科技赋能奏响“春耕进行曲” 一起到田间地头领略“智慧”春景

Group 1: Agricultural Practices and Innovations - The promotion of "two harvests in one season" through the cultivation of regenerative rice is being implemented in Yunmeng County, Hubei Province, allowing farmers to achieve double yields from the same land [1][4] - In Yunmeng County, the average yield of regenerative rice can reach 2,700 pounds per acre, which is an increase of approximately 700 pounds compared to other rice varieties [4] - The use of improved seedling formulas and expert guidance for field management has led to a significant enhancement in seedling quality this year [2] Group 2: Water Management for Agriculture - In Nanchang, Jiangxi Province, efforts are underway to ensure sufficient irrigation water supply for spring farming, including the repair of irrigation facilities and the introduction of external water sources [5][9] - The area of early rice sowing in Nanchang has reached 1.48 million acres, with over 70% of the planting completed [8] - The local government is actively coordinating with various departments to maintain and repair irrigation infrastructure, including pump stations and water source projects [9] Group 3: Corn Seed Production - In Ningxia, the planting season for seed corn has begun, with a focus on hybrid corn parent plants that will later be cross-pollinated to produce seed corn [10][12] - The planned area for seed corn cultivation in Qingtongxia City is over 60,000 acres, with an expected production of 27 million kilograms of corn seeds primarily for the southwestern region [12] Group 4: Winter Wheat Management - In Changji, Xinjiang, technological methods are being utilized to enhance the management of 1.48 million acres of winter wheat, particularly during the critical growth stage [13][17] - The use of drones for spraying fertilizers has significantly reduced the time required for field management, completing tasks in just 2 hours compared to the traditional method which took a full day [13] - The implementation of row spacing adjustments in planting techniques has led to more uniform seed distribution, improving overall crop yield [15]