Extinction of species game online

This page features an Extinction of species game online. When humans over hunt or fish, it leads to species becoming endangered. Destruction of the habitat of organisms also leads to endangering their existence. Natural causes like volcanoes have also threatened the existence of several species. Due to these events, some species have become extinct, meaning we will never see them again. a good example are dinosaurs. Learn about extinction of species while playing a fun game online.


Extinction of species

Human activities, habitat loss, and volcanic eruptions all contribute to the extinction of many species. When one species disappears, its place is taken by a dozen or a hundred new species. The new species may not be related to the old one. But in the long run, the new species will be more resilient if they survive. This is called the extinction-competition theory, which can be traced back to the Stone Age. Natural selection Evolution is a process in which one type of organism develops into another type through natural selection. This process is a key factor in the diversification of life on Earth. Natural selection is a theory developed by Charles Darwin in the 1830s. He studied animals and plants from South America and fossils from the Pacific Ocean before introducing the idea to the world in his 1859 bestseller On the Origin of Species. For a species to survive, its mutation rate must exceed the rate of environmental degradation and the accumulation of harmful mutations. With smaller populations, fewer beneficial mutations enter the population per generation, so extinction occurs much more quickly. Eventually, the number of mutations will exceed the "threshold of error catastrophe" and cause the species to go extinct. A population that evolves at a low rate is likely to go extinct. It is important to note that selective extinction is a form of extinction, but it can occur at low rates. It is also possible for a species to go extinct after being replaced by another species. The punctuated equilibrium hypothesis assumes that the ancestor of a species is also the ancestor of its descendants. If this is the case, extinction can be prevented. In some cases, a species may be replaced by an invasive species. Although natural selection leads to the extinction of some species, it is also possible to find individuals in a population that are adapted to a particular environment. This can lead to a rapid increase in the population size of a species, and the resulting population may have a lower extinction rate. The same thing happens with genes that are foreign to a species. These foreign genes can spread through a population and reduce its genetic diversity. Human activities Earth's ecosystems are under constant threat from human activities. Approximately three-quarters of the land surface is affected by human activities, and over 80 percent of the oceans are affected. Human activities have destroyed the habitats of more than one million plant and animal species. Agriculture has dominated the land surface, occupying more than 66 percent of the total land area. More than 40 billion tons of raw timber are harvested annually, more than double the amount harvested in the years since the last major extinction event. Human activities such as hunting, habitat destruction, and land use practices have caused the extinction of many wild species. Unsustainable logging and hunting also contribute to the extinction of other species that depend on these species. Similarly, human activities can lead to the introduction of harmful diseases and parasites into the environment that cause great harm to organisms. Species extinctions due to human activities can occur in small populations as overpopulation and habitat destruction cause many species to disappear. Human activities have caused the extinction of over 99 percent of species. In the past, the causes of extinction were natural, including volcanic eruptions and asteroid impacts. Today, however, species extinctions are occurring up to a thousand or 10,000 times faster than during the last extinction, and most are due to human activities. Today's major causes of extinction are over-exploitation of natural resources, habitat loss, invasive species, and climate change. Other threats include pervasive plastic pollution of the oceans. Species extinction due to human activities is a global phenomenon and has been documented on every continent. Human activities have caused the extinction of species of all kinds on all continents and in all oceans. Some of the best known species extinctions have occurred in Asia and Africa. Species extinction due to human activities is the primary cause of this problem. This process may be natural, but it is still harmful to the environment.

Volcanic Eruptions:

Scientists are beginning to look at the possibility that large-scale volcanic eruptions may have caused the last mass extinction on Earth. Volcanic eruptions can pollute the atmosphere and lead to catastrophic climate change that affects life on Earth. The results of this study could spur further research on other mass extinctions, such as the last ice age. And they could stimulate further research on other extinction events that may have been caused by large-scale volcanic activity. The study also shows that there were two periods of intense volcanism about 200 million years ago. These volcanic eruptions were triggered by a period of planetary cooling that led to an abrupt mass extinction. This 'Late Ordovician mass extinction' resulted in the extinction of 85% of marine species and changed the course of evolution. Although the link between large volcanic eruptions and mass extinctions is not clear, scientists have been able to piece together the mechanisms by which they are triggered. Volcanoes erupt every few million years, so the age of our planet is about 5.5 billion years. Scientists have discovered Triassic-era fossils in the sedimentary layers beneath and above the lava flows. This suggests that these large eruptions wiped out entire species. They wiped out eel-like fish, early crocodile species, tree lizards, and deciduous plants. The last major extinction event was triggered by a volcanic eruption in southern China. This massive eruption caused a worldwide drop in temperature and may have contributed to the mass extinction at the end of the Permian, which killed off nearly 90% of Earth's wildlife and more than 80% of marine life. Although scientists are still debating the cause of the extinction, this event is of great importance to the planet's environment.

Habitat loss

Habitat destruction for many different species is one of the main causes of extinction. Without a natural home, animals are unable to protect themselves or care for their young. When habitats are damaged, human activities and natural processes alter the ecosystem. Large blocks of habitat are broken up into smaller pieces, and the remaining areas are too small to support populations of many different species. This leads to barriers to migration and extinction. Habitat destruction affects not only the biodiversity in the remaining areas, but also the interactions between different species. When habitat is less fragmented, communities and species interact more effectively. For example, predators have a harder time finding their prey. Less fragmented landscapes are more beneficial to predators because they allow more interactions with prey. Therefore, species that are affected by habitat loss are at risk of extinction. In addition, habitat destruction also leads to human extinction. Alteration of the natural environment for a human population is the main cause of extinction. When the number of people increases, there are fewer natural areas where these species can thrive. This makes habitat destruction an important issue. People destroy natural habitats for profit. This leads to loss of biodiversity and extinction of species. Destruction of natural habitats results from clearing land for other purposes such as agriculture, logging, and dams for hydroelectric power plants. Destroying the quality of our environment also means destroying our own existence. Although the ESA has been successful in curbing habitat loss, it has not completely solved the problem. Habitat loss is a major cause of species extinction and must be addressed. The ESA is the most effective law to address habitat loss for endangered species. In fact, the ESA provides the strongest protection for federal lands that are critical to endangered species. In the meantime, we must protect these lands for the sake of these species.


One of the biggest environmental problems today is pollution. Various types of pollution affect ecosystems, with some having far-reaching effects on human health. Pollutants in the ocean can affect both wildlife and humans, with harmful chemicals found in the blood of Arctic animals and in pristine forests. Other types of pollution affect the routine behavior of birds and animals by affecting their breeding and feeding habits. Many species are threatened by air pollution, which varies from local to regional in scale. The most devastating consequences of this problem are habitat loss. Human population has reduced the Earth's pristine surface, and one-fifth of the planet is degraded. Forests are home to over eighty percent of all terrestrial species. Marine debris and acidification are wreaking havoc in the oceans. Many species are threatened or already extinct due to pollution. And the number of extinct species is increasing. Plants are essential for many species. They not only provide food, but also serve as vital raw materials. Pollution is adversely affecting species that serve as food sources for humans. They also provide medicinal uses, wood products, latex and rubber. Species rely on these resources and their decline can alter the entire ecosystem. There are numerous reasons for species extinction, from climate change to the introduction of non-native species. Humans are the main cause of biodiversity loss, having altered 75% of the Earth's terrestrial and 66% of its marine ecosystems since pre-industrial times. Rising population and demand are also contributing to this catastrophe, as the first global assessment in 2008 found that more than one-third of the world's land and freshwater resources are used for crop production. Species extinction is proceeding at an alarming rate.