民革党员、海南大学乡村治理系副主任田少卿在2026“十五五·同心聚力自贸港”沙龙上建议,通过科技赋能、供应链导向的“揭榜挂帅”机制、跨境信息服务生态和高端品牌路径,解决海南热带特色高效农业成果转化难、信息服务缺位、品牌价值未释放等问题,推动产业高质量发展。
AI-generated summary
海南热带特色高效农业是重要产业,封关运作后享受零关税和加工增值免关税政策,但存在成果转化难、信息服务缺位、品牌价值未释放等问题。南繁硅谷已聚集2800余家企业,种业年产值超200亿元,AI育种模型将育种周期压缩至3-5年。
中新网海口9月22日电 (张月和)“以科技赋能推动热带特色高效农业高质量发展。”21日在海口举行的2026“十五五·同心聚力自贸港”四期沙龙暨民革中山议政堂活动上,长期关注海南热带特色高效农业发展的民革党员、海南大学乡村治理系副主任田少卿结合自身实践调研如是建言。
热带特色高效农业是海南的一张王牌。封关运作后,“零关税”降低了生产成本,“加工增值免关税”为农产品精深加工创造了巨大优势。但在实践中,田少卿发现,海南农业产业发展存在成果转化难、信息服务缺位、品牌价值未释放等突出问题。
在海南,南繁硅谷已集聚2800余家企业,种业年产值突破200亿元,AI育种模型将传统育种周期压缩至3至5年,技术实力不可小觑。但科研与产业链脱节,成果“出不了实验室、进不了生产线”。
田少卿建议,推行以供应链为导向的“揭榜挂帅”机制,形成“企业出题、院所答题、市场评价、利益反哺”的闭环,同时大力培育南繁种业CRO新业态,盘活育种技术资源。
目前,海南尚未形成市场化的农业信息服务生态。但海南正在推动建设国际热带农产品交易中心和拍卖中心,采用现货拍卖、订单拍卖等多种方式,解决交易信息不对称的痛点,提升海南农产品的定价话语权。
对此,田少卿提出,加快构建跨境热带特色农业信息服务生态系统,让数据成为农业发展的“新农资”。
海南现正加快打造“海南鲜品”等区域公用品牌。面对品牌“有名无实”、地理标志产品“有市无价”等问题,田少卿认为,要确立“往高端走、往线上走、往国际走”的品牌路径,搭建基于生鲜冷链物流的品牌宣传渠道,让“桥头地瓜”“三亚芒果”等金字招牌真正转化为市场竞争力。
“产业融合是最实的发展动能。”站在“十五五”的新起点,田少卿表示,要以科技赋能激活产业活力,加快海南热带特色高效农业产业发展。(完)
AI outlook — possibilities, not facts
海南将加快构建跨境热带特色农业信息服务生态系统,让数据成为农业发展的新农资。
Likely · Within months
海南热带特色高效农业将通过往高端走、往线上走、往国际走的品牌路径,实现区域公用品牌的市场竞争力提升。
Possible · Within years
The passion fruit planting base in Shuibei Village, Dam Town, Heyuan City is ushering in the golden passion fruit mature season. The planting area is 300 acres, the yield per mu is about 3,000 kilograms, and the total output is expected to reach 1 million kilograms. The fruit is golden and juicy, and the supply exceeds demand. The picking cycle lasts from summer and autumn to early winter, and is mainly sold to the Pearl River Delta region. The person in charge of the base said that the peak picking period will last until December, and weeding operations will be carried out after the harvest to manage and protect the fruit trees. This industry contributes to rural revitalization and attracts villagers to work nearby.
At present, autumn grains across the country are entering the harvest season one after another. Rice in the southwest has entered its peak harvest. Guizhou has increased subsidies for the purchase of small agricultural machinery, adding more than 220,000 units. The rice harvest in the hilly areas of Sichuan has exceeded 11 million acres; Liuhe, Jilin, in the northeast Rice harvest has begun in Tongjiang, Heilongjiang, and corn is gradually maturing in the Huang-Huai-Hai region. Various places are seizing the window of fine weather to harvest and dry. Huaxian, Henan, Yuncheng, Shandong and other places have organized emergency service teams and drying points to operate at full capacity to ensure that grain particles are returned to warehouses.

The Shandong main event of the 2026 Chinese Farmers Harvest Festival was held on September 22 in Tianjiadianzi Village, Ju County, Rizhao City. The event showcased agricultural modernization achievements such as the construction of Shandong rural revitalization areas, smart agricultural machinery and equipment, integrated water and fertilizer technology, and marine ranching through 11 exhibition areas.
The 2026 Yunnan Dry Hot Valley Fig Industry Development Conference was held in Dongchuan, Kunming. Experts from China, Turkey, and Iran conducted exchanges around planting, breeding, and trade. The Yunnan Provincial Experts Association Fig Industry Professional Committee was established on the same day, aiming to promote the transformation of the Dongchuan fig industry from climate advantages to industrial advantages.

On September 21, an on-site observation meeting for the creation and application demonstration of corn smart farm model was held in Gongzhuling, Jilin. The base was built by the Jilin Provincial Academy of Agricultural Sciences and Jilin Provincial Jingfa Agricultural Industry Development Co., Ltd. to achieve digital and precise management of corn planting through drones, intelligent robot dogs and 5G data platforms.

Ma Tengjiang, a 67-year-old farmer in Ningcheng County, Inner Mongolia, uses his mobile phone to remotely monitor the moisture, seedlings and insect conditions of 260 acres of corn fields through a smart agricultural management platform. This digital system achieves precise irrigation and fertilization, significantly improves farmland management efficiency, helps increase per-acre yield and reduces resource consumption.