It will grow soft and lush and be more prone to disease.
exess nitrogen will produce fast and soft growth which will probably collapse under its own wieght, at higher levels the exess nitrogen turns toxic and the new leaf tips will turn brown. at even higher levels all plant tissue will be affected and the plant will die. exess nitrogen can turn to ammonia as well as other nitrogen based molecules and produce said toxic effect
Nitrogen plant burns are caused when to much fertilizer (or fertilizer with a high concentration of Nitrogen) is added to a plant. If the concentration of Nitrogen (or Nitrogen compounds such as ammonia) is to high it causes the soil to become highly acidic in the area where it was applied, the high acidity damages (or kills) the roots of the plant retarding or preventing the uptake of water or nutrients by the plant.
this chemical helps the plant to grow, if it doesn't get enough or too much it will only live for a short period of time:) -amyking&abbiesharp
Excessive nitrogen application to rice plants can lead to overgrowth of foliage at the expense of grain production, causing the plant to become more susceptible to lodging (falling over). This can result in reduced harvest yield and quality. Additionally, excessive nitrogen can contribute to pollution of water bodies through runoff and leaching.
Too much nitrogen can cause excessive vegetative growth at the expense of fruit production in tomato plants. This can lead to lush foliage but fewer blossoms and fruits. Additionally, an oversupply of nitrogen may make tomato plants more susceptible to certain diseases.
WEll I do love cheese
exess nitrogen will produce fast and soft growth which will probably collapse under its own wieght, at higher levels the exess nitrogen turns toxic and the new leaf tips will turn brown. at even higher levels all plant tissue will be affected and the plant will die. exess nitrogen can turn to ammonia as well as other nitrogen based molecules and produce said toxic effect
Nitrogen plant burns are caused when to much fertilizer (or fertilizer with a high concentration of Nitrogen) is added to a plant. If the concentration of Nitrogen (or Nitrogen compounds such as ammonia) is to high it causes the soil to become highly acidic in the area where it was applied, the high acidity damages (or kills) the roots of the plant retarding or preventing the uptake of water or nutrients by the plant.
too much of anything to a plant is hurtful
The formulation for Miracle Gro All Purpose Water Soluable Plant Food is 24-8-16. 24 is the percentage of nitrogen in the plant food.
To reduce the amount of nitrogen in the soil, you can practice crop rotation, plant cover crops that absorb nitrogen, decrease the use of nitrogen-based fertilizers, and avoid over-fertilizing. Implementing these practices will help restore a healthy nitrogen balance in the soil.
Club mosses typically contain high levels of nitrogen, ranging from 2% to 4% by weight. Nitrogen is an essential element for plant growth and is commonly found in various plant species, including club mosses.
Rhizobia are bacteria found in soil that fix nitrogen once they're established inside the roots of legumes. This helps the plant obtain nitrogen more easily, and for these plants, it means that nitrogen fertilizer is not needed nearly as much.
pitcher plants are grows in soil which does not have much nitrogen in soluble form. they trap insect because they have nitrogen in their bodies.
All soil contains nitrogen - it is a matter of how much. The relative amount of nitrogen in soil can be determined with as small soil sample and a reagent for nitrogen from a soil test kit (simple soil test kits are sold in every garden center). The results do not tell you the "amount" of nitrogen in the soil, only if there is enough for healthy plant growth, or if the amount of nitrogen is too poor for healthy plant growth
this chemical helps the plant to grow, if it doesn't get enough or too much it will only live for a short period of time:) -amyking&abbiesharp
it ends up in the ocean where it feeds algal blooms