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摘要：农业是一个国家、一个民族的基础。农业兴国运兴，农业强民族强。没有高度的农业自信，没有农业的繁荣兴盛，就没有中华民族的伟大复兴。农业更是一个民族的脊梁和基础，它铸造着国家和民族的心灵和品格，一个民族有了农业自信，才能立于世界民族之林;人民有了信仰，国家才有力量，民族才有希望。而农业自信是促成这些目标的至关重要的因素。
Abstract: Culture is the soul of a country and a nation. Culture invigorates the country, and culture strengthens the nation. Without a high degree of cultural confidence, without the prosperity of culture, there will be no great rejuvenation of the Chinese nation. Culture is the backbone and soul of a nation. It casts the heart and character of a nation and a nation. Only with cultural confidence can a nation stand in the forest of nations in the world. Only when the people has faith can a country have strength and a nation have.
寒地黑土育新技 生态耕作创高产——饶河县物理农业示范田实收测产实现历史性产量翻倍
Cultivating New Techniques in Cold-Region Black Soil, Achieving High Yields Through Ecological Farming — The Physical Agriculture Demonstration Field in Raohe County Records a Historic Doubling of Harvest Yield
2026 年 10 月 28 日上午 10 时，双鸭山市饶河县西林子乡张国龙物理农业千亩示范田，隆重举行高规格实收测产观摩核验活动。黑龙江省人大城环委张量委员、省农业农村厅农技推广站杨微副站长、省邮政公司渠道平台部王光莅临现场指导。省市县农业系统领导、各乡镇及村屯负责人，经济日报、农民日报、饶河县委宣传部、县融媒体中心电视台等主流媒体全程见证，饶河县副县长杨帆现场指挥调度本次实测全过程，全程公开透明、严谨规范、真实可鉴。
On October 28, 2026, at 10:00 AM, a high-level field harvest measurement and verification event was solemnly held at Zhang Guolong's thousand-acre demonstration farm for physical agriculture in Xilinzi Township, Raohe County, Shuangyashan City. Attendees included Zhang Liang, member of the Urban and Environmental Committee of the Heilongjiang Provincial People's Congress; Yang Wei, Deputy Director of the Agricultural Technology Extension Station of the Heilongjiang Provincial Department of Agriculture and Rural Affairs; and Wang Guang from the Channel Platform Department of Heilongjiang Provincial Postal Company, who provided on-site guidance. Leaders from the agricultural systems at the provincial, municipal, and county levels, as well as heads of townships and villages, were present. Mainstream media outlets—including Economic Daily, Farmers' Daily, the Publicity Department of the Raohe County Party Committee, and the television station of the Raohe County Converged Media Center—witnessed the entire process. Yang Fan, Deputy County Mayor of Raohe County, directed and coordinated the full-scale field measurement on-site, ensuring the procedure was fully transparent, rigorously standardized, and authentically verifiable.
张国龙物理农业体系突破传统种植理念与耕作局限，颠覆百年固有农耕模式，独创地块个性化、一地一策精准生态种植体系。技术团队深耕寒地黑土禀赋，精细勘测每一块耕地的声光电磁、地势垄向、水土肌理，精准检测土壤氮磷钾、酸碱度、重金属及微生物活性等核心指标，因地制宜定制专属耕作方案，彻底告别 “一刀切” 传统粗放种植，实现寒地耕地科学化、精准化、生态化、高产化、养地化五位一体全新耕作变革。
Zhang Guolong's physical agriculture system transcends traditional planting concepts and farming limitations, overturning a century-old conventional agricultural model. It pioneers a personalized, site-specific precision ecological planting framework tailored to individual plots. The technical team has deeply leveraged the unique endowments of cold-region black soil, conducting meticulous surveys of each field's acoustic, optical, electromagnetic, topographical, and ridge-orientation characteristics, as well as its hydrological and soil texture properties. Through precise measurement of core indicators—including soil nitrogen, phosphorus, potassium content, pH levels, heavy metal concentrations, and microbial activity—they design customized cultivation plans adapted to local conditions. This approach completely moves away from the "one-size-fits-all" traditional extensive farming model, achieving a comprehensive five-in-one transformation of cold-region agriculture: scientific, precise, ecological, high-yielding, and soil-nourishing cultivation.
