The best flame retardant for your Christmas tree is still plain old water.
Worse, researchers have determined that some flame retardants not only don't work on cut Christmas trees, they actually sped up the drying process and made trees more flammable.
Drs. Gary Chastagner, professor of plant pathology at Washington State University's Puyallup Research Center, and Eric Hinesley, professor of horticulture at North Carolina State University, tested two flame retardants on Douglas-fir and Fraser fir, two of the favorite Christmas tree species in the United States.
According to Chastagner, many cities and municipalities require that chemical flame retardants be used on cut Christmas trees displayed in public buildings. However, the assumption that all flame-retardants are effective on Christmas trees had not been proven. Additionally, there is little information available about the effect of flame-retardants on the quality of trees or boughs. Chastagner and his colleagues wanted to determine if two particular flame-retardants reduced the potential for fire, and find out what effect the chemicals had on the quality (needle retention and moisture status) of the trees.
Surprisingly, neither product tested in the study showed any benefit to the quality or life of the trees. In fact, the chemical used on Douglas-fir caused the branches to dry much faster than non-treated branches. Because ignition from a small source, such as a match, only occurs below a certain moisture level, branches treated with the flame retardant became a fire hazard quicker than non-treated branches.
Because freshly cut Douglas-fir and Fraser fir Christmas trees are almost impossible to ignite and burn when exposed to a small flame, tests were conducted on branches that were not placed in water and allowed to dry naturally. The tests showed that fresh branches placed in water actually absorb more water than they contained before they were cut, and were therefore less susceptible to catching fire.
Results of the research raises questions about the effectiveness of flame retardants on Christmas trees and confirms previous findings that the best method for preserving freshness and reducing fire hazard of Christmas trees is to keep them in a stand with adequate, fresh water. Maintaining high moisture levels by keeping trees and conifer boughs in water is the most-effective and least-expensive way to reduce fire hazards in homes and pubic spaces.
- PHYSICAL SCIENCES
- EARTH SCIENCES
- LIFE SCIENCES
- SOCIAL SCIENCES
Subscribe to the newsletter
Stay in touch with the scientific world!
Know Science And Want To Write?
- Kudos To "The Independent" Newspaper For Debunking Nibiru "Blood Moon" Hoax
- Your Microbiome Did Not Cause Your Weight Problem
- A Great Blitz Game
- Free Market Validation: Men With Hair Transplants Are Seen As Younger, More Attractive
- Stopping Scars Before They Form
- Control Cancer By Making The Tumor Cell Environment Hostile
- Link Between Drug Industry And Cancer Care Guidelines
- "Great, glad to hear it and thanks for signing the petition :)...."
- "Well, I´m not worried anymore about nibiru, because I know is a hoax afterall and also I sign..."
- "Thanks, Skynix, glad you like the articles. Yes of course, to many readers of Science20 then what..."
- "Yes that's a good point, the Moon can look reddish just as the sun does when close to the horizon..."
- "When will you people open your eyes and see that this is very much real and thats a FACT..."
- Gallup Poll: Great Example of How to Bias a Social Science Study
- Another Kardashian Craze Debunked
- Fad Friday: Ditch The Body Wrap!
- Commonly Cited Stat of 10 Bacteria for Every 1 Human Cell Is Wrong
- Why The EpiPen And Other Generic Drugs Are So Expensive
- Latest IARC Report Connects Fatness with More Cancers
- Solving a 48-year-old mystery: Scientists grow noroviruses in human intestinal cell cultures
- Scripps Florida scientists shed new light on the role of calcium in learning and memory
- Volcanic eruption masked acceleration in sea level rise
- Sunflowers move from east to west, and back, by the clock
- Earlier snowmelt reduces forests' ability to regulate atmospheric carbon dioxide