This book delves into the intricate relationship between atmospheric CO2 and vegetation, drawing insights from geology, paleontology, and paleoclimatology. It explores the cyclic nature of coal-rich and coal-poor periods throughout Earth's history. By examining photosynthesis mechanisms and genetic engineering, the book investigates the potential for accelerated biological growth in a future with rapidly increasing CO2 concentrations. This could lead to a future where:

Bioenergy becomes more cost-effective than fossil fuels, ultimately replacing them entirely.

Agriculture regains its prominence as a primary industry.

Water conservation, desert reclamation, and energy plantations emerge as major industries, surpassing real estate and transportation.

Many current, rapidly growing industries may decline.

Photosynthesis efficiency, humidity, rainfall, and arable land area could increase significantly, while desert areas may deteriorate.

Food production could reach unprecedented levels year after year.

This book provides a comprehensive exploration of the potential benefits and challenges associated with a future shaped by rising CO2 levels.