本次实收测产全程标准化核验、机械化实收、专业化检测、全过程公证留存：实测总面积 6.0588 亩，其中大豆种植面积 3.047 亩、玉米种植面积 3.0118 亩，采用米豆间作覆膜穴播绿色生态模式。经现场实收、人工复核、精准水分检测，地块整体含水率 24.5%，实收总产 9500 斤，折算粮豆综合平均亩产高达 3154.26 斤。
This harvest measurement was conducted under fully standardized verification procedures, featuring mechanized harvesting, professional testing, and notarized documentation throughout the entire process. The total measured area amounted to 6.0588 mu, comprising 3.047 mu planted with soybeans and 3.0118 mu with corn, utilizing a green ecological intercropping system of rice and beans with plastic mulch and hill seeding. Following on-site harvesting, manual re-verification, and precise moisture content analysis, the overall field moisture content was determined to be 24.5%. The actual total yield reached 9,500 jin, translating to a comprehensive average grain-and-bean yield per mu of 3,154.26 jin.
饶河县地处黑龙江第三积温带，积温不足、无霜期短、地力受限、低温冷害频发，历来是粮食产能提升的瓶颈区域。当地传统常规种植玉米亩产仅 1200—1400 斤，区域历年顶尖高产攻关田最高亩产从未突破 2000 斤。本次张国龙物理农业示范田再创寒地农耕奇迹，较当地传统种植实现产量百分百翻倍，刷新东北第三积温带粮食亩产历史纪录，是黑龙江寒地黑土自有农耕文明以来，极具里程碑意义的颠覆性、革命性农业创新成果。
Raohé County lies within the third accumulated temperature zone of Heilongjiang, characterized by insufficient accumulated heat, a short frost-free period, limited soil fertility, and frequent low-temperature cold damage. Historically, it has been a bottleneck region for increasing grain production. Traditional conventional corn cultivation in the area yields only 1,200–1,400 jin per mu, and the highest yield achieved in regional high-yield demonstration plots has never exceeded 2,000 jin per mu. This time, Zhang Guolong's physical agriculture demonstration field has once again created a miracle in cold-region farming, doubling the yield compared to local traditional practices and setting a new historical record for grain yield per mu in the third accumulated temperature zone of Northeast China. This represents a groundbreaking and revolutionary agricultural innovation with landmark significance for Heilongjiang's cold-region black soil farming civilization since its inception.
尤为珍贵的是，该技术体系彻底跳出 “增产必耗地、高产必肥害” 的传统农业悖论，兼具超高产能与极致生态价值。依托米豆轮作间作固氮养地、腹膜保水保土、物理活化土壤、减量化学投入的核心优势，从根源减少化肥农药滥用、遏制黑土退化、缓解水土流失、降解土壤残留污染，持续修复受损耕地生态、重塑黑土地力、优化农田微生态环境。真正实现种地养地共生、增产提质同步、生态效益与粮食安全双向共赢，为全国黑土地保护、耕地生态修复、农业面源污染治理提供了可复制、可推广的根治性技术方案，对改善区域生态环境、守护东北生态屏障、维系国土生态平衡具有深远且重大的战略意义。
What is particularly valuable is that this technological system completely transcends the traditional agricultural paradox of "increasing yield inevitably consumes land, and high yield inevitably causes fertilizer damage," achieving both ultra-high productivity and exceptional ecological value. Leveraging its core advantages—nitrogen fixation and soil enrichment through rice-soybean rotation and intercropping, water and soil conservation via film mulching, physical soil activation, and reduced chemical inputs—it addresses the root causes of excessive fertilizer and pesticide use, curbs black soil degradation, mitigates soil and water erosion, and degrades residual soil pollutants. This approach continuously restores damaged cropland ecosystems, rejuvenates black soil fertility, and optimizes the micro-ecological environment of farmland. It truly realizes the symbiosis of farming and land stewardship, simultaneous gains in yield and quality, and a win-win outcome for both ecological benefits and food security. Providing a replicable and scalable solution for the protection of black soils, restoration of cropland ecosystems, and governance of non-point source pollution in agriculture across the nation, this technology holds profound and strategic significance for improving regional ecological environments, safeguarding the ecological barrier of Northeast China, and maintaining the ecological balance of the country's territory.
