Biotechnologies Dealing With Global Warming - Essay Example

? ABE170 Outline Ran Chen Sep 10th Global Warming Introduction The global warming is a challenging issue of the modern context. Numerous researches and studies in this field are devoted to the solving of this problem. From different perspectives it can be claimed that the governments all over the world are looking forward to finding a perfect option of preventive measures taking against global warming. The main emphasis is currently made on expansion of eco-friendly industries, reduction of GHG emissions etc (Logan 2009-2010). The problem of global warming is often solved on different levels. First of all, it is relevant to inform people about possible negative outcomes of global warming. Secondly, governments should inform manufacturers about potential hazards of their activities. There is a perfect alternative currently, because people started looking for the instruments for dealing with global warming around them, i.e. in the environment and biotechnologies. The question about efficacy of these technologies is rather complicated and challenging, but it is a modern and appropriate solution to a problem. On the example of the modern researches and studies it is further claimed that the options for global warming reduction can be found if one looked around and used natural resources, environmental processes, inhabitants of flora and basic elements of fauna. Biotechnologies dealing with global warming Greenhouse gases are increased in case the world's greatest environmental challenge occurs. Technologies can play an effective role in managing long-term effects of climate change. American scientists have recently found that key enzymes, which appeared in CO2 impounding by plants during photosynthesis, the ribulose 1,5-bisphosphate carboxylase/oxygenase (RuBisCO). These scientists made an attempt to measure RuBisCO and its types with advanced kinetic and biophysical features enabling plants to use and convert CO2 in a more effective. They made an attempt to correlate RuBisCO genes with bacteria and focus on emergent RuBisCO enzymes (Using Biotechnology against Global Warming, 2006). Naturally, E. coli bacteria do not transfer the RuBisCO enzyme and they do not exert any influence on photosynthesis. In the result of these actions with RuBisCo, photosynthetic bacteria appeared. According to the researchers, quick changes in RuBisCO could potentially lead to a faster plant growth, quicker sequestration of the CO2 from the air and more efficient plant removal of greenhouse gases from the atmosphere (Using Biotechnology against Global Warming, 2006). Therefore, it is evident that this technology enables to solve a problem of global warming by means of nature and the environment. On the other hand, it is hard to know whether global warming is a reality or a myth. Supposedly the Earth cannot deal with an increasing number of gas emissions and many consequential factors underline inability of global warming and its potential of further occurrence. In 90s only 13% of scientists believed in a potential occurrence of a global warming. The majority of countries signed the Kyoto protocol, but it did not help much. Still, there is a need to focus on facts, which may be hazardous for ecosystems and agricultural sectors of different countries and discuss the issue of global warming with respect to these points.   It is also relevant to note that theory of global warming is considered to be full of errors and is often positioned as a fake science. The industrial activity of humankind does not lead to climate change, but a growing number of bureaucrats propose new taxes development in order to gain profits around the issue of global warming (McFarland, 2009). A global society is intimidated by the bureaucrats to raise additional money. Rodenhouse, Christenson, Parry, Green (2009) in their research project “Climate Change Effects on Native Fauna of Northeastern Forests” are focused on the issue of global warming and its effect on different forest inhabitants in the Northeastern forests of America. The scientists claim that there is a direct connection between global warming and biodiversity systems (Rodenhouse, Christenson, Parry, Green, p. 250). Food distribution in the forests is also influenced by global warming. It is relevant to intensify eradication of global warming by means of anthropogenic factors and natural powers. On the other hand, it is relevant to invest money into potential outcomes and negative consequences of global warming. Moreover, a rapid expansion of GHG emissions can be reached in terms of Carbon Capture and Storage industry. Concerning this industry, it can be said that there are many drawbacks and it is appropriate to advance conditions for carbon storage. Firstly, there is a need to motivate public to make some attempts to reduce negative outcomes of global warming. Kulshreshtha (2011) makes an emphasis on a direct influence of the Prairie Provinces devastation and a potential global warming. It is an interesting finding, which outlines that some territories of southern Canada may obtain positive changes of global warming (Kulshreshtha, 2011). Modern researchers can unite their efforts with public and to solve a problem of global warming. There are many ways to solve a problem of global warming and to save climate is the first and foremost concern for the contemporaries. It is possible to predict basic directions for further dealing with global warming: reduction of GHG emissions (ensured by plants, governments and other parties involved); wild nature assistance for global warming eradication. Furthermore human beings living in the modern world should take many necessary measures with global warming: “To date, most analysis has focused on the role of nation-states in the design, promotion, and implementation of various "post-2012" policy architectures and instruments” (Schroeder, 2009). Thus, global warming is one of the most important concerns of the modernity and there is a need for researchers, scientists, politicians and economists to concentrate on global warming prevention strategies. In the field of biotechnologies, photosynthesis deserves the closest attention of the modern researchers and scientists. There is an option of photo protection, which preserves plants from a potential destruction. On the one hand, this claim can be hardly related to dealing with global warming. Nevertheless, in the process of a mutual cooperation of the international scientists it was found out that: “These results are important in developing plants with improved photoprotective mechanisms to enable them to better cope with climate change. This may be hugely significant in our fight against global warming. It is a fantastic example of what can be achieved in science when the skills of biologists and physicists are brought together” (Plants' Photo-Protection, 2008). Photosynthesis is a natural process and it is evident that solving a problem of global warming by means of simple strategies and measures taken. Conclusion As far as we can see, cooperation of different scientists can contribute much to dealing with global warming, even if their ideas are based on the simplest principles of nature. An option of biotechnologies as a saving decision for dealing with global warming is of crucial importance nowadays. That is why recent researches and studies are focused on the problem of global warming. Moreover, inhabitants of forests, plants, processes of photosynthesis and many other factors of the environment are key decisive and relevant factors, which can solve the problem of global warming. Climate change, which can occur because of global warming, can be prevented in case the contemporaries would use natural resources more effectively and take into account possible negative outcomes of abundant use of natural resources. Works cited 1. "Plants' Photo-Protection." Science and Children 45.6 (2008): 8. Questia. Web. 1 Oct. 2012. 2. Kulshreshtha, S. N. “Climate Change, Prairie Agriculture, and Prairie Economy”. Canadian Journal of Agricultural Economics 59 (2011): 19–44. 3. Logan, T. J. “Carbon Down Under-Lessons from Australia: Two Recommendations for Clarifying Subsurface Property Rights to Facilitate Onshore Geologic Carbon Sequestration in the United States”. San Diego Int'l L.J. 561 (2009-2010): 562-598. 4. McFarland, Jeffrey M. "Warming Up to Climate Change Risk Disclosure." Fordham Journal of Corporate & Financial Law 14.2 (2009): 281+.  5. Rodenhouse, N. L., Christenson, L.M., Parry,D., Green, L.E. “Climate Change Effects on Native Fauna of Northeastern Forests”. Can. J. For. Res. 39 (2009): 249-263. 6. Schroeder, Heike, and Harriet Bulkeley. "Global Cities and the Governance of Climate Change: What Is the Role of Law in Cities?" Fordham Urban Law Journal 36.2 (2009): 313+.  7. Using Biotechnology against Global Warming (23 Feb. 2006). Web. Retrieved from: http://ec.europa.eu/environment/integration/research/newsalert/pdf/11na1.pdf Read More