Climate Change Puts South Korea's Beloved Cabbage Dish at Risk

Lee Ha-yeon, a recognized kimchi grand master and her apprentices prepare kimchi at the Kimchi Culture Institute in Namyangju, South Korea, August 21, 2024. REUTERS/Kim Soo-hyeon
Lee Ha-yeon, a recognized kimchi grand master and her apprentices prepare kimchi at the Kimchi Culture Institute in Namyangju, South Korea, August 21, 2024. REUTERS/Kim Soo-hyeon
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Climate Change Puts South Korea's Beloved Cabbage Dish at Risk

Lee Ha-yeon, a recognized kimchi grand master and her apprentices prepare kimchi at the Kimchi Culture Institute in Namyangju, South Korea, August 21, 2024. REUTERS/Kim Soo-hyeon
Lee Ha-yeon, a recognized kimchi grand master and her apprentices prepare kimchi at the Kimchi Culture Institute in Namyangju, South Korea, August 21, 2024. REUTERS/Kim Soo-hyeon

South Korea's famous kimchi is falling victim to climate change, with scientists, farmers and manufacturers saying the quality and quantity of the napa cabbage that is pickled to make the ubiquitous dish is suffering due to rising temperatures.
Napa cabbage thrives in cooler climates, and is usually planted in mountainous regions where temperatures during the key growing summer season once rarely rose above 25 Celsius (77 Fahrenheit).
Studies show that warmer weather brought about by climate change is now threatening these crops, so much so that South Korea might not be able to grow napa cabbage one day due to the intensifying heat, Reuters reported.
"We hope these predictions don’t come to pass," plant pathologist and virologist Lee Young-gyu said.
"Cabbage likes to grow in cool climate and adapts to a very narrow band of temperatures," Lee said. "The optimal temperatures are between 18 and 21 Celsius."
In the fields and in kitchens - both commercial and domestic - farmers and kimchi makers are already feeling the change.
Spicy, fermented kimchi is made from other vegetables such as radish, cucumber and green onion, but the most popular dish remains cabbage-based.
Describing the effect of higher temperatures on the vegetable, Lee Ha-yeon, who holds the designation of Kimchi Master from the Agriculture Ministry, said the heart of the cabbage "goes bad, and the root becomes mushy."
"If this continues, then in the summer time we might have to give up cabbage kimchi," said Lee, whose title reflects her contribution to food culture.
Data from the government statistics agency shows the area of highland cabbage farmed last year was less than half of what it was 20 years ago: 3,995 hectares compared to 8,796 hectares.
According to the Rural Development Administration, a state farming think tank, climate change scenarios project the farmed area to shrink dramatically in the next 25 years to just 44 hectares, with no cabbage grown in the highlands by 2090.
Researchers cite higher temperatures, unpredictable heavy rains and pests that become more difficult to control in the warmer and longer summers as the cause for the crop shrinkage.
A fungal infection that wilts the plant has also been particularly troublesome for farmers because it only becomes apparent very close to harvest.
Climate change adds to the challenges facing South Korea's kimchi industry, which is already battling lower-priced imports from China, which are mostly served in restaurants.
Customs data released on Monday showed kimchi imports through the end of July was up 6.9% at $98.5 million this year, almost all of it from China and the highest ever for the period.
So far, the government has relied on massive climate-controlled storage to prevent price spikes and shortages. Scientists are also racing to develop crop varieties that can grow in warmer climates and that are more resilient to large fluctuations in rainfall and infections.
But farmers like Kim Si-gap, 71, who has worked in the cabbage fields of the eastern region of Gangneung all his life, fear these varieties will be more expensive to grow in addition to not tasting quite right.
"When we see the reports that there will come a time in Korea when we can no longer grow cabbage, it was shocking on the one hand and also sad at the same time," Kim said.
"Kimchi is something we cannot not have on the table. What are we going to do if this happens?"