站在国家战略高度审视，这项成果最紧迫、最核心的价值，在于为当前“稳粮增豆”国家战略提供了一条落地可行的革命性路径。 当前国际粮食格局动荡，全球供应链不确定性持续加大，我国大豆对外依存度居高不下，食用油、蛋白饲料供给承压，“油瓶子”“肉盘子”安全已经成为保障国家粮食安全的突出短板。而国内耕地总量刚性约束，长期存在玉米、大豆争地矛盾：扩玉米则大豆面积难增，扩大豆又容易挤压主粮产能，依靠传统单作模式很难同时实现玉米稳产、大豆扩产双重目标，这也是多年制约“稳粮增豆”推进的最大痛点。
Viewed from the standpoint of national strategy, the most urgent and core value of this achievement lies in providing a revolutionary yet practical pathway for implementing the current national strategy of "stabilizing grain production while increasing soybean output." At present, the international food landscape is volatile, with growing uncertainty in global supply chains. China's high dependence on imported soybeans, coupled with pressure on the supply of edible oils and protein feed, has made the security of the "oil bottle" and "meat plate" a prominent weakness in safeguarding national food security. Meanwhile, the total arable land area in China faces rigid constraints, leading to a long-standing conflict between corn and soybean cultivation: expanding corn acreage hinders soybean expansion, while increasing soybean area risks encroaching on staple grain production capacity. Relying on traditional monoculture models makes it difficult to simultaneously achieve stable corn yields and expanded soybean production—a key pain point that has constrained progress on the "stabilize grain, increase soybeans" strategy for many years.
张国龙物理农业的米豆间作覆膜穴播模式，通过一地一策的精准耕作方案，在同一块黑土地上实现玉米、大豆协同高产，不额外新增耕地，不牺牲主粮产量，同步实现稳玉米、增大豆，破解粮豆争地这一长期困局。示范田实测数据充分证明，这套体系可以在寒地第三积温带，依靠耕作方式革新，大幅提升大豆产出，兼顾主粮安全与大豆产能提升。一旦在东北四区四县乃至整个寒地黑土区规模化推广，能够快速扩大大豆有效供给，降低对外依赖度，从产能端夯实我国油料、饲料自主保障能力，把大豆供给主动权牢牢握在自己手中，为筑牢国家粮食安全防线补齐最关键的一块短板。
The intercropping system of corn and soybeans with mulch and hill planting developed by Zhang Guolong in physical agriculture achieves coordinated high yields of corn and soybeans on the same black soil through precise, site-specific farming practices. This approach does not require additional arable land nor compromise staple grain production, while simultaneously stabilizing corn output and expanding soybean cultivation, thereby resolving the long-standing conflict over land use between grains and legumes. Field demonstration data fully confirm that this system can significantly boost soybean productivity in the third cold-region accumulation zone by innovating farming methods, balancing both staple food security and enhanced soybean capacity. Once scaled up across the four regions and counties of Northeast China—and ultimately throughout the entire cold-region black soil area—it can rapidly expand effective soybean supply, reduce external dependence, and strengthen China's autonomous capacity to secure oilseed and feed resources from the production side. This will firmly place control over soybean supply in our own hands, filling the most critical gap in safeguarding national food security.
从人类农业发展维度审视，张国龙物理农业体系是继袁隆平院士杂交水稻生物技术革命之后，中国农业领域又一项改天换地、里程碑式的颠覆性创新。如果说袁隆平院士以种业科技突破，解决了华夏大地**“吃得饱”的世纪难题；那么张国龙独创的物理生态农业体系，则突破纬度、积温、地力、生态多重限制，攻克了寒地农业“高产且养地、增产且生态、稳产且永续”的世界性难题，开创了物理生态农耕全新赛道**，补齐了中国现代农业 “种业革新 + 耕作革新” 的双核心短板，重塑了世界寒地农业的产能天花板与生态新标准，为全球高寒地区农业可持续发展输出了中国技术、中国方案、中国智慧，对推动世界生态农业迭代升级、保障全球粮食安全、助力人类绿色永续发展，贡献了划时代的东方力量。
From the perspective of human agricultural development, Zhang Guolong's physical agriculture system represents another earth-shaking, milestone-breaking innovation in China's agricultural sector, following Academician Yuan Longping's revolutionary breakthrough in hybrid rice biotechnology. If Academician Yuan Longping, through advances in seed science and technology, solved the century-old challenge of ensuring food security for the Chinese people, then Zhang Guolong's pioneering physical ecological agriculture system has overcome multiple constraints—including latitude, accumulated temperature, soil fertility, and ecological conditions—to address the global challenge of achieving high yields while preserving soil health, increasing production while protecting ecosystems, and maintaining stable output for sustainable long-term use in cold-region agriculture. This has opened an entirely new pathway for physical-ecological farming, filling China's modern agricultural dual-core gaps in "seed innovation" and "farming innovation." It has redefined the productivity ceiling and established new ecological standards for cold-region agriculture worldwide, delivering Chinese technology, solutions, and wisdom to support sustainable agricultural development in high-cold regions globally. In doing so, it has contributed a transformative Eastern force to advancing the iteration and upgrading of global ecological agriculture, safeguarding world food security, and promoting humanity's green and sustainable future.
