Loading Content...
Population Density Trends in Oakenshawe, Baltimore: 2010-2022
CATEGORY
Demographics
DATA
Population
Population Density
Loading Content...
Demographics
Population
Population Density
Oakenshawe, a neighborhood in Baltimore, Maryland, experienced population fluctuations from 2010 to 2022. The data indicates a generally declining trend in population during this period, with some exceptions.
In 2010, Oakenshawe had a population of 1,223 with a density of 19,530.8 people per square mile. This density suggests an urban environment with predominantly multi-unit housing structures. The population remained relatively stable until 2014, when it decreased to 1,053 residents.
From 2018 to 2019, the neighborhood experienced a brief population increase, reaching 1,279 residents with a density of 20,425.1 people per square mile. However, from 2020 onwards, Oakenshawe saw a sharp decline in population.
By 2022, the population had decreased to 878, with a density of 14,021.3 people per square mile. This decline coincided with the global COVID-19 pandemic.
Despite the population decrease, Oakenshawe maintains a high population density characteristic of urban neighborhoods. The 2022 density suggests an urban lifestyle, with residents likely living in close proximity in apartment buildings or townhouses.
Based on the estimated 336 housing units for the 2022 population, and considering the high density, it is probable that many of these units are in multi-story buildings rather than single-family homes.
Oakenshawe, like many urban neighborhoods, may be facing challenges related to housing affordability, gentrification, or changing demographics. The population fluctuations could indicate broader socio-economic trends affecting urban areas in the United States.
In conclusion, while Oakenshawe has experienced a notable decrease in population in recent years, it remains a densely populated urban neighborhood. The lifestyle likely combines urban living conveniences with the challenges of adapting to demographic changes and recent global events.
