Sun Safety in Towns: Choosing Reef-Safe Sunscreen
Living or visiting Costa Rica means embracing the beauty of the ocean and sun while being mindful of the impact we have on the environment. One significant concern for Las Catalinas residents and visitors in the sunny climate of Guanacaste is protecting our skin from the harmful effects of the sun. However, traditional sunscreens often contain chemicals that not only harm marine life but also pose risks to human health.
Did you know that about 4,000 to 6,000 tons of sunscreen end up in the ocean yearly, devastating coral reefs, affecting marine life fertility, and contributing to coral bleaching? Additionally, many conventional sunscreens contain chemicals that can disrupt hormones and endocrine systems, and even lead to skin cancer. Fortunately, there are sustainable and reef-safe sunscreen options available, which not only protect your skin but also minimize harm to marine ecosystems. When choosing sunscreen, look for terms like "reef-safe," "non-nano zinc oxide," and "broad-spectrum protection."
Non-nano zinc oxide is a safe and effective alternative to traditional sunscreen ingredients. It provides broad-spectrum protection against both UVA and UVB rays without harming marine life or human health. Additionally, opting for uncoated, non-irradiated, and non-nano zinc ensures maximum stability and safety, minimizing the risk of free radicals that can damage the skin and promote skin cancer.
By choosing sustainable sunscreen options, we can enjoy our time in the sun while minimizing our impact on the environment. It is a small yet impactful step toward protecting both ourselves and the beautiful marine ecosystems we cherish. So next time you head to the beach or out for a paddle-board trip, remember to choose reef-safe sunscreen and help keep our oceans clean and healthy for generations to come.
Explore safer and more sustainable sunscreen options available at Center of Joy and Copper and Stone in town to ensure that both your skin and the environment are protected.