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They are involved in helping with maintaining balance both when staying still and while in motion.
Potassium and Sodium. Sodium is the main electrolyte involved in maintaining water balance within the body. When the sodium level becomes too high, an urge to drink water, (I.E. Thirst) develops increasing water intake. When the sodium level becomes low, the kidneys produce more urine to help maintain the balance.
They enable us to distinguish 'up' from 'down' - and help up maintain our balance.
To balance the body's pH levels you need to have the proper balance of acid-forming and alkaline-forming foods. All meats are acid-forming. You can balance them out with alkaline proteins such as yogurt, cheese, and some protein-rich vegetables.
Simple diffusion and osmosis help maintain homeostasis in cells and do not require the cell to expend energy.
Balance of nature can be maintain by avoiding deforestation but practicing afforestation.
Internal harmony and internal balance are believed to be required to maintain peace, and harmony and balance in nature. This is sometimes referred to as World Balance or World Harmony.
they help maintain ecological balance by preventing desertification.
trees help us to maintain the ecological balance
maintain balance of nature, and so others can use the nutrients when it is recycled.
the fish because when the other organisms is hungry they couldn't eat and the others is affected
For most fish, the fins help maintain balance while swimming.
They help to maintain balance of your body.
we can help in farting and peeing on the plants .it will help
It helps with balance and coordination.
Plants and animals help to maintain a balance of carbon dioxide in the atmosphere by cellular respiration and photosynthesis. Photosynthesis releases oxygen and cellular respiration releases carbon dioxide.
The question is understandable, but the word 'should' is problematic. Nature is under no artificial obligation to 'maintain equilibrium'. Maintaining equilibrium is a human concept, and more an expression of what is observed in nature rather than some unseen restriction on nature. From the point of view of classical sciences, forces will distribute themselves and will affect whatever they encounter according to the standard laws of motion and energy.Quantum theory brings some of these 'fixed' conclusions of classical science into question at least in theory, and in some surprising ways that have been verified. It is not that nature should maintain equilibrium, but that there are determinable probabilities that things will remain as there are, along with probabilities that even wildly different conditions could exist.