Global warming has a significant impact on biodiversity around the world. An increase in Earth’s average temperature not only changes the climate, but also affects ecosystems and the species that depend on them. One of the most striking impacts is habitat displacement. Many species are forced to move to cooler or higher areas because their original habitat becomes uninhabitable. In addition, changes in temperature cause changes in migration patterns. Birds, fish and other animals may not arrive at the right time to find food or mates. This can reduce reproductive rates and disrupt the balance of the ecosystem. Research shows that several species of fish are already migrating towards the North Pole, while insect pollinators such as bees show the same behavior. Increasing temperatures also contribute to extreme phenomena, such as droughts and floods. These conditions can destroy important natural habitats for many species. For example, coral reefs that are sensitive to changes in temperature will experience bleaching, resulting in the loss of habitat for various marine species. Loss of coral reefs can cause a decline in species numbers, impact food chains, and damage the marine ecosystem as a whole. In addition, global warming is changing rainfall patterns in various regions. Some places experience more intense rainfall, while others experience a decrease. These changes impact water availability for flora and fauna, and can disrupt the growing season for important plant species. Endemic flora that can only be found in certain locations is at high risk of climate change. The impact of global warming is also visible on invasive species. By changing the environment, foreign species can more easily adapt and thrive, outcompeting existing local species. This exacerbates already threatened biodiversity. For example, invasive plants can take away resources needed by native plants, while invasive predators can prey on more vulnerable native species. Ecosystem instability caused by global warming often leads to the creation of negative feedbacks. When certain species decline, the ecosystem itself becomes vulnerable, triggering the loss of more species and exacerbating impacts on biodiversity. In the long term, this can lead to a decline in ecosystem services, such as food provision and climate regulation. Mitigation strategies are needed to overcome these impacts. Habitat conservation, reducing greenhouse gas emissions, and sustainable management of natural resources are some of the steps that can be taken. By raising awareness about the importance of preserving biodiversity, we can help protect endangered species and ensure a balanced ecosystem in the future.