Digital technology serves as a pivotal force in advancing the construction of a new smart animal husbandry ecosystem. Breakthrough innovations in digital technology can lead to significant leaps in productivity within the animal husbandry sector, triggering profound industrial transformations. By leveraging digital technology as a link, the entire industrial chain—from breeding to the dining table—can be seamlessly integrated, establishing a collaborative and highly efficient digital development system. Efforts should focus on actively cultivating and expanding new drivers of the digital economy, promoting the deep integration of animal husbandry with the digital economy, and exploring new avenues for growth.
The creation of digital innovation platforms, the enhancement of an integrated development framework for education, technology, and talent, and the improvement of policy support systems are essential to provide comprehensive backing for building a new smart animal husbandry ecosystem.
As a key national base for agricultural and livestock products, the region possesses superior resource endowments and a solid industrial foundation, playing a prominent role in safeguarding national food security. In the face of accelerating technological revolution and industrial transformation, it is imperative to seize the opportunities presented by digital transformation, strengthen technological innovation, and coordinate digital innovation resources. Tailored approaches should be adopted to cultivate and expand new quality productive forces, driving the transition from traditional animal husbandry to smart animal husbandry through high-level self-reliance and strength in science and technology. This will facilitate a green and intelligent transformation of the sector, exploring new pathways characterized by advanced technology, high quality, improved efficiency, and sustainable development, thereby forming new competitive advantages.
Establishing a digital foundational support system for smart animal husbandry is crucial. Increased investment in digital technology research and development, along with the implementation of digital攻关 projects for smart animal husbandry, will strive for technological breakthroughs and application innovations in key areas. Focus will be on core technologies such as precision agricultural sensing, bio-information recognition, and intelligent decision-making algorithms. This involves developing high-precision specialized sensors for animal husbandry,攻克 animal behavior recognition algorithms, and building AI-based disease prediction models. Digital management and control platforms will be constructed, developing mobile applications specifically for herders that integrate functions like weather forecasting, pasture monitoring, livestock positioning, and health alerts, thereby establishing intelligent decision support systems. Unified data standards and interface specifications will ensure interoperability between different systems.
Strengthening digital infrastructure construction involves building a region-wide digital grassland monitoring network that integrates data from satellites, drones, and ground sensors to form an integrated "sky-ground" monitoring system. Promoting the deep coverage of 5G networks in pastoral areas and constructing edge computing nodes will ensure the real-time and stable transmission of data. Upgrading intelligent breeding facilities includes deploying smart feeding systems, environmental monitoring equipment, and health monitoring devices in large-scale farms, configuring precision feeding robotic arms, installing automated manure removal systems, and promoting feeding robots. Modern slaughtering and processing production lines will be established, utilizing machine vision technology for product quality inspection and automated equipment to enhance processing efficiency and product standardization, providing a solid technical foundation for the new smart animal husbandry ecosystem.
Building a digitally coordinated development system across the entire industrial chain requires deep integration of technological and industrial innovation. Digital transformation must run through the entire animal husbandry chain, achieving deep integration and coordination at every stage. In the breeding segment, digital breeding centers will be established, utilizing technologies like genomic selection and molecular marker-assisted selection to build high-quality gene databases for breeding stock, construct whole-genome association analysis platforms, develop intelligent embryo transfer technologies, and establish management systems for frozen semen and embryo banks. In the farming segment, a digital health management system will be established, promoting smart wearable devices such as smart ear tags and collars for livestock to monitor physiological indicators in real time, creating livestock health record systems, developing disease early warning systems, building epidemic prevention and control networks, and establishing regional animal disease monitoring and early warning systems.
Improving the digital traceability system for product quality and the smart logistics distribution network involves establishing a "blockchain + traceability" system. Blockchain technology will create an immutable product traceability chain, assigning a unique digital identity to each animal and recording its entire lifecycle information from birth to slaughter. Intelligent product quality and safety detection systems will be built, using technologies like spectral analysis and biosensors for rapid testing of product indicators. Consumer-facing query platforms will be developed, and quality and safety risk warning mechanisms established. A smart logistics distribution system will be constructed, including a logistics information platform for animal products, improving the cold chain logistics monitoring system, promoting intelligent warehouse management systems, developing algorithms for optimizing smart delivery routes, and building a logistics data sharing platform to enable information interconnection among logistics companies, producers, and sales platforms, thereby facilitating the shift from traditional to modern animal husbandry.
