Irish Technical Thinker's video: The Day Eddie Bravo Alex Jones Broke The Internet Joe Rogan Experienced Stratospheric Aerosol

The day on Joe Rogan broke the internet after Eddie bravo asked Alex Jones, to gives his take on Weather Warfare and the infamous SAI (Stratospheric Aerosol Injection) program. They say ability of stratospheric aerosols to create a global dimming effect has made them a possible candidate for use in solar radiation management climate engineering projects to limit the effect and impact of climate change due to rising levels of greenhouse gases. Delivery of precursor sulfide gases such as sulfuric acid, hydrogen sulfide (H2S) or sulfur dioxide (SO2) by artillery, aircraft and even balloons has been proposed. One study calculated the impact of injecting sulfate particles, or aerosols, every one to four years into the stratosphere in amounts equal to those lofted by the volcanic eruption of Mount Pinatubo in 1991, but did not address the many technical and political challenges involved in potential solar radiation management (SRM) efforts. If found to be economically, environmentally and technologically viable, such injections could provide a "grace period" of up to 20 years by which time atmospheric greenhouse gas pollution would need to be reduced to safe levels. Numerous studies have concluded that SAI would cost less than many other interventions. (Listen to this) The annual cost of delivering 5 million tons of an Alberto enhancing aerosol to an altitude of 20 to 30 km is estimated at US $4 billion to 8 billion. Around 5 million tons of SO2 delivered annually is predicted to sufficiently offset the expected warming over the next century. (WTF?) Possible side effects are as follows with or by Climate engineering and solar radiation management. While the sulfate particles are natural, if any sulfate particles returned to ground level in significant amounts it would affect asthma sufferers and have other potential health effects. Minimising these effects is principally achieved by ensuring the particles stay aloft as long as possible, thus reducing the tonnages returning into the lower atmosphere. Ozone depletion: is a potential side effect of sulfur aerosols; and these concerns have been supported by modelling. However, this may only occur if high enough quantities of aerosols drift to, or are deposited in, Polar stratospheric clouds before the levels of CFCs and other ozone destroying gases fall naturally to safe levels because stratospheric aerosols, together with the ozone destroying gases, are responsible for ozone depletion. Whitening of the sky: Stratospheric aerosols have the potential to whiten the sky and cause more colorful sunsets, dependent on the amount being sprayed. According to a study on cleaner air, the reduction of aerosol pollution has led to solar brightening in Europe and North America, which has been responsible for an increase in U.S. corn production over the past 30 years. Tropopause warming: and the humidification of the stratosphere. Regional warming: Based on the results of the 2014-2015 Geoengineering Model Intercomparison Project, a model with a standard stratospheric aerosol injection scenario, temperatures in the tropics would cool, and higher latitudes warm, ice sheet, and Arctic sea ice decline would still continue, albeit at a reduced rate. Extreme temperature anomalies would also still increase, but to a lesser degree. In regards to these model results, the author of the study Alan Robock noted: If geoengineering were halted all at once, there would be rapid temperature and precipitation increases at 5–10 times the rates from gradual global warming. Stratospheric temperature change: Aerosols can also absorb some radiation from the Sun, the Earth and the surrounding atmosphere. This changes the surrounding air temperature and could potentially impact on the stratospheric circulation, which in turn may impact the surface circulation. Regional hydrologic responses: Based on the results of the Geoengineering Model Intercomparison Project, there would be a reduction in the global average precipitation around the world, particularly in summer monsoon regions. The injection of non-sulfide aerosols like calcite (limestone) would also have a cooling effect while counteracting ozone depletion and would be expected to reduce other side effects.