Organic soil holds more water than non-organic soil. An article written by Lara Bryant for the expert blog component of the Natural Resources Defense Council website Wednesday, May 27, 2015, provides the math for the relationship between organic matter and water holding capacity increases. It states that a one percent increase in organic matter yields an increase by 21,668 gallons (82,022.30 liters).
Air can hold a certain amount of water vapour. The amount it can hold depends on the air temperature - the hotter it is, the more water it can hold. A way to think of it is that water Can dissolve in air, just like some gases and solids can dissolve in water.
A teaspoon would hold more water than a millimeter. A teaspoon can hold around 5 milliliters of water, while a millimeter is a unit of length and does not have a volume measurement.
warm air hold more water vapor...unless it doesnt like sandwiches between its toes at 5 o'clock in the after noon
Warm air can hold more water vapor than cold air because warm air molecules have more energy and are more widely spaced, allowing them to accommodate more water vapor molecules. Cold air is denser and has less energy, limiting its capacity to hold water vapor.
Air is more important because if you hold your breath you cant hold it that long and you will have to breath. And with water you can Waite for 2 hours or more but first comes air.
A Organic fruits have 50 percent more antioxidants than nonorganic fruits.
Some soils hold more water than others due to differences in their texture and composition. Soils with a higher clay content tend to hold more water because clay particles are smaller and have more surface area to hold onto water. Additionally, soils with high organic matter content can hold more water due to the presence of organic molecules that can absorb and retain moisture.
up to 12 inches of water. depends on type of soils some water is held so tight that the roots of plants can not grab the water so that they can photosynthesis............ thanks so much for looking at my answer!!! love you sexy
Yes, different types of soil have varying capacities to hold water. Soil texture, structure, and organic matter content all influence the ability of soil to retain water. For example, sandy soils tend to drain water quickly, while clay soils hold onto water more effectively.
The characteristics of soil that determine how much water it can hold include its texture, structure, and organic matter content. Soil with small particles like clay can hold more water than sandy soil due to greater surface area for water retention. Soil structure influences porosity and water infiltration, while organic matter helps retain moisture by improving soil structure and holding capacity.
It doesn't. Warm air can hold more water, as it has more energy to retain water in a gaseous state.
Cold water can hold more dissolved oxygen than hot water. This is because the solubility of oxygen in water decreases as the temperature increases. Therefore, cold water has the ability to hold more oxygen than hot water.
Air has more capacity to hold water when the air is warmer. The colder the air is, the less water it can hold.
Organic soil has the lowest bulk density because of its high content of organic matter, such as decomposed plant and animal material. Organic matter is light and fluffy, which creates larger pore spaces in the soil, reducing its overall density. This makes organic soil more porous and able to hold more water and nutrients.
Yes, warm air can hold more water (in the form of water vapor) than colder air.
In order for soil to increase its ability to hold water it must have a higher amount of clay present in it. The more clay present in the soil, the more water it will hold. The opposite to this is how sandy or grainy the soil is, if it is too sandy then it will not hold water very well.
Clay and organic soils hold nutrients better then sandy soils because the sandy soils as the water drains away, the water will carry the nutrients with it. This is called leaching and the nutrients will not be available for the plants to use.