what are 2 examples of organisms interacting with abiotic factors in the Mono lake ecosystem?
I have asked people this question and the told me to go to people who no so I came hear so hear I go if the earth is a curcle who is up side down? do they no they are up side down? these are great qustions please help me!!!!!!!!
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katie
I NEED HELP N SCIENCE
ebeb
In order to find examples of organisms interacting with abiotic factors in the Mono Lake ecosystem, we can follow a simple method:
Step 1: Research the abiotic factors present in the Mono Lake ecosystem.
Step 2: Identify the organisms that rely on or adapt to these abiotic factors.
Step 3: Find specific examples of interaction between the organisms and the abiotic factors.
Step 1: Research the abiotic factors:
Mono Lake is a unique ecosystem known for its high salinity and alkalinity, which are key abiotic factors. The lake's water is three times saltier than the ocean and has a high pH level due to the presence of carbonates and other minerals. In addition, the climate in the Mono Lake region is characterized by hot, dry summers and cold winters.
Step 2: Identify the organisms:
Given the extreme conditions of Mono Lake, the organisms in this ecosystem have unique adaptations to survive. Some of the most prominent organisms are:
1. Alkali Flies (Ephydra hians): These flies have evolved to withstand the high salinity of Mono Lake. Their larvae live in the lake's alkali-rich waters, which would be lethal to most other species.
2. Brine Shrimp (Artemia monica): Brine shrimp are small crustaceans that can tolerate the high salinity of Mono Lake. They rely on the lake's water for survival and are an essential food source for many migratory birds.
Step 3: Find examples of interaction:
Now that we have identified the organisms and the abiotic factors, we can find examples of interaction between them:
1. Alkali Flies and the high pH: Alkali flies use the high pH of Mono Lake to their advantage. They lay their eggs on the lake's rocks and vegetation, and when the eggs hatch, the larvae crawl into the water. The high pH levels deter predators, ensuring the survival of the larvae.
2. Brine Shrimp and salinity: Brine shrimps have evolved to tolerate the extremely high salinity of Mono Lake. They filter-feed on tiny algae and bacteria present in the lake, converting them into a food source for themselves. This interaction allows brine shrimp to thrive in the lake.
So, in summary, the alkali flies in Mono Lake have adapted to lay their eggs in high pH water, which deters predators and enhances their survival. On the other hand, the brine shrimp have adapted to tolerate the high salinity of the lake, which allows them to filter-feed on algae and bacteria, making use of the available resources.