New York Declares Statewide Emergency as Measles Cases Rise Across the State

By Alexi Medina ‘29

New York is facing a growing public health concern as measles cases continue to increase across the state. On October 5, Governor Kathy Hochul declared a statewide disaster emergency to help health officials respond to the outbreak. 

The announcement came after New York reported 108 measles cases through October 3, according to Reuters. Although New York City has reported relatively few cases, other parts of the state have been affected much more heavily. 

The increase in cases has raised questions about vaccination and how quickly the disease can spread. Measles is highly contagious, but it is also preventable through vaccination. Health officials are now working to identify infections, encourage people to check their vaccination records, and prevent the outbreak from spreading to more communities.

State officials take action

Governor Hochul's emergency declaration gives health officials additional ways to respond to the outbreak. Under the order, registered nurses can order tests for suspected measles cases, and pharmacists can vaccinate children as young as two years old. The order also requires MMR vaccinations to be reported to state or city immunization registries within 72 hours.

Hochul emphasized why preventing the disease is important, saying, “No one should get seriously ill or die from a vaccine preventable disease.” Her statement highlights the main goal of the state's response: preventing additional infections and protecting people from serious complications.

The state has also increased vaccination efforts in affected communities. According to Reuters, local health departments had administered more than 1,000 MMR vaccine doses in rural communities since July 15. These efforts  are especially important in areas where fewer people are protected against measles.

However, declaring an emergency does not automatically stop an outbreak. Health officials still need to identify cases, investigate possible exposures, and encourage people to get vaccinated when appropriate. 

Why Measles Is a Serious Concern

Measles spreads through the air when an infected person breathes, coughs, or sneezes. The virus can remain in the air for up to two hours, meaning someone may become infected without having direct contact with the person who was sick.

According to the New York City Department of Health, as many as 90% of people who are not immune can become infected after being exposed to measles. Symptoms usually begin seven to fourteen days after exposure and can include a fever, cough, runny nose, red eyes, and a rash that spreads across the body.

Although some people may recover without major problems, measles can also cause serious complications, like pneumonia and inflammation of the brain. Babies, pregnant people, and people with weakened immune systems may face greater risks.

The Centers for Disease Control and Prevention reports that about one in five unvaccinated people in the United States who get measles is hospitalized. This makes the outbreak more than just a concern about rising case numbers. It is also a reminder that the disease can have serious consequences.

What Happens Next?

New York's response over the next several weeks will be important in determining whether the outbreak slows down. Health officials will continue monitoring cases, investigating possible exposures, and encouraging vaccination in affected communities.

Residents can help by checking their immunization records, following health department announcements, and contacting healthcare professionals if they believe they have been exposed. These steps can help protect individuals and reduce the risk of further transmission.

The measles outbreak is a reminder that diseases that were once uncommon can return when vaccination gaps allow them to spread. While the state's emergency declaration gives officials additional tools, controlling the outbreak will require continued public health efforts and cooperation from communities throughout New York.