为进一步巩固和拓展脱贫攻坚成果，我们根据脱贫户不同的就业需求，通过走村入户送"菜单"的方式， 提供了农机修理工、保洁员等实用工种的技能培训，帮助他们掌握一技之长，实现从"输血"到"造血"的 转变。面对无技能、缺劳动力的脱贫户，则通过合作社"保底分红"机制，通过流转土地，帮助他们增 收。 "一片田"指的是打破传统种植方式，实施集中连片种植，流转周边170户孤寡老人及外出务工户的土地 4000多亩，种植马铃薯、饲料玉米、荞麦等。不仅可以解决农村土地弃耕撂荒等问题，切实保护耕地红 线，还能推进机械化作业，提高生产效率。这几年，年均土地流转收入在120万元左右。 "一根秆"主要是做秸秆文章。我们成立了饲料加工厂，统一收购周边地区的玉米秆、麦秆等农作物秸 秆，把它们粉碎成青贮饲料。过去，秋收后秸秆一般都被焚烧，或者堆在田埂，挺影响环境的。如今秸 秆能换钱、村民厂里能打工，养殖成本还降低了，大家都很高兴。同时我们将农作物秸秆、青贮玉米打 包反季销售，进一步夯实了产业发展基础。 "一群羊"是指14个村共同构建合作养羊的村集体经济体系。2021年我们提出村集体经济"抱团取暖"发展 模式后，通过土地流转、资金入股等模式，联合1 ...

循环的另一端，牛舍产生的粪污经过发酵处理，变成优质的有机肥，全部还用于周边农田。"牛粪还田 能改善土壤结构，提升地力，减少化肥使用，有助于粮食增产。"陈春雷说，如此一来，从"养殖端节 粮"到"种植端增产"，形成了一个经济效益与生态效益双赢的完整链条。 如今，他们通过将农作物秸秆加工成营养丰富的青贮饲料，不仅从源头上杜绝了焚烧污染隐患，更节约 了大量粮食饲料成本和对商品粮饲料的外购依赖。 近日，在山东临清小陈寨子村的肉牛养殖基地，150余头小牛正在改造一新的牛舍里啃食饲料，这些"营 养餐"是由往年经常被闲置的玉米、小麦等农作物秸秆加工而成的青贮饲料。 "这些以草代粮的饲料，每年能消化掉周边村庄200多吨秸秆。"基地负责人陈春雷介绍道，最难的就是 优化青贮饲料配比，让牛爱吃、同时吃得有营养。 "我们在推动种养结合农牧循环发展模式的过程中，抓住集中收集和末端利用两个关键环节，全市每年 消耗青贮玉米秸秆3万余亩。"临清市畜牧兽医事业发展中心主任郭明超说。 在尚店镇司洼村的金耳智慧方舱内，架子上摆着一排排金耳菌包，完成培育周期即可采摘、加工、销 售。从闲置农宅的"菌菇小院"到标准化大棚再到金耳智慧方舱，在菌菇全产业链有 ...

（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 ...

入冬以来，内蒙古迎来降温，部分地区最低气温跌破-40℃。在居住较为分散的农村牧区，大家如 何温暖过冬？近日，记者走进内蒙古自治区赤峰市和锡林郭勒盟等地，体验当地的"寒冬保障"力度。 随着设施农业的兴起，如今越来越多的农民从"猫冬"变"忙冬"。11月下旬以来，林西县迎来强降雪 天气，气温跌破-20℃，户外寒风凛冽、银装素裹，而冬不冷产业园的温室大棚内仍是一派暖意融融、 绿意盎然。 图为赤峰市林西县一村民在温暖的屋子里侍弄花卉。刘海涛 摄 记者见到辛海霞时，她正侍弄着鲜花。她是赤峰市林西县新兴村村民，走进她窗明几净的家里，热 气扑鼻而来。 "过去我们烧小锅炉，屋子里灰尘多，一天得添好多次煤炭。今年接通了县里的热力管道，可省事 了，屋子热乎得很。"辛海霞告诉记者，这变化得益于当地开展污水管网、热力管网民生工程，如今白 天温度都在20℃以上，"跟城里的楼房没啥两样。" 据了解，2022年至今，林西县投资上亿元推进多个污水管网、热力管网项目，直接惠及群众3110 户。 图为冬不冷产业园工人正在挑选芹菜。端木 摄 这里每日可采收新鲜有机蔬菜千余公斤，销售到全国各地。大棚中，一垄垄芹菜鲜嫩挺拔，一颗颗 西蓝花紧实饱满，黄瓜 ...

