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High-tech boosts Yunnan flower industry

China

China

China

High-tech boosts Yunnan flower industry

2025-01-01 20:55 Last Updated At:21:17

Yunnan Province, known as "Flower Kingdom" in southwest China, has made breakthroughs in its flower seed industry with self-grown varieties and smart agriculture.

The provincial capital Kunming claims favorable conditions for flower cultivation. Geographically positioned in low latitude and high altitude, plus sufficient sunshine even in winder, various new flower strains thrive in breeding greenhouses.

At the Flower Research Institute of the Yunnan Academy of Agricultural Sciences, researchers have developed a novel variety with rich fragrance.

"It has not been registered as a new variety as yet, but it's of very, very good phenotypic trait. Both its parents have strong fragrance, so is this variety. Many rose varieties in the market are actually not fragrant at all. So, we should pioneer a new track that is different from foreign breeding," said Cai Yanfei, a researcher at the institute.

China's homegrown flower varieties account less than a quarter of the market, which means merchants and consumers have to pay patent fees ranging from 3 to 12 percent of the price of flowers sold at market. And this is a bottleneck the institute has try to break.

Lisianthus or eustoma is one of the most popular flower varieties in the Chinese market, and its seeds used to be completely imported, at the cost of 6,400 yuan (about 877 U.S. dollars) per gram. Now, the institute has make breakthroughs in key breeding technologies to end this reliance.

"We adopted the efficient somatic embryogenesis approach to develop somatic embryos of lisianthus, from which we obtained lisianthus seedlings in large quantities. Thus the seedlings from our scaled production broke the monopoly of foreign seed industry on lisianthus seeds. We don't have to buy those expensive seeds any more," said Li Fan, another researcher at the institute.

High-tech applications have also been introduced to the planting process, like smart greenhouses which automatically controls fans, skylights, and sunshades according to the light, temperature, and moisture required by the plants. The combination of standardized management, integrated water and fertilizer systems, and soilless cultivation modes has greatly shortened the planting cycle and increased yields, attracting more and more flower growers.

"Our intelligent greenhouses like this can harvest six or seven times a year, at a yield of 2.4 million to 2.7 million flower plants per hectare," said Sun Xiaoming, associate professor of the China Agricultural University.

There is also a standardized and intelligent processing and sorting system, where plants will be accurately classified by length and size before packaging. The flowers will then be placed in cold storage and transported to consumers through a full cold-chain logistics system.

The high-tech support has ensured higher quality and longer blooming period for these fresh cut flowers.

High-tech boosts Yunnan flower industry

High-tech boosts Yunnan flower industry

A new China Global Television Network (CGTN) documentary explores how the historic Long March spirit is driving modern innovation, as young Chinese researchers and engineers are channeling this relentless drive to overcome critical bottlenecks in the EV and AI industries.

Titled "The Source of AI: Not a Single Rock Goes to Waste", the documentary highlights the pioneering journeys of Zhong Yu and He Pengyu.

Two years ago, Zhong made a pivotal career shift, leaving a long-established automaker to return to China and join Farasis Energy, a homegrown battery manufacturer based in Ganzhou City of east China's Jiangxi Province.

Working around the clock, Zhong and his team are developing solid-state batteries. This next-generation technology promises higher energy density and enhanced safety, having the potential to completely disrupt the current automotive landscape.

Through his research, Zhong is determined to establish China as a global leader in the battery sector.

While Zhong focuses on the power sources of the future, He Pengyu is tackling the foundational raw materials required for the EV and AI boom.

The rapid expansion of these sectors has triggered a massive surge in demand for copper and rare earth elements. However, extracting and separating these valuable minerals from raw ore has long been a formidable technical hurdle.

Without advanced equipment, China's mining industry once relied on grueling, inefficient manual sorting.

Determined to change this paradigm after returning from his studies in France, He founded HPY Sorting. The company has developed a revolutionary AI-driven optical ore sorting system capable of automatically separating waste rock from valuable ore.

Processing up to 300 tons of ore per hour, this intelligent sorting technology is now deployed in mines across the world, replacing tasks that once relied on human experience with precision-driven algorithms and automated machinery.

He Pengyu hopes that through his innovation, not a single rock goes to waste.

The documentary is part of CGTN's "Breaking Through" series, which traces China's journey from the historic Long March undertaken by the Red Army nine decades ago to its modern-day achievements, highlighting the resilience, ingenuity, and determination of its people.

Long March spirit drives critical breakthroughs in China's EV, AI industries: documentary

Long March spirit drives critical breakthroughs in China's EV, AI industries: documentary

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