轨道运输车 载重无人机开进柑橘园 （来源：中工网） 从鲜榴梿到火龙果，再到蜜柚、柑橘，随着现代农业技术的发展和供应链、物流体系的完善，越来越多 的水果正逐渐打破季节的束缚，为消费者在寒冷的冬季带来"甜蜜"的享受。今天的"冬天里的大食物 观"系列报道，关注我国水果面积产量第一的柑橘。 农业农村部数据显示，全国种植万亩以上的柑橘品种超过90个，栽培技术和贮藏技术的协同发力，让我 国一年四季有柑橘鲜果上市。 总台记者 王铣：我们来到了顺昌县洋墩乡的现代柑橘种植示范园内，这里的面积大概有350亩，共种植 有15个不同品种的柑橘，有我们常见的沃柑、砂糖橘、红美人等。我身旁种植的一片就是红美人，一颗 颗饱满的柑橘挂满枝头，果皮圆润、色泽亮丽。果农们穿梭在树丛间，动作娴熟地进行采摘。采摘人员 告诉我，采摘也有讲究，要用手轻轻托住果实，用剪刀剪下来，要保留一部分果蒂，这样才能延长保鲜 期。 金橘生产智慧化标准化 带动全产业链提质 不仅采摘有技巧，运输也用上了新工具。今年果农们引入了大型载重无人机，一次可以运100公斤左右 的鲜果，运输效率比过去肩挑背扛提升了7倍，特别适合这种地处偏远、交通不便的果园。 在果园里还布设了3公里 ...

从鲜榴梿到火龙果，再到蜜柚、柑橘，随着现代农业技术的发展和供应链、物流体系的完善，越来越多的水果正逐渐打破季节的束缚，为消费者在寒冷的冬 季带来"甜蜜"的享受。今天的"冬天里的大食物观"系列报道，关注我国水果面积产量第一的柑橘。 农业农村部数据显示，全国种植万亩以上的柑橘品种超过90个，栽培技术和贮藏技术的协同发力，让我国一年四季有柑橘鲜果上市。 总台记者王铣：我们来到了顺昌县洋墩乡的现代柑橘种植示范园内，这里的面积大概有350亩，共种植有15个不同品种的柑橘，有我们常见的沃柑、砂糖 橘、红美人等。我身旁种植的一片就是红美人，一颗颗饱满的柑橘挂满枝头，果皮圆润、色泽亮丽。果农们穿梭在树丛间，动作娴熟地进行采摘。采摘人员 告诉我，采摘也有讲究，要用手轻轻托住果实，用剪刀剪下来，要保留一部分果蒂，这样才能延长保鲜期。 轨道运输车 载重无人机开进柑橘园 在果园里还布设了3公里左右的轨道，轨道运输车可以做到"上山拉肥料，下山运柑橘"，大大提升了效率。 科技赋能 让种植管理精准高效 现代化的装备不仅破解了山区果园的运输难题，也让种植管理更加精准高效。 果园里，土壤墒情监测站、滴灌系统这些现代农业设施广泛铺开，让种植管理 ...

来源：央视新闻客户端 轨道运输车 载重无人机开进柑橘园 不仅采摘有技巧，运输也用上了新工具。今年果农们引入了大型载重无人机，一次可以运100公斤左右的鲜果，运输效率比过去肩挑背扛提升了7倍，特别适 合这种地处偏远、交通不便的果园。 在果园里还布设了3公里左右的轨道，轨道运输车可以做到"上山拉肥料，下山运柑橘"，大大提升了效率。 科技赋能 让种植管理精准高效 现代化的装备不仅破解了山区果园的运输难题，也让种植管理更加精准高效。 从鲜榴梿到火龙果，再到蜜柚、柑橘，随着现代农业技术的发展和供应链、物流体系的完善，越来越多的水果正逐渐打破季节的束缚，为消费者在寒冷的冬 季带来"甜蜜"的享受。今天的"冬天里的大食物观"系列报道，关注我国水果面积产量第一的柑橘。 农业农村部数据显示，全国种植万亩以上的柑橘品种超过90个，栽培技术和贮藏技术的协同发力，让我国一年四季有柑橘鲜果上市。 总台记者 王铣： 我们来到了顺昌县洋墩乡的现代柑橘种植示范园内，这里的面积大概有350亩，共种植有15个不同品种的柑橘，有我们常见的沃柑、砂糖 橘、红美人等。我身旁种植的一片就是红美人，一颗颗饱满的柑橘挂满枝头，果皮圆润、色泽亮丽。果农们穿梭在 ...

