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Demographics
Population
Population Density
The Ednor Gardens-Lakeside neighborhood in Baltimore, Maryland, experienced population fluctuations from 2010 to 2022. The data indicates a decline from 2010 to 2016, followed by a partial recovery and subsequent stabilization.
In 2010, the neighborhood population was 6,172, with a density of 12,069 people per square mile. The population peaked in 2011 at 6,565 before declining. By 2016, the population decreased to 4,515, a 31% reduction from the 2011 peak. This decrease suggests significant outmigration or demographic shifts.
From 2017, the neighborhood showed recovery signs. The population increased to 5,060 in 2017 and reached 5,767 in 2021. In 2022, the population decreased to 5,146 residents, indicating ongoing demographic instability.
The 2022 population density was 10,063 people per square mile, classifying Ednor Gardens-Lakeside as highly urban. This density suggests a compact living environment with mixed housing types.
The urban density implies access to public transportation, diverse amenities, and community life. Proximity to Johns Hopkins University may influence demographics, potentially contributing to population fluctuations.
The estimated 1,972 housing units for the 2022 population, based on the national average household size, indicates a dense residential area. This may include a mix of older and newer developments.
Ednor Gardens-Lakeside has historical significance as a Baltimore streetcar suburb developed in the early 20th century. This heritage contributes to its urban character and may influence revitalization efforts.
Recent population trends suggest challenges and signs of resilience. Fluctuations may indicate broader urban dynamics affecting Baltimore, such as changes in employment, housing preferences, or urban renewal initiatives.
Ednor Gardens-Lakeside presents a complex demographic picture of an urban neighborhood in transition. Its high population density and historical context shape an environment balancing urban conveniences with community stability challenges.