How to increase the life of your Christmas tree
December 7th, 2010 - 2:47 pm ICT by ANIWashington, Dec 07 (ANI): Researchers have discovered what causes Christmas tree needles to drop off, and how to double the lifespan of Christmas trees in homes.
Universite Laval researchers in collaboration with Nova Scotia Agricultural College, have identified a plant hormone-ethylene-responsible for needle loss in balsam fir. They made the discovery by placing fir branches in containers of water inside a growth chamber. After ten days the branches began to produce ethylene and, three days later, the needles began to drop. After 40 days, the branches were completely bare.
To test that the needle loss was in fact due to the ethylene, the researchers used two chemical compounds that interfere with this hormone: 1-MCP and AVG. After exposing the branches to one of these two products, the needle retention period rose to 73 and 87 days, respectively.
“By Day 40, the branches that had been treated were still green, tender, and fresh-looking, while the untreated branches had lost virtually all their needles,” explained Steeve Pepin, co-author of the study and professor at the Faculty of Agriculture and Food Sciences at Université Laval.
These findings could have a significant impact for Christmas tree producers and consumers alike.
“Since 1-MCP is a gas, it would be feasible to release it into the trucks used to ship the trees,” suggested Pepin.
Consumers also stand to benefit from this discovery since it would be possible to dissolve AVG in the water added to the tree stand, which would prolong the tree’s lifespan indoors.
“What is really encouraging is that we managed to double the needle retention period of the branches,” noted Pépin.
“However, we still have to prove that we can transpose these findings to the entire tree,” he concluded.
The findings has been published in a recent issue of the scientific journal Trees. (ANI)
- Americans mull whether to buy real or fake Christmas tree - Dec 22, 2010
- Plant hormone could boost crop output - Jul 11, 2011
- Chemical compounds in trees can fight deadly MRSA - Feb 23, 2011
- High doses or prolonged use of glucosamine could increase diabetes risk - Oct 28, 2010
- Plant gene can replace whale compound in perfumes - Apr 05, 2012
- Christmas tree thief caught by trail of pine needles - Dec 20, 2011
- Christmas tree in Taiwan made of plastic spoons - Dec 21, 2010
- Career averages of India's World Cup squad - Jan 17, 2011
- Meet the Brit man who is set to marry his Christmas tree! - Dec 22, 2010
- Viagra does wonders for flagging Christmas trees too! - Dec 24, 2008
- Secret of bacteria's immune system unlocked - Nov 05, 2010
- Proteins regulating water retention in salt-sensitive hypertension identified - Oct 23, 2010
- Hurley's parrot loves swearing! - Sep 13, 2011
- The reason behind failure of dialysis - Dec 23, 2010
- Oxytocin illegal, other ripening agents allowed: Azad - Aug 20, 2010
Tags: avg, chemical compounds, christmas tree producers, christmas trees, co author, containers, faculty of agriculture, fir, food sciences, lifespan, mcp, needle loss, needle retention, needles, nova scotia agricultural college, plant hormone ethylene, producers and consumers, retention period, scotia agricultural college, significant impact