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Demographics
Population
Population Density
The Sabina-Mattfeldt neighborhood in Baltimore, Maryland, experienced a significant population decline from 2010 to 2022. Analysis of demographic data reveals a consistent downward trend in both population and population density.
In 2010, the neighborhood had 319 residents with a density of 2,656.65 people per square mile. The population peaked in 2012 with 343 residents and a density of 2,856.53 people per square mile. Subsequently, a consistent decline occurred, with the population decreasing to 188 in 2022, representing a 41% reduction from the 2012 peak. The population density similarly decreased to 1,565.68 people per square mile in 2022.
The 2022 population density of 1,565.68 people per square mile classifies Sabina-Mattfeldt as a light suburban area. This classification typically includes a mixture of single-family homes and townhouses, with developed infrastructure providing access to public transport, schools, and healthcare facilities. The neighborhood likely offers a balance between urban conveniences and a suburban atmosphere.
The declining population may indicate various factors, such as changing housing preferences, economic shifts, or gentrification processes that could be altering the neighborhood's socio-economic composition. The estimated 72 housing units for the 2022 population, based on the national average household size of 2.61 persons, suggests a small community.
Sabina-Mattfeldt is known for its proximity to Druid Hill Park, one of Baltimore's oldest and largest public parks. This proximity to green space may contribute to the neighborhood's appeal, offering residents access to recreational activities and natural surroundings within an urban context. This feature may play a role in maintaining the area's suburban character despite its location within Baltimore.
The demographic changes observed in Sabina-Mattfeldt reflect trends seen in many urban areas, where population shifts can impact the local community fabric and service needs. Continued monitoring of these trends will be important for understanding implications for local infrastructure, community services, and overall quality of life for residents.