Core Insights - The article highlights the successful harvest of sugar beets in Shufu County, with an average income exceeding 2,700 yuan per mu, indicating a significant agricultural achievement [1][30]. Group 1: Agricultural Efficiency - The use of advanced agricultural technology has led to a doubling of harvesting efficiency, with specialized harvesting machines reducing the time required for manual harvesting from half a month to less than two days [12][13]. - Smart agricultural practices, including precision planting and intelligent irrigation systems, have improved crop yield and quality, with expected yields surpassing 6 tons per mu and higher sugar content compared to previous years [23][22]. Group 2: Economic Impact - The financial benefits for farmers are substantial, with a projected income of over 800,000 yuan from 300 mu of sugar beets, based on a purchase price of 450 yuan per ton [30]. - The establishment of long-term purchase agreements with sugar factories ensures stable sales channels for farmers, alleviating concerns about market access [27][29]. Group 3: Industry Development - The article discusses the growth of the sugar beet industry in the Kashgar region, with a total expected production of 1.08 million tons, marking a significant milestone [46]. - The integration of a complete industrial chain, including sugar production and by-product development, has been facilitated by partnerships with various enterprises, enhancing the overall value of sugar beets [42][36].

Core Insights - The article highlights the transformation of agricultural waste, specifically corn straw, into valuable resources for livestock feed, showcasing a successful model of ecological and economic benefits in rural areas [1][2] Group 1: Agricultural Waste Management - The local government in Dengfeng City has implemented a centralized processing system for corn straw, turning what was once an ecological burden into a sought-after resource for livestock feed [1] - The initiative began in Shidao Township, with Chen Village selected as the first pilot site for straw recycling, addressing the challenges of straw disposal and pollution from burning [1] Group 2: Economic Benefits for Farmers - The straw recycling program has expanded to multiple administrative villages, creating a comprehensive approach to waste management and increasing farmers' income by approximately 200 yuan per mu (about 0.067 hectares) through the sale of corn straw [1] - This initiative not only resolves the disposal issues but also provides farmers with new income channels, achieving a win-win situation for ecological and economic benefits [1] Group 3: Community Engagement and Awareness - During the autumn production period, Dengfeng City has intensified efforts to educate the public on the importance of straw burning bans and comprehensive utilization, promoting practices such as straw return to the field and feed conversion [2] - The local agricultural committee emphasizes the need to enhance community recognition and participation in straw resource utilization, contributing to sustainable agricultural development and rural revitalization [2]

Core Viewpoint - The "Photovoltaic + Desertification Control" model in China is gaining global attention as it effectively combines energy production, ecological protection, and agricultural development, transforming deserts into productive lands [1][4]. Group 1: Photovoltaic Technology and Desertification Control - The construction of a 400-kilometer "Photovoltaic Great Wall" in the Kubuqi Desert is a significant initiative aimed at combating desertification while generating energy [1]. - Traditional desertification control methods, such as afforestation, face challenges like high costs, long cycles, and low efficiency, making them less sustainable [1][2]. - The "Photovoltaic +" model offers a revolutionary solution by using solar panels to stabilize sand and generate electricity, creating a self-sustaining economic cycle for ecological restoration [1][3]. Group 2: Economic Benefits and Local Development - The establishment of photovoltaic power stations in desert areas has unexpectedly enhanced local economies, turning desertification control from a loss-making endeavor into a profitable industry [3]. - The income generated from electricity production can be reinvested into ecological projects, fostering a sustainable cycle of "using electricity to support sand control and using sand to generate electricity" [3]. - The cultivation of crops and livestock under photovoltaic panels not only improves local economic conditions but also contributes to soil health and vegetation growth, creating a beneficial cycle of "sand stabilization, grass planting, and livestock raising" [3]. Group 3: Future Implications and Global Relevance - The "Photovoltaic + Desertification Control" model provides valuable insights for sustainable development globally, particularly for regions facing both desertification and energy shortages [4]. - This approach demonstrates that with innovative thinking and systematic planning, barren lands can be transformed into productive areas, contributing to both ecological and economic goals [4]. - Future integration of this model with technologies like hydrogen production and energy storage could further enhance its impact, positioning deserts as potential "energy oases" [4].

