“Starting May 19, 2022, an additional set of location targeting options will be available for updated US congressional districts following the US 2020 census. These will be added to all ads interfaces (including the API) and will be denoted with “2020-census”. For example, North Carolina’s updated district 5 will be available in location targeting as “North Carolina’s 5th District-2020-Census, United States”.”
It’s a small change in the broader scheme, but could have big implications for those targeting ads based on political announcements or movements, with the more specific location qualifiers providing more considerations for your ad approach.
Meta also notes that as new congressional districts are finalized, it will make them available in its ads interfaces.
“If a state’s updated congressional map is currently in litigation, there will not be a new targeting option for it yet. If an updated congressional district isn’t available yet, we recommend using other location targeting options based on locations such as, such as targeting postal codes, cities and counties.”
So you have various options for geo-targeting your ad campaigns, but the updated districts will provide more accurate audience estimate data, and more specific focus on electoral zones.
The current, pre-2020 census congressional district targeting options will remain available to advertisers through to the beginning of 2023.
“These districts’ names and boundaries will remain the same. For example, North Carolina’s pre-2020 census district will be available as “North Carolina’s 5th District, United States”.
Again, it’s not a major change, but it does provide more insight into how Meta’s US ad targeting regions are defined, which could have specific value for businesses looking to target ads based on political impacts, interests, regional preferences, etc.
And with Apple’s ATT prompts taking a chunk out of Meta’s data tracking, you need all the tools you can to maximize ad performance. Up to date location and population data can only help in assessing potential impact.