A global shortage of phosphorous could lead to more rapid development of next-generation
biofuel composition with heightened yields from less biomass.
Researchers at the University of Wisconsin-Madison warn that a critical point is being reached, as phosphorous reserves around the planet are beginning to approach exhaustion.
Meanwhile, the run-off of fertiliser phosphorous is degrading water quality, promoting unwanted algae growth and damaging freshwater ecosystems, as well as killing fish.
Stephen Carpenter, professor of limnology at the university, says: "Phosphorous stimulates the growth of algae and weeds near shore and some of the algae can contain cyanobacteria, which are toxic."
Next-generation
biofuel composition advances could be one way to help reduce the world's reliance on phosphorous as a fertiliser.
Developments in next-generation biofuels are dedicated to removing potentially harmful chemicals from the production process, as well as growing crops which are easier to break down and produce higher yields of energy.
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