Sea debris is a challenge to aquatic and human being's life. Sea Debris is plastic bottles and other forms of indecomposable materials that find their way into the sea through direct deposition by ship passengers or through deposition by the rivers that lead into such oceans. Once in the seabed, the materials possess dangers to the sea creatures ( Robertson, 2018). They can case entangling that leads to death. They are further confused by other creatures as food and thus lead to accumulation into the intestine that leads to death. Also, they can find their way into the human system through the food chain and cause health issues.
As a result of such dangers, there is a need for a restoration program that aims at eliminating the debris from the source. In the case given, a restoration program that aims at reducing, reusing and recycling of the waste is effective. This approach works in a simple way. Reduce means reducing the quantity of the plastic packages and bottles at the source. Reduce takes the form of reducing the usage of food packed using such material or using an alternative packaging material ( Margaret, 2016). Reuse means putting into use the empty bottles or plastic packages to reduce their spread in the environment. To recycle means to change the plastic and other debris into different forms and materials. For instance, changing plastic into fuel can be a possible solution which has work in many areas.
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The short turn objective is to educate people on reuse and reducing the use of debris. This can be done through a media campaign or a campaign by both the ministry of environment and other leaders in the area. The camping can take a month. The long turn objective is to set a recycling plant where plastics are changed to different forms for use. The plan can take about five to ten years of transformation. The end goal for the project is to reduce the amount of plastic bottles and other materials that find their way into the seas and oceans.
References
Margaret, M. (2016). Effects of large beach debris on nesting sea turtles. Journal of experimental marine biology and ecology .
Robertson, C. (2018). The heavy load: Addressing creosote and large debris in the Salish Sea. Routledge.
