Phosphorus is a basic element found in all living things and is a key component of most fertilizers – enabling modern agriculture. On the flip side, phosphorus runoff contaminates rivers, lakes and streams, providing an overabundance of nutrients that leads to toxic algal blooms.
That's why the Sustainable Phosphorus Alliance, a unit of the ASU Wrigley Institute, continues to grow – to take on the phosphorus problem in the global food system. Following a five-year National Science Foundation grant, the alliance received a second round of funding from the OCP Group – a Moroccan mining company that owns the largest deposits of phosphate rock in the world.
The alliance grew out of industry interest in phosphorus sustainability and recycling during the original NSF grant period, which brought together dozens of researchers from around the world. In 2017, the alliance grew to nine member organizations representing different stages of the phosphorus value chain.Alliance makes strides toward phosphorus sustainability
Phosphorus is a basic element found in all living things and is a key component of most fertilizers – enabling modern agriculture. On the flip side, phosphorus runoff contaminates rivers, lakes and streams, providing an overabundance of nutrients that leads to toxic algal blooms.
That's why the Sustainable Phosphorus Alliance, a unit of the ASU Wrigley Institute, continues to grow – to take on the phosphorus problem in the global food system. Following a five-year National Science Foundation grant, the alliance received a second round of funding from the OCP Group – a Moroccan mining company that owns the largest deposits of phosphate rock in the world.
The alliance grew out of industry interest in phosphorus sustainability and recycling during the original NSF grant period, which brought together dozens of researchers from around the world. In 2017, the alliance grew to nine member organizations representing different stages of the phosphorus value chain.