SOURCE WATER RESOURCES
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In this post, we’ll explore the top algal bloom hotspots in the U.S., the reasons behind their vulnerability, and what’s being done to monitor and mitigate these growing threats.
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The Sports & Entertainment sector is not immune from the impacts of climate change. But it can also lead the way — across communities and society — by taking intentional, practical actions around water that can raise awareness as well as mitigate and adapt to climate change.
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When most people picture a day at the beach, they imagine sunshine, waves, and pristine waters. But in many coastal communities, a less picturesque phenomenon has become an increasing concern—harmful algal blooms (HABs).
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The business case for industrial water reuse has fundamentally shifted. Companies once evaluated these systems against environmental goals or regulatory compliance costs. Today, they're measuring them against operational risk and supply security — a calculation that increasingly favors reuse regardless of sustainability credentials.
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Understanding the chemistry behind algal blooms is key to early detection, effective monitoring, and mitigating their impacts. Fortunately, water testing technologies are revealing powerful insights into what’s really happening below the surface.
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In a world facing mounting water stress and increasing demands on utilities, ensuring consistent water quality and minimizing pipeline losses have never been more important.
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As algal blooms become more frequent and severe due to nutrient pollution and climate change, community-driven monitoring efforts are playing a vital role in safeguarding water quality and ecosystem health. Local stewards—citizens, educators, nonprofit groups, and tribal communities—are increasingly stepping up to fill critical data gaps, improve early detection, and advocate for more responsive environmental management.
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The International Maritime Organization (IMO) sets strict global standards for ballast water management to prevent the spread of harmful aquatic organisms. For companies like Bawat, a Danish innovator in ballast water management, being able to verify ballast water flow measurements quickly, accurately, and from anywhere in the world is essential.
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The most common techniques for disposing of PFAS may no longer be good enough.
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Lessons in urban water management through water conservation, capture, and reuse.