pneumatophores
Planting mangroves cannot reduce the intensity of the cyclones themselves but it can reduce the size of the storm surge, which usually causes the majority of the damage and fatalities.
Some specialized structures in a cell include mitochondria for energy production, ribosomes for protein synthesis, lysosomes for intracellular digestion, and the nucleus for housing genetic material. Each structure has a specific function that contributes to the overall functioning of the cell.
Anaerobic media is a type of culture media used to grow microorganisms that do not require oxygen to survive. It creates an oxygen-free environment, usually by using an oxygen scavenger, to support the growth of anaerobic bacteria. Anaerobic media is important for studying and isolating anaerobic organisms in laboratory settings.
Red mangroves:-live in deepest salt-water of the three, going from a few inches to over a foot deep. -have large prop-roots, often times called "walking roots", with thick lenticels for gas exchange.-named "red" because they produce chemicals called tannins that turn the water and mud a rusty color.-leaves are broadly-elliptical and the largest of the three (about 3 to 5 inches long).-viviparous propagules can survive in salt water for over a year.Black mangroves:-live in a few inches of salt water, further inland than the Red mangroves. They can withstand higher levels of salt. -have pneumatophores, straw-like roots that stick out vertically from the mud for gas exchange.-named "black" because the older sections of the trunk and heartwood are blackish in color.-leaves are narrow-elliptical and are about 2 to 4 inches long. The leaves have salt crystals formed on the top side; this is an adaption to living in high salt concentrations.-viviparous propagules can survive in salt water for at least 4 months.White mangroves:-live farthest away from the water of the three, just above the water level that the black mangrove lives in. -sometimes have pneumatophores but they are usually less common. When pneumatophores are present they are usually less prominent than on the black.-named "white" because of the whitish appearance of the bark.-leaves are rounded elliptical, have two small glands at leaf base, and are more-yellow green in color.-viviparous propagules can survive in salt water for at least 1 month.
Glycolisis is the anerobic step.It takes place in cytoplasm.
Planting mangroves cannot reduce the intensity of the cyclones themselves but it can reduce the size of the storm surge, which usually causes the majority of the damage and fatalities.
Immature insect forms usually spend their time eating. In order to grow to a bigger size and build specialized structures they must eat a lot of food.
Some specialized structures in a cell include mitochondria for energy production, ribosomes for protein synthesis, lysosomes for intracellular digestion, and the nucleus for housing genetic material. Each structure has a specific function that contributes to the overall functioning of the cell.
Anaerobic media is a type of culture media used to grow microorganisms that do not require oxygen to survive. It creates an oxygen-free environment, usually by using an oxygen scavenger, to support the growth of anaerobic bacteria. Anaerobic media is important for studying and isolating anaerobic organisms in laboratory settings.
Red mangroves:-live in deepest salt-water of the three, going from a few inches to over a foot deep. -have large prop-roots, often times called "walking roots", with thick lenticels for gas exchange.-named "red" because they produce chemicals called tannins that turn the water and mud a rusty color.-leaves are broadly-elliptical and the largest of the three (about 3 to 5 inches long).-viviparous propagules can survive in salt water for over a year.Black mangroves:-live in a few inches of salt water, further inland than the Red mangroves. They can withstand higher levels of salt. -have pneumatophores, straw-like roots that stick out vertically from the mud for gas exchange.-named "black" because the older sections of the trunk and heartwood are blackish in color.-leaves are narrow-elliptical and are about 2 to 4 inches long. The leaves have salt crystals formed on the top side; this is an adaption to living in high salt concentrations.-viviparous propagules can survive in salt water for at least 4 months.White mangroves:-live farthest away from the water of the three, just above the water level that the black mangrove lives in. -sometimes have pneumatophores but they are usually less common. When pneumatophores are present they are usually less prominent than on the black.-named "white" because of the whitish appearance of the bark.-leaves are rounded elliptical, have two small glands at leaf base, and are more-yellow green in color.-viviparous propagules can survive in salt water for at least 1 month.
Mangroves, usually located at river banks and beaches, have the strength to resist tsunamis, the purpose of mangroves are to prevent tsunamis anyway, they also prevent erosion from occurring and they are responsible for water filtration and soil stabilization.
There are three species of mangrove trees: red mangroves, white mangroves and black mangroves. They all live in salty or brackish waters along the coastlines. Red mangrove are usually in the lower/deeper waters. They are the ones with the large prop-roots. Reds and Blacks live in higher edges of the wetland/shorelines.
I suppose so, but the amount of energy released in anaerobic respiration is usually negligible compared to the energy released during aerobic respiration
Chromosomes are thread like structures usually present in the nucleus that become visible only during cell divisions. Most chromosomes consist of two arms that extend out from a specialized region of DNA , called Centromere.
They are specialized hollow excretory or osmoregulatory structures. They are usually situated at the end of a minute tubule. Also, rod-like extensions of the flame cekks form a filtering apparatus
Glycolisis is the anerobic step.It takes place in cytoplasm.
Mongroves aren't usually in fresh water as they are adapted to live in brackish water. They prefer a more saline environment which helps them to grow more easily.