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<br />The study should analyze the following two specific scenarios: <br /> <br />(1) packaging EPR initiatives; and <br /> <br />(2) <br />initiatives. <br /> <br />The study should evaluate: <br /> the best science available; <br /> costs and benefits to all stakeholders (i.e. environment, consumers, taxpayers, government, <br />and businesses, etc.); <br /> the pros and cons; as well as <br /> feasibility. <br /> <br />VIII. Potential Lifecycle and Environmental Implications of Alternative <br />Products <br /> <br />The lifecycle of plastic packaging has been known to have damaging effects on the environment. Hawais <br />geographic location makes it especially vulnerable to the impacts of plastic consumption and use around <br />the Pacific Rim (Hawaii Ocean Resource Management Plan, 2020). A recent study found that windward <br />beaches collect a greater abundance of marine debris, with concentrations that were 1-2 orders of magnitude <br />more plastic pollution than leeward beaches. Leeward beaches were found to collect debris, which more <br />commonly included whole items (i.e. sunglasses or dive masks (45%) on the sea floor, and cigarette <br />filters (48%) on beaches), from local inputs and maritime activities, which are more readily controllable by <br />local residents and visitors. Windward beaches, however, included debris that was highly weathered and <br />buoyant, indicating longer residence time in the ocean and foreign debris origin (Brignac, et al 2019). <br /> <br />One damaging environmental effect is ingestion of plastics by organisms in various stages of their life <br />(including fish species integral to recreational and commercial fisheries, and turtles), which is well <br />documented in Hawaii (Clukey et. al., 2017 and Gove et. al., 2019). Ingestion can reduce survivorship <br />and <br />exposure to persistent organic pollutants that attach onto marine plastic pollution. <br /> <br />In order to make intermediary steps towards a more plastics-free society, the lifecycle and environmental <br />implications of alternative materials and products must be assessed. The State should consider existing <br />lifecycle assessment studies that have made such evaluations (or any new/updated lifecycle analysis as they <br />become available), create policies that discourage the use of the most harmful options, and encourage the <br />use of least harmful options (see Appendix F). The Working Group recommends the legislature take the <br />following actions: <br /> <br /> Refer to existing lifecycle analysis (LCA) studies (or any new/updated LCA as they become <br />available) for plastic alternatives: <br /> <br />o Prioritize products and options that have the least negative environmental andsocio- <br />economic impacts. Variables to consider should include: <br /> <br />- The total greenhouse gas emissions (Carbon Dioxide equivalent \[COe\]) generated <br />2 <br /> (e.g., Carbon Dioxide (CO2), Methane (CH4), Nitrous <br />Oxide (N2O), Fluorinated Gases, etc.) <br />10 <br /> <br /> <br />