Farms.com Home   News

Statistical Analysis Predicts Long-Term Drop in Chicken Fertility Rates

By Adam Russell

A new study shows chicken fertility rates in U.S. broiler eggs could decline to approximately 60% by 2050. That decline could lead to chicken production issues and higher costs for consumers.

The study, "How concerned should we be about broiler breeder fertility declines?," by Cara Cash, a graduate student in the Texas A&M College of Agriculture and Life Sciences Department of Poultry Science, was recently published in Poultry Science. Graduate student Kolton Witherspoon also contributed to the research.

To assess fertility trends, researchers analyzed data from the U.S. Department of Agriculture National Agricultural Statistics Service from 2013 to 2022. Their analysis revealed significant declines in essential production metrics, including hatchability, chick viability and production efficiency.

"The analysis validates concerns that have circulated in the poultry industry for years," said Giri Athrey, Ph.D., study co-author and avian geneticist and associate professor in the Department of Poultry Science.

"This study is the first to paint a clear picture of the problem and forecast future declines. The more that gap grows, the greater the expense will be for the industry to meet  and the more likely those  will trickle into grocery stores."

Broiler chicken fertility rates drop

Athrey said the publication identified an alarming trend that had been talked about within the  for years. It provides a statistically and scientifically supported prediction of continued hatchability declines in broiler chicken eggs.

Hatchability refers to the percentage of fertile eggs that successfully hatch into healthy chicks during incubation. Athrey said approximately 12 billion eggs are needed each year to produce to 9 billion —a success rate of 75%.

If  continue, the analysis suggests hatchability rates could fall to 60% by 2050.

CROPS

Chicken fertility rates fuel meat production

The study comes as demand for U.S. chicken meat continues to increase. From 2013 to 2022, U.S. production increased from 18.85 million to 23.15 million tonnes. During that same period, annual per capita chicken consumption jumped from just over 82 pounds to almost 101 pounds.

Broiler breeding fertility rates are a foundational component to sustaining that growth. In response to declining fertility, producers have increased the number of eggs set—an approach Athrey said can also increase costs across the supply chain.

Study confirms industry concerns

To support deeper analysis, the research team developed a Broiler Breeder Performance Index, a tool that incorporates hatchability and production indicators to model fertility trends over time. The study also explores potential contributing factors, including management practices and genetic selection strategies.

Click here to see more...

Trending Video

Advancing Swine Disease Traceability: USDA's No-Cost RFID Tag Program for Market Channels

Video: Advancing Swine Disease Traceability: USDA's No-Cost RFID Tag Program for Market Channels

On-demand webinar, hosted by the Meat Institute, experts from the USDA, National Pork Board (NPB) and Merck Animal Health introduced the no-cost 840 RFID tag program—a five-year initiative supported through African swine fever (ASF) preparedness efforts. Beginning in Fall 2025, eligible sow producers, exhibition swine owners and State Animal Health Officials can order USDA-funded RFID tags through Merck A2025-10_nimal Health.

NPB staff also highlighted an additional initiative, funded by USDA Animal and Plant Health Inspection Service (APHIS) Veterinary Services through NPB, that helps reduce the cost of transitioning to RFID tags across the swine industry and strengthens national traceability efforts.

Topics Covered:

•USDA’s RFID tag initiative background and current traceability practices

•How to access and order no-cost 840 RFID tags

•Equipment support for tag readers and panels

•Implementation timelines for market and cull sow channels How RFID improves ASF preparedness an