The map below shows majority race by area in Nine Times, as self-identified on the US census. Darker shades indicate a larger racial majority in that neighborhood. This page also contains data and maps on Nine Times racial diversity and diversity scores. Click here to scroll to diversity data.
The majority race in Nine Times overall is white, making up 96.2% of residents. The next most-common racial group is other at 2.5%. There are more white people in the east areas of the city. People who identify as other are most likely to be living in the south places. The data below shows how many people identify themselves as each of the following races, which most Americans base on their family's national origin:
Race in Nine Times
Self-Identified Race |
Nine Times, SC Population |
|---|---|
White |
96.2% |
Hispanic |
0.6% |
Black |
0.3% |
Asian |
0.4% |
Native American |
0.0% |
Other |
2.5% |
Diversity and Diversity Scores for Nine Times, SC
The map below shows diversity in Nine Times. Areas in green are more diverse, while areas in red are much less diverse. Diversity, in this case, means a mixture of people with different race and ethnicity living close to one another. For example, all-black and all-white areas in the city would both be considered lacking diversity.
Nine Times Diversity Score
7.4
More diverse than 12% of US cities
Nine Times has a diversity score of 7.4: the chance, in percent, that two residents picked at random belong to different racial or ethnic groups, from ACS race counts. A place where everyone shares one group scores 0, and an even mix of the six groups in the chart above scores the maximum, 83.3. Nine Times is much less diverse than other US cities, more diverse than 12% of them. Within Nine Times's proper boundaries, the most diverse area is south Nine Times, and the least diverse areas are in east Nine Times.
Source: BestNeighborhood calculations from the U.S. Census Bureau, American Community Survey (ACS) 2020-2024 5-year estimates (race and Hispanic origin); proprietary data mapping and analysis. Special thanks to the University of Virginia.