农业农村部数据显示，全国种植万亩以上的柑橘品种超过90个，栽培技术和贮藏技术的协同发力让我国一年四季有柑橘鲜果上市。 央视网消息：从鲜榴莲到火龙果再到蜜柚、柑橘，随着现代农业技术的发展和供应链、物流体系的完善，越来越多的水果正逐渐打破季节 的束缚，为消费者在寒冷的冬季带来"甜蜜"的享受。"冬天里的大食物观"系列报道，首先来关注我国水果面积产量第一的柑橘。 跟随直播镜头，我们现在来到了顺昌县洋墩乡的现代柑橘种植示范园内，这里的面积大概有350亩，共种植有15个不同品种的柑橘，有常 见的沃柑、砂糖橘、红美人等。大家可以看到，一颗颗饱满的柑橘挂满枝头，果面光滑、色泽亮丽。果农们正穿梭在树丛间，动作娴熟地进行 采摘。工人们告诉记者，采摘也有讲究，要用手轻轻托住果实，用剪刀剪下来，而且要保留一部分果蒂，这样才能延长保鲜期。 不仅采摘有技巧，运输也用上了新工具。今年果农们引入了大型载重无人机，一次可以吊运100公斤左右的鲜果，运输效率比过去肩挑背 扛提升了7倍，特别适合这种地处偏远、交通不便的果园。而地面上也建设了3公里的轨道，轨道运输车可以做到"上山拉肥料，下山拉柑橘"， 大大降低了运输成本。 现代化的装备不仅破解了山 ...

Group 1 - Northeast regions are experiencing the harvest of autumn grain, with Heilongjiang maintaining a stable planting area of over 22 million acres, including approximately 10 million acres of corn, which is expected to see a yield increase of over 5% compared to last year due to modern agricultural techniques [2] - Jilin province has a rice planting area of 12 million acres, with early harvesting expected to allow new rice to hit the market by the end of September [2] Group 2 - In the middle and lower reaches of the Yangtze River, Hunan province is accelerating the harvest of 22 million acres of medium rice, with over half of the harvest completed, and has implemented high-standard drying and storage projects to ensure grain quality [4] - Hubei province has harvested over 9 million acres of medium rice, with more than 30% of the harvest completed, and is promoting five major green and efficient grain production models [4] Group 3 - In the southwest, Sichuan province has completed over 80% of its rice harvest, utilizing 45,000 combined harvesters to facilitate the process, while focusing on high-standard farmland construction [6] - Chongqing has harvested over 90% of its rice, with expectations for increases in planting area, yield, and total production through various agricultural improvements [6]

