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soil is not dissolve in water because plants grow in soil and water them
the soil have nutrients because theyobserve heat from the sun
Nutrients which are present in soil
Fertilizer helps to provide nutrients. When added to soil, plants and flowers can greatly benefit from the minerals and nutrients.
because the plants want soil to grow and water too
Plants get nutrients from the soil they are in. The nutrients dissolve in the water and are then absorbed from the plant's roots. Plants make food with photosynthesis.
AnswerLeaching means to dissolve and remove.AnswerLeaching is the loss of soluble nutrients (of plants) from the soil as a result of rain and irrigation.
When the decompose on the ground the nutrients dissolve in to the soil and the next year the tree uses those nutrients.
soil is not dissolve in water because plants grow in soil and water them
Nutrients, soil properties, light, water availability, the presence of herbivores, pathogens, parasites, and mutualists
Yes martian soil does have nutrients such as sodium.
the soil have nutrients because theyobserve heat from the sun
roots anchor a plant into the ground and absorb water and dissolve nutrients from the soil
The advantages of inter-cropping and crop rotation include allowing the soil adequate time to dissolve nutrients for plants to take up.
Nutrients, soil properties, light, water availability, the presence of herbivores, pathogens, parasites, and mutualists
A rose gets its nutrients from the soil. The rose draws the nutrients through the roots that are in the soil.
underground stem is where most of the nutrients for growth of shoots is absorbed. variety of nutrients dissolve into soil, such as animals' dung (which is full of nutrients.. dont laugh) washed by rain and goes into the soil. The underground stem would absorb those nutrients and send the nutrients through the plant in order to survive. the nutrients are absorbed by water, meaning that the nutritions will be dissolved into the water and stem would be sucking the water & getting the nutrients at the same time.