Solar radiation modification (SRM) is a form of geoengineering that aims to cool off the Earth by reflecting sunlight back into space
The controversial strategy comes with significant risks, but that didn’t stop The White House from moving forward with a research plan for “solar and other rapid climate interventions”
The congressionally mandated research plan is focused on atmospheric-based approaches, such as stratospheric aerosol injection (SAI) and marine cloud brightening (MCB)
SRM can have unintended consequences, including lower average precipitation, loss of biodiversity and impacts to food production, along with heightening geopolitical tensions
There’s also a risk that climate modification technologies could be weaponized against the global population by controlling rainfall and drought
Solar radiation modification (SRM) is a form of geoengineering that aims to cool off the Earth by reflecting sunlight back into space.1 The controversial strategy comes with significant risks, but that didn’t stop the White House from moving forward with a research plan for “solar and other rapid climate interventions.”2
The congressionally mandated research plan is focused on atmospheric-based approaches, such as stratospheric aerosol injection (SAI) and marine cloud brightening (MCB), as opposed to space-based approaches, which include mirrors in space, or white roofs and other local-scale measures to increase surface reflectance.3
The research “would help to prepare the United States for possible deployment of SRM by other public and private actors,” the report notes,4 suggesting the government is seriously considering use of this extremely risky technology — if it hasn’t already decided to move forward.
What Is Stratospheric Aerosol Injection?
SAI involves injecting reflective aerosol particles into the stratosphere, where they reflect sunlight away from the Earth.5 Volcanic eruptions are natural versions of SAI, but technological constraints surround man-made SAI, as “dispersing aerosols in sufficiently high altitudes is challenging,” according to a Climate Analytics report.6 The Union of Concerned Scientists (UCS) explained:7
“In effect, SAI simulates what happens during large volcanic eruptions, when volcanoes emit small particles into the upper atmosphere (called the stratosphere). These particles reflect sunlight and lead to cooling for as long as they remain in the stratosphere, which may be up to a few years after injection.
By injecting sulfate or other aerosol particles into the stratosphere, SAI would mimic the cooling effect of a large volcanic eruption’s effect of lower global temperatures. If ever deployed, SAI would have global impacts, reducing temperatures and altering precipitation patterns across the planet.”
By reflecting more solar radiation back into space, the aerosols lower global temperatures but also have a serious “side effect” — they lower average precipitation. As a result, additional geoengineering techniques — such as thinning out cirrus clouds in the upper atmosphere — would be necessary to counteract the decrease in precipitation.8 The White House report also highlighted potential issues with SAI, noting:9
“SAI approaches could worsen soil acidity, with impacts to food production, compared to warming at Representative Concentration Pathway 8.5 (RCP8.5) levels without SAI in some regions due to acidic deposition (e.g., the Pacific Northwest, southern Greenland, the Himalayas, and polar regions).
The impacts of sunlight scattering could have negative effects on crop growth that harm nutrition and negate the benefits of limiting temperature increases using SAI. SRM would not address ocean acidification or its implications for ocean ecosystems.
americafirstreport.com/bidens-plans-to-block-the-sun-are-actually-worse-than-you-realize/
White House pulls inspiration from ‘Operation Dark Storm’ in The Matrix film to combat global warming: Official want to spray particles into the stratosphere to limit sunlight hitting Earth – but it could cost $10 BILLION per year