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Published: 25.03.2020 | Words: 498 | Views: 472
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Mangrove Case Study A mangrove environment is a general word that covers woods that are able to live in the conditions of shallow normal water area. There are numerous plat households and these plants can easily survive standard flooding and fresh and salt seas. The mangrove trees need to withstand being submerged 2 times a day by saltwater tides.

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The garden soil in which these kinds of trees grow in maybe fine sand but it is mostly rich off-road. This wealthy mud is high in nutrients although low in air. Mangroves possess these high and sodium filtering root base and sodium excreting leaves that make them occupy the fluctuating wetlands.

Salinity, temperature and air are all abiotic factors utilized to help with the expansion of this environment. Salinity is known as a measurement with the amount of salt inside the water. To measure the quantity of salinity you would make use of a salinity colocar. Using a info logger you may measure the temperature of the water. You set the data logger to record the temperature by what period is required. It can then be imputed in a computer which can be downloaded to a program after which graphed. Oxygen is a measurement of the volume of fresh air in the water. You would measure the oxygen applying an air meter.

Salinity meter data logger oxygen meter Mangroves can develop both new and saline water, no matter which one is available to them. They not only tolerate, but thrive beneath saline circumstances. In order for the mangrove to get this done they possibly prevent sodium from coming into the tissues in their origins or expel excess sodium that are ingested in. Oxygen is an important abiotic take into account the environment. Roots in the mangrove require the oxygen to handle respiration. To ensure the beginnings to acquire oxygen, they expose during low tide.

They can also store extra oxygen inside the roots for when it is large tide. Site| Temp? C| Salinity | Dissolved U? | 1| 16| twenty four. 2| 61%| 2| 17| 3. 5. | 47%| 3| 12-15. 5| 0. 2| 75%| Producers, buyers and decomposers Producers| Consumers| Decomposers| Mangrove| Nipper| Bacteria| Seagrass Zosterea| Leather jacket| Fungus| Sargassum| Bream| | Phytoplankton| Whiting| | | Heron| | | Cormorant| | | Ibis| | | Oyster| | | Soldier crab| | | Zooplankton | | Sewerage overflows. Seeing that we are building houses end to the mangrove ecosystem, the sewage from the house can be flowing into the environment.

The sewage emits extra nutrition into the environment and we happen to be building tracks and drains for the sewage to perform out which in turn this could lead to freshwater going into the system. Sewerage causes pollution and what come with polluting of the environment are chemical substances, acidic, harmful chemicals. These chemicals destruction the mangrove trees. The quantity of sewage that flows to the mangroves ecosystem removes what very little oxygen the trees curently have to use to grow. The greater pollution the goes into the planet the fewer species of mangroves we will have.