A soil that is able to be molded or deformed continuously and permanently, with litle pressure into various shapes.
The mass wetness at which the soil stiffens from a plastic to a semi rigid and friable state.it is the water content at which soil begins to crumble on being rolled into thread of 3 mm diameter
the loss of water from the leaves of the plant (transpiration)
Sulphuric acid may be stored in a hard plastic cane for a long time, for its disposal put it on porous soil or clay and cover it with the same.
Plastic degradation is the degradation of plastic.
Yes, you can put soil in compost. But try to use soft soil not hard rocky soil
shear strength of soil at its plastic limit
The plastic will be broken into pices
advantages of soil stabilization by waste plastic fiber.
if you use a plastic once you will trow them on the earth'surface plastic is the things that will not decompose easily so it cause soil pollution and it affect microbes that are present in the soil such as bacteria fungi etc, which affect the soil fertility
The mass wetness at which the soil stiffens from a plastic to a semi rigid and friable state.it is the water content at which soil begins to crumble on being rolled into thread of 3 mm diameter
0.3
Depends on the type of plastic, the size of the box, the thickness of it's sides, theweightof the soil, if the soil's wet ... 1 cubic meter of waterweighs a metric tonne.So just guess?
Between metal and plastic for collecting rainwater, plastic is better. The plastic is less harsh for the soil as well as the plants compared to the plastic barrels.
Burying plastic bottles is harmful to the environment as it does not degrade in the soil and can remain so for thousands of years.yes.
hell no
The term plastic limit speaks to the characteristics of (fine grained) soil and how it behaves with different moisture content. Let's keep it simple. If the soil is nearly saturated, it will be "very" plastic and will act like play dough. If it's dry, it crumbles. There are no plastic characteristics. Different soils (different clay, sand or whatever in their content) act a bit differently with the same moistue content. Some will still be more plastic than others with a given moisture content. That's where the lab comes in. A given soil sample will have to be experimented on to determine its plastic limit. Wikipedia has an article posted on Atterberg limits, which include this soil characteristic. As this is WikiAnswers, a link is provided.
state of stress with in a soil mass or a portion there of that has been deformed to such an extant that its ultimate shearing resistance is mobilized