A Call to Action: Building Resilience in the Face of Flooding

The Mississippi River regularly floods in Davenport, Iowa. Photo by Kelly Sikkema on Unsplash

The recent, heartbreaking floods in Texas have served as a stark reminder of nature’s raw power and the ravaging impact it can have on our communities. Along the Guadalupe River, the water rose 26 feet in less than an hour. I’m devastated seeing all of those who are affected by the loss of life, homes, and livelihoods.

Texas, particularly regions like “flash flood alley,” is inherently susceptible to rapid and severe flooding due to its unique topography and intense rainfall events. When large volumes of rain fall quickly on dry, compacted soil, the water has nowhere to go but to rush across the surface, swelling rivers and overwhelming infrastructure.

While we cannot control the weather, we can learn from these events and take proactive steps to mitigate future flooding risks, working with nature, not against it. So, what can we do, as individuals and communities, to better coexist with the forces of nature and reduce the impact of these catastrophic events?

Embracing Nature-Based Solutions

Many effective flood mitigation strategies involve working in harmony with our natural environment. These “green infrastructure” approaches often offer multiple benefits beyond just flood control:

Protecting and Restoring Wetlands and Floodplains: These natural sponges are crucial for absorbing excess water, slowing its flow, and filtering pollutants. Preserving and restoring these vital ecosystems can significantly reduce downstream flooding.Creating Rain Gardens and Bioswales: In urban and suburban areas, these beautifully designed landscape features use plants and specially engineered soils to capture and slowly release stormwater runoff, preventing it from overwhelming drainage systems.Promoting Permeable Surfaces: Swapping out concrete and asphalt for permeable pavers or gravel allows rainwater to infiltrate the ground naturally, reducing surface runoff and recharging groundwater supplies.Planting Trees and Vegetation: Trees and other plants help absorb rainfall, reduce soil erosion, and stabilize banks along rivers and streams. Their root systems create pathways for water to penetrate the soil, further reducing runoff.Implementing Riparian Buffers: Establishing vegetated zones along waterways helps to slow floodwaters, trap sediment, and improve water quality, creating healthier aquatic ecosystems.Community-Wide Efforts and Individual Actions

Beyond nature-based solutions, broader efforts and individual preparedness are essential:

Improved Flood Warning Systems: Timely and effective communication is paramount. Communities need robust warning systems that reach everyone in flood-prone areas, especially during the critical overnight hours.Responsible Land Use Planning: Developing in harmony with natural floodplains, rather than building in high-risk areas, is crucial. This includes updating zoning laws and building codes to promote resilient construction.Investing in Infrastructure: While nature offers powerful solutions, traditional “gray infrastructure” like detention basins, levees, and improved drainage systems also play a vital role, especially in existing developed areas.Individual Preparedness: “Turn Around, Don’t Drown” remains a critical message. Knowing your flood risk, having an emergency plan, securing important documents, and considering flood insurance are vital steps for everyone.

The recent events in Texas are a solemn reminder that we must prioritize flood resilience. By understanding the natural processes that lead to flooding and implementing strategies that work with, rather than against, nature, we can build stronger, safer communities for generations to come.

Let’s all commit to being better stewards of our environment and more prepared neighbors in the face of nature’s challenges. Additionally, we must hold every single one of our elected officials responsible for doing the same by voting and calling their offices regularly to voice our concerns.