As you go deeper in an aquatic system, the amount of light decreases significantly due to absorption and scattering by water and suspended particles. This reduction in light limits photosynthesis, leading to a decline in primary production and affecting the distribution of aquatic organisms. Generally, the euphotic zone, where light is sufficient for photosynthesis, extends only to about 200 meters deep in clear ocean waters, after which light levels become too low to support most marine life.
As you go deeper into an aquatic system, the amount of light decreases significantly due to the absorption and scattering of light by water and suspended particles. In the upper layers, especially in the photic zone, sunlight penetrates, allowing photosynthesis to occur. However, below this zone, light diminishes rapidly, leading to darkness in the deeper regions, where only specialized organisms can thrive. This decrease in light affects the types of life forms that can exist at various depths.
As light penetrates deeper into an aquatic system, its intensity decreases due to absorption and scattering by water molecules and suspended particles. Typically, red wavelengths are absorbed first, followed by orange, yellow, and green, with blue light penetrating the deepest. This results in a shift in the color spectrum, with deeper waters appearing more blue or green. Ultimately, below a certain depth, known as the euphotic zone, light becomes insufficient for photosynthesis.
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That's the one with the largest mass - i.e., the Sun.
Mercury has the smallest mass of the planets.3.3022 × 1023 kg which is about 0.055 that of Earth
The temperature typically decreases as you go deeper in an aquatic system. This is due to the interaction between sunlight and water, which causes surface waters to be warmer than deeper waters.
A hydrocalic system helps control and maintain the pH levels in a body of water by regulating the amount of calcium carbonate added. This is important for aquatic ecosystems as pH levels can affect water quality and the health of aquatic organisms.
urinary system
An Aquatic system is determined by depth, flow, temperature, and chemistry of the overlying area.
The respiratory system of most non-aquatic animals is entirely enclosed in the human body and connected with the lungs. Many aquatic animals have developed open respiratory systems that include features like the gills.
The total amount of energy in the system remains constant. Energy cannot be created or destroyed, only transformed from one form to another. This is known as the principle of conservation of energy.
your sugar level will go up in your blood system and you will get diabetes
the sys has too much lubricant
The danger signs of the effect of acid rain on an aquatic system are the beginning of the extinction of the aquatic species, the heath of trees, and disruption of wildlife. Ultimately that affects all of human life.
please i wish to know about the sources of ammonium hydroxide, its mechanism and effect on aquatic system, please post it to kolledm@yahoo.com. thanks
As the liquid evaporates at room temperature, the system will experience a decrease in the amount of liquid present and an increase in the amount of vapor in the container. This will result in a change in the pressure and temperature within the system as the liquid continues to evaporate.
Lateral line system means an aquatic organs sense system found in fish