did, China can also reduce the amount of nitrogen in the Yangtze river by planting shrubs and plants along it, carefully managing nutrients, and using a more appropriate amount of fertilizers and pesticides . Having an assortment of plants on the sides of the Yangtze will help stop any water containing pollutants, like nitrates, from flowing into the river; thus reducing eutrophication. As for nutrient managing, if farmers were to carefully “map out” a close approximation of how many nutrients they would need in order for their farm to prosper, then there would not be a large excess of nutrients going into the Yangtze River. Fertilizers and pesticides also play a role in the eutrophication of the Yangtze River. If the over-application of a fertilizer or pesticide occurs, then the plant will not fully be able to absorb either of them, meaning that the chemicals in the fertilizers and pesticides, many of which contain large amounts of nitrate, will enter the
did, China can also reduce the amount of nitrogen in the Yangtze river by planting shrubs and plants along it, carefully managing nutrients, and using a more appropriate amount of fertilizers and pesticides . Having an assortment of plants on the sides of the Yangtze will help stop any water containing pollutants, like nitrates, from flowing into the river; thus reducing eutrophication. As for nutrient managing, if farmers were to carefully “map out” a close approximation of how many nutrients they would need in order for their farm to prosper, then there would not be a large excess of nutrients going into the Yangtze River. Fertilizers and pesticides also play a role in the eutrophication of the Yangtze River. If the over-application of a fertilizer or pesticide occurs, then the plant will not fully be able to absorb either of them, meaning that the chemicals in the fertilizers and pesticides, many of which contain large amounts of nitrate, will enter the