yes
The three types of bacteria which are involved in the nitrogen cycle are nitrogen- fixing bacteria which change the nitrogen gas into ammonia. The next is nitrifying bacteria which changes the ammonia into nitrities and then the nitriites into nitrates. Then the plant absorbs the nitrates and uses them to continue growth. Then an animal may eat the plant receiving the nitrogen from it. But it must eventually get ride of it so it produces waste which goes back into the soil and is broken down by decomposers and fungi, which then turn it back into ammonia. The cycle then repeats itself. Extra nitrates are turned back into nitrogen gas by denitrifying bacteria.
Yes, animal waste is part of the carbon cycle. When animals produce waste, it contains carbon from the food they consumed. This carbon can be released back into the environment as the waste decomposes, completing the carbon cycle.
Removes waste and undeeded materials.
No nitrates are not needed.Mainly CO2 and water is needed
The vacuole stores food and waste in both plant and animal cells.
Nitrates are returned to the atmosphere through a process called denitrification, where bacteria convert nitrates back into nitrogen gas. This process occurs in oxygen-limited environments such as waterlogged soils or sediments. Nitrates can also be released into the atmosphere through volatilization from fertilizers or animal waste.
Animal waste returns nutrients like nitrogen, phosphorus, and potassium to the soil, which can help improve soil fertility and promote plant growth. Additionally, animal waste contains organic matter that can enhance soil structure and water retention.
nitrates
No, animals can also convert nitrates into proteins through the process of digestion. When animals consume plants containing nitrates, their intestinal flora convert the nitrates into proteins that can be used by the animal.
They eat the plants that absorb the nitrates.
Animal waste can help to fertilize the plants.
Yes, nitrates can come from fertilizers. Nitrates are a common component in synthetic fertilizers used to provide plants with essential nitrogen nutrients for growth. However, excess nitrates from fertilizers can leach into the soil and water, leading to environmental pollution.
Nitrates can enter a freshwater source through runoff from agricultural fields where fertilizers are used, as well as from leaking septic tanks, livestock waste, or wastewater treatment plants. Once in the water, nitrates can lead to eutrophication, which can harm aquatic life and degrade water quality.
To effectively lower nitrates in your axolotl tank, you can perform regular water changes, use live plants to absorb nitrates, and ensure proper filtration and maintenance of the tank. Additionally, avoid overfeeding your axolotl to reduce excess waste that contributes to nitrate levels.
pigs
their waste...
Possible sources of nitrates in soil include fertilizers (both synthetic and organic), animal manure, sewage sludge, agricultural runoff, and atmospheric deposition. Nitrate can also be naturally present in soil due to nitrogen-fixing bacteria, decomposition of organic matter, and weathering of rocks.