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N China’s Cangzhou turns saline-alkali land into productive wheat fields

By News Desk 14 min read

Source Xinhua, Dawn, Arab News, Anadolu and Minute Mirror

N China’s Cangzhou turns saline-alkali land into productive wheat fields
N China’s Cangzhou turns saline-alkali land into productive wheat fields

Technicians arrange wheat exhibits at the national technical innovation center for comprehensive utilization of saline-alkali land in Cangzhou, north China’s Hebei Province, June 5, 2026.

Saline and alkaline soil is dubbed the “incurable disease” of land due to its low yield characteristics. And parts of the land in Cangzhou City had been eroded by a high level of soil salinization and had little hope of seeing a high yield of wheat for many years.

In recent years, the city has cultivated wheat varieties featuring high salinity and alkalinity tolerance. The city has also improved production and cultivation technologies, which effectively increase wheat yields. A comprehensive wheat industrial chain ranging from planting to marketing has gradually been established here. (Xinhua/Wang Fei)

N China’s Cangzhou turns saline-alkali land into productive wheat fields

A visitor takes a photo of “mianhua,” or decorative steamed bun, displayed at a food processing company in Huanghua City, Cangzhou, north China’s Hebei Province, June 6, 2026.

Saline and alkaline soil is dubbed the “incurable disease” of land due to its low yield characteristics. And parts of the land in Cangzhou City had been eroded by a high level of soil salinization and had little hope of seeing a high yield of wheat for many years.

In recent years, the city has cultivated wheat varieties featuring high salinity and alkalinity tolerance. The city has also improved production and cultivation technologies, which effectively increase wheat yields. A comprehensive wheat industrial chain ranging from planting to marketing has gradually been established here. (Xinhua/Wang Fei)

N China’s Cangzhou turns saline-alkali land into productive wheat fields

A harvester operates at a saline-alkali wheat field in Jiucheng Town of Huanghua City, Cangzhou, north China’s Hebei Province, June 5, 2026.

Saline and alkaline soil is dubbed the “incurable disease” of land due to its low yield characteristics. And parts of the land in Cangzhou City had been eroded by a high level of soil salinization and had little hope of seeing a high yield of wheat for many years.

In recent years, the city has cultivated wheat varieties featuring high salinity and alkalinity tolerance. The city has also improved production and cultivation technologies which effectively increase wheat yields. A comprehensive wheat industrial chain ranging from planting to marketing has gradually been established here. (Xinhua/Niu Hairong)

N China’s Cangzhou turns saline-alkali land into productive wheat fields

A technician tests saline-alkali wheat at the national technical innovation center for comprehensive utilization of saline-alkali land in Cangzhou, north China’s Hebei Province, June 5, 2026.

Saline and alkaline soil is dubbed the “incurable disease” of land due to its low yield characteristics. And parts of the land in Cangzhou City had been eroded by a high level of soil salinization and had little hope of seeing a high yield of wheat for many years.

In recent years, the city has cultivated wheat varieties featuring high salinity and alkalinity tolerance. The city has also improved production and cultivation technologies which effectively increase wheat yields. A comprehensive wheat industrial chain ranging from planting to marketing has gradually been established here. (Xinhua/Zhou Mu)

N China’s Cangzhou turns saline-alkali land into productive wheat fields

A farmer arranges newly-harvested saline-alkali wheat in Jiucheng Town of Huanghua City, Cangzhou, north China’s Hebei Province, June 5, 2026.

Saline and alkaline soil is dubbed the “incurable disease” of land due to its low yield characteristics. And parts of the land in Cangzhou City had been eroded by a high level of soil salinization and had little hope of seeing a high yield of wheat for many years.

In recent years, the city has cultivated wheat varieties featuring high salinity and alkalinity tolerance. The city has also improved production and cultivation technologies which effectively increase wheat yields. A comprehensive wheat industrial chain ranging from planting to marketing has gradually been established here. (Xinhua/Niu Hairong)

N China’s Cangzhou turns saline-alkali land into productive wheat fields

Farmers check newly-harvested saline-alkali wheat in Jiucheng Town of Huanghua City, Cangzhou, north China’s Hebei Province, June 5, 2026.