Core Viewpoint - Vertical farming is an innovative agricultural model that utilizes urban vertical space for agricultural production, addressing the challenges of urbanization and land scarcity while promoting sustainable practices [1][6]. Group 1: Industry Definition and Advantages - Vertical farming is a new agricultural production model that effectively reduces land pollution and water resource waste, aligning with green development principles [2]. - The core principle of vertical farming lies in its unique space utilization and resource optimization capabilities, allowing for high-density crop cultivation in limited spaces [2]. - Advanced soilless cultivation techniques are employed to conserve and efficiently use water resources, addressing the challenges of water scarcity [2]. Group 2: Industry Development Status - Vertical farming enables year-round production with minimal land use, providing a stable supply of agricultural products to urban areas and improving urban environmental quality [4]. - The concept of vertical farming has gained global attention, with various countries designing unique vertical farms based on local characteristics and urban needs [4]. Group 3: Market Size and Growth - The market size of vertical farming in China was 4.26 billion yuan in 2020, projected to grow to 12.84 billion yuan by 2026, with a compound annual growth rate of 24.6% from 2020 to 2026 [7]. Group 4: Industry Chain - The upstream of the vertical farming industry chain includes technology inputs and infrastructure, such as LED lighting, automation systems, and cultivation tools [7]. - The midstream consists of large vertical farming companies and solution providers, while the downstream includes product sales and end consumers, including supermarkets, restaurants, and research institutions [7]. Group 5: Policy Environment - The agricultural sector is a foundational industry for the national economy, and its development is crucial for food security and the progress of other industries [9]. - The Chinese government has introduced a series of policies to support the modernization of agriculture and the development of smart agriculture, creating a favorable environment for new agricultural models like vertical farming [9]. Group 6: Competitive Landscape - The vertical farming sector is rapidly developing in China, with key players including Zhongke Sanan, Nengtou Nongzhong, Jingkun Agricultural Technology, and others [11]. - Vertical farming relies heavily on technological support and talent, distinguishing it from traditional agriculture [11]. Group 7: Future Development Trends - Future agriculture will rely on technological innovation, transitioning towards smart, efficient, and green practices [17]. - With the global population expected to increase significantly, the efficient use of limited land resources through urban vertical farms may become a crucial solution to future food security challenges [17].

Core Insights - The fresh-cut flower industry in Caoqiao Town has become a significant contributor to rural revitalization, with a focus on high-quality chrysanthemum production for export markets, particularly Japan [1][2] - Modern agricultural techniques have been implemented to enhance the yield and quality of chrysanthemum flowers, achieving an average of 10,000 stems per acre, with an annual output value nearing 100 million yuan [2][3] - The integration of tourism and agriculture has been established, with the development of flower viewing gardens and events like chrysanthemum festivals, attracting visitors and boosting local economies [3] Industry Overview - The chrysanthemum planting area in Caoqiao Town exceeds 5,000 acres, with the potential to generate over 40,000 yuan per acre annually through precise order-based cultivation [1][2] - The average selling price of chrysanthemums is approximately 3 yuan per stem, with the industry exporting to over 10 countries [2] - The local agricultural enterprise, Yian Flower, has become a key player in the fresh-cut flower market, combining cultivation and product development, and has established a processing facility for various chrysanthemum products [2] Economic Impact - The chrysanthemum industry has created job opportunities for over 2,000 individuals in the region, contributing to local income and community development [3] - The collective income of villages involved in chrysanthemum cultivation has surpassed one million yuan, demonstrating the economic benefits of the industry [3] - The combination of agricultural production and tourism initiatives has positioned the chrysanthemum as a symbol of rural prosperity and development [3]

Core Insights - The article highlights the significant advancements in agricultural technology during the "Three Summer" production period in Shandong, with over 60 million acres of wheat being harvested efficiently using modern machinery and techniques [1][2][3][4] Group 1: Agricultural Technology Implementation - The integration of technologies such as Beidou navigation, intelligent irrigation, and water-fertilizer integration has led to increased efficiency and productivity in wheat harvesting [1][2] - In Chao Ping District, the use of Beidou navigation in harvesting machines has improved operational efficiency by nearly 40% [2] - The water-fertilizer integration system has resulted in over 30% water savings and a fertilizer utilization rate exceeding 60%, contributing to an increase of over 100 pounds of wheat per acre [2] Group 2: Mechanization and Efficiency - The use of modern harvesting equipment, including combine harvesters and straw balers, has streamlined the harvesting process, allowing for quick transitions to subsequent planting activities [1][3][4] - The "three-machine collaborative operation" model in Ningyang County has significantly reduced the time required for harvesting and planting, from 15 days to just 3-4 days for 120 acres, while saving over 4,000 yuan in labor costs [4] - The establishment of agricultural service centers and the promotion of cooperative farming practices have enhanced the overall efficiency of wheat harvesting and subsequent crop planting [3][4] Group 3: Supportive Measures and Infrastructure - Local governments have implemented supportive measures such as fuel subsidies for agricultural machinery and the establishment of maintenance service points to ensure smooth operations during the busy harvesting season [1] - The construction of modern drying facilities, such as intelligent drying towers, has helped maintain the quality and safety of harvested wheat by effectively managing moisture levels [2]