（来源：饲料行业信息网） 新浪合作大平台期货开户 安全快捷有保障 在托里镇基布克村，养殖能手欧仁巴的养殖基地一派富足景象：青贮窖、草料棚堆满各类饲草，羊圈内 牛羊膘肥体壮，正惬意采食。"家里养了350只羊、100多头牛、20多匹马，越冬饲草料必须提前备 足。"欧仁巴一边给牲畜添料，一边介绍，他储备了200多吨青贮，4000多捆苜蓿和玉米秆，还有30吨棉 壳和棉渣，专门供给产羔期牲畜食用。 为确保饲草品质、降低养殖成本，欧仁巴坚持自种苜蓿、科学管护。"自家种的苜蓿高蛋白、营养足， 牛羊吃了长膘快。"他算了一笔账，苜蓿地已种植5年，今年收获了2000多捆苜蓿，足够牲畜食用三个 月。 目光移至八家户农场牧业一队，养殖大户阿曼别克?布里山的养殖大院同样储备充足。青贮饲料堆成小 山，苜蓿草捆码放整齐，他正忙着清点存量、规划来年养殖。"家里有近100头牛、100头马，饲草料储 备是每年的头等大事。"阿曼别克?布里山介绍，今年夏天储备的苜蓿和青贮，从明年一月份开始投喂， 预计能供应到5月份。其中3月份的牲畜产仔期，还要增加投喂量，整个草料储备投入约18万元。 深谙"粮草先行"之道的阿曼别克?布里山，充分盘活自有草场资源，种 ...

大力发展农业新质生产力，加快农业新技术推广应用。提升农业科技创新体系整体效能，加强国家农业 科技战略力量建设，推进农业科技力量协同攻关，提升农业科技策源能力和自主创新能力。加快推动传 统种养业提质增效、转型升级。深入实施种业振兴行动，加快核心种源技术攻关，实施生物育种重大专 项。加力实施农机装备补短板行动，推进高端智能、丘陵山区适用农机装备研发应用，促进良田良种良 机良法集成增效。培育壮大农业领域新兴产业和未来产业。实施智慧农业建设工程，拓展大数据、农业 机器人、人工智能等在农业农村领域应用场景。推进农业废弃物资源化、材料化、能源化利用，加快农 业发展绿色转型。 新华财经北京12月24日电 国家发展改革委24日在其官方微信号上发布的题为《加快农业农村现代化 扎 实推进乡村全面振兴》文章中表示，准确把握"十五五"加快农业农村现代化、扎实推进乡村全面振兴的 总体思路和重大任务。 其中具体提到，提升农业综合生产能力和质量效益，确保粮食和重要农产品稳定安全供给。加力实施新 一轮千亿斤粮食产能提升行动，在巩固提升口粮的基础上，主攻玉米和大豆，稳步扩大青贮玉米、苜蓿 等优质饲草料生产。深入实施粮油等主要作物大面积单产提升 ...

时间拉回至2009年，汪威考入四川大学，成为村里为数不多考上重点大学的学生。毕业后，他进入宁夏 的一家煤化工企业，端上了令人羡慕的"铁饭碗"。然而，从小在农村长大的他，始终对土地怀有深厚感 情。"初中高中暑假，我就跟着父亲到甘肃、陕西等地收割水稻、收购饲草。农村天地广阔，发展现代 农业我更有干劲。"2014年，怀揣对农业的向往，汪威毅然辞职，重返乡村。 宁夏地处黄金奶源带，养殖业快速发展催生了对优质牧草的旺盛需求。当时牧草多在宁夏南部山区雨养 区种植，受地形和气候限制，产量低、商品率不高，难以满足规模化养殖需求。"灌区通过精细化管 理，一年可收4茬，还能实现全程机械化，发展前景广阔。"汪威敏锐地把握了这一机遇。 隆冬时节，在宁夏银川灵武市梧桐树乡沙坝头村，灵武市同心农业综合开发有限公司负责人汪威正带领 工人，加紧保养和整备牧草耕播、收割等各类农机设备，为来年开春种植青贮玉米、苜蓿等饲草料做足 准备。 "这些年，我们不断积累田间管理经验，积极应用水肥一体化等高效技术，今年青贮玉米等牧草实现了 增产。"汪威介绍，收获的牧草约七成销往周边畜牧养殖企业，其余供给自家肉牛养殖场，初步形成 了"草—畜"产业良性循环。但他 ...

