With the continuous development of agricultural modernization, the application of herbicides has played an important role in improving crop yields and reducing labor costs. However, for biology students, traditional experiments to screen the herbicidal activity of new compounds are often time-consuming and labor-intensive, and the experimental results are affected by a variety of environmental factors. Therefore, the use of virtual simulation to simulate the herbicidal activity screening experiment of new compounds has become an innovative solution.
Beijing Obier New Compound Herbicidal Activity Screening Virtual Simulation Software
This software is an agricultural inspection discipline education information construction project, aiming to provide a three-dimensional, high-simulation, high-interactive, full-process participatory, real-time information feedback and operation guidance, virtual experimental simulation operation platform for students of related majors in undergraduate colleges and universities, so that students can further familiarize themselves with the basic knowledge of the profession, understand the actual experimental environment of the laboratory, train the basic hands-on ability, and lay a good foundation for the actual experiment.
Through the virtual simulation software for the screening of the herbicidal activity of the new compound, a series of experimental steps can be simulated, such as watering and moistening the soil, sowing barnyard seeds into pots, covering soil, spraying treatment before budding, operating automatic spray towers, operating fume hoods, observing weed morphology, and spraying treatment after budding, which provides a platform for students to play independently, and also provides a new idea, new method and new means for the transformation of new educational methods such as "interactive" preview and "flipped classroom" into agricultural experiments. It will play a positive role in promoting the reform and development of undergraduate agricultural experimental education and teaching.
With its high degree of interactivity and immersion, the virtual simulation of herbicidal activity screening of new compounds can provide a controllable experimental condition, which not only improves the experimental efficiency, but also reduces the waste of resources. In conclusion, the virtual simulation and immersive experience of farmland herbicides provide an efficient and environmentally friendly experimental environment for the activity screening of new compounds. The application of this technology not only improves the accuracy and transparency of experiments, but also lays a solid foundation for the future development of agricultural crop management and herbicides. Through continuous technological innovation, we are expected to promote sustainable agriculture while ensuring the healthy growth of crops.