Loading Content...
Loading Content...
Demographics
Population
Population Density
The Upper Dimond neighborhood in Oakland, California, is classified as an Urban Neighborhood based on its population density of 11,301.54 people per square mile in 2022. This density indicates a compact living environment.
Population data from 2010 to 2022 shows fluctuations. The neighborhood grew from 5,869 residents in 2010 to 6,294 in 2011. Subsequent years saw both increases and decreases, with peak populations in 2015 (6,746 residents) and 2017 (6,789 residents). The 2022 data indicates a slight decline to 6,408 residents.
These fluctuations may reflect broader economic trends, housing market shifts, or changes in the area's appeal. The overall trend suggests a relatively stable population base, with variations likely influenced by factors such as housing availability, job market changes, or urban development initiatives.
The estimated 2,455 housing units for the 2022 population, based on the national average household size, suggest a diverse housing stock. This likely includes apartments, condominiums, and possibly some single-family homes.
Upper Dimond's urban character supports a lifestyle balancing city conveniences with neighborhood community. Residents likely have access to public transportation, local businesses, and community amenities. The density suggests active street life and potentially diverse dining and shopping options within walking distance.
Upper Dimond's proximity to Dimond Canyon Park offers residents access to nature trails and outdoor recreation within an urban setting. This park likely influences the neighborhood's appeal, providing green space that contrasts with the urban density.
The population trends and density indicate that Upper Dimond maintains its appeal as an urban residential area, balancing city living benefits with access to natural amenities. This combination of factors contributes to a dynamic urban environment that continues to attract and retain residents, despite some population fluctuations over the years.