Core Insights - Xinjiang is transforming into a hub for clean energy and advanced agricultural practices, leveraging technology to enhance traditional industries and promote sustainable development [1][2][3] Group 1: Agricultural Innovations - The introduction of underground drip irrigation technology has significantly increased alfalfa yields, with reports of production rising by 200-300 kg per mu compared to traditional methods [4][5] - The "Two Irrigations and One Protection" technique has improved seedling survival rates in arid conditions from 40% to 90%, expanding alfalfa cultivation from 100,000 mu to over 300,000 mu [10][12] - The establishment of the Alfalfa Technology Institute in Hohotubie County focuses on integrating green industry practices, addressing challenges in water conservation and crop yield [7][9] Group 2: Renewable Energy Developments - The Hami molten salt tower solar power plant, with a capacity of 50 MW, utilizes advanced technology to achieve a thermal conversion efficiency 2-3 times higher than conventional photovoltaic plants, generating approximately 198 million kWh annually [16][19] - The plant's innovative design allows for continuous power generation, utilizing thermal storage to provide electricity even at night, thus enhancing energy reliability [16][20] - The project has significantly reduced carbon emissions, saving approximately 61,900 tons of standard coal and 154,800 tons of CO2 annually [16] Group 3: Digital and Computational Advancements - The establishment of the Hami (Yiw) Cloud Integration Computing Center is pivotal in transforming Xinjiang's energy-based economy into a digital economy, facilitating rapid data transmission and enhancing computational capabilities [24][25] - The region is developing a comprehensive computing network that integrates various computational resources, aiming to support national initiatives like the "East Data West Computing" project [26][27] - The Hami Energy Computing Integration Research Institute is actively recruiting and training talent to support the burgeoning computational industry, addressing the skills gap in this emerging sector [29][30]

Group 1 - The core focus of the news is the harvesting of alfalfa in Zhangye, Gansu province, highlighting the agricultural activities in the region [2][4][5] Group 2 - The news emphasizes the significance of alfalfa as a crop in Zhangye, which is known for its favorable climate and soil conditions for growing this forage plant [2][3][6]

Core Insights - China has completed the protection and restoration of over 8.3 million hectares through integrated conservation projects, contributing approximately 25% of the world's new greening area [1] - The country is gaining international recognition as a leader in desertification control, exemplified by the recent training program held in Gansu for officials from Arab nations [1][2] Group 1: Desertification Control Initiatives - The training program in Gansu attracted 36 officials from countries like Egypt and Saudi Arabia, focusing on vegetation restoration and ecological protection [1] - The program is part of a broader initiative, with 41 training sessions conducted since last year, involving over 1,000 participants from 59 countries [2] - The successful implementation of desertification control techniques has led to the establishment of modern agricultural practices in arid regions, such as the cultivation of vegetables in Gansu [2][3] Group 2: Agricultural Development - In Gansu, the Suwu Modern Agricultural Industrial Park produces various vegetable types, achieving an annual output value of approximately 20 million yuan from 60 tons of vegetables shipped to the Guangdong-Hong Kong-Macao Greater Bay Area [2][3] - The introduction of new technologies, such as the "sand membrane" technique in Xinjiang, has enabled the cultivation of alfalfa in desert areas, significantly improving agricultural productivity [4][5] - In Liaoning's Changtu County, desertification control efforts have transformed previously unproductive land into fertile agricultural areas, maintaining a stable grain output of over 5 billion jin since 2019 [6]

Group 1: Industry Development - The Taklamakan Desert, the world's second-largest shifting sand desert, is undergoing significant transformation with the completion of a 3,046 km green protective forest belt in Xinjiang, which is expected to enhance local ecological conditions and promote economic development [1] - The aquaculture industry in the Taklamakan Desert region is thriving, with a reported output value of 380 million yuan from seafood farming, including crabs and fish, in the Hetian area [3][5] - The introduction of advanced water treatment technologies has allowed for the successful cultivation of seafood in previously unusable saline-alkali land, resulting in a total aquatic product output of 12,000 tons in 2024 [5] Group 2: Agricultural Innovation - The "Daoxiang Village" in the Hetian region has successfully cultivated rice in the desert, overcoming challenges such as sandy soil, salinity, and water scarcity, leading to an increase in rice yield to approximately 600 kg per mu [6][10] - The implementation of a drip irrigation system has enabled the cultivation of corn in the desert, achieving water savings of 30% to 50% compared to traditional irrigation methods, thus transforming barren land into productive agricultural areas [12][14] - The diversification of crops, including alfalfa and vegetables, has led to an integrated farming model, significantly increasing the average income of local residents to over 20,000 yuan [16] Group 3: Economic Impact - The total area of specialty economic crops in Xinjiang's sandy regions has reached 1.845 million mu, generating an annual output value of 4.37 billion yuan, showcasing the economic potential of desert reclamation [18] - The shift from "green advancing, sand retreating" to "turning sand into gold" reflects a successful transformation in the region's agricultural practices, contributing to improved living conditions for local communities [18]