Saline and alkaline soil is dubbed the “incurable disease” of land due to its low yield characteristics. And parts of the land in Cangzhou City had been eroded by a high level of soil salinization and had little hope of seeing a high yield of wheat for many years.

In recent years, the city has cultivated wheat varieties featuring high salinity and alkalinity tolerance. The city has also improved production and cultivation technologies which effectively increase wheat yields. A comprehensive wheat industrial chain ranging from planting to marketing has gradually been established here. (Xinhua/Huang Xiaobang)

N China’s Cangzhou turns saline-alkali land into productive wheat fields

An aerial drone photo taken on June 5, 2026 shows saline-alkali wheat fields in Huanghua City, Cangzhou, north China’s Hebei Province.

Saline and alkaline soil is dubbed the “incurable disease” of land due to its low yield characteristics. And parts of the land in Cangzhou City had been eroded by a high level of soil salinization and had little hope of seeing a high yield of wheat for many years.

In recent years, the city has cultivated wheat varieties featuring high salinity and alkalinity tolerance. The city has also improved production and cultivation technologies which effectively increase wheat yields. A comprehensive wheat industrial chain ranging from planting to marketing has gradually been established here. (Xinhua/Zhou Mu)

N China’s Cangzhou turns saline-alkali land into productive wheat fields

Technicians check the growth of saline-alkali wheat at a test field in the Zhongjie Industrial Park in Cangzhou, north China’s Hebei Province, June 5, 2026.

Saline and alkaline soil is dubbed the “incurable disease” of land due to its low yield characteristics. And parts of the land in Cangzhou City had been eroded by a high level of soil salinization and had little hope of seeing a high yield of wheat for many years.

In recent years, the city has cultivated wheat varieties featuring high salinity and alkalinity tolerance. The city has also improved production and cultivation technologies which effectively increase wheat yields. A comprehensive wheat industrial chain ranging from planting to marketing has gradually been established here. (Xinhua/Zhou Mu)

N China’s Cangzhou turns saline-alkali land into productive wheat fields

A farmer checks newly-harvested saline-alkali wheat in Jiucheng Town of Huanghua City, Cangzhou, north China’s Hebei Province, June 5, 2026.

Saline and alkaline soil is dubbed the “incurable disease” of land due to its low yield characteristics. And parts of the land in Cangzhou City had been eroded by a high level of soil salinization and had little hope of seeing a high yield of wheat for many years.

In recent years, the city has cultivated wheat varieties featuring high salinity and alkalinity tolerance. The city has also improved production and cultivation technologies which effectively increase wheat yields. A comprehensive wheat industrial chain ranging from planting to marketing has gradually been established here. (Xinhua/Niu Hairong)

N China’s Cangzhou turns saline-alkali land into productive wheat fields

Farmers watch the harvest of saline-alkali wheat by machines in Jiucheng Town of Huanghua City, Cangzhou, north China’s Hebei Province, June 5, 2026.

Saline and alkaline soil is dubbed the “incurable disease” of land due to its low yield characteristics. And parts of the land in Cangzhou City had been eroded by a high level of soil salinization and had little hope of seeing a high yield of wheat for many years.

In recent years, the city has cultivated wheat varieties featuring high salinity and alkalinity tolerance. The city has also improved production and cultivation technologies which effectively increase wheat yields. A comprehensive wheat industrial chain ranging from planting to marketing has gradually been established here. (Xinhua/Huang Xiaobang)

N China’s Cangzhou turns saline-alkali land into productive wheat fields

A technician shows cookies made from saline-alkali wheat at the national technical innovation center for comprehensive utilization of saline-alkali land in Cangzhou, north China’s Hebei Province, June 5, 2026.

Saline and alkaline soil is dubbed the “incurable disease” of land due to its low yield characteristics. And parts of the land in Cangzhou City had been eroded by a high level of soil salinization and had little hope of seeing a high yield of wheat for many years.

In recent years, the city has cultivated wheat varieties featuring high salinity and alkalinity tolerance. The city has also improved production and cultivation technologies which effectively increase wheat yields. A comprehensive wheat industrial chain ranging from planting to marketing has gradually been established here. (Xinhua/Huang Wei)

N China’s Cangzhou turns saline-alkali land into productive wheat fields

A staff member shows “mianhua,” or decorative steamed bun, at a food processing company in Huanghua City, Cangzhou, north China’s Hebei Province, June 6, 2026.

