Fertilizer runoff can lead to eutrophication of water bodies, causing excessive algae growth and lowering oxygen levels. This disrupts the natural succession of aquatic organisms, as some species may thrive in the nutrient-rich environment while others are negatively impacted. Over time, this can lead to a decrease in biodiversity and an overall imbalance in the aquatic ecosystem.
Fertilizer can increase turbidity in water bodies when it washes off from fields into rivers or lakes. The nutrients in the fertilizer stimulate excessive algae growth, leading to algal blooms. When these algae die and decompose, they can increase turbidity by releasing organic matter and sediment into the water.
It could die.Osmosis is the movement of water from a lower solute concentration to a higher (trying to dilute the higher to balance things out). If there is a high concentration outside of the root cells, the water will leave the roots and go into the soil to try to balance it out.
It depends on where and when it's used. Liquid fertilizer is certainly convenient for pot plants, but for larger applications such as a lawn or a field may be less so. The nutrients in a fertilizer can only be taken up by plants when they are dissolved in water, so applying the fertilizer as a solution has the advantage that it's immediately available. Solid fertilizers may be easily soluble, in which case they are not much different from liquids in their effect, or 'slow release' where the nutrients are released gradually, such as with natural fertilizers like compost. In the open there is a big advantage to slow release: you only need apply the fertilizer infrequently and there is a steady supply to the plants. Soluble fertilizers are easily washed out of the soil by rain, so they are wasted if not applied little and often, which is costly on a large scale. They also cause massive water pollution problems when they run off into streams and lakes. In general both solids and liquids work well, applied in the right way and at the right time. One situation where liquid works very well is for frequent application to such things as summer bedding in a small garden, where the right nutrients can produce prolific flowering. However, remember that it's not just the physical state of the fertilizer that matters, but which specific nutrients are present.
the water's latent heat of vaporization is being pulled from your body, the water is using heat to undergo a phase change.
Excess nitrogen-containing fertilizer can lead to environmental pollution by leaching into groundwater or running off into water bodies, causing algal blooms and fish kills. It can also harm soil quality by making it more acidic and reducing microbial activity. Additionally, excessive nitrogen can contribute to greenhouse gas emissions like nitrous oxide, a potent contributor to climate change.
Yes, fertilizer can be a pollutant.Specifically, fertilizer becomes a pollutant in terms of water. Excess applications can run off in rain events. They end up in streams where they cause nitrogen blooms.
It runs-off from farms and gets int oare water system
Liquid fertilizer can contribute to water pollution if it runs off into nearby water bodies, leading to nutrient imbalances that can harm aquatic ecosystems. Excessive application of liquid fertilizer can also contribute to greenhouse gas emissions such as nitrous oxide, which can contribute to climate change. Proper management and application practices can help minimize these environmental impacts.
Fertilizer can increase turbidity in water bodies when it washes off from fields into rivers or lakes. The nutrients in the fertilizer stimulate excessive algae growth, leading to algal blooms. When these algae die and decompose, they can increase turbidity by releasing organic matter and sediment into the water.
Eutrophication is the overgrowth of algae in lakes and ponds that is usually caused by the introduction of different chemicals into the water from fertilizer run-off. Some ways to combat this are to increase the flow of moving water, prevent contamination from fertilizer, and reduce pollution of our lakes and streams.
Lay off the drugs.
If your AC uses water in the cooling process it will. If it is a straight air cooled AC then it will not have any effect.
I'm not 100% positive but I'm pretty sure that they can grow off of fertilizer but water is a necessity to most sustained life. Hope ths helped!
it is because the fertilizer and pesticides the farmers use will wash into waterways through run off polluting it. and what about the exhaust from those tractors? that would some how find its way into water. sort of. maybe. a little. disregard that last sentence.
True because the fertilizer runs off into the ocean or lake and the plants in side the body of water will over grow and produce so much oxygen that the animals inside the lake can cause them to die
African violets benefit from having their leaves rinsed off with tepid water or the same fertilizer/water mixture, when I water my African violets they get a total shower every time I water them (the fertilizer helps the leaves stay green and helps prevent powdery mildew. Make sure you blot off the excess water on the leaves and from the crown area to avoid water marks and to prevent crown rot. Also, if you are using artificial lighting to grow your African violets make sure you leave the lights off until leaves and especially the centers are dry.
Fertilizer that wilts a plant can kill it. Plants can die off if too much fertilizer are used or if they are watered too much. To ensure proper care of a plant, be sure to provide proper sunlight, water daily and a sufficient doze of fertilizer.