What life is like within the ecosystem that the cyanobacterium lives as well as the volcanic island as a whole. Words required to be included in the story are hot spot, tectonic plates, lichen, fungus, algae, symbiosis, photosynthesis, carbon dioxide, oxygen, glucose, nitrogen, and soil. (It needs to be 3-5 paragraphs. I don't know how to do this. It's due tonight at 9:00 P.M. and it's 2:05 P.M. now. D= )
I'm a little limited on time because i'm at starbucks and I gotta go home soon. My house has no internet at all. My dad is at afghanastan (not good at spelling) so he is not able to fix it.
Can I get help before i gotta go home and get an F on my assignment because i didn't do it write? I really gotta get this done. =(
PLEASE HELP! I have 2 hours left and I need to get this done!
Can I get any help? I have an 1 hr and 1/2 to finish this!! AND I NEED 3-5 PARAGRAPHS!!
Life within the ecosystem of a volcanic island is a fascinating and intricate web of interactions. Volcanic islands are formed as a result of the movement of tectonic plates, where a hot spot in the Earth's mantle creates a volcano that rises above the ocean's surface. One such life form that thrives in this ecosystem is the cyanobacterium, a type of blue-green algae.
Within this harsh and challenging environment, the cyanobacterium plays a crucial role. Through the process of photosynthesis, it converts sunlight, carbon dioxide, and water into oxygen and glucose. This process not only provides oxygen crucial for the survival of other organisms but also helps maintain the delicate balance of gases in the atmosphere.
In this symbiotic relationship, the cyanobacterium turns the barren volcanic rock into a suitable environment for other organisms to live. For instance, lichens, a combination of a fungus and an algae, often grow on volcanic rocks. The fungus provides protection and a suitable surface for the cyanobacterium, while the cyanobacterium provides the fungus with a source of organic carbon from photosynthesis.
Furthermore, the volcanic soil resulting from eruptions is rich in minerals necessary for plant growth. This nutrient-rich soil, combined with the presence of the cyanobacterium, sustains the ecosystem, allowing various plant species to establish roots and thrive on the island. Nitrogen, an essential nutrient for plant growth, is fixed by the cyanobacteria from the atmosphere and made available in the soil as a vital resource for plants.
Overall, life within the ecosystem of a volcanic island is a testament to the incredible adaptability and resilience of organisms. Despite the harsh conditions, the cyanobacterium, through photosynthesis and symbiotic relationships, helps transform a once desolate environment into a thriving ecosystem, supporting a diverse array of life forms. From hot spots and tectonic plates to lichen, fungus, algae, and the processes of photosynthesis, carbon dioxide, oxygen, glucose, nitrogen, and soil, these elements combine to create the unique and dynamic world of a volcanic island.