how plentiful are bacteria in water and soil
Soil where water is plentiful is generally considered thick soil. Plants are better able to grow in thick soil than thin soil.
When we spray water on soil,bacteria known as antinomycytes get damp and start floating in air.It is the bacteria that smells not the soil.
Where water is plentiful, especially in lowlands near creeks or rivers, the soil is vegy good and full of nutrients. However, this would not be a good area for planting most crops because the ground would be too wet and drown the seeds or plants.
Bacteria and fungi are types of organisms that are found in soil.
bacteria can benefit conaminated soil because organic matter is formed.
Soil where water is plentiful is generally considered thick soil. Plants are better able to grow in thick soil than thin soil.
successful agriculture
When we spray water on soil,bacteria known as antinomycytes get damp and start floating in air.It is the bacteria that smells not the soil.
On Earth, Zinc is very plentiful. It is in water, air, soil, and in people. It makes medicine, sunscreen, toothpaste, cereal, and batteries.
Where water is plentiful, especially in lowlands near creeks or rivers, the soil is vegy good and full of nutrients. However, this would not be a good area for planting most crops because the ground would be too wet and drown the seeds or plants.
The vast majority of bacteria reside in either soil or stagnant water.
bacteria
Simple one-celled organisms, bacteria are the most plentiful microorganisms as well as the most pathogenic.That is straight from my college text book
Clostridium tetani
Soil bacteria are the natural soil microorganisms that break down soil components into plant food.
Yes. Organic material mixed into soil absorbs and holds water. It also encourages populations of soil bacteria and fungi. Bacteria are "sticky", they secrete polysaccharides and other coilloidal (gluelike) materials to stick to their food source. These bacterial "glues" bind soil particles together into microaggregates that hold water by capillary attraction after it rains. The hyphae of soil fungi thread through and around these microaggregates, binding them into macropores, or channels for water and roots to pass through. The biomass of bacteria and fungi forms a water-absorbing web between soil particles.
bacteria