2 Private Lunar Landers Head Toward the Moon in Roundabout Journey

The Blue Ghost Mission 1 on a SpaceX Falcon 9 rocket lifts off from NASA's Launch Complex 39A at the agency's Kennedy Space Center in Cape Canaveral, Florida, USA, 15 January 2025. EPA/CRISTOBAL HERRERA-ULASHKEVICH
The Blue Ghost Mission 1 on a SpaceX Falcon 9 rocket lifts off from NASA's Launch Complex 39A at the agency's Kennedy Space Center in Cape Canaveral, Florida, USA, 15 January 2025. EPA/CRISTOBAL HERRERA-ULASHKEVICH
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2 Private Lunar Landers Head Toward the Moon in Roundabout Journey

The Blue Ghost Mission 1 on a SpaceX Falcon 9 rocket lifts off from NASA's Launch Complex 39A at the agency's Kennedy Space Center in Cape Canaveral, Florida, USA, 15 January 2025. EPA/CRISTOBAL HERRERA-ULASHKEVICH
The Blue Ghost Mission 1 on a SpaceX Falcon 9 rocket lifts off from NASA's Launch Complex 39A at the agency's Kennedy Space Center in Cape Canaveral, Florida, USA, 15 January 2025. EPA/CRISTOBAL HERRERA-ULASHKEVICH

In a two-for-one moonshot, SpaceX launched a pair of lunar landers Wednesday for US and Japanese companies looking to jumpstart business on Earth’s dusty sidekick.
The two landers rocketed away in the middle of the night from NASA’s Kennedy Space Center, the latest in a stream of private spacecraft aiming for the moon, The Associated Press reported. They shared the ride to save money but parted company an hour into the flight exactly as planned, taking separate roundabout routes for the monthslong journey.
It’s take 2 for the Tokyo-based ispace, whose first lander crashed into the moon two years ago. This time, it has a rover on board with a scoop to gather up lunar dirt for study and plans to test potential food and water sources for future explorers.
Lunar newcomer Texas-based Firefly Aerospace is flying 10 experiments for NASA, including a vacuum to gather dirt, a drill to measure the temperature below the surface and a device that could be used by future moonwalkers to keep the sharp, abrasive particles off their spacesuits and equipment.
Firefly’s Blue Ghost — named after a species of US Southeastern fireflies — should reach the moon first. The 6-foot-6-inches-tall (2-meter-tall) lander will attempt a touchdown in early March at Mare Crisium, a volcanic plain in the northern latitudes.
The slightly bigger ispace lander named Resilience will take four to five months to get there, targeting a touchdown in late May or early June at Mare Frigoris, even farther north on the moon’s near side.
“We don’t think this is a race. Some people say ‘race to the moon,’ but it’s not about the speed,” ispace’s founder CEO Takeshi Hakamada said this week from Cape Canaveral.
Both Hakamada and Firefly CEO Jason Kim acknowledge the challenges still ahead, given the wreckage littering the lunar landscape. Only five countries have successfully placed spacecraft on the moon since the 1960s: the former Soviet Union, the US, China, India and Japan.
“We’ve done everything we can on the design and the engineering,” Kim said. Even so, he pinned an Irish shamrock to his jacket lapel Tuesday night for good luck.
The US remains the only one to have landed astronauts. NASA’s Artemis program, the successor to Apollo, aims to get astronauts back on the moon by the end of the decade.
Before that can happen, “we’re sending a lot of science and a lot of technology ahead of time to prepare for that,” NASA's science mission chief Nicky Fox said on the eve of launch.
If acing their respective touchdowns, both spacecraft will spend two weeks operating in constant daylight, shutting down once darkness hits.
Once lowered onto the lunar surface, ispace’s 11-pound (5-kilogram) rover will stay near the lander, traveling up to hundreds of yards (meters) in circles at a speed of less than one inch (a couple centimeters) per second. The rover has its own special delivery to drop off on the lunar dust: a toy-size red house designed by a Swedish artist.
NASA is paying $101 million to Firefly for the mission and another $44 million for the experiments. Hakamada declined to divulge the cost of ispace’s rebooted mission with six experiments, saying it's less than the first mission that topped $100 million.
Coming up by the end of February is the second moonshot for NASA by Houston-based Intuitive Machines. Last year, the company achieved the first US lunar touchdown in more than a half-century, landing sideways near the south pole but still managing to operate.