Saturday, 3 May 2014

How to Document NEXRAD Weather Modification Using Weather Satellite Video + Data

This article will explain how to record weather animation, using two separate video tracks: one that is weather animation product, and another that is an overlay image of NEXRAD sites. The main idea is to screen record a selected weather map animation (weather product), and use the overlays below in a separate video track, so that NEXRAD sites can be seen during weather animation playback. The following websites may be used in making weather animation videos, and each NEXRAD overlay image below corresponds to certain weather animation products:
  1. Environment Canada - N America IR Map  (View all available satellite images here)
  2. 24 Hour Water Vapor Loop (View all COD - Satellite & Radar Products here )  
  3. COD - Analysis Maps (Navigate through analysis products in left pane)
  4. San Francisco State University (View all jet stream analysis maps here)

The video above details how this can all be done. In order to save the overlay images below, right click the desired image, and select Save as. Below each image, there is a caption describing the type of map that is to be used for selected weather animation products. These overlay images may require minor adjustment, such as movement and re-sizing in your video. Their placement can be checked by using this website (click NEXRAD sites on the left pane), or the last image on this page.
Environment Canada - Satellite Map
Satellite Map - COD
Analysis Map - COD

WV & Vorticity Map - COD

San Francisco State University - Jet Stream Analysis Map 

NEXRAD Site Placement Map: To be used for checking the placement of your overlay images used above

SHOCKING: South & Midwest U.S. Storms, Tornadoes and Flooding Caused by NEXRAD + Power Plant Aerosols

April 29-30/14 - A convoluted weather system, whose moisture stretches for thousands of miles, is actively being influenced by NEXRAD stations across the continent. The moisture can be seen coming in from near the Gulf of Mexico, towards north eastern states, then curving back down, and finally curving back up into Alberta and Saskatchewan. It makes its way far north towards the Arctic. Surface analysis photos are provided at the end of this article. Cloud plumes can be seen originating from power plants in Louisiana, Mississippi, Alabama, Florida, and North Carolina states. To learn more about power plant aerosols and their impact on climate and precipitation, click here.

What is also strange about this system is that there appears to be an intense low pressure zone that lies near the Davenport, IA (KDVN) NEXRAD site. We also see important satellite data being censored in the Western continent. Could this be due to the fact that moisture (see second photo in last section) is being diverted from central Baja California and Mexico into the southern states? We believe that power plant aerosols are also creating excessive moisture from ground, feeding the developing thunderstorm and rainfall that has flooded areas near the Gulf. This has all been documented in the video below. Pay close attention to how the NEXRAD sites (white dots) are actively shaping the developing weather systems:

In the satellite portion of the video here, take note of the cloud plumes originating in Louisiana and neighbouring states just east of it. There are some massive power plants in many of these areas. See the power plants map here. Regarding the cloud plumes, watch each state in the video one by one, in order to correlate the cloud formations with the information below.

We have listed power plants with large operating capacity in areas from where the plumes originate. We believe that these power plants are largely responsible for the massive cloud formations that dumped intense rain in some areas. See the accompanying legend to the right. Each energy plant below also has an operating capacity (in megawatts), which is important in determining the amount of aerosols that can be released into the sky. The energy plant names have been colour-coded for ease of referencing on the accompanying maps. Clicking on the underlined state (in the caption) will take you to a map of power plants for that State, in which each power plant can be selected and explored. 

Click on the maps below to enlarge. Once clicked, use the right and left arrows on your keyboard to navigate through photos. Pressing escape or the top right will lead back to the article.

Louisiana - Top left to bottom right - Big Cajun 2 Coal Plant (1743 MW) and River Bend Nuclear Plant (975 MW); Waterford 3 Nuclear Plant (1159 MW), Little Gypsy (1159), and Taft Cogeneration Facility (790); Nine Mile Point (1365 MW); Michoud (705 MW). Mostly owned by Entergy Louisiana Inc.
Mississippi - Left to right - Jack Watson Coal Plant (998 MW); Victor J Daniel Jr Coal Plant (1992 MW). Owned by Mississippi Power Co.
Alabama - Top left to bottom right: Gorgas Coal Plant (1241 MW), James H Miller Jr Coal Plant (2675 MW), E C Gaston Coal Plant (1878 MW), Greene County (1237 MW), Tenaska Lindsay Hill (845 MW), Barry Coal Plant (2574 MW). Owned by Alabama Power Co.

Florida - Top to bottom: St Johns River Power Park Coal Plant (1252 MW), Seminole Coal Plant (1363 MW), Crystal River Coal Plant (3161 MW), Stanton Energy Coal Plant (1181 MW).
North Carolina - Left to right: Sherwood H Smith Jr Energy Complex (1922 MW), Harris Nuclear Plant (928 MW), Wayne County (863 MW). Mostly owned by Progress Energy Carolinas Inc.

Is it a coincidence that cloud plumes were seen on satellite originating from Louisiana state, which ranks second in the U.S. for energy consumption per capita? 
Learn more about power plant exhaust-induced cloud formations here.
Surface analysis and satellite images are provided below. Click on the images to enlarge:

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