temperat
[1] Rich topsoil has the 16-17 nutrients [major-league nutrients such as nitrogen, phosphorus, potassium; and minor but nevertheless important nutrients such as cobalt and molybdenum] that plants need to grow. [2] And it's rich in organic matter. [3] Heavy in the organic matter contributions is carbon. [4] Playing the game by nature's rules, organic matter's built up from the ordinary death and decomposition of the soil food web. The soil food web's made up soil-inhabiting residents such as beetles, earthworms, microathropods, and nitrogen-fixing bacteria and nematodes. [5] The soil food web's important in rich topsoil, because bacteria and fungi combine soil particles into large groups ka aggregates by way of their glue and their threads, respectively. [6] The combination of nutrients and soil food web make soil a better place to grow and live in, by way of improved drainage and fertility at the bare minimum.
heavy rains in this climate zone can remove, or leach, nutrients from the topsoil.
by the way there are sunlight in human and in soil. ************ Topsoil will contain more humus (notice the spelling!) than subsoil. Topsoil is the layer where most household gardening and food production on farms takes place. The subsoil could be solid clay, which would make the topsoil rather wet after a heavy rain. Or even solid bedrock, with a thin layer of topsoil on top - not really suitable for growing deep rooted plants.
the soils in the hot dry place are shallow and contain little organic matter, chemical weathering, and soil development is slow. In a warm, wet place heavy rains wash away and leave a thin layer of humus. soil is fast in warm wet regions its not suitable for growing crops.
Steep areas with heavy rainfall usually tend to suffer more.
Topsoil will sink because it is heavy. Topsoil is the top layer of soil and it extends downward from 2 to 12 inches.
No! On heavy clay soils apply gypsum also lots organic matter and one can also incorporate sand, gravel but gypsum and organic matter are the go
[1] Rich topsoil has the 16-17 nutrients [major-league nutrients such as nitrogen, phosphorus, potassium; and minor but nevertheless important nutrients such as cobalt and molybdenum] that plants need to grow. [2] And it's rich in organic matter. [3] Heavy in the organic matter contributions is carbon. [4] Playing the game by nature's rules, organic matter's built up from the ordinary death and decomposition of the soil food web. The soil food web's made up soil-inhabiting residents such as beetles, earthworms, microathropods, and nitrogen-fixing bacteria and nematodes. [5] The soil food web's important in rich topsoil, because bacteria and fungi combine soil particles into large groups ka aggregates by way of their glue and their threads, respectively. [6] The combination of nutrients and soil food web make soil a better place to grow and live in, by way of improved drainage and fertility at the bare minimum.
Greater or lesser increases is the way that organic matter affects trace element uptake by plants. An increase in organic matter means higher absorption of such micro-nutrients and trace elements as cobalt, copper, iodine, iron, manganese, molybdenum, selenium and zinc. It simultaneously means a lesser absorption of heavy metals since the soil buffers the above-mentioned toxic pollutants.
heavy rains in this climate zone can remove, or leach, nutrients from the topsoil.
No, organic material does not contain heavy metals.
organic solvents
by the way there are sunlight in human and in soil. ************ Topsoil will contain more humus (notice the spelling!) than subsoil. Topsoil is the layer where most household gardening and food production on farms takes place. The subsoil could be solid clay, which would make the topsoil rather wet after a heavy rain. Or even solid bedrock, with a thin layer of topsoil on top - not really suitable for growing deep rooted plants.
No trichloroethylene is an organic molecule. It is not a heavy metal nor does it contain any.
Heavy rains/flooding, or crops/plants that destroy the nutrients in the soil (like the cotton plant).
Mostly oils but also any kind of plastic and other petrol derivates!! Also, bacteria, organic matter, heavy metals, pesticides.
Regions near the equator, such as the Amazon rainforest in South America and the Congo Basin in Africa, depend on heavy tropical rains to sustain their lush vegetation and biodiversity. These areas experience high rainfall due to their proximity to the Intertropical Convergence Zone.