1. Water Quality: Structures used in marinas should be designed to prevent pollution and protect water quality. They should have adequate stormwater management systems to prevent runoff, and sewage and waste management systems should meet environmental standards.
2. Erosion and Sedimentation: Structures should be designed to minimize erosion and sedimentation. This includes selecting appropriate construction materials, stabilizing shorelines, and minimizing wave action.
3. Habitat Protection: Marina structures can impact the habitat of the surrounding area. It's important to select locations that minimize impacts on wetlands and other sensitive areas, and to avoid disturbing habitats with construction activities.
4. Energy Efficiency: Structures used in marinas should be designed for energy efficiency. This includes using energy-efficient lighting and heating, as well as integrating renewable energy technologies like solar and wind power.
5. Climate Resiliency: Structures should be designed to withstand severe weather events, such as storms and flooding, and to adapt to changing climate conditions in order to protect themselves from damage.
6. Water Conservation: Marinas should strive to conserve water by using efficient irrigation techniques, promoting water-efficient practices, and using recycled water where possible.
7. Waste Management: Structures should have systems in place to manage waste, including garbage and recycling. This can include providing trash and recycling receptacles, composting facilities, and hazardous waste disposal systems.
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