Saline and alkaline soil is dubbed the “incurable disease” of land due to its low yield characteristics. And parts of the land in Cangzhou City had been eroded by a high level of soil salinization and had little hope of seeing a high yield of wheat for many years.

In recent years, the city has cultivated wheat varieties featuring high salinity and alkalinity tolerance. The city has also improved production and cultivation technologies which effectively increase wheat yields. A comprehensive wheat industrial chain ranging from planting to marketing has gradually been established here. (Xinhua/Huang Wei)

N China’s Cangzhou turns saline-alkali land into productive wheat fields

A drone photo shows farmers arranging the harvested saline-alkali wheat in Jiucheng Town of Huanghua City, Cangzhou, north China’s Hebei Province, June 5, 2026.

Saline and alkaline soil is dubbed the “incurable disease” of land due to its low yield characteristics. And parts of the land in Cangzhou City had been eroded by a high level of soil salinization and had little hope of seeing a high yield of wheat for many years.

In recent years, the city has cultivated wheat varieties featuring high salinity and alkalinity tolerance. The city has also improved production and cultivation technologies which effectively increase wheat yields. A comprehensive wheat industrial chain ranging from planting to marketing has gradually been established here. (Xinhua/Huang Wei)

N China’s Cangzhou turns saline-alkali land into productive wheat fields

Technicians check the growth of saline-alkali wheat at a test field in the Zhongjie Industrial Park in Cangzhou, north China’s Hebei Province, June 5, 2026.

Saline and alkaline soil is dubbed the “incurable disease” of land due to its low yield characteristics. And parts of the land in Cangzhou City had been eroded by a high level of soil salinization and had little hope of seeing a high yield of wheat for many years.

In recent years, the city has cultivated wheat varieties featuring high salinity and alkalinity tolerance. The city has also improved production and cultivation technologies which effectively increase wheat yields. A comprehensive wheat industrial chain ranging from planting to marketing has gradually been established here. (Xinhua/Huang Xiaobang)

N China’s Cangzhou turns saline-alkali land into productive wheat fields

Zhang Weijun, a senior researcher, analyzes soil salinity level at the Zhongjie Industrial Park in Cangzhou, north China’s Hebei Province, June 5, 2026.

Saline and alkaline soil is dubbed the “incurable disease” of land due to its low yield characteristics. And parts of the land in Cangzhou City had been eroded by a high level of soil salinization and had little hope of seeing a high yield of wheat for many years.

In recent years, the city has cultivated wheat varieties featuring high salinity and alkalinity tolerance. The city has also improved production and cultivation technologies which effectively increase wheat yields. A comprehensive wheat industrial chain ranging from planting to marketing has gradually been established here. (Xinhua/Zhou Mu)

N China’s Cangzhou turns saline-alkali land into productive wheat fields

A technician arranges wheat samples at the Zhongjie Industrial Park in Cangzhou, north China’s Hebei Province, June 5, 2026.

Saline and alkaline soil is dubbed the “incurable disease” of land due to its low yield characteristics. And parts of the land in Cangzhou City had been eroded by a high level of soil salinization and had little hope of seeing a high yield of wheat for many years.

In recent years, the city has cultivated wheat varieties featuring high salinity and alkalinity tolerance. The city has also improved production and cultivation technologies which effectively increase wheat yields. A comprehensive wheat industrial chain ranging from planting to marketing has gradually been established here. (Xinhua/Wang Fei)

N China’s Cangzhou turns saline-alkali land into productive wheat fields

Technicians check the growth of saline-alkali wheat at a test field in the Zhongjie Industrial Park in Cangzhou, north China’s Hebei Province, June 5, 2026.

Saline and alkaline soil is dubbed the “incurable disease” of land due to its low yield characteristics. And parts of the land in Cangzhou City had been eroded by a high level of soil salinization and had little hope of seeing a high yield of wheat for many years.

In recent years, the city has cultivated wheat varieties featuring high salinity and alkalinity tolerance. The city has also improved production and cultivation technologies, which effectively increase wheat yields. A comprehensive wheat industrial chain ranging from planting to marketing has gradually been established here. (Xinhua/Niu Hairong)

N China’s Cangzhou turns saline-alkali land into productive wheat fields

This photo taken on June 5, 2026 shows wheat breeding records made in the 1960s at the Zhongjie Industrial Park in Cangzhou, north China’s Hebei Province.

