Soil organic matter content detection system based on high-temperature excitation principle
November 30, 2023 | Computers and Electronics in Agriculture |
Introduction: Precision agriculture involves using advanced technology to optimize crop growth, and soil organic matter for crop growth. China Agricultural University and The Soil-Machine-Plant Key Laboratory of the Ministry of Agriculture of China collaborated on developing real-time method of measuring organic content in soil for precision farming.
Key findings: The research team employed an instrument based on high-temperature excitation, different from the commonly used spectroscopy. The new system is designed to be more affordable and less affected by soil conditions like texture and moisture. The system was tested with different types of soil, and the real-time organic content measurement is found to be accurate.
Read more: Design and experimentation of soil organic matter content detection system based on high-temperature excitation principle
Fig. | Schematic diagram of SOM detection system.
Viewed Articles
November 30, 2023 | Computers and Electronics in Agriculture |Â Â Introduction: Precision agriculture involves using advanced technology to optimize crop growth, and soil organic matter for crop growth.
Read More
July 15, 2023 | Science of The Total EnvironmentSoil plays a crucial role in agriculture, but understanding its water-holding capacity, called available water capacity (AWC), can be challenging. Tradi
June 5, 2023 | International Journal of Life Cycle Assessment | Source | Â Introduction: The study, led by researchers from the International Rice Research Institute (IRRI), investigates innovative too
August 2023 | ENGINEERING APPLICATIONS OF ARTIFICIAL INTELLIGENCEÂ The Indian Agricultural Research Institute conducted a study to address the challenges faced by agricultural systems and food security
March 13, 2022 | Journal of the Science of Food and Agriculture | Source | Â Introduction: Food loss and waste are major environmental concerns, contributing to 29% of global GHG emissions, with especi
January 01, 2024 | Molecular Plant | Source |Â Comment: Agricultural practices contribute significantly to atmospheric greenhouse gas emissions, with tillage accelerating soil disruption and carbon rel