Core Viewpoint - The article emphasizes the importance of comprehensive straw utilization in Jiangsu's northern region to break the cycle of annual straw burning and achieve a win-win situation for ecological protection and agricultural development [1][2][3] Group 1: Current Situation and Challenges - Jiangsu's northern region, particularly cities like Xuzhou, Suqian, and Lianyungang, faces significant straw management challenges due to high straw production, accounting for nearly 60% of the province's total [1] - Traditional management relied heavily on administrative measures, involving extensive manpower and resources for monitoring and enforcement [1] - Farmers often resort to burning or improper disposal of straw, leading to resource waste and environmental hazards [1] Group 2: Innovative Solutions and Practices - Local governments have explored various pathways for straw utilization, transforming it into a resource for income generation [2] - Suqian has implemented a "five transformations" approach (fertilizer, feed, fuel, substrate, and raw material), enhancing soil fertility and reducing costs for local livestock farming [2] - Lianyungang has established a collection and transportation mechanism that significantly reduces farmers' costs, achieving over 70% straw collection rate and a 60% reduction in burning incidents [2] Group 3: Shift in Governance Approach - Xuzhou has shifted from a control mindset to a development-oriented approach, integrating straw utilization with industrial development [3] - The introduction of straw board production technology has created jobs and addressed local straw disposal issues, demonstrating the potential for economic benefits to drive compliance [3] - The article highlights the need for proactive participation from farmers, moving from passive compliance to active utilization [3] Group 4: Future Directions and Recommendations - Challenges remain, including immature utilization technologies, insufficient enterprise subsidies, and market access issues [3] - Recommendations include increasing policy support for straw processing enterprises, promoting technological innovation, and establishing platforms for better market connections between enterprises and farmers [3]

Core Viewpoint - The articles highlight the successful harvest of various crops across different regions in China, emphasizing the use of advanced agricultural techniques and machinery to enhance productivity and efficiency. Group 1: Corn Harvest in Henan - In Henan's Anyang, over 1.27 million acres of corn have been harvested, utilizing new machinery to ensure efficient collection [1] - High-standard farmland in Niutun Town employs corn stalk and ear harvesters, significantly improving operational efficiency while also recycling corn stalks [3] - The county has implemented a "Five Good" strategy, focusing on good fields, seeds, methods, farmers, and policies to secure a bountiful autumn grain harvest [5] Group 2: Silage Corn in Shaanxi - In Dingbian County, Shaanxi, the silage corn harvest is underway, with efforts to prepare high-quality silage feed for livestock [8] - The process involves cutting, compressing, and sealing the silage, which takes about 45 days to ferment into quality winter feed for livestock [12] - The "enterprise + cooperative + farmer" model ensures market access and income for growers, leading to increased production and revenue [14] Group 3: Corn Yield Improvement in Liaoning - In Zhangwu County, Liaoning, corn is being harvested with a focus on improving yield through advanced agricultural practices [15] - The county is part of a national corn yield improvement initiative, implementing a system for water supply and precise fertilization, resulting in significant yield increases [19] - Protective tillage measures have saved 200 cubic meters of water and reduced fertilizer use by approximately 3.3 kg per acre, with an average yield increase of 700 jin per acre [19] Group 4: Rice Harvest in Sichuan - In Zizhong County, Sichuan, 220,000 acres of rice are being harvested, with a focus on mechanization to ensure timely collection [20] - The county promotes high-yield, disease-resistant varieties and advanced techniques, achieving over 90% for intelligent seedling cultivation and 98% for machine transplanting [24] Group 5: Ecological Agriculture in Hubei - In Jianxi County, Hubei, the "rice-duck co-culture" model is being implemented, enhancing both rice quality and community income [25] - Ducks help control pests and provide natural fertilizer, creating a sustainable agricultural ecosystem [29] - The community aims to continue promoting green ecological development and diversify planting to create a comprehensive green industry [29]

Core Insights - The article highlights the significance of the autumn equinox in the context of modern dairy farming, particularly focusing on the "silage battle" at the Ulan Buh and Yim牧 farm, which is crucial for preparing high-quality feed for dairy cattle [1][10]. Group 1: Silage Production Process - The autumn equinox marks the optimal period for silage production, with the farm harvesting whole corn with a starch content of 33% and moisture content controlled at 67% [3]. - The harvesting process involves cutting and crushing the corn into 2 cm pieces, which are then transported to silage storage [3][5]. - After transportation, the silage is compacted and sealed to ensure proper fermentation, which is essential for preserving the quality of the feed [8][10]. Group 2: Environmental and Agricultural Advantages - The farm benefits from significant environmental factors, including a large temperature difference between day and night, abundant sunlight (averaging 3000 hours annually), and fertile soil from the Yellow River alluvium, which contribute to the growth of high-quality forage [1]. - The natural ecological barriers, such as desert isolation, further enhance the farm's ability to produce organic feed that meets EU standards [1]. Group 3: Quality Assurance and Future Outlook - Quality control measures are in place, with professional equipment used to ensure the harvested silage meets the required standards before being stored [5]. - The fermentation process in the silage pits is expected to yield high-quality organic milk, reflecting the farm's commitment to sustainable practices and the integration of natural resources with human expertise [10].