Climate change has a significant impact on global biodiversity. Rising surface temperatures, changing rainfall patterns, and a higher frequency of natural disasters have the potential to damage the natural habitats of various species. In this context, it is critical to understand the specific impacts of climate change on flora and fauna around the world. One major impact is a shift in species distribution. For example, many plant and animal species move towards colder regions, such as mountains or the poles. Mountain peaks are ideal habitats for endangered species, but these operations reduce their living space. Some species, such as polar bears, are at risk of extinction due to the loss of increasingly reduced sea ice habitat due to melting ice. Another impact is an increase in the incidence of invasive species. According to research, higher temperatures can accelerate the spread of invasive species that often compete with local species. For example, invasive plants can drain soil nutrients and reduce local diversity. Disturbed pollination due to changes in weather patterns also threatens plant productivity and the survival of animal species that depend on certain plants. Climate change also increases the risk of disease in animals and humans. Zoonotic diseases, such as viruses transmitted by mosquitoes, are increasingly common in new, previously unaffected areas. This impacts ecosystems and interaction patterns between other species. For example, when predator populations decrease due to disease, prey species may increase, causing an imbalance in the ecosystem. Rapid ecosystem changes due to climate change are affecting species that are already threatened with extinction. This problem is exacerbated by deforestation and habitat destruction. Destroyed habitat reduces the amount of food and shelter available to species. Many species of birds and mammals are becoming vulnerable, and some are already on the verge of extinction. Complex ecological systems often take a long time to recover from damage. Uncertainty regarding the long-term effects of climate change adds to the challenges of biodiversity conservation. Conservation efforts are often disrupted by local planners who lack knowledge of these impacts. Additionally, rapid change creates challenges for conservationists in implementing adaptation strategies. One option to address these impacts includes protected areas for endangered species. The creation of ecological corridors can also help species move to new, more stable locations. However, the effectiveness of this strategy depends on our understanding of how different species react to climate change. In the context of lakes and oceans, rising water temperatures and ocean acidification have a major impact on aquatic ecosystems. Coral reefs, which serve as critical habitat for many species, are experiencing bleaching. Coral reef bleaching reduces the fertility of marine ecosystems, threatening various fish species that depend on reefs to survive. Climate change demands global attention and coordinated action to protect biodiversity. Investment in technology to monitor impacts and conserve habitat is crucial. International collaboration to reduce greenhouse gas emissions can help reduce the rate of climate change and protect existing biodiversity.