Inefficient nitrogen and
phosphorus use in agriculture, along with industrial pollution, underpin the environmental challenges listed above.
Not exact matches
Concerted efforts to reduce nitrogen and
phosphorus pollution from industry, improve the efficiency of their
use in agriculture, and enhance their availability for
use in fertilizer
in food - insecure regions would have multiple benefits, including a reduction of climate risks.
Soil nitrogen and
phosphorus levels have doubled
in the last century because of agricultural
use, and even
in places where
agriculture does not happen the nitrate levels
in the lakes of Greenland are higher than at any time
in the last 10,000 years.
However, we are a long way from achieving an equitable, efficient, and sustainable
use of nitrogen and
phosphorus in agriculture, and we are not close to reducing nitrogen and
phosphorus pollution to tolerable levels.
The joint effort produced the Thames River
Phosphorus Reduction Collaborative, an initiative using land management and drainage solutions for agriculture, co-operatively with partners, to reduce phosphorus and improving water quality in the Thames River and the Western Basin of
Phosphorus Reduction Collaborative, an initiative
using land management and drainage solutions for
agriculture, co-operatively with partners, to reduce
phosphorus and improving water quality in the Thames River and the Western Basin of
phosphorus and improving water quality
in the Thames River and the Western Basin of Lake Erie.