Hydrodynamic Modeling of the Northern Alluvial Plain – Republic of Haiti
- Groundwater resources in the northern alluvial plain are still significantly available at the scale of the plain.
- The alluvial aquifer is drained by the main rivers.
- The Haut-du-Cap watershed experiences greater quantitative pressure.
- The Marion River basin has less favorable recharge conditions.
- Theoretical transient simulations and irrigation scenario simulations provide decision-making elements for AVANSE project planning.
This report presents the final results of a hydrodynamic modeling study of the northern alluvial plain in Haiti. Conducted by BRGM with technical assistance, the study was commissioned as part of the USAID-funded AVANSE project, which aims to promote sustainable agricultural development in the Nord and Nord-Est regions of Haiti. The primary objective was to determine if sufficient groundwater resources are available to support the project's irrigation needs. The modeling was performed using the MARTHE code, and various scenarios were simulated to assess the impact of irrigation on the aquifer. The report details the model construction, calibration, and exploitation, highlighting key findings and uncertainties.
How to cite
United States Agency for International Development (USAID), 2018, Hydrodynamic Modeling of the Northern Alluvial Plain – Republic of Haiti, accessed via HaitiDocs, https://www.haitidocs.org/doc/usaid-2018-hydrodynamic-modeling-northern