RESILIENCY RESOURCES
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For much of Michigan and Wisconsin, as well as northern Illinois, 2026 has been the wettest March and April on record. The region’s aging water infrastructure was never designed for the volume of water it is facing. That’s a troubling sign for the future, with flooding becoming more common as global temperatures rise.
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The water industry faces a critical disconnect between available federal funding and project execution. As workforce shortages and regulatory risks accelerate, stakeholders must bridge the communication gap to ensure long-term resilience and infrastructure stability. Hear from Water Online's publisher, Travis Kennedy, about these topics and more that were discussed at Water Week 2026.
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Small wastewater facilities face rising risks from aging infrastructure and tightening standards. Rather than pursuing costly total replacements, communities can utilize targeted engineering and process optimization to manage flow variability, reduce energy costs, and ensure long-term affordability.
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The April 1 snowpack measurement has long been the single most important number in western water management, considered a strong proxy for how much water the mountains are holding in reserve. But in 2026, that savings account has been woefully deficient.
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Water utilities were never designed to sit on the front line of geopolitics or organized cybercrime.
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Transitioning from reactive SCADA alarms to predictive water quality frameworks improves operational resilience. By unifying data and automating reporting, utilities can identify emerging risks early, ensuring continuous compliance and more efficient resource management across complex treatment processes.
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Digital connectivity in decentralized water systems creates new vulnerabilities for private utilities. Protecting critical infrastructure requires proactive "cyber hygiene," including network segmentation and rigorous access controls, to ensure operational uptime and prevent unauthorized system interference.
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After nearly 15 straight years of ever-larger and more damaging floods in Alaska’s capital city, the U.S. Army Corps of Engineers is discussing an ambitious and expensive solution: create a permanent drain from the lake that would prevent it from reaching outburst stage. The initial cost estimates for the project range from US$613 million to $1 billion.
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Emerging trends signal a new era of agility, ethics, and resilience for water professionals.
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Bathymetric modeling maps underwater terrain. It also helps guide planning, prevent hazards, and build climate-resilient infrastructure.