PROBABILISTIC THREATS FOR COASTAL REGIONS DUE TO THE GLOBAL WARMING PHENOMENA

Abstract

Climate change is a big problem these days. The earth is becoming increasingly heated due to many human activities. Climate change, or global warming, is the end effect. Raising atmospheric temperatures lead to an increase in sea level, Impacting Global deltas and low-lying coastal regions. Based on current estimates, which project a range of uncertainty from 2.2 to 4.9°C, emissions of greenhouse gases are predicted to result in a global average temperature increase of approximately 3.3°C by the conclusion of the next century. This warming is expected to influence sea levels significantly will increase as a result of thermal expansion and ice melting as temperatures rise. Based on available secondary data, this research examines how climate change-related sea level rise affects Libya's coastal zone. Coastal areas are important for both ecology and socioeconomics references. The materials emphasize challenges connected to sea level rise in coastal nations and include international studies, scholarly publications, maps, and news items. The work also took into account several research in the same subject conducted in other regions of the world. The study looks for both qualitative and quantitative effects in addition to trying to identify potential solutions that might aid with issue adaptation. The primary driver of global warming is climate change, as evidenced by the study's assessment of sea level rise and the surrounding debate.