It is not surprising that the first “other carbon dioxide problem” is global warming. This recent discovery has caused many of our coral reefs are dying and this is causing our marine life to die off. Corporations are also capitalizing oil and it’s slowly making our oceans die. Many of consumers need oil; oil is the “framework” for many models of major companies. It is an endless problem that will just keep repeating unless other fuel sources, other than oil, are found. For instance, the sun’s rays to fuel a car; there is also wind energy which derives from wind mills/turbines. This is where globalism comes in; we need to all find one source of fuel that we all can agree on. Humans need to work together to find the proper solution to ocean acidification. While our society is not interested in ocean acidification, knowledge needs to be known about ocean acidification to better ourselves for the crisis. What is Ocean Acidification? According to "Climate Change: An Encyclopedia of Science and History," “Ocean acidification is the pH of ocean water becoming more acidic as more carbon dioxide is absorbed. As the carbon dioxide is dissolved into seawater, chemicals are increasing which means it will cause a decrease in ph. The acidity of the oceans is maintained at a relatively constant level through a process which stabilizes the amount of ph in the ocean sometimes referred to as the calcium carbonate (CaCO3) pH-stat.” For years, climate change has affected our environments to the point where our animals are becoming extinct. In fact, this has gone on for so long that we have created another “CO2 problem”. This is known as ocean acidification, which is the process of the ocean absorbing so much CO2 that it is begins to kill off our ecosystems (Havenhand, J.N.2012). These ecosystems need sunlight to get its nutrients to survive and since all of the CO2 is being mass produced, our ecosystems are not getting enough sunlight. This change in the ocean’s pH is making the temperatures higher than average and its killing off our ecosystems. Thus, the ocean will cause marine life to be affected in three ways. First, corals are the basis for creating life, it’s an ecosystem for a variety of marine species. Second, ocean acidification will cause the corals to erode, the lowering of the acidity levels will affect the balance of the pH and the organisms living in the ocean will be unable to photosynthesize because of the dissolved carbon dioxide. Finally, carbon dioxide (CO2) is absorbed in the ocean, which causes a chemical reaction that reduces the ocean’s ph, organic compounds of carbon acid and saturation within the calcium carbonate minerals which are building blocks for the skeletons and shells of marine animals ( Harrould-Kolieb, E.R, Herr, D, 2012). This chemical reaction is called ocean acidification. Ocean acidification is causing parts of the ocean to be under saturated with these minerals which will affect the ability for some of the organisms to produce and maintain their shells. When CO2 dissolves in seawater, it creates carbonic acid (H2CO3) which releases H+, which reacts with carbonate ions (CO32?) and aragonite to form bicarbonate (HCO3?). Current seawater is extremely rich in dissolved carbonate minerals. H