International Development Grant
Artibonite River Watershed Rehabilitation
Project Number: CA-3-A031937001
Status: Closed
Country/Region:
Maximum Contribution: $9,297,555.00
Start Date: January 01, 2005
End Date: March 30, 2012
Duration: 7.2 years
Project Description
This project contributes to the rehabilitation of the Artibonite River watershed in the border zone between Haiti and the Dominican Republic and to strengthening dialogue between the two countries. There are two components to the project: technical assistance and capacity building for agencies and institutions operating in the area and funding to support initiatives that contribute to the rehabilitation of selected areas within the watershed. The project seeks to halt the process of environmental degradation and reverse the degradation of the forest canopy. It strengthens the ability of both governments' institutions to address watershed management issues and helps to reduce tensions in the area via better dialogue between the two countries. It also assists local populations in designing and implementing productive activities improving their economic situation and respecting the environment.
Progress & Results Achieved
Results achieved by this project which ended in March 2012 include: Over 400 000 fruit and forest trees have been planted in Haiti and over 500 000 in Dominican Republic in accordance with the integrated watershed management plan thereby helping to reverse degradation of the forest cover and curb environmental degradation. The Environment ministers of Haiti and the Dominican Republic signed a joint declaration on the importance of cooperation between the two nations to joinlty manage their shared natural resources.
Key Information
Executing Agency:
Consortium Oxfam-Québec / CRC Sogema Inc.
Reporting Organization:
Global Affairs Canada
Program:
NGM Americas
Last Modified:
September 19, 2025
Development Classifications
DAC Sector:
Aid Type: Donor country personnel
Collaboration: Bilateral
Finance Type: Aid grant excluding debt reorganisation
Selection Mechanism:
Pre-APP