Jiaduo frequency vibration insecticidal lamp

Overview of Jiaduo frequency vibration insecticidal lamp:
Jiaduo frequency vibration insecticidal lamp is a physical control method that uses the phototaxis of pests for trapping and killing. Jiaduo frequency vibration insecticidal lamp utilizes the strong phototaxis, wave orientation, color orientation, and directional information of pests. The wavelength, band, and frequency of the light are set within a specific range, and light is used at close distances and waves are used at long distances to induce the sexual information generated by the pests themselves into insect repellent lamps. The lamp is equipped with a frequency vibration high-voltage power grid for contact killing, allowing pests to fall into the insect receiving bag under the lamp, achieving the goal of killing pests.

Jia Duo Frequency Vibration Insecticidal Lamp Usage:
Jiaduo frequency vibration insecticidal lamps can be widely used in agriculture, forestry, vegetables, tobacco, warehousing, wine brewing, landscaping, orchards, urban greening, aquaculture, etc., especially in areas affected by cotton bollworms. Can be lured and killed: ① Underground pests: scarab beetles, mole crickets, and ground tigers; ② Wheat pests: armyworms, wheat moths; ③ Rice pests: rice stem borer, rice stem borer, rice stem borer, rice leaf roller, rice planthopper, leafhopper; ④ Cotton pests: cotton bollworm, tobacco green worm, red bollworm, blind stink bug, bridge building bug; ⑤ Pests of miscellaneous grains: corn borer, sorghum stem borer, millet borer, soybean mealworm, soybean moth; ⑥ Vegetable pests: diamondback moth, vegetable moth, beet armyworm, white planthopper, and striped armyworm; ⑦ Storage pests: Medicinal herb beetle, big grain thief, small grain thief, bean weevil, black powder insect, wheat moth; ⑧ Fruit tree pests: Heartworm, fruit sucking armyworm, spotted red bug, peach moth; ⑨ Forest pests: 1287 major pests including pine caterpillars, lantern moths, American white moths, poplar white moths, willow poison moths, stem beetles, light shouldered star beetles, spring foot moths, green leafhoppers, poplar leaf rollers, birch foot moths, and pine beetles.

Characteristics of Jiaduo frequency vibration insecticidal lamp:

1. Rainproof: When the water is at 100% RH, the frequency vibration insecticidal lamp will enter automatic protection mode and can be restored to use after air drying, without the need to install a rain control device to control the operation of the insecticidal lamp.
2. Not afraid of lightning strikes: equipped with automatic lightning protection devices. If the Caobu Lake area in Hubei Province belongs to a minefield, Jiaduo frequency vibration lights have been safely used in the area.
Not afraid of accidental contact, no harm caused by human accidental contact, ensuring personal safety.
4. Corrosion resistance: Insulated columns made of special glass materials. In the Wenzhou area of Zhejiang Province, which belongs to the coastal climate and is often affected by strong typhoons, due to the corrosive nature of salt carried by sea winds, products may experience corrosion. However, Jiaduo frequency vibration lamps have been safely used in this area.
5. High temperature resistance: able to work for a long time in environments with large temperature differences between morning and evening, such as Xinjiang.
The improvement of the above technologies has ensured the safe use of hundreds of thousands of insecticidal lamps nationwide.

What should we do if pests break out? Jiaduo frequency vibrating insecticidal lamp can lure and kill them. The Jia Duo frequency vibration insecticidal lamp has been extensively tested, demonstrated, and promoted in the fields of pest infestation in agriculture, forestry, vegetables, aquaculture, tobacco, wine brewing, landscaping, orchards, urban greening, and other areas in thirty provinces, municipalities, and autonomous regions across the country, generating enormous economic, ecological, and social benefits. This lamp can lure and kill 87 families and 1287 species of pests, opening up broad prospects for the establishment of "pollution-free agriculture", ecological protection, and the development of "green food" in China.

---Stay away from pesticide hazards and approach green environmental protection---

The Jia Duo frequency vibrating insecticidal lamp traps pests without pollution from pesticides and chemical reagents, making it the highest quality natural feed containing high protein and essential trace elements for animal growth and development. It is highly sought after by friends in the breeding industry, turning pests into treasures and paving the way for prosperity. Jiaduo frequency vibration insecticidal lamp can lure and kill various pests such as cotton bollworm, ground tiger, corn borer, fruit sucking armyworm, beet armyworm, twill armyworm, pine caterpillar, American white moth, longhorn beetle, etc. It is not only used for prevention and control, but also for monitoring. It has low cost, low investment, does not pollute the environment, has no toxic effect on humans and animals, and is easy to operate with significant effects on pest control and benefit protection. Hang the lamp on a sturdy object higher than the crop, connect the power supply and place it in the pest control area or monitoring point. If used in aquaculture industries such as fish farms, hang it directly on the pond or farm without attaching insect bags, allowing the adult insects to fall directly into the water. In other pest control industries such as agriculture and forestry, insect bags must be attached. This lamp is small and exquisite, easy to store, and can be used repeatedly with one investment. It controls an area of 30-60 acres and reduces egg drop by about 70%. It basically eliminates drug and chemical prevention and control. To lure and forecast pests, increase the source of protein feed for aquaculture, lure and kill yeast pests, fully utilize the multi effect function of one lamp, and please identify the product trademark, patent certification, and certificate of conformity to prevent counterfeiting.

Application of Jia Duo Frequency Vibration Insecticidal Lamp in Vegetable Pest Control

Yiqi (National Agricultural Technology Extension Service Center, Beijing 100026)

Since its introduction in 1991, the Jia Duo frequency vibration insecticidal lamp has been applied in agricultural production to control pests on an area of over 500000 hectares, especially in cotton areas to control cotton bollworm damage, reduce chemical pesticide usage, maintain ecological balance, protect the environment, and recover economic losses. It has played an important role and achieved significant economic, ecological, and social benefits.
In recent years, frequency vibration insecticidal lamps have expanded their application scope and made new progress in the prevention and control of vegetable pests. Wenzhou, Huzhou, Yuyao, Cixi and other cities in Zhejiang Province have conducted in-depth observation and research on the use of frequency vibration insecticidal lamps for control, and have achieved good results. Based on this, the Zhejiang Provincial Plant Protection Station issued a document in August 2000, listing Jiaduo Frequency Vibration Insecticidal Lamp as the designated pesticide for pollution-free vegetable production in Zhejiang Province, in order to reduce the harm of vegetable production to urban and rural residents, ensure people's health and the sustainable development of vegetable production. Jiaduo frequency vibration insecticidal lamps have been widely used in Sixian, Susong, Wuwei and other areas of Anhui Province to control vegetable pests, and have been well received by the public. In July 1999, the Provincial Plant Protection General Station issued a notice to promote the demonstration of Jiaduo frequency vibration insecticidal lamps throughout the province, which are widely used in agriculture, forestry, vegetables, gardens and other pest control fields to develop pollution-free agriculture and produce green food.
To further explore the control effect and application technology of Jiaduo frequency vibration insecticidal lamp on vegetable pests, the following is a summary based on local experiments and application situations:
Types and effects of using a frequency vibration insecticidal lamp to lure and kill vegetable pests:
According to reports from Ye Shuguang, Xu Equation, and others at the Wenzhou Academy of Family Sciences in Zhejiang Province, the Jia Duo Frequency Vibrating Insecticidal Lamp (PS-15II type) attracted a total of 30 pests in vegetable fields from July 19 to August 2, 2000. The main pests included the striped armyworm, sugar beet armyworm, silver striped armyworm, ground tiger, tobacco caterpillar, corn borer, vegetable borer, yellow grass borer, pod borer, melon silk borer, soybean leaf roller, large ape leaf beetle, leaf beetle, yellow curved bar jumping beetle, elephant beetle, sky moth, and corn borer. From July 19 to September 4, 2000, a total of 5840 individuals of Spodoptera litura were captured by 47D and 5 vibrating insecticidal lamps, accounting for 69.95% of the total number of captured insects. During the period of 10D from July 19th to 28th, a total of 2006 Spodoptera litura were induced and killed, with an average of 40.5 per day using a single lamp. During the period of 9D from July 29th to August 6th, 1925 individuals were induced and an average of 42.8 individuals were induced using a single lamp; During the 15D period from August 7th to 21st, 3140 individuals were lured by 5 lamps, with an average of 41.9 individuals killed by a single lamp. From August 22nd to September 4th, there were 2 tropical storms during this period, with 83 individuals lured by 5 lamps within the 13D period, with an average of 1.3 individuals killed by a single lamp. Among the 5840 captured Spodoptera litura, 3158 were female and 2682 were male, with a male to female ratio of 1.18:1. Three dissections were conducted on 126 female moths, with 85 moths not laying eggs, accounting for 67.5%, 26 moths partially laying eggs, accounting for 21.6%, and 15 moths completely laying eggs, accounting for 11.9%.
According to the Cixi Plant Protection Station, in 1999, frequency vibration insecticidal lamps were installed in 20 hectares of vegetable fields. From July 23 to November 4, a total of 3571 Spodoptera litura and 279 Spodoptera exigua were trapped and killed in 96 days; From April 10 to July 30, 2000, a total of 8876 diamondback moths, 433 striped armyworms, 100 beet armyworms, and 6384 other species were captured in 111D. Ling Xiaoming and others from the Yuyao Plant Protection Station reported that from August 15 to 31, 1998, a total of 5096 cotton bollworms, 4 ground floor moths, 1076 striped armyworms, 3706 mole crickets, 767 beet armyworms, 464 lantern moths, 52 sky moths, 660 corn borers, 1047 scarab beetles, and 961 other insect species were lured and killed using 3 PS-15II type frequency vibration insecticidal lamps. According to the Xu equation report, on September 5, 2000, three cauliflower plots with a high concentration of Spodoptera litura were surveyed in both the insecticidal lamp area and the non lamp area. On average