Aqua-Verde
Team information
Category:
Md Arefien Razi
Bachelor
Bangladesh University of Engineering & Technology
Abrar Faiaz
Bachelor
Bangladesh University of Engineering and Technology
Ifanul Alam
Bachelor
Khulna University of Engineering and Technology
Azmain Tahmid
Bachelor
Khulna University of Engineering and Technology
A. A. M. Rownak Shahriar Ruhan
Bachelor
Bangladesh University of Engineering and Technology
Sumaiya Rahman Tanisa
Bachelor
Bangladesh University of Engineering and Technology
Nusrat Jahan
fresh graduate
Bangladesh University of Engineering and Technology
Nadia Rahman Alin
Bachelor
Bangladesh University of Engineering and Technology
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About the team
We are a multidisciplinary team of eight undergraduate students specializing in Civil Engineering, Architecture and Mechanical Engineering, representing two universities across Bangladesh. Our objective is to formulate effective planning strategies and regulatory guidelines tailored to the unique local challenges of the Mississippi Delta. By integrating climate resilience, sustainability, and community-focused design, we aspire to contribute to a long-term development framework that ensures environmental stability, social well-being, and a peaceful coexistence for all inhabitants of the delta region.
Our vision
By 2130, the Mississippi River Delta no longer fights water but lives with it. Our vision changes the delta from a rigid landscape dominated by levees to a dynamic system that works with sediment, tides, and seasonal floods. Smart sediment diversions operate during peak river flows to rebuild wetlands. Oyster reef chains and sand engines strengthen barrier islands and create living, self-repairing shorelines. Mangrove migration corridors and restored marsh platforms offer natural storm protection and carbon storage. This allows ecosystems to recover rather than decline. Communities grow alongside this changing landscape through amphibious housing, floodable public spaces, and elevated ridge settlements. This keeps people safe while honoring cultural connections. When risk can’t be avoided, planned migration corridors move entire communities together, preserving social networks and heritage. Food systems change to handle salinity. They shift from freshwater crops to salt-tolerant plants and sustainable aquaculture. This supports local jobs while protecting ecosystems. Bayous act as electrified water-transit corridors, easing the load on sinking roads. Old oil platforms turn into offshore wind hubs and artificial reefs. They support a regenerative blue economy, funded by blue carbon markets and money for restoring ecosystems. In this future, people see nature as the foundation of infrastructure, not its enemy. Sediment is the main building material, wetlands are the first line of defense, and communities are active caretakers of the land. By connecting ecological processes with social and economic systems, the delta becomes resilient, rich in species, and fair. It can adapt to uncertainty while supporting both people and the environment.
Our inventory & analysis
The Mississippi River Delta is a landscape shaped by water, sediment, and time. Today, it is slowly falling apart. Over the past century, nearly 2,000 square miles of coastal land have vanished, and this loss continues each year as marshes turn into open water. The river that once created this delta is now restricted by levees. This has stopped the flow of sediment that once nourished wetlands for thousands of years. Compared to pre-industrial times, the sediment reaching the delta has dropped significantly. At the same time, the soft, young soils of the delta are sinking in many areas by several millimeters each year, which worsens the impact of rising seas. Navigation canals and oil and gas infrastructure have further broken up wetlands, allowing saltwater to enter and waves to erode what remains. Communities and essential infrastructure are packed along narrow natural ridges, making them more vulnerable to flooding and storm surges. Although the Atchafalaya system still shows signs of natural land-building, much of the delta is now lacking sediment and at risk. Without changing how we manage land and water, the delta and the communities that rely on it will continue to disappear.