Whistleblower Kristen Meghan, Climate Engineering is Real

Geoengineering Whistleblower Meghan worked for the US Air Force as an environmental specialist and became a witness to geoengineering. In this short interview she shares her first-hand knowledge and insights. Kristen Meghan is a former US-Air Force environmental specialist and bio-environmental engineer (Air Force Specialty Code 4BOX1). She worked for the US-Air Force and later became a whistleblower, sharing her knowledge and insights about geoengineering. Background Kristen Meghan’s experience in the military and her expertise in environmental science provide a unique perspective on geoengineering. Her testimony highlights the existence and scope of geoengineering operations, which she claims involve large-scale atmospheric manipulation and chemical dispersion. Geoengineering Geoengineering refers to a set of emerging technologies aimed at partially offsetting the impacts of climate change by manipulating the environment. It is not a replacement for reducing emissions (mitigation) or adapting to a changing climate, but rather a supplement to these efforts. Types of Geoengineering Carbon Geoengineering: Seeks to remove carbon dioxide from the atmosphere, addressing the root cause of climate change. This breaks the link between emissions and concentrations, aiming to reduce atmospheric CO2 levels. Solar Geoengineering: Involves large-scale interventions in the Earth’s atmosphere or oceans to reflect sunlight, reducing the amount of solar radiation absorbed by the planet. This approach does not address the underlying causes of climate change. Current State and Debate While geoengineering was once viewed as a fringe concept, it is now being considered as a potential last resort to address climate change. Some scientists argue that it may be necessary to supplement mitigation and adaptation efforts, as carbon emissions continue to rise. However, others remain skeptical, citing concerns about unintended consequences, lack of understanding of the technology, and potential risks to global stability.