Space technologies are stimulating formidable achievements by facilitating a plausible amount of carbon emission cuts that alter climate patterns.
FREMONT, CA:Satellite technologies play a key role in reducing carbon emissions by 1.5 billion annually and are likely to trigger a further diminished emission rate in the future. It deliberately accounts for nearly one-third of the carbon emissions throughout the continent on average, or the lifetime emission rate of 50 million cars. Various research elucidates that the probability of space technology implementation in varied sectors like transport, logistics, agriculture, forestry, land usage, and energy systems may reduce a huge scale emission rate per their increased global emission rate by 60 per cent.
Adopting satellite technologies in various sectors opens up a new zenith with an elevation in CO2-saving delivery via these advancements. That is, it probably quadruples up to 5.5 billion tonnes of perceiving technologies every year. It roughly equates to nearly one-sixth of global carbon emissions in recent times, with a distinct estimate in keeping an inferred rise in global temperatures by 2030 to be less than 1.5 °C. Similarly, it is capable of addressing the existing potential challenge globally as the advancements in space technology facilitate retaining a steady incline in the temperature that would likely exist under 2 °C.
Stay ahead of the industry with exclusive feature stories on the top companies, expert insights and the latest news delivered straight to your inbox. Subscribe today.
However, a lack of the potential leveraging of satellite technology’s decarbonising abilities often pertains, interjecting four billion tonnes of CO2 reductions. Harnessing them essentially favours increased customer savings; accelerated routing in transport, reduced energy utilisation and optimisation; prevention of fire in forestry, and several other varied benefits. While decarbonisation actions remain a global priority, space technologies play a critical role in addressing these growing challenges due to the significant carbon emission savings they provide. This, in turn, facilitates a critical confrontation with protracting climate change.
Similarly, engaging with world leaders to analyse the feasible contributions that satellite technologies could offer in the decarbonisation strategies facilitates an effective partnership in the domain for an effective role play in the de-risking of Earth’s temperature rise. It opens up a variety of opportunities to impact the real and lasting climate changes that preside over the planet critically. Moreover, people generally assume that space technology is crucial in determining climate change, be it a positive or negative influence. Nonetheless, satellite advancements, while an optional stimulator of evolution, are likely to accelerate at a rapid pace due to increased savings in existing space technologies. As a result, there is a much greater potential to develop potential remedies for overcoming timely detentions owing to continuous climatic changes.
