Study: Women keep the peace in marriage

Updated 01 July 2013
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Study: Women keep the peace in marriage

NEW YORK: Picture this scenario: You’re on a road trip with your partner, trying to find your hotel, lost in an unfamiliar area and driving in circles. Your partner gets agitated, body and voice tense, and says in exasperation, “We’re never going to find it!“
How do you react? Does the stress rub off on you, or do you try to calm your partner down?
A recent study says your response may well depend on your gender.
Researchers from the University of Arizona found that, for couples who cooperate well, men tend to mimic their partner’s mood while women try to regulate their partner’s emotions.
“Women try to keep the peace,” speculates relationship researcher and lead study author Ashley Randall.
The study, published last week in the Journal of Social and Personal Relationships, looked at 44 heterosexual couples in the United States who had been together an average of six years. Most were living together or married.
The scientists shot video of each couple conversing about eating habits, exercise and other aspects of daily life. Then subjects viewed the video while rating how positive or negative they were feeling at the time of the conversation. Researchers also looked for signs of cooperation, such as open communication, sympathy, active listening and compromise.
Among those couples who cooperated well, the partners tended to fall into gender-distinct roles, with men following an emotional lead and women seeking to moderate the man’s emotions.
Men may do this simply to appease women. In an example cited in a podcast on the study hosted by the journal, a wife asks her husband what he thinks of her outfit. He says he likes it, but chances are, her husband’s enthusiasm won’t be enough to fully convince her and she will want to try on a few other options.
Stereotypically but also anecdotally, men avoid relationship conflict, says couples therapist Michael Radkowsky, who was not involved in the study.
Randall, in the podcast, suggested that men might be subconsciously syncing their emotions with their partner’s during cooperation in order to avoid a drawn-out discussion.
If the woman suspects that is the case, Randall said, she might become less positive in an effort to determine his true feelings. Or, if he is excessively negative or agitated, she said, a woman might try to temper her partner’s feelings.
In studies examining parents’ interactions with their infants, similar patterns and gender differences arise. Mothers tend to calm their babies when they get excited, while fathers are quick to encourage and even heighten a child’s animated state.
Randall notes a “huge link” between romantic relationships and mental and physical health. Studies have shown that married people are healthier in many ways than singles, particularly singles who have gone through the difficulty of divorce. And relationship conflict can lead to physical disorders such as high blood pressure.
So what can a couple do when working together doesn’t come naturally?
Couples should try to “listen openly to a partner’s perspective, without judgment or defensiveness, and to negotiate — you have to be willing to give to get,” said clinical psychologist Sarah Holley at San Francisco State University.
Radkowsky agrees, and said people often believe it’s the job of their partner to meet their needs, which he calls “the enemy of cooperation.” He said each person in a couple shouldn’t be afraid to meet their own needs, separately.
“People don’t grasp that part of being a happy couple is also being two strong individuals,” he said. “It’s good to be in charge of your own mood no matter how your partner feels.”


Scientists create bee vaccine to fight off ‘insect apocalypse’

Photo taken on August 2, 2018 shows a bee collecting pollen from a flower in Kirkkonummi, Finland. Scientists in Finland have developed what they believe is the world's first vaccine to protect bees against disease, raising hopes for tackling the drastic decline in insect numbers which could cause a global food crisis. (AFP)
Updated 16 December 2018
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Scientists create bee vaccine to fight off ‘insect apocalypse’

  • The vaccine, developed by a team at Helsinki University in Finland, works by giving bees resistance to fight off severe microbial diseases that can be fatal for pollinator communities

HELSINKI: Scientists in Finland have developed what they believe is the world’s first vaccine to protect bees against disease, raising hopes for tackling the drastic decline in insect numbers which could cause a global food crisis.
Bees are vital for growing the world’s food as they help fertilize three out of four crops around the globe, by transferring pollen from male to female flowers.
But in recent years bee populations around the world have been dying off from “colony collapse disorder,” a mysterious scourge blamed on mites, pesticides, virus, fungus, or some combination of these factors.
UN-led research in 2016 found that more than 40 percent of invertebrate pollinators, particularly bees and butterflies, are facing extinction.
The study also found that 16.5 percent of vertebrate pollinators, such as birds and bats, are under threat.
Scientists warn that the die-off will result in higher food prices and the risk of shortages.

The vaccine, developed by a team at Helsinki University in Finland, works by giving bees resistance to fight off severe microbial diseases that can be fatal for pollinator communities.
“If we can save even a small part of the bee population with this invention, I think we have done our good deed and saved the world a little bit,” lead researcher Dalial Freitak said.
“Even a two-to-three percent increase in the bee population would be humongous,” she told AFP.
Vaccinating insects was previously thought to be impossible because the creatures lack antibodies, one of the key mechanisms humans and other animals use to fight disease.
But a breakthrough came in 2014 when Freitak, a specialist in insects and immunology, noticed that moths who are fed certain bacteria can in fact pass on immunity to their offspring.
“They could actually convey something by eating. I just didn’t know what the mechanism was,” Freitak said.
“I met with Heli Salmela, who was working on honey bees and a protein called vitellogenin. I heard her talk and I was like, ‘OK, I could make a bet that it is your protein that takes my signal from one generation to another’.”
The pair started to collaborate and created a vaccine against American foulbrood, the most globally widespread and destructive bee bacterial disease.
The treatment is administered to the queen bee via a sugar lump, similar to the way many children are given polio vaccines. The queen then passes the immunity to her offspring, spreading it through the bee community.
As well as working on vaccines against further diseases, the team has also begun trying to raise funding to make the vaccine commercially available, with “very positive” feedback so far, according to Freitak.
“There are many regulatory hurdles. Four to five years until reaching the market is an optimistic estimate,” she said.

Diseases are believed to be just one of a number of reasons for the loss of pollinators, alongside pesticides and intensive farming, which reduces the diversity of insects’ nutrition.
But the team believes that protecting bee populations against disease will make them stronger, and therefore better able to withstand the other threats.
The European Union and Canada have voted to introduce bans on insecticides based on neonicotinoids after studies showed the chemicals harmed the ability of bees to reproduce.
UN-backed research in 2016 estimated that up to $577 billion (511 billion euros) worth of food grown every year relies directly on pollinators.
The study said the volume of food produced that depends on pollinators has risen by 300 percent in the last half century.
As pollinator numbers have declined, some farmers have turned to either renting bees or pollinating by hand — as with fruit trees in some parts of China — in order to replace the processes that nature previously provided free of charge.
In Helsinki the project relied on external funding, but the team has now taken up a more secure tenure at Graz University in Austria, where further research on vaccinations will begin early next year.
Graz is also the previous seat of noted zoologist Karl von Frisch, whose discovery that honey bees communicate by performing the figure-of-eight “waggle dance” won him the Nobel Medicine Prize in 1973.