There might a rare plant that lives in volcanoes and if a volcano erupts it might become extinct
It is hard to distinguish between a dormant and extinct volcano, but it will be considered dormant if it has not showed signs of eruption over several spans of its recharge period. For example, a volcano that has been known to erupt every twenty years might be considered dormant if it goes sixty years without erupting. Signs that a volcano might be dormant and is not nearing an eruption include: -Does not produce smoke or sulfuric smell from vents or crater -Lava cannot be viewed in or near the volcano, or can only be found very deep inside the crater -No tremors or small earthquakes have been detected in the area around the volcano for a long period of time -Small plants and trees have grown naturally on the cone. (More plant life than moss or lichen)
it affects plant and animal life because the ash clouds cover the sun and the plants and animals die
A "volcano" is a mountain which produces lava, it has nothing to do with a plant cell. Also the word "sorted" does not seem to makes sense in the context of this question.
The eruption of volcanoes in Iceland can have positive effects such as enriching the soil with nutrient-rich volcanic ash, which can promote plant growth. It can also contribute to the creation of new land formations and habitats for various species. Additionally, volcanic eruptions can attract tourists and researchers, boosting the local economy and advancing scientific knowledge.
The Hawaiian volcano plant, or silversword, is not part of a food chain but rather a unique plant species found in the volcanic highlands of Hawai'i. It plays a role in its ecosystem by providing habitat for other plants and animals, but it does not have a specific food chain associated with it.
it affects plant and animal life because the ash clouds cover the sun and the plants and animals die
Sort of, but not really. An erupting volcano is a violent, rapidly changing event. It'd be hard to install a power plant, and it may get destroyed at any minute. Better then to pick a spot where the action is slower but more reliable.
It is hard to distinguish between a dormant and extinct volcano, but it will be considered dormant if it has not showed signs of eruption over several spans of its recharge period. For example, a volcano that has been known to erupt every twenty years might be considered dormant if it goes sixty years without erupting. Signs that a volcano might be dormant and is not nearing an eruption include: -Does not produce smoke or sulfuric smell from vents or crater -Lava cannot be viewed in or near the volcano, or can only be found very deep inside the crater -No tremors or small earthquakes have been detected in the area around the volcano for a long period of time -Small plants and trees have grown naturally on the cone. (More plant life than moss or lichen)
no it is not extinct
If something else eats a plant or animal that becomes extinct, it might become endangered. But it would most likely just find something else to eat.
If a local plant was to become extinct, there would be lots of problems. Virtually all plants are part of the ecosystem, so if one plant disappeared, the animals that ate that plant would also likely disappear.
Yes they will become extinct. Not all the time... some endangered animals that eat endangered plants also eat other plants that might not be endangered... therefore they can live off another plant when to endangered plant goes extinct!!!! :)
The plant or animal is said to have become extinct.
its a plant
no longer exists
on the volcano
A plant or animal might be removed from the list of extinct organisms if it is rediscovered in its natural habitat or in a previously unknown location. Advances in technology, such as improved methods of surveying and genetic analysis, can also lead to the identification of individuals believed to be extinct. Additionally, conservation efforts may successfully breed individuals in captivity, leading to reintroduction into the wild. These factors highlight the dynamic nature of biodiversity and the importance of ongoing research.