The Impact of Installing an Engineered Water Management System on North Beach, Jolly Harbour
The purpose of this Environmental Impact Assessment (EIA) is to comprehensively evaluate the potential environmental, social, and public health impacts associated with the proposed engineered water management infrastructure at North Beach, Jolly Harbour. This EIA aims to support the proposal to install the engineered water management system by assessing both the benefits and potential risks of the project, while also proposing strategies for sustainable implementation.
Specifically, the EIA will:
– Assess the current environmental conditions of the North Beach catchment area, including hydrology, ecology, and land use.
– Identify and evaluate pollution sources and pathways, particularly those related to stormwater runoff, agricultural inputs, and unauthorized sewage effluent discharge.
– Analyze the effectiveness and functionality of the proposed engineered damming system in mitigating water quality degradation and ecological stress.
– Evaluate both short-term and long-term impacts on terrestrial and marine ecosystems, including biodiversity, habitat integrity, and water quality.
– Identify any potential environmental or social risks, such as increased flooding, stagnation, or conflicts with existing land uses.
– Recommend mitigation measures, design considerations, and best practices to guide the project’s environmentally responsible implementation.
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Water Quality Catastrophe Documented
– Fecal coliform: 1,600 CFU/100mL (8x over safe limit)
– BOD: 286 mg/L (57x over clean water standard)
– Government-submitted proof of sewage contamination and health risks
#1 Victoria Park Botanical Gardens Factory Road St. John’s, Antigua, W.I.
Water Quality Catastrophe Documented
– Fecal coliform: 1,600 CFU/100mL (8x over safe limit)
– BOD: 286 mg/L (57x over clean water standard)
– Government-submitted proof of sewage contamination and health risks