Governor Laura Kelly Launches Public Service Announcements Addressing New COVID-19 Variant
Topeka, KS (STL.News) With the increased presence of the new Delta variant in the region, Governor Laura Kelly has launched public service announcements (PSAs) asking Kansans to stay vigilant as they travel and celebrate the July 4th holiday. Governor Kelly is reminding Kansans how they can get tested or schedule a vaccine appointment and is asking people to stay safe by continuing to physically distance and wear masks while around unvaccinated people.
“As we all begin to travel and gather with friends and family, it’s critically important to keep our communities and loved ones safe,” Governor Kelly said. “We all have a role to play in preventing the spread of COVID-19, especially as new strains emerge. We can all do our part to keep our communities safe by continuing to physically distance and wear masks until we are all vaccinated.”
The PSAs are part of a renewed effort to mobilize Kansans to get vaccinated and for unvaccinated Kansans to get tested to stop the spread of COVID-19 and protect themselves and loved ones. According to the CDC, the Delta variant is 60% more transmissible than the B. 117 variant which was previously the dominant strain. The new variant appears to be spreading most quickly in communities that have the lowest vaccination rates.
The Governor will appear with Congresswoman Sharice Davids in the PSAs in the Kansas City area.
“In the Third District and across Kansas, we’ve made progress towards getting more folks vaccinated—but the road to recovery is long, and we have to keep up the momentum,” Representative Davids said. “These vaccines work, and in the coming months, it will be critical to use every resource to get vaccines into arms so that we can put our kids back in school safely, get people back to work, and ensure the continued success of our economic recovery.”
The PSA campaign will continue through the Fourth of July weekend and reinforce ongoing efforts to get Kansans vaccinated against COVID-19.