Core Viewpoint - The development of a "green collar" industry in the Taklamakan Desert region of Xinjiang is transforming previously unproductive land into a thriving agricultural and aquaculture hub, showcasing innovative techniques in water management and crop cultivation [1][3][11]. Group 1: Aquaculture Development - The unique "desert seafood" aquaculture industry in the southern Taklamakan Desert has rapidly developed, with a water product output of 12,000 tons and a value of 380 million yuan [3]. - Local techniques such as "de-salting" and "de-alkalizing" have successfully adjusted the pH levels of water from 9.5-11 to the optimal range of 7.5-8.5 for aquatic life [3]. - The aquaculture initiative has also improved local employment, with average monthly wages exceeding 3,600 yuan [3]. Group 2: Rice Cultivation - In the desert edge area known as Daoxiang Village, rice cultivation has expanded to 10,000 acres, overcoming challenges of salinity, alkalinity, and water scarcity [5]. - The average yield of rice has increased to approximately 600 kilograms per acre, contributing to a rise in per capita income to 14,600 yuan [5]. - The integration of tourism with agricultural practices has further enhanced the economic prospects of the village [5]. Group 3: Diverse Agricultural Practices - The introduction of corn cultivation in the desert has been facilitated by a drip irrigation system, which conserves 30%-50% more water compared to traditional methods [7]. - The region has diversified its agricultural output by incorporating alfalfa and other crops, leading to a more integrated "planting + breeding" industry chain [9]. - The average income of villagers has surpassed 20,000 yuan, reflecting improved living conditions due to diversified agricultural practices [9]. Group 4: Economic Impact - The total area of specialty economic crops in desert regions of Xinjiang has reached 1.845 million acres, generating an annual output value of 4.37 billion yuan [11]. - The transformation from barren land to productive agricultural zones illustrates a successful model of sustainable development and economic growth in arid regions [11].

Group 1: Industry Development - The Taklamakan Desert, the world's second-largest shifting sand desert, has seen the successful completion of a 3,046 km green protective forest belt in Xinjiang, which is expected to foster a "green and prosperous" industrial development path [1][27] - The aquaculture industry in the Taklamakan Desert region has rapidly developed, with a water product output of 12,000 tons and a value of 380 million yuan in 2024 [3][27] - The introduction of innovative techniques to adjust water pH levels has enabled the successful cultivation of seafood in desert conditions, overcoming significant environmental challenges [3][27] Group 2: Agricultural Innovations - In the desert edge area of Xinjiang, a village named Daoxiang Village has successfully cultivated rice on a large scale, achieving an average yield of approximately 600 kg per mu [6][11] - The introduction of a drip irrigation system has allowed for efficient water use in corn cultivation, saving 30% to 50% of water compared to traditional methods [16][14] - The diversification of planting structures in the region has led to increased income for villagers, with per capita income exceeding 20,000 yuan [21][27] Group 3: Economic Impact - The total planting area for specialty economic crops in Xinjiang's sandy areas has reached 1.845 million mu, generating an annual output value of 4.37 billion yuan [27] - The development of a "planting + breeding" integrated industrial chain has been established, enhancing local economic resilience and employment opportunities [18][21]

Group 1: Agricultural Development in Gansu - The modern agricultural industry park in Minqin, Gansu, is successfully growing vegetables that can be directly sold to the Guangdong-Hong Kong-Macao Greater Bay Area [1][3] - The park cultivates over 10 vegetable varieties with an average yield of 2,000 pounds per acre, and the expected annual output value is around 20 million yuan [5][9] - The ecological improvements from the "Three North" project have enhanced local conditions, making the vegetables appealing to the Greater Bay Area market [7][10] Group 2: Technological Innovations in Desert Agriculture - New technologies, such as a plant adhesive, are being utilized in Xinjiang to improve water retention and soil quality for growing alfalfa in desert areas [11][15] - The "sand membrane" technology allows for deeper root systems in sandy soils, achieving an average yield of 600 kilograms per acre, with multiple harvests per year [16][22] - Significant investments have been made to validate the feasibility of large-scale application of the "sand membrane" technology in desert regions [22] Group 3: Desertification Control in Liaoning - Changtu County in Liaoning has transformed its agricultural landscape through desertification control, stabilizing grain production at over 5 billion pounds annually [23][32] - The establishment of a protective forest network covering 210,000 acres has significantly improved the ecological conditions and agricultural productivity [27][29] - The green barriers created by tree plantations have effectively blocked wind erosion and stabilized sandy areas, contributing to sustainable agricultural practices [32]