The deeper the water gets the less light is available for photosynthesis, and you can imagine that with less photosynthesis taking place there is progressively less dissolved oxygen. Since nutrients are heavy (think decomposing animals) they tend to sink to the ocean floor where it is very nutrient rich. The closer to the surface the more nutrient poor you tend to be unless you are near a shore where tides may push nutrients up in what is called an upwelling. Upwellings are ussually seasonal and mix the distinct levels of the body of water.
Snow,ice,water, temperature
ABOTIC! water sunlight soil BIOTIC turtle head .
water.
No. It may change its weight if weighed at varying depths.
abiotic
An abiotic factor is a nonliving component in an ecosystem that can influence living organisms, such as temperature, sunlight, soil pH, and water availability. These factors play a crucial role in shaping the environment and determining which species can survive in a specific ecosystem.
Abotic factors that affect orchids include light, temperature, humidity, and water availability. Orchids typically require specific light conditions for photosynthesis and growth, as well as particular temperature ranges to thrive. Humidity levels are crucial for their moisture needs, especially for epiphytic species that grow in tropical environments. Additionally, water availability impacts their health, as both overwatering and underwatering can lead to stress or root rot.
Abiotic factors of grasslands include sunlight, temperature, precipitation, soil composition, and wind. These factors influence the types of plants and animals that can thrive in grassland ecosystems.
To know water depths you need a fathometer. For navigation GPS is recomended.
Abotic components in a river refer to the non-living physical and chemical elements that influence the ecosystem. This includes factors such as water temperature, pH, dissolved minerals, sunlight, and sediment. Additionally, abiotic materials like rocks, sand, and organic debris also play a role in shaping the river environment and affecting the organisms that live there. These elements are crucial for maintaining the river's ecological balance.
A Niskin bottle is commonly used to collect water samples from different depths in bodies of water. It is a cylindrical, free-flowing tube that can be triggered to close at specific depths, capturing the water sample within the container for analysis.
At some depths you will get water. At some depths you will get hot rocks. All depends on location.