OUR INTEGRATION OF 4 PILLARS
WHEN NATURE AND TECHNOLOGY MEET
3 Key Advantages
The Model leverages data provided by the National Agricultural Information Account
(國家重要農業資源信息台帳).
As data management and control have become increasingly digitized, it enabled the accumulation of large datasets to be rapidly extracted and analysed by computers. This has led to the development of digital technologies such as blockchain and artificial intelligence, which are backed by the integration and iterative models.
The system effectively collects, inputs and analyses agricultural data in order to monitor and govern agricultural activities within the region, and subsequently implements corresponding regulatory measures.
This promotes the efficiency and effectiveness of the regulatory governance and realises the modernization of China’s agricultural monitoring and control system.
The Model integrates advanced technologies such as remote sensing, geographic information systems, positioning systems, computer technology, communication and networking technology, and automation technology with the disciplines of geography, agronomy, ecology, plant physiology, and soil science.
It realises real-time monitoring of crops, soil, and other elements in the agricultural production process from macro to micro levels. Real-time information is obtained on crop growth, development status, pests and diseases, water and fertilizer conditions, and related environmental factors.
This dynamic spatial information system enables simulation of agricultural phenomena and processes, aiming to achieve rational utilization of agricultural resources, cost reduction, improvement of ecological environment, and increased crop yield and quality.
The Model unifies agricultural planning through data from the National Significant Agricultural Information Account, that includes plowing, planting, management, harvesting, storage, sales, and services. By fully leveraging the strengths and functions of different service entities, the goal is to meet the national strategic production requirements for grain, oil, and sugar.
The process also aims to continuously improve the scale of agricultural cultivation, ultimately achieving the effects of soil organic carbon cycling, balanced nutrient, and sustainable intensive cultivation. At the same time, promoting the quality and efficiency of agriculture.
Based on the National Significant Agricultural Information Account, national and industrial standards are set up for different crops.
Each stage of agricultural production is certified by the Judicial Agricultural Certification Library and closely collaborates with the Department of Agriculture to build a standard database.
Real-time monitoring
Accurate disbursement of subsidies and loans
The establishment of an agricultural data evaluation center upgrades the agricultural financing model.
Based on data provided by the Ledger System of the National Significant Agricultural Resource Information (國家重要農業資源信息台帳系統), national and industrial standards are set up for different crops. Each stage of agricultural production is then certified by the Judicial Agricultural Certification Library (司法農業認證庫), and a standard database built with the Department of Agriculture (農業廳建). The Financial Office (金融辦) and banks can then utilise the database to quickly determine crop growth and allocate loans timely and accurately.
This not only ensures accurate disbursement of national agricultural subsidies and loans, but also invites increased financial and insurance resources into the agricultural and rural sectors.
The Financial Office and banks then uses the database to quickly determine crop growth and allocate fast and accurate loans, solving the funding needs of intensive planting, and support sustainable intensive planting.
INDUSTRIES WE SERVE
KEY CRITERIA FOR CERTIFICATION
1
Microbial Fermentation of Feed
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2
Standardized Farming Facilities
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3
Sanitized Farming Environment
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4
No Addictives
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5
Utilization of Livestock Waste
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6
Energy
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Blue River Watershed Assessment
Location: San Francisco
Project Type: Environmental Impact Assessments
Year: 2035
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Urban Eco-Park Redevelopment
Location: San Francisco
Project Type: Environmental Impact Assessments
Year: 2035
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Be sure to include all the relevant details users will want to know, like pricing, duration, and location. If they'll need to prepare or bring anything with them, let them know here. Give users an idea of what to expect from the service and tell them how to book it.