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Increased CA Temperatures Could Negatively Affect Crop Growth, Study Finds

Increased CA Temperatures Could Negatively Affect Crop Growth, Study Finds

By Mallika Seshadri

Increased temperatures could negatively affect popular produce crops by the year 2045, altering the livelihoods of California farmers and heightening the risks of California food insecurity, according to a study conducted by researchers at the Lawrence Berkeley National Laboratory.

The study found that in light of climate change, cool-season crops, which require lower temperatures to survive, may now have to be grown during specific times of the year, while warm-season crops might have to be relocated to thrive in higher temperatures.

“California produces most of our produce,” said Alison Marklein, the lead author of the study. “We definitely need to be predicting how we will be able to continue growing these crops in the future.”

At the beginning of their four-year endeavor, the study’s researchers selected five crops grown at particularly high rates in California: broccoli, lettuce, carrots, tomatoes and cantaloupes.

These crops were also chosen because they are frequently donated to food banks and are seen as critical to maintaining food security, according to Marklein.

“The way climate change affects these crops is going to have an impact on vulnerable populations, the nutritional security of vulnerable populations,” Marklein said.

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New research chair appointed to accelerate crop variety development

Video: New research chair appointed to accelerate crop variety development

Funded by Sask Wheat, the Wheat Pre-Breeding Chair position was established to enhance cereal research breeding and training activities in the USask Crop Development Centre (CDC) by accelerating variety development through applied genomics and pre-breeding strategies.

“As the research chair, Dr. Valentyna Klymiuk will design and deploy leading-edge strategies and technologies to assess genetic diversity for delivery into new crop varieties that will benefit Saskatchewan producers and the agricultural industry,” said Dr. Angela Bedard-Haughn (PhD), dean of the College of Agriculture and Bioresources at USask. “We are grateful to Sask Wheat for investing in USask research as we work to develop the innovative products that strengthen global food security.”

With a primary focus on wheat, Klymiuk’s research will connect discovery research, gene bank exploration, genomics, and breeding to translate gene discovery into improved varieties for Saskatchewan’s growing conditions.