Digital transformation provides new technological means for grassland ecological protection and the sustainable development of animal husbandry. Utilizing digital technology achieves a balance between ecological conservation and economic development, building a green, low-carbon smart animal husbandry ecosystem and strengthening the important ecological security barrier in northern China. Deploying hyperspectral satellite monitoring systems, equipped with multi-rotor and fixed-wing drones, and constructing ground ecological monitoring stations in key grassland areas will establish a big data analysis platform for grassland ecology. An ecological early warning system and an ecological restoration effectiveness evaluation system will be developed to provide scientific basis for grassland protection decisions, ensuring the protection of the vital northern ecological barrier while promoting high-quality development of animal husbandry.
Optimizing the digital management of grass-livestock balance involves launching digital ecological service functions, developing dynamic calculation models for carrying capacity, establishing digital early warning and response mechanisms, promoting digital rotational grazing management techniques, developing intelligent grazing navigation systems, promoting digital fencing technology, and building a supervision platform for grass-livestock balance. A digital platform for pasture carbon sink trading will be established, developing grassland carbon sink measurement technologies and standards, constructing a grassland carbon sink monitoring network, and setting up a carbon sink certification system. This allows herders who contribute to ecological protection to participate in carbon emission rights trading through the platform, achieving a green, low-carbon transition. An information management platform for grassland ecological compensation policies will be built, developing ecological protection performance evaluation systems, promoting mechanisms for realizing the value of ecological products, developing grassland eco-tourism service platforms, establishing grassland museums, and using virtual reality technology to showcase the diversity and importance of grassland ecosystems.
Digital transformation is giving rise to new business formats and models within animal husbandry. It is vital to actively cultivate and strengthen new drivers of the digital economy, promote the deep integration of animal husbandry with the digital economy, and expand new development spaces. Developing new models such as "Digital + Animal Husbandry" involves building e-commerce platforms for animal products, fostering direct online sales and community group buying models, establishing live-streaming platforms for pastures, and promoting the concept of "cloud ranching," allowing consumers to adopt livestock via online platforms. Promoting contract-based animal husbandry, using big data to analyze consumption trends and market changes, guides herders in personalized production. Demand forecasting models will be established, and membership-based agriculture developed to provide members with premium products and exclusive services. Fully leveraging the amplifying, superimposing, and multiplying effects of digital technology injects new vitality into animal husbandry development through new formats and models, opening up new tracks and spaces for growth.
Expanding digitally integrated cultural and tourism formats and innovating financial service models includes developing smart pastoral tourism, using VR/AR technology to create immersive ranch experience products, building platforms for showcasing pastoral culture, promoting the integration of "animal husbandry + cultural creativity," constructing smart pastoral tourism service platforms, and developing educational tourism products related to animal husbandry. Innovating financial service models involves developing financial products like digital ranch loans, establishing a credit reporting system for animal husbandry, creating insurance products for the sector, using IoT technology for real-time monitoring of insured subjects, promoting supply chain finance services, developing agricultural investment platforms, and establishing asset trading markets for animal husbandry to facilitate the circulation and value realization of assets.
Digital transformation requires a robust innovation ecosystem and policy support. Efforts should focus on building digital innovation platforms, perfecting the integrated development pattern of education, technology, and talent, and improving the policy guarantee system to provide all-round support for constructing the new smart animal husbandry ecosystem. Building innovation platforms and a talent system involves leveraging the scientific and technological advantages of central cities to establish a smart animal husbandry innovation center, attracting renowned domestic and international research institutions and high-tech enterprises, and forming industry-university-research-application innovation alliances. Implementing talent cultivation projects for animal husbandry, collaborating with well-known universities to offer programs in smart animal husbandry, building remote education and training platforms, establishing talent incentive mechanisms, improving talent introduction policies, and constructing innovation and entrepreneurship incubation platforms are key steps. Enhancing the innovation environment involves encouraging universities, research institutions, and enterprises to jointly establish research centers or laboratories, creating open and shared technical service platforms, building standard systems, and setting up testing and verification platforms.
Improving the policy support system and optimizing the development environment includes setting up special funds for the digital development of animal husbandry, establishing a technical standard system for the sector, perfecting the data security保障 system, refining development assessment and evaluation mechanisms, and instituting development monitoring and evaluation systems. Strengthening promotion and publicity, hosting smart animal husbandry expos, building demonstration bases, improving infrastructure construction—such as accelerating broadband and mobile network deployment in pastoral areas and establishing service outlets—optimizing the business environment, and streamlining project approval processes are essential. Establishing a statistical monitoring system for development, regularly publishing development reports, strengthening international cooperation and exchanges, and introducing advanced foreign technology and management experience will create a favorable environment and atmosphere conducive to digital transformation, enhancing the international level of the region's digital development in animal husbandry.