In a recent government meeting, community members voiced their concerns regarding a proposed variance for a planned development on Fern Avenue, focusing on the landscape buffer and its implications for stormwater management and neighborhood aesthetics.

Residents expressed strong opposition to the variance, citing fears of increased flooding and loss of privacy. Evelyn Levi, a local resident, highlighted the tight conditions on the east side of the development, emphasizing the need for adequate buffer zones to protect her home from potential visual and environmental impacts. She raised concerns about the height of the proposed buildings, which could lead to windows overlooking her backyard.

Kayson Childs, another resident, echoed these sentiments, stating that the existing drainage issues could worsen if the landscape buffer is reduced. He pointed out that the limited space for water runoff could exacerbate flooding during heavy rains.

Charles Brundy Jr. and his wife, Nicole Brundy, also spoke against the variance, stressing the importance of maintaining buffer zones to mitigate noise and pollution from the new development. Charles noted the ecological significance of these buffers, mentioning the presence of local wildlife, including gopher tortoises, and the need for responsible development that aligns with community values.

The discussion revealed a significant disconnect between residents and developers regarding the understanding of existing stormwater systems. Some residents claimed there is no drainage ditch as referenced in the meeting, raising questions about the accuracy of the information being presented.

In response to the concerns raised, community members suggested that the board should table the variance request until more comprehensive information is available regarding the development's impact on local drainage and the surrounding environment. The meeting concluded with a call for further discussion and clarity on the proposed plans, emphasizing the need for transparency and community involvement in the decision-making process.