answersLogoWhite

0

On Earth all animals, plants and humans are solar powered , and almost all food sources exist are via the conversion of 'sunlight into energy, which provides vitality, each living thing has a genetic code predisposing them to demise, which is triggered by their physical and emotional means and environment. his includes the range of temperatures and altitudes best for survival, for each living thing has its idiosyncratic threshold. All living things move to their best chance of propagation and reproduction and this is dictated by the abundance of food and the harshness of climate, which then responds to adaptive changes for survival. In a world where almost all migrating species are threatened and vulnerable as they move to more hospitable areas for food source and reproduction

The food chain is ordered in such a way as to make the physical makeup of food predators advantageous in some way, for example a faster metabolic rate catches animals with a slower rate, or if they have a similar functioning speed a predator species at some time in their life cycle will have some advantage over a counterpart food source, they may feed on the vulnerable aged, or young of another species.

Plant species predatorial nature is also revealed in their competition for light levels environmental conditions, they are transported by human and animal activity and moon, wind and water cycles. This is why at this time of temperature increases in the planet many animals and birds are moving to cooler areas but as there is no food source established so they bring the migratory wave of seeds to revegatate the plants they need. Unfortunately, if we don't plant them ahead of time many species will not survive and their offspring will have no food source.

Whayever the case, life on this planet is powered by the sun's rays interacting with the moon's forces - electrical energy, water, land and magnetic fields all combine to create deft cooperatve efforts at an atomic level to keep the spark of life in every living thing alive, at least until they as a whole take more effort to sustain itself than is available through energy absorbed by which time the atoms dissassemble, decay and go on to be other things.

The answer to your question is a very complex natural phenomena that is expressed in plants as photosynthesis and in humans as adenosine triphosate (ATP) if you want to look into it in alchemical detail.

Robyn Lucienne

User Avatar

Wiki User

15y ago

What else can I help you with?

Continue Learning about Biology

What plants live in the bathyal zone?

Plants in the bathyal zone are limited to marine algae and phytoplankton that are able to photosynthesize and create their own food using sunlight. These plants are adapted to low light conditions and can be found in the upper part of the bathyal zone where some sunlight penetrates the water. Examples include diatoms, green algae, and cyanobacteria.


Are there plants in the Abyssal Zone?

No, there are typically no plants in the Abyssal Zone due to the lack of sunlight for photosynthesis. Plants rely on sunlight to produce energy, so this extreme deep-sea environment does not support plant life.


What is created by shaded cool moister environments or sunlit warm dry environments?

Shaded cool moister environments typically create conditions suitable for the growth of mosses and ferns. Sunlit warm dry environments are often conducive to the growth of cacti and succulent plants.


What is the aphotic zone and what plants and animals live there?

Aphotic = no light so it is the zone below the depth of where light can penetrate. Depends on several things. The clarity of the water. less stuff in the water the farther light can go. There are no plants in the aphotic zone. Generally, there is less oxygen (and sometimes none) in the aphotic zone, but some animals can be found there. It depends on how deep this zone is and how well mixed the water column is.


What zone would it be more difficult for a plant to live in?

It would be more difficult for a plant to live in an arid desert zone due to the lack of water and extreme temperatures. Plants in these regions have to adapt to conserving water and surviving in harsh conditions with limited resources.