Patterns11 February 20264 min read

Same Areas, Same Flooding, Same Promises, Same Budget Lines

By R.A. Dorvil

Coastal effects at Manzanilla Bay, Trinidad

Coastal effects at Manzanilla Bay, Trinidad - Wikimedia Commons / CC BY-SA

On January 22, 2026, heavy rainfall caused flash flooding in Barrackpore, Diego Martin, Cocorite, Penal/Debe, and Port of Spain. These are chronic flooding hotspots. They flood when it rains heavily because the drainage infrastructure is inadequate, overwhelmed, or blocked.

Minister Ameen said there was "no major impact" as the waters subsided quickly. For the residents whose homes were affected, the fact that the water receded does not erase the fact that it entered.

The Budget Cycle

The 2026 budget allocated $30 million for flood mitigation, $78.5 million for local drainage, and $5 million for river clearing. These numbers sound substantial until placed in context.

The IDB approved a US$120 million loan for a Port of Spain drainage project. Its advancement status is unclear. The Ministry of Works Budget Guide shows infrastructure allocations, but whether the allocations translate into cleared drains and functional infrastructure before the next rainy season is the question that the budget itself cannot answer.

Money allocated in October does not become a cleared drain in January. The procurement process, contractor selection, site preparation, and actual construction take time. In the interim, the same communities flood when it rains, and the minister assures the public that there was no major impact.

The Multi-Year Pattern

Flooding in Trinidad and Tobago follows a predictable pattern. The same low-lying communities flood during the same rainy season events. The government announces mitigation spending. Some drains are cleared. The next rainy season arrives and the same communities flood again.

The pattern persists because the root cause - inadequate drainage capacity for the volume of water that tropical rainfall produces - has not been addressed at scale. Clearing drains helps. But if the drainage system was designed for a volume of water that climate change has exceeded, clearing the drains maintains an inadequate system rather than building an adequate one.

The Solomon Hochoy Connection

The Solomon Hochoy Highway Extension at Mosquito Creek has its own flooding problem. The highway section that collapsed in January 2023 was rebuilt with a March 2026 completion target. The intersection of highway construction and water management is not coincidental - large infrastructure projects that alter natural drainage patterns can worsen flooding downstream.

Whether the highway extension's design accounts for the drainage needs of the communities it passes through - or whether it prioritises highway traffic flow over local water management - is an engineering question that has implications for the people who live at the low points of the new road.

What $78.5 Million Buys

The local drainage allocation of $78.5 million, distributed across 14 municipal corporations, averages approximately $5.6 million per municipality. For a municipality like Port of Spain, which floods regularly and has ageing colonial-era drainage infrastructure, $5.6 million is maintenance money, not transformation money.

The question is whether the cumulative spending - the $78.5 million this year, the similar allocations in previous years, the IDB loan if it materialises - is producing a measurable reduction in flooding frequency and severity, or whether it is maintaining a steady state where the same areas flood the same amount regardless of how much is spent.

That analysis has not been conducted publicly. A multi-year comparison of flooding frequency versus cumulative drainage spending would reveal whether the money is working. Its absence suggests that nobody in government wants to know the answer - or that they already know it and prefer not to share.

The rainy season will come again. The same areas will flood. The budget will allocate money. The cycle will continue until someone decides to break it with infrastructure that matches the reality of how much water falls on Trinidad and Tobago, rather than how much fell when the drains were designed.

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