Pregnant women are 44% more likely to miscarry in the summer than in the winter –

A new study finds that women are more likely to miscarry on dog days in the summer, and blazing heat in many parts of the United States may be the culprit.

A research team led by Boston University found that, by a large margin, over a six-month period, American women were 44% more likely to have an abortion in late August than in late February.

While the exact reason for this difference has yet to be determined, the researchers speculate that it is due to extreme heat, as states with colder summers show the trend more.

They also note that many other potential birth problems, such as stillbirths and low birth weight, are more common during the summer months.

The researchers, who published their findings in the journal Epidemiology, gathered data from the SPH-based Pregnancy Study Online, funded by the National Institutes of Health.

The study included women who were actively trying to conceive and followed the baby through the pregnancy process for the first six months after birth.

This study includes data from 6,104 participants who had a child within 12 months of enrollment.

Researchers collected data on possible adverse birth outcomes, such as miscarriage, at all times of the year.

After controlling for external factors that could affect miscarriage rates, such as maternal risk factors, race or socioeconomic status, they found that miscarriage rates increased during the summer months.

The greatest gap was found between August and February, when the winters were the harshest and the summers cruelest in parts of the Americas.

Overall, the risk of miscarriage was 31% higher in August than in February.

The researchers, who isolated the data only in the last week of both months, found a 44% difference.

Boston professor of epidemiology and co-author Dr. “When you see seasonal variation in an outcome, it can advise you on the reasons for that outcome,” said Amelia Wesselink.

Hearing is the primary suspect, although researchers haven’t been able to pinpoint a mechanism that triggers a series of miscarriages at certain times of the year.

Miscarriage inequality was highest in the South and Midwest, she says, showing they experience the hottest summers on average, and also showing that weather is the most important factor in the game.

“We found that the risk of miscarriage was highest, particularly the ‘early’ abortion before eight weeks of pregnancy,” Wesselink said, noting that more research would be needed.

“We now need to examine the issue to understand which types of exposures are more common during the summer and which of these exposures might explain the increased risk of miscarriage.”

However, excessive heat with poor outcomes in maternal delivery will not be a completely commonplace concept. The researchers note that warmer weather is already linked to some problems.

“We know that heat is associated with a higher risk of other pregnancy outcomes, such as preterm birth, low birth weight, and particularly stillbirths,” says Wesselink.

“Medical guidance and public health messages, including heat action plans and climate adaptation policies, should consider the potential effects of heat on the health of pregnant women and their babies.”

Experts at the University of Michigan had previously noted that since the body is responsible for two organisms, it has to work harder during pregnancy.

The more work a woman’s body does, the more likely she is to become dehydrated, and the wear and tear that hot weather can cause both herself and her unborn child can have serious negative consequences.