soil is just earth and fertilizer is animal excrement or droppings and soil mixed together
No, soil and fertilizer are not the same. Soil is a mixture of organic matter, minerals, gases, liquids, and organisms that support plant growth. Fertilizer is a substance that is added to soil to supply one or more essential nutrients to plants, such as nitrogen, phosphorus, and potassium.
The patch of soil that is given fertilizer is the experimental group because it is the group being tested with the fertilizer to observe the effects on tomato growth.
The patch of soil that is given fertilizer is the experimental group because it is the one receiving the treatment being tested (fertilizer application). The patch of soil that is not given fertilizer serves as the control group, providing a basis for comparison to evaluate the effectiveness of the fertilizer.
It depends on the specific needs of your plants and soil. Fertilizer provides concentrated nutrients but can harm beneficial soil microorganisms if overused. Compost improves soil structure and fertility over time by promoting beneficial microorganisms and providing organic matter. Both can be beneficial when used appropriately in a balanced garden management plan.
Fertilizer gets into the soil through application methods like broadcasting, banding, or injection. Once applied, the nutrients in the fertilizer dissolve in water and are absorbed by plant roots or microbes in the soil. Some fertilizers can also be broken down by soil organisms over time, releasing nutrients into the soil.
Fertilizer is applied to soil to provide essential nutrients to plants for their growth and development. These nutrients are often lacking in the natural soil, especially in agricultural settings where crops are grown intensively. Fertilizer can help improve soil fertility, increase crop yield, and promote overall plant health.
The fertilized soil is the experimental group.
The fertilized soil is the experimental group.
The fertilized soil is the experimental group.
The fertilized soil is the experimental group.
The fertilized soil is the experimental group.
The patch of soil that is given fertilizer would be considered the experimental group because it is the group that receives the treatment being tested, which in this case is the fertilizer. The patch of soil that does not receive fertilizer would be the control group, used for comparison to see the effects of the fertilizer.
The patch of soil that is given fertilizer is the experimental group because it is the group being tested with the fertilizer to observe the effects on tomato growth.
Dilution is what to do with fertilizer if the concentration is too high.Specifically, too high concentrations of fertilizer lead to excess growth, nutrient toxicity and soil runoff. Plant roots can take fertilizer and soil nutrients only in dissolved form. Adjust a too high concentration back to the desired level with water. Diluting adds fertilizer in a way that can be taken in by roots and soil at the same time that it contributes to soil moisture levels.
This depends on the PH (acidity-alkalinity of your soil), the lime may not be required.There will be some lime in the fertilizer but,if, after a soil test, lime is required, it can be applied at the same time as the fertilizer.
The fertilized soil is the experimental group.
Use fertilizer and don't plant this same crop in the same place every year.
Simply any fertilizer applied to the soil and then plowed under, as opposed to just blending the fertilizer into the top layer of soil.