African Development Geography (Geography/Development/Social) | 02 May 2002
Climate-Resilient Infrastructure Design for Flood Management in Mozambique
M, a, v, i, s, M, a, b, u, n, d, a, ,, Z, a, r, i, t, a, C, h, i, p, a, n, d, o, ,, F, e, l, i, x, C, h, i, k, o, d, i, ,, N, e, l, s, o, n, M, a, g, a, n, d, a
Abstract
Mozambique is frequently affected by floods, leading to significant economic losses and social impacts. A mixed-methods approach combining field surveys with existing data analysis. The preliminary findings suggest that incorporating green spaces into urban planning can reduce surface water runoff by 20% during peak rainfall events. Designing resilient infrastructure requires a comprehensive understanding of local hydrological conditions and community needs. Implement pilot projects in selected areas to validate the design before full-scale deployment. climate-resilient, flood management, Mozambique, green spaces The empirical specification follows $Y=\beta_0+\beta^\top X+\varepsilon$, and inference is reported with uncertainty-aware statistical criteria.