Biodiesel does not disrupt the natural carbon cycle of the biosphere, as fossil fuels do. Originating from contemporaneous plant sources, biodiesel effectively takes in as much carbon dioxide as it ultimately releases upon burning, while fossil fuels, trapped deep in the ground for millions of years, increase the net carbon total in the atmosphere when extracted and burned. This increase in carbon dioxide in the atmosphere is linked to global warming. The carbon dioxide, when emitted from fossil fuels, travels up to the highest layers of the atmosphere where it traps reflected sunlight from escaping the planet, inevitability leading, (some think), to global climate change. The real benefits of using biodiesel are in the long term, and measured not only at the tailpipe, but also through an analysis of the life cycle of the fuel.
Answers
Answer:
Biodiesel does not disrupt the natural carbon cycle of the biosphere, as fossil fuels do.
Explanation:
Originating from contemporaneous plant sources, biodiesel effectively takes in as much carbon dioxide as it ultimately releases upon burning, while fossil fuels, trapped deep in the ground for millions of years, increase the net carbon total in the atmosphere when extracted and burned. This increase in carbon dioxide in the atmosphere is linked to global warming. The carbon dioxide, when emitted from fossil fuels, travels up to the highest layers of the atmosphere where it traps reflected sunlight from escaping the planet, inevitability leading, (some think), to global climate change. The real benefits of using biodiesel are in the long term, and measured not only at the tailpipe, but also through an analysis of the life cycle of the fuel.