GB 10395.9-1996
Replaced
T/SLDA 008-2023
Active
Group standards
T/SLDA 008-2023 Crop breeding accelerator technology specification
T/SLDA 008-2023 Crop breeding accelerator technology specification
Price:
$ 20.00
Basic Information
Standard Code:
T/SLDA 008-2023
Standard Type:
Group standards
Standard Status:
Active
is_force_gb:
no
CCS Name:
Agricultural and forestry machinery and equipment
ICS Name:
Comprehensive agricultural machinery and equipment
Publish Date:
2023-02-10
Implement Date:
2023-02-15
Scope
Scope: This document specifies the classification of crop breeding accelerators by crop type, their classification and requirements, construction and design, technical requirements, and the requirements for crop breeding acceleration processes. This document applies to the construction and design of modern agricultural systems that utilize modern technologies such as plant lighting and environmental control for various types of crop breeding acceleration under comprehensive environmental conditions. Suitable environmental conditions are not limited to land, sea, space, deserts, reefs, or ships. Main technical content: A crop breeding accelerator refers to a device equipped with an artificial climate chamber that can provide the growth environment factors required for plant growth, including temperature, humidity, lighting, and nutrient solutions, thereby accelerating crop reproduction and generation. The application of light spectra suitable for plant photosynthesis in agricultural fields such as daylight greenhouses, plant factories, seedling cultivation, and plant tissue culture, combined with technologies like AI, automatic control, mechatronics, computers, and optoelectronics, enables the understanding of some environmental regulation mechanisms for rapid crop reproduction through research. By precisely controlling environmental conditions such as temperature, humidity, LED lighting, CO2 concentration, and nutrients based on plant growth laws, the growth cycle of crops can be shortened. Crops grown in breeding accelerators can achieve shorter harvest cycles than those grown in ordinary fields, enabling continuous production and rapid large-scale breeding of agricultural crops. This reduces reliance on land area and significantly increases per-acre yield. With improved yield and guaranteed quality, it provides valuable technical reserves for future food production. The advancement of this technology not only offers new development models for agriculture
Development Information
Related Standards
GB 10395.12-1997
Replaced
GB 10395.12-1997 Tractors and machinery for agriculture and forestry— Technical means for ensuring safety—Part 12:Portable powered hedge-trimmers
GB 10395.1-2001
Replaced
GB 10395.1-2001 Tractors and machinery for agriculture and forestry—Technical means for ensuring safety—Part 1:General
GB/T 17127.4-2003
Active
GB/T 17127.4-2003 Agricultural wheeled tractors and implements—Three-point hitch couplers—Part 4:Bar coupler
GB/T 19209.1-2003
Replaced
GB/T 19209.1-2003 Examine general rule of repair quality for tractor—Part 1:Wheeled tractor
GB/T 19209.2-2003
Replaced