People’s actions in the society have massive impacts. For this reason, members of the society should make proper and sound decisions regarding what actions they should take(Smyth, Danielle,Fredeen, and Booth 1007). For this purpose, this paper will discuss on the issue of recycling and composting. In doing so, the work will outline the essence of recycling and composting, as far as the conservation of the environment is concerned.
Recycling and composting can be regarded as some of the most effective methods used in handling of environmental waste. In this case, the actions and perspectives of people towards the environment dictate the needto incorporate effective waste management control measures. These methodsprevent the exposure of material wastes on landfills, thus minimizing the impacts of the exposure on the environment (Irvine 15). It is prudent that some of the most obvious impacts of exposing material wastes on landfills entailthe degradation of the environment. The waste management methods are based on the need to reuse, as well as reduction of consumption patterns. Such a basis has both environmental, as well as economic benefits to the society that practices the waste management.
The impacts of these waste management practices are fascinating. People may opt torecycle or compost their waste materials, whether organic or inorganic, based on their view of the environment.
This waste management approach converts organic waste into an important and usable material. The materials involved in this approach are all organic (Maheshwari 3). Examples include; grass cuttings, fruits, shredded leaves, and coffee berries, among many others.The approach further entails mixing the organic materials with water and environmental air, which speeds up the decomposition process.
The products of the decomposition have a variety of uses. For instance, they can be used for growing other crops, or, at the same time, can be used toimprove soil fertility. Members of the society have the responsibility to cooperate and use this method for the purpose of minimizing the amount of organic disposals (Martchek, 21). Local authorities, on the other hand, should encourage locals to apply this method for the sake of protecting the municipalities.
This waste management method involves the use of inorganic materials and transforming them into useful products. The method basically breaks the waste materials into simpler components, and then uses them as new raw materials. The new raw materials are then converted into new and useful products (Martchek, 20-2).
Just like composting, this waste management approach may be conducted individually or in groups. In the case of groups, the local authorities may encourage people to collect their inorganic industrial wastes and recycle them to produce new useful products. Recycling has both economic and environmental impacts (Abdul-Rahman and Susan 2-4). For instance, the purchase of recycled products improves the economy of the society. Moreover, less energy is spent in the production of recycled products. Thus, energy costs are reduced significantly. Finally, the approach reduced the presence of inorganic wastes in the environment, thus conserving it.
Benefits of composting and recycling
As mentioned earlier, the two waste management approaches help in the prevention of piling up waste materials in the environment. Composting allows the earth to regain some of its components through asimple biological process.In this case, composting helps in the improvement of soil fertility, as well as the reduction of soil erosion(Abdul-Rahman and Susan 2-4). At the same time, composting does not pollute the environment since the biological processes involved do not produce any harmful gases. Recycling, on the other hand, also has its importance to the environment. The process also helps reduce the presence of inorganic materials in the environment. As mentioned earlier, recycling also reduces the raw materials, as well as the amount of energy used in the production of some products (Martchek 23). Thus, there is an energy conservation in the environment.
Not only do the waste management approaches in this work have environmentalimpacts, but impact the economy, as well. Composting is responsible for the improvement of soil fertility, as well as the prevention of soil erosion. Therefore, composting helps in the reduction of inorganic fertilizer costs that would otherwise be incurred by farmers. Through the use of the organic compost manure, some of the farming costs will have been cut off.
Recycling also has economic impacts on the society that practices it. Through the production of new and useful products from waste materials, the cost of purchasing the products will be reduced. At the same time, recycling enables waste products to be turned into raw materials for the purpose of processing and manufacturing.Therefore, the approach reduces costs of purchasing other raw materials.
In summary, it is evident that people’s actions dictate the fate of the environment. As mentionedin this paper,thefate of the environment depends on the decisions of human kind. For instance, individuals may opt to use some of the most effective waste control measures in order to safeguard the environment. Considering the fact that composting and recycling havenumerous benefits to the environment and the economy, it is time that people direct their actions towards the preservation of the environment. Thus, it is important to embrace such environmentally friendly methods of waste management in the society.
Abdul-Rahman, Fahzy, and Susan Wright. Reduce, Reuse, Recycle: Alternatives for Waste Management. NM State University, Cooperative Extension Service, 2014. Web
Irvine, CARecycling: Saddleback Educational Publishing, 2009.
Maheshwari, Dinesh K. Composting for Sustainable Agriculture. Cham: Springer International Publishing, 2014. Internet resource
Martchek, K. J. “the importance of recycling to.” (2000). Web.
Smyth, Danielle P., Arthur L. Fredeen, and Annie L. Booth.”Reducing solid waste in higher education: The first step towards ‘greening’a university campus.” Resources, Conservation and Recycling 54.11 (2010): 1007-1016.