"🌊 How Cities Fight Floods: Smarter Urban Solutions!"
Short Description:
Rapid urbanization has made our cities more vulnerable to floods — but innovation and engineering are fighting back. 🌆💧
In this video, discover how modern drainage systems, green infrastructure, and early warning technologies protect millions of lives every year.
Let’s explore how cities can turn floods into resilience. 🌿
#civilengineering #UrbanFloodManagement #resilientcities #hydrology #watermanagement
#UrbanFloods #CityResilience #sustainablecities #floodcontrol #hydraulicengineering #climateaction #greeninfrastructure #CivilEngineeringNepal #WaterSensitiveDesign #smartcity
📘 References:
1.Nordman, E. E., Isely, E., Isely, P., & Denning, R. (n.d.). Benefit–cost analysis of stormwater green infrastructure practices for Grand Rapids, Michigan, USA. West Michigan Environmental Action Council (WMEAC).
2.Sacramento Stormwater Quality Partnership. (n.d.). Stormwater quality design manual for the Sacramento region – Chapter 4: Source control measures.
3.Urban Land Institute. (n.d.). Hurricanes & storms – Developing urban resilience. Urban Land Institute (ULI).
4.Lower Trent Conservation. (2020). LTC stormwater management technical guidelines. Approved December 10, 2020; Effective January 1, 2021.
5.Bayside Council. (n.d.). Mascot, Rosebery and Eastlakes floodplain risk management study & plan (FRMS&P). Bayside Council.
6.UPCommons. (n.d.). Modeling and real-time control of urban drainage systems: A review.
7.Tran, T. B., & Le, H. M. (n.d.). Sustainable urban drainage systems for flood mitigation in dense cities. International Journal of Civil Engineering and Construction.
8.Berggren, K. (n.d.). Urban drainage and climate change – Impact assessment. Licentiate Thesis, DiVA Portal.
9.Centre for Science and Environment (CSE). (n.d.). Water-sensitive urban design and planning: A practitioner’s guide.