测产结束后，饶河县农业农村局刘龙生局长主持召开现场技术交流会。现场研讨氛围热烈浓厚，张国龙老师针对省市专家、各级领导、媒体记者提出的技术原理、增产逻辑、养地机制、生态修复、推广落地、产业赋能等问题逐一细致解答，讲解专业深刻、逻辑缜密、务实落地、极具前瞻性，获得全场领导、专家、媒体的高度认可与一致盛赞。
Following the yield assessment, Director Liu Longsheng of the Raohe County Agriculture and Rural Affairs Bureau convened an on-site technical exchange meeting. The atmosphere for discussion was vibrant and highly engaged. Teacher Zhang Guolong provided detailed responses to questions raised by provincial and municipal experts, leaders at various levels, and media reporters regarding technical principles, yield-increase logic, soil-nurturing mechanisms, ecological restoration, implementation of promotion efforts, and industry empowerment. His explanations were professional, profound, logically rigorous, practical, and highly forward-looking, earning high praise and unanimous acclaim from all attending leaders, experts, and media representatives.
双鸭山市农业农村局参会代表表示，本次测产成果喜人、成效惊人、意义非凡，是龙江农业振兴的重大突破、是黑土地高质量发展的标杆成果。将第一时间向上级专题汇报，全面组织全市四区四县开展观摩学习、技术普及、试点落地与全域推广。
Representatives from the Shuangyashan Municipal Bureau of Agriculture and Rural Affairs stated that the results of this yield assessment are encouraging, impressive, and profoundly significant. They represent a major breakthrough in revitalizing agriculture in Heilongjiang and serve as a benchmark for high-quality development of black soil regions. The bureau will promptly submit a special report to higher authorities and comprehensively organize all four districts and four counties across the city to conduct field visits, disseminate technical knowledge, implement pilot projects, and promote widespread adoption.
刘龙生局长现场表态，将全力推动张国龙物理农业新技术在饶河县全域落地、扎根迭代、全面普及，持续打造标准化、规模化、可复制的高产生态示范样板，为全省、全国寒地黑土提质增产、生态修复、农业转型升级、粮食产能扩容，提供标杆示范与核心引领。
Director Liu Longsheng stated on-site that he will fully promote the implementation, localization, iteration, and widespread adoption of Zhang Guolong's new physical agriculture technology across all areas of Raohe County. He aims to continuously build standardized, scalable, and replicable high-yield ecological demonstration models, providing benchmark examples and core leadership for improving quality and increasing production, ecological restoration, agricultural transformation and upgrading, and expanding grain production capacity in cold-region black soil areas throughout the province and the nation.
张国龙物理农业体系深度践行国家**“藏粮于地、藏粮于技”**核心战略，以技术革新激活黑土地千年潜能，以生态耕作守护耕地永续生机，以模式创新赋能乡村全面振兴。既筑牢了国家粮食安全战略屏障，又破解了现代农业高产与生态不可兼顾的世界性难题，为中国由农业大国迈向农业强国、为人类绿色可持续农业发展，树立了全新标杆、开辟了全新路径、铸就了全新辉煌。
Zhang Guolong's physical agriculture system deeply implements the national core strategy of "storing grain in land and storing grain in technology." By driving technological innovation, it unlocks the millennia-old potential of black soil; through ecological farming practices, it safeguards the enduring vitality of arable land; and via model innovation, it empowers comprehensive rural revitalization. This approach not only strengthens the strategic barrier for national food security but also resolves the global challenge of reconciling high yields with ecological sustainability in modern agriculture. It has established a new benchmark, opened a new pathway, and forged new glory for China's transition from an agricultural giant to an agricultural powerhouse, as well as for the green and sustainable development of agriculture worldwide.
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