The paper "Wicked Problem and Systems Thinking - Renewable Sources of Energy" is an outstanding example of business coursework. Modern times are coupled with complexity and dynamism. The challenges that people face today entail interdependent structures, numerous factors and are generally the result of past actions. Such challenges are difficult to resolve and the conventional solutions taken up often leads to unintended consequences. Wicked Problem and Systems Thinking Systems thinking approach normally delve on the whole system; that is, how the individual parts interrelate as well as how interconnections create new patterns.
The tools behind the systems approach mandate us to map and explore the dynamic complexity. This means that with a thorough comprehension of systems, it becomes easier to identify leverage points which lead to the expected results and thus avoiding negative consequences. Environmental challenges are often classified as a wicked problem. This is due to their complexity and difficulty in defining their nature. For instance, finding accurate answers to current issues surrounding climate change, loss of biodiversity and equitable distribution of resources, proves a difficult task. Ecosystem approach then incorporates systems thinking in order to ascertain how the ecosystem operates. Importance of Renewable Sources of Energy Shifting to more renewable sources of energy in Australia is very important.
The production of energy in Australia and the eventual use results in massive environmental problems. Apparently, energy is considered the largest contributor to the worldwide production of greenhouse gases. Moreover, transport emissions contribute significantly to urban air pollution. Energy projects can yield a negative impact on the country’ s air, biodiversity, noise level and heritage, as well as water quality; meaning that they need to be efficiently managed.
Therefore, new and modern renewable energy technologies meet up these challenges. Three-Pillar Model of Sustainability The three-pillar model of sustainability is a powerful tool that defines a complete sustainability problem. The model consists of three distinct pillars that are, economic, social as well as environmental pillars. In case one of the pillars turns out to be weak, the whole system ends up being unsustainable. It is often than not that one pillar is used at a time to solve national and international problems. For instance, UNEP (United Nation Environmental Program), EPA (Environmental Protection Agency) and other environmental NGOs (Non-Governmental Organizations) employ environmental pillar.
The WTO (World Trade Organization) and OECD (Organisation for Economic Co-operation and Development) utilise both economic and social pillars in tackling economic challenges and social challenges (such as war eradication and justice). The UN (United Nations) normally strikes a balance in using the three pillars. The largest and main system is the environment. It contains the human system which in turn has two sub-systems; that is, social and economic. When groups of individual either in a tribe or nation draw a consensus to form one government, they come up with a social contract aimed at boosting their welfare.
This resultant contract binds both social as well as economic systems of people together. The social sub-system works together with the central government to optimize their use of the economic system’ s output. Gauging on how the system works, environmental sustainability derives the highest priority. This is because the environment determines common good produced by the social system and the less output that the economic system can produce.