Weathertec Boasts of their Previous Success with Weather Modification Projects in Australia Where they Pressed a Few Buttons, “Harvesting Atmospheric Humidity” in Australia all the Way from Jordan
By Zeee Media
Weathertec boasts of their previous success with weather modification projects in Australia where they pressed a few buttons, “Harvesting Atmospheric Humidity” in Australia all the way from Jordan.
The Jordan Success Story:
How WeatherTec Changed the Whole Eco System of a Country
Governmental Report Hashemite Kingdom of Jordan
1. Report of the Jordan Meteorological Department, Ministry of Transport
- 27% increase of rainfall in the influenced areacompared with the 30-year averageover the three years.
- 35% is the real increase of the additional rainfall: 27% and including the decrease of 8% in the neighboring areas=35%.
- 47% was the highest percentage increase during a season in a major region.
- The rainy season extended from the beginning of fall until the end of spring.
- Volumes of rainfalls with Hundreds of Millions of m3. More days with rainfalls per season.
2. Report of the Ministry for Water and Irrigation
- WeatherTec can play an important role in mitigating the impact of climate change in Jordan.
- Breaking and reversing term 30-years trend of constant decline of precipitation and increase of drought in the influenced area, with big difference to the neighboring areas, where the trend continued.
- Dams were filled for the first time in 40 years, with an overspill increasing irrigation in the Jordan valley; only 2018/19 from 40% to 57% dam storage nationwide.
- Catchment areas received more freshwater, Zarqa river (national biggest) increased multi-fold.
- Reduction potential for decline of groundwater, already restoration of springs, which were dry for decades
- Increase duration of rain seasons, in the number of rainy days: Big saving in irrigation
- Analysis with Drought Indicator CDI and Precipitation Indicator PDI according WMO measuring successfully the impact of WeatherTec regarding precipitation, temperature, vegetation factors.
3. Report of the Jordanian Farmers Union
- 30% increase in the production of rainfed plants that relies on rainfall as the primary and only source of irrigation, including olive trees, which are most important for the Kingdom.
- Strong increase in the green vegetation cover, specifically the field crops (wheat and barley), as well as, herbs and pastoral shrubs. Simultaneously strong increase in fruit production and export opportunity.
- Increase of biodiversity
- Groundwater level raised substantially, dwells were reactivated
- Re-emergence of beneficial medicinal plants, that were almost extinct in the last years.
- Decrease in the incidence of pests and diseases, due to the increased rainfall and lower temperature
- Reductionin the (import) costs of production for the farmers regarding dried animal fodder.
- Reduction in the cost of preventive and curative medicines given to animals.
- Increase in quantities and quality of animal milk and its products.
- Increase of domestic livestock: the number of imported livestock dropped from 1 million head before to 300,000 head ( -70% import) substantially growing national self-supply.
Jordan National Program Impact Study
WeatherTec Rainfall Enhancement
The cost per m3 usable water is 0.13 JOD. Thus, 13% of market value and by far lower than any other technology.
The generated usable water has a value of over $140million per yearat global market value of 1 JOD per m3. By utilizing this return as a subsidy, the government could generateevery year a significant impact on the economy.
By investing the subsidies in accordance to each sector’s contribution to GDP, the subsidy would have an economic impact of app. $190 million and would create app. 15.000 jobs.
$ 5-7 million savings by reducing energy consumption: 5°C temperature reduction lowers the demand for electricity
Safeguard Health: Prevent health risks for young and elderly who suffer at high temperatures
WeatherTec - the “next generation” environmental technology - is more efficient, the cheapest and at the same time highest water producer.