Watch CBS News

Victims of suspected carbon monoxide poisoning in New Hampshire identified as family from Massachusetts

Beloved Newton family, victims of suspected carbon monoxide poisoning, remembered for generosity
Beloved Newton family, victims of suspected carbon monoxide poisoning, remembered for generosity 03:01

NEWTON - The four victims found dead in a suspected carbon monoxide poisoning incident in Wakefield, New Hampshire on Christmas have been identified as a family from Newton, Massachusetts.

The New Hampshire fire marshal on Friday identified the victims as 52-year-old Matthew Goldstein, 54-year-old Lyla Goldstein, 22-year-old Valerie Goldstein and 19-year-old Violet Goldstein. 

Beloved family remembered   

Matthew Goldstein was a teacher in Brookline at the Baker School, superintendent Linus Guillory confirmed. The Brookline Educators Union said it is mourning the loss of Goldstein and his wife and daughters. 

"Mr. Goldstein's dedication to inspiring students and shaping young minds has left an indelible mark on all who had the privilege of knowing him," Guillory said in a statement. "Our thoughts and prayers are with his family, friends, colleagues and students during this profoundly difficult time."

Goldstein taught eighth-grade math and health, the union said, and also led the math league and the school's LGBTQ+ student support group. He was also a member of the Newton Theater Company and performed in several community productions, the company's founder said.

matthew-goldstein.jpg
Matthew Goldstein. Newton Theater Company

The family was remembered by their friends and neighbors for their acceptance and generosity.

"They would watch the dog while we were away, they would pick up groceries. We had our washing machine break, and we would bring over dirty laundry," Connor Sheehy said.

"Everything about her was just pure love and joy, and when she set her mind to do something. No matter how impossible it may have seemed, she would do it," said Jesse King, a friend of Valerie.

pkg-5pm-brookline-teacher-rex-frame-258.jpg
Matthew was a beloved teacher in Brookline, and Lyla had a long career at Microsoft. @Mattgoldsteinz

Friends say that the Goldsteins were incredibly close.

"They were a really loving family. Valerie and Violet, I don't know two sisters who loved each other like they did. They had just this summer gotten these really sweet, matching tattoos," Mia Cohen said. 

pkg-5pm-brookline-teacher-rex-frame-3171.jpg
The tattoo's image was drawn by Violet, who was a first-semester art student.

"They were very accepting too. They were always so warm and welcoming," Cohen said

"She was the most loving accepting person you could possibly imagine," King said of Valerie.

Carbon monoxide deaths investigation

The medical examiner determined that Matthew Goldstein's death was caused by carbon monoxide poisoning, the fire marshal said. The cause of death for the other three victims is still pending.

Investigators are focusing on the Province Lake Road home's gas heating system as they try to figure out what caused the carbon monoxide leak. 

On Friday, there was still police tape surrounding the New Hampshire home.

co-home.jpg
The Wakefield, New Hampshire home where four people died of suspected carbon monoxide poisoning. CBS Boston

Victims were supposed to attend holiday event

Police found the victims dead in the home on Christmas Day just after 4 p.m. Investigators have learned that the family had been expected to attend a holiday event.

"They were due for a family gathering on the 25th, and when family was unable to reach them, after several attempts of phone calls and messages to the four of them. Family called the Wakefield Police Department," Fire Marshal Sean Toomey said.

There were no working carbon monoxide detectors found inside the home, Toomey said. Carbon monoxide is an odorless, colorless gas that kills more than 400 Americans each year, according to the Centers for Disease Control.

View CBS News In
CBS News App Open
Chrome Safari Continue
Be the first to know
Get browser notifications for breaking news, live events, and exclusive reporting.