Hurricane Irma - Thousand miles of stretched moisture

Update: 

After analyzing current jetstream models, Irma should have simply kept going west  unless it was steered elsewhere by using EMF weather modification means. This storm should have gone right into the Gulf of Mexico.

Notice the long line of moisture tapering off this storm system, stretching from Florida all the way up the coast, past Newfound Land. This long line of moisture seems to connect to a cyclone near Iceland. Strange, isn't it? There could be some geoengineering involved here.

Hurricane Irma has just swept through the Dominican and Cuba. Most people are speculating that it may hit Florida, and some even suggesting it may head north towards North Carolina and New York. 

However, after analyzing current jetstream models, it appears as though it may simply kept going west, as there are some strong northerly air currents that may prevent it from going north, unless it is steered elsewhere by using EMF weather modification means.

It is possible that this storm may go right into the Gulf of Mexico, and if it still retains its strength, hit Mexico. If driven slightly north, it could hit Texas again.

The northern winds sweeping over Florida peninsula should have prevented this cyclone from moving north.

Notice the long line of moisture tapering off this storm system, stretching from Florida all the way up the coast, past Newfound Land. This long line of moisture seems to connect to a cyclone near Iceland. Strange, isn't it? There could be some geoengineering involved here.

Environment Canada: Calgary Flood Was Man-Made - Aerosols from Montana

It is important that this recent post is read to understand the article fully. The South Alberta Flood of 2013 was caused by aerosols being released over Montana state, vastly from active power plants, which were then pushed into Alberta with the help of weather patterns. In our previous posts, we discussed how the large amounts of precipitation were generated from the ground, most likely originating from the J.E. Corette Power Plant in southern Montana. Watch the satellite video below:

Note that the rain clouds began forming on June 19th from near the power plant location as they were pushed north by the wind and jet stream pattern, eventually ending up in southern Alberta the following day. 

On that following day, rain levels suddenly sky-rocketed on June 20th, bringing more than 43 mm of rain, according to Environment Canada. Prior to that, Calgary was receiving southern winds: