9 results about "Integrated pest management" patented technology

This invention relates to the field of agricultural plant protection technology, specifically to an integrated pest management method for rapeseed suitable for aerial application, comprising the following steps: mixing Bacillus amyloliquefaciens Bam22 with imidacloprid and cyazofamid for aerial application; wherein, the Bacillus amyloliquefaciens Bam22 bacterial solution is diluted to a concentration of (2.5-5.0) × 10⁻⁶. 7 The dosage of cfu / mL was reduced to (6-9) g / mu for imidacloprid and (18-26) g / mu for boscalid. This invention achieves a synergistic effect by combining the pathogen-inhibiting effect of the Bam22 strain with the targeted control function of chemical agents. This significantly reduces the concentration of chemical agents and avoids pesticide damage from aerial spraying while ensuring that the efficacy of pest and disease control is not reduced. At the same time, the growth-promoting function of the Bam22 strain is used to restore the growth status of rapeseed, enhance the plant's stress resistance, and further ensure the yield and quality of rapeseed.

This invention relates to the field of pesticides, specifically to a fungicide composition for foliar spraying, its preparation method, and application scheme. The active ingredients of the fungicide composition include quinoline copper and phosphite A. Phosphite A is selected from at least one of phosphorous acid, alkali metal salts or alkaline earth metal salts of phosphorous acid, alkylphosphonic acids containing C1-C6 groups of phosphorous acid or alkali metal salts of alkylphosphonic acids, alkaline earth metal salts, and aluminum salts. In the fungicide composition, the weight ratio of quinoline copper to phosphite A is 99:1 to 1:99. The fungicide composition of this invention has high activity against bacterial and fungal diseases occurring in various crops, such as canker and downy mildew, and also exhibits significant synergistic effects. It not only improves the antibacterial or bacteriostatic effect but also broadens the control spectrum. Simultaneously, it can reduce the number of applications and alleviate environmental pressure, thereby achieving the effect of prevention-oriented and integrated pest management.

The invention discloses a global four-pest elimination integrated prevention and control method based on hot smoke, plugging and co-processing, and relates to the technical fields of vector biological prevention and control, public health safety and the like, and the method comprises the following steps: killing mosquitoes, flies and cockroaches through hot smoke, and immediately plugging a well lid hole to prevent escape; blocking the mouse hole and smearing a deratization tracking ointment to control the mouse; flies are controlled by the fly luring agent and the fly sticking paper; lime powder is sprayed to the dark and humid ditch zone, and the larva breeding environment is prevented; cockroach killing bait is used in the catering area to control cockroaches; a high-pressure spraying machine and auxiliaries are used for retention spraying; the air-assisted ultra-low-volume sprayer is used for killing mosquitoes; fenthion and pyriproxyfen are used in a mosquito and fly breeding field to kill juveniles; and unmanned aerial vehicle full-coverage disinfection and killing are carried out on forests and difficult-to-reach areas. In the whole process, little pesticide is sprayed, environment pollution is avoided, harm to residents is reduced, the density control requirement of the disease control center can be met within 5 days, the national health city standard is met, and synchronous prevention and control of mosquitoes, flies, cockroaches and mice are achieved.

This invention discloses a method and system for high-risk early warning of rice planthoppers in the field over the next 15 days based on a binomial GAM model, belonging to the field of intelligent monitoring and early warning technology for agricultural pests and diseases. This invention acquires daily monitoring data from the rice tillering stage to maturity and harvest, and processes missing values. It constructs a feature window and a prediction window using a 15-day window and a 1-day step size, extracting features such as planthopper population, temperature, and the proportion of the growth stage. A dynamic planthopper population threshold is set according to the rice growth stage, generating binary early warning labels. A binomial GAM model with a cloglog link function is constructed, trained using the feature set as input and the early warning labels as output. The comprehensive early warning probability is calculated based on the daily high-risk probability output by the model, and compared with the threshold to output the 15-day early warning result. This invention features a long early warning period, strong interpretability, high accuracy, thresholds that closely match the characteristics of the growth stage, standardized data processing, and is suitable for the needs of integrated pest management in the field, making it easy to promote and apply.

The invention relates to the technical field of agriculture, and particularly discloses a comprehensive pest and disease damage prevention and control method combining winter peach fruit bagging with trapping and killing technology, which comprises the following steps: in a winter peach physiological fruit dropping period, suspending insect sex pheromone trappers in an orchard, and monitoring the adult sexual period of peach fruit moths and oriental fruit moths; s2, according to the monitoring result of the step S1, all fruits are uniformly bagged before the initial emergence period of the target pest adults and after fruit setting is completed; physical bagging and various trapping and killing technologies are systematically integrated in time sequence and space, pest situation monitoring is used as a guide, the optimal window period of bagging is determined, physical isolation measures are made to play the maximum effect, a composite trapping and killing system is deployed subsequently, space differentiation configuration is conducted according to ecological habits and activity rules of different pests, and the pest trapping and killing effect is improved. Accurate coverage of the trapping and killing range and the target object is achieved.

This invention discloses a sex pheromone composition for controlling the Thai armyworm and its application. The composition comprises cis-11-hexadecene acetate and cis-11-hexadecene alcohol in a mass ratio of 3-3.6:0.4-1, with an optimal mass ratio of 5:1. This invention not only requires small dosages and is environmentally friendly, but can also be accurately applied to pest monitoring, mass trapping, and mating disruption, significantly improving the effectiveness of integrated pest management of the Thai armyworm and holding significant importance for its control.

This invention discloses the AgJHE1 gene and siRNA that interferes with the pesticide metabolism of cotton aphids, as well as their applications in the management of cotton aphid resistance, belonging to the field of biotechnology. The invention utilizes RNAi technology to interfere with the expression of the AgJHE1 gene, specifically designed siRNA based on the cotton aphid AgJHE1 gene. Results show that the siRNA enters the cotton aphid cells and triggers an RNAi cascade reaction, interfering with the expression of the target gene. Under pesticide stress, cotton aphids fed with siRNA showed a significantly increased sensitivity to the pesticide trifluralin. The siRNA provided by this invention can interfere with the detoxification and metabolic processes of cotton aphids to pesticides. This research contributes to understanding the metabolic resistance mechanism of cotton aphids and provides a new target for integrated pest management of resistant pests. The research results have significant theoretical and practical implications for the sustainable management of cotton aphids.

This invention discloses an integrated pest management method for wolfberry diseases and pests. Based on the life cycle, damage cycle, and survival characteristics of major local wolfberry pests, this method implements a seven-step integrated control approach according to seasonal sequence: mid-February pruning and cleaning of materials for harmless disposal; early March and late October orchard cleanup followed by spraying lime sulfur to control overwintering pest populations; and targeted spraying of compound pesticide solutions in March, May, June, and August, simultaneously addressing pest and disease control, enhancing plant resistance, and providing nutritional supplementation. Furthermore, the method optimizes pesticide formulation and application, achieving a closed-loop control system. This invention innovatively proposes the addition of plant growth regulators to pesticides to induce increased pest resistance in wolfberry, and the addition of nutrient solutions to enhance pest resistance. This invention is highly targeted, uses less pesticide, effectively improves the overall pest and disease control effect of wolfberry, ensures wolfberry quality meets zero pesticide residue standards, and is suitable for wolfberry cultivation in Jiuquan and similar climatic regions, providing technical support for the high-quality development of the wolfberry industry.

This application discloses an integrated pest management system and method for multiple pest species. The system includes: a data acquisition layer for collecting environmental parameters and biological sampling signals; a communication transmission layer for data transmission between different layers; a central processing layer for processing and extracting features from the environmental parameters and biological sampling signals, and using a neural network model to determine the pest category; combining the pest category determination results to calculate the pest risk score index value, and determining the comprehensive risk level according to a preset risk classification table, generating control instructions; an execution layer for controlling the operation of control devices according to the received control instructions; and an application layer for providing a visual interactive interface to display operational data from other layers. This application enables real-time monitoring and timely early warning of multiple pest species, and automatically schedules control equipment to execute closed-loop control strategies.