ...
In particular, the state of the oceans, sea ice, and soil moisture has no relationship to the observed state at any recent time in any of the IPCC models." John Cook wrote: "Satellite measurements show that the troposphere is warming" The models predict that the troposphere should warm ...
For example, in a climate type with high precipitation rates, the signal difference could be caused by resolving higher precipitation intensities in the regional model than in the global model. Additionally, we want to address the question of whether the bias in the control period has an ...
If at any time the GPS receiver loses the signal of any satellite or the signal drops below 28 dBHz then it has to start all over again and track that satellite for another minute. In a real life scenario for example, you may be driving between high buildings (urban canyons, see below)...
Moreover, it is not done in the troposphere and does not involve long lasting contrails….and thus, has no relation to “chemtrails”. Vance says: April 9, 2009 at 11:28 am Yesterdays relative humidity was 15%. At 35,000 feet it was 29%. I don’t get much air traffic through...
TheTroposphere, which this post concerns, can be divided into two subsections: an upper layer, known as theFree Atmosphere, and a lower layer, known as the Planetary Boundary Layer. The Boundary Layer usually runs up from the surface to about 1000m above it (sometimes a bit more, sometimes...
Speeding through the atmosphere high above Jupiter's equator is an east-west jet stream that reverses course on a schedule almost as predictable as a Tokyo train's. Now, a NASA-led team has identified which type of wave forces this jet to change directio