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Population Dynamics in Landmark Woods: A Suburban Neighborhood Study in Gainesville, Florida (2010-2022)
CATEGORY
Demographics
DATA
Population
Population Density
DATA SOURCE
United States Census Bureau: American Community Survey Data (ACS)
Landmark Woods, a neighborhood in Gainesville, Florida, demonstrates characteristics of a dense suburban area. The population density consistently exceeded 2,500 people per square mile from 2010 to 2022.
The population of Landmark Woods fluctuated during the observed period. In 2010, the population was 173 residents. It increased to a peak of 251 inhabitants in 2019, representing a 45% increase from 2010. Subsequently, the population decreased to 211 in 2020 and 208 in 2022.
The population changes suggest a dynamic community. The growth until 2019 may indicate an influx of new residents or new housing developments. The subsequent decline could be attributed to economic changes, shifts in local employment, or broader demographic trends in Gainesville.
The neighborhood maintains a high population density, implying compact living arrangements. This density suggests a mix of housing types such as townhouses, low-rise apartments, or closely-spaced single-family homes. The compact nature of the neighborhood likely provides residents with proximity to suburban amenities and services.
Landmark Woods' location in Gainesville, known for its significant student population due to the University of Florida, may influence its demographics and population fluctuations. The neighborhood potentially attracts both long-term residents and transient student populations.
Based on the 2022 population and the national average household size, an estimate of approximately 80 housing units exists in Landmark Woods. This suggests a relatively small community.
In conclusion, Landmark Woods exhibits notable population dynamics within a dense suburban setting. Its compact nature and Gainesville's academic environment likely contribute to a diverse community. The recent stabilization of the population at a lower level than its peak may indicate a new equilibrium, potentially reflecting broader trends in suburban living preferences or local economic factors.
