Phosphorous is a highly reactive element and is not found in nature. Indeed some varieties of phosphorous will spontaneously ignite when exposed to air.
As an element, is cannot be transformed, or changed into anything.
This element is commonly found in bones, and thus bird guano contains a concentration of phosphorous compounds, (from the fish the birds ate) and which may be easily released into agriculture.
The 'rag and bone' man of the 18th and 19th centuries collected the scrap household bones for fertilizer manufacture.
The answer strongly depends on what type of organism. Organsims can survive from eating other organisms, photosythesising, or breaking down decaying substances. A lion can eat a zebra or a plant can turn light into energy.
Because of lack of Phosphorus
Animals assimilate phosphorus by the foods that they eat. Phosphorus is in plant cells and is transferred to animals through the plants they eat, in turn carnivores obtain phosphorus from their prey that eat plants.
Decaying matter eventually breaks down into simpler compounds like water, carbon dioxide, and minerals, through the actions of decomposers such as bacteria and fungi. These simpler compounds are then recycled back into the ecosystem.
photosyntosis
When heated, the new substance will turn red.
No, see as the unicellular organism digest the food it turns it into energy,
turn the fine adjustment
Tomato leaves turn purple due to a nutrient deficiency, specifically phosphorus. This can be caused by various factors such as poor soil quality, cold temperatures, or overwatering.
Caterpillars do not turn into wasps or beetles. The only type of insect that caterpillars turn into are moths or butterflies.
When the animal dies its skeleton settles on the sea floor and is buried by sediment. that thickens and begins to turn to stone. The skeleton dissolves and a mold is formed. Minerals crystallize inside the mold and the cast is formed.
Phosphorus is essential to living organisms because it forms part of important life sustaining molecules such as DNA, RNA, and ATP .