Saline and alkaline soil is dubbed the “incurable disease” of land due to its low yield characteristics. And parts of the land in Cangzhou City had been eroded by a high level of soil salinization and had little hope of seeing a high yield of wheat for many years.

In recent years, the city has cultivated wheat varieties featuring high salinity and alkalinity tolerance. The city has also improved production and cultivation technologies which effectively increase wheat yields. A comprehensive wheat industrial chain ranging from planting to marketing has gradually been established here. (Xinhua/Wang Fei)

N China’s Cangzhou turns saline-alkali land into productive wheat fields

Technicians check wheat of different varieties at the national technical innovation center for comprehensive utilization of saline-alkali land in Cangzhou, north China’s Hebei Province, June 5, 2026.

Saline and alkaline soil is dubbed the “incurable disease” of land due to its low yield characteristics. And parts of the land in Cangzhou City had been eroded by a high level of soil salinization and had little hope of seeing a high yield of wheat for many years.

In recent years, the city has cultivated wheat varieties featuring high salinity and alkalinity tolerance. The city has also improved production and cultivation technologies which effectively increase wheat yields. A comprehensive wheat industrial chain ranging from planting to marketing has gradually been established here. (Xinhua/Wang Fei)

N China’s Cangzhou turns saline-alkali land into productive wheat fields

Staff members make “mianhua,” or decorative steamed buns, at a food processing company in Huanghua City, Cangzhou, north China’s Hebei Province, June 6, 2026.

Saline and alkaline soil is dubbed the “incurable disease” of land due to its low yield characteristics. And parts of the land in Cangzhou City had been eroded by a high level of soil salinization and had little hope of seeing a high yield of wheat for many years.

In recent years, the city has cultivated wheat varieties featuring high salinity and alkalinity tolerance. The city has also improved production and cultivation technologies, which effectively increase wheat yields. A comprehensive wheat industrial chain ranging from planting to marketing has gradually been established here. (Xinhua/Huang Wei)

N China’s Cangzhou turns saline-alkali land into productive wheat fields

Farmers check the harvested saline-alkali wheat in Jiucheng Town of Huanghua City, Cangzhou, north China’s Hebei Province, June 5, 2026.

Saline and alkaline soil is dubbed the “incurable disease” of land due to its low yield characteristics. And parts of the land in Cangzhou City had been eroded by a high level of soil salinization and had little hope of seeing a high yield of wheat for many years.

In recent years, the city has cultivated wheat varieties featuring high salinity and alkalinity tolerance. The city has also improved production and cultivation technologies, which effectively increase wheat yields. A comprehensive wheat industrial chain ranging from planting to marketing has gradually been established here. (Xinhua/Huang Wei)

N China’s Cangzhou turns saline-alkali land into productive wheat fields

A drone photo shows technicians checking the growth of saline-alkali wheat at a test field in the Zhongjie Industrial Park in Cangzhou, north China’s Hebei Province, June 5, 2026.

Saline and alkaline soil is dubbed the “incurable disease” of land due to its low yield characteristics. And parts of the land in Cangzhou City had been eroded by a high level of soil salinization and had little hope of seeing a high yield of wheat for many years.

In recent years, the city has cultivated wheat varieties featuring high salinity and alkalinity tolerance. The city has also improved production and cultivation technologies, which effectively increase wheat yields. A comprehensive wheat industrial chain ranging from planting to marketing has gradually been established here. (Xinhua/Huang Wei)

Reference Link:- https://english.news.cn/20260608/426288b42e6e4131a176c650b7654678/c.html

Prof. Engr. Zamir Ahmed Awan
Prof. Engr. Zamir Ahmed Awan Founder & Chair, Global Silk Route Research Alliance

Zamir Ahmed Awan is the founder and Chair of the Global Silk Route Research Alliance, a think tank in Islamabad. He studied engineering at Shanghai University in the 1980s, and years later he went back to China as Pakistan's science counsellor in Beijing, from 2010 until 2016, working on science and higher education cooperation between the two countries.…

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