Residents of Kennedale expressed significant concerns during a recent government meeting regarding the proposed Enclave development adjacent to Magnolia Hills. The discussions highlighted fears over potential flooding, increased traffic, and the impact on local infrastructure.

Key concerns were raised about the area's drainage system, particularly in light of historical flooding events. One resident referenced US Geological Survey data indicating that underground tributaries and existing ponds play a crucial role in managing stormwater runoff. They argued that the proposed development would exacerbate flooding risks by increasing impervious surfaces and reducing the natural retention capacity of the land.

Several residents voiced their opposition to the density of the proposed housing, suggesting that the construction of small homes would lead to overcrowding and traffic congestion, particularly during school hours. Concerns were also raised about construction traffic damaging existing roads, which are already in poor condition, and the potential for increased crime during the construction phase.

Written statements from residents further emphasized the need for a comprehensive hydraulic study to assess the impact of the development on local drainage and flooding. Many called for the preservation of green spaces and wildlife habitats currently found on the site, arguing that the development would disrupt the ecological balance and diminish the area's appeal.

In contrast, some officials expressed support for the project, citing the need for new housing to generate tax revenue and improve local infrastructure. They noted that the developers had engaged with neighboring residents and planned to minimize disruption during construction.

As the city considers the proposal, the community remains divided, with many residents urging caution and thorough evaluation of the potential impacts on their homes and the environment. The city council is expected to review these concerns as they move forward with the planning process.