Building on mature big data and artificial intelligence technologies, Chinese scientists have developed a targeted system for land degradation management on the Arabian Peninsula, which can be used to support governance decisions in the region, an expert said.
At the ongoing 16th session of the Conference of the Parties of the United Nations Convention to Combat Desertification in Riyadh, Li Xiaosong and his team from the Chinese Academy of Sciences' Aerospace Information Research Institute showcased the system, garnering interest from representatives of several countries.
"We are using big data to support the achievement of sustainable development goals," he said, adding that they are generating models and algorithms to facilitate governance decisions of policymakers.
To build these models and algorithms, the scientists first generated a large database, including remote-sensing data, ground observation data and reports from various regions, and then combined it with over 40 years of China's desertification control experience and various new technologies, Li said.
Since COP16 opened in the Saudi capital on Dec 2, Li has showcased the system both at the China Pavilion and during multinational discussions.
Through a mobile application called LDN Tracker, users can select any location and the platform will provide information about the area's land status, including historical evolution, production capacity, as well as climate conditions such as precipitation and temperature.
The system can provide precise recommendations for policymakers based on the type of degradation, whether it is wind erosion, water erosion or erosion caused by salinization, Li said.
"In August, Saudi Arabia invited us to conduct a training session to discuss how to use China's sand management experience and its science and technology," he said.
Now, in approximately one-third of Saudi Arabia's southwestern region, the system will be introduced, along with Chinese machinery and automation technology, among other things, to carry out land management and afforestation, he added.
The Chinese solution developed by Li and his team has received warm welcome at COP16.
Amos T. Kabo-Bah, from the University of Energy and Natural Resources in Ghana, wrote in an email sent to Li that the innovative system for achieving land degradation neutrality in the Arab region has made a strong impression on him.
"We are reaching out to propose a detailed discussion on potential areas for collaboration," Kabo-Bah wrote.
Cesar Luis Garcia, an innovation technologist from Argentina, said in a separate email sent to Li that he and his team are "deeply impressed" by the system and the comprehensive report on achieving land degradation neutrality in the Arab region.
"Your initiative demonstrates an inspiring commitment to tackling land degradation challenges, and we believe it has tremendous potential for broader impact," Garcia wrote.
Li said he has received numerous such emails requesting cooperation since the system was presented at COP16. "To develop such a globally leading system, we have taken advantages of China's experience in desertification control over 40 years and the development in remote-sensing big data," he added.
In 1978, China initiated the Three-North Shelterbelt Forest Program in 13 northern provinces and regions, implementing tailored afforestation, sand fixation and ecosystem restoration methods. Currently, the forest coverage in the project area has increased from around 5 percent in the 1980s to nearly 14 percent.
China became a signatory to the United Nations Convention to Combat Desertification in 1994.
Guan Zhi'ou, head of the Chinese delegation to COP16 and director of the National Forestry and Grassland Administration, said that China has already achieved some of UN's 2030 Sustainable Development Goals ahead of schedule, including achieving a double reduction in desertification and sandy land, becoming the first country to achieve the goal of zero net growth in land degradation.
"China now boasts the world's largest area of planted forests and is the biggest contributor to global greening," Guan said.
Hussein Nasrallah, an official at Lebanon's Ministry of Agriculture, said in an interview with China Daily on the sidelines of COP16 that people in his country want to transform almost desert-like and once-barren areas into green spaces, which is not an easy task.
"We have witnessed how China has addressed land degradation and other global environmental issues. China is showing the world how to effectively tackle these problems, and we can learn from its approach," he said.
Nasrallah said he hopes that more countries, Lebanon in particular, can cooperate with China to address the issue of desertification.
"China came to us and showed us how these technologies can help solve problems. In dry areas with little water, they use plants that can survive with almost no water. Some of these plants even produce flowers and fruits, bringing profits for the locals, which is amazing. These are very important and brilliant solutions," he added.
中新经纬1月11日电 (常涛)近日，一张三七互娱创始人、董事长李逸飞的朋友圈截图被热传。李逸飞在评论一篇文章时提到，“我们的父辈都是周六工作，为什么到我们就周六要休息，人为什么一定要周六休息？一定有人私下或者心理 共建“一带一路”倡议提出十年来，从亚欧大陆扩展至全球，为许多人带去了更好的发展机遇。与此同时，在某些西方媒体的宣传中，“债务陷阱”等阴谋论字眼却甚嚣尘上。中国日报起底工作室针对这一说法 中国经济导报 中国发展网讯 2月20日，龙年春节热闹欢乐的氛围还未散去，甘肃成县就以开局就是决战的干劲、起步就是冲刺的拼劲的崭新面貌召开2024年工作务虚会，聚焦县域经济高质量发展，围绕“2023年怎么看，2 新华社兰州2月21日电（记者郁琼源、张晓洁）农业农村部部长唐仁健21日说，要坚持“守底线、增动力、促振兴”协同推进，聚焦增强脱贫地区和脱贫群众内生发展动力，持续加强防止返贫监测帮扶，加快建立农村低收入 2023年能源投资保持快速增长(新数据 新看点) 新能源完成投资额同比增长超34% 本报北京2月22日电 (记者丁怡婷)记者近日从国家能源局获悉：2023年，我国能源投资保持快速增长，据监测，全国在建和年内拟开工能源重点 加拿大将要求钢铁进口商填报“熔化和浇注国家”信息 中新网多伦多2月22日电 (记者 余瑞冬)加拿大政府要求，从今年11月5日开始，根据加拿大钢铁进口监测计划，钢铁进口商在填写进口报关单时，将需要向加边境服务局报告 。本文链接：Chinese solution on land degradation wins applaudhttp://www.sushuapos.com/show-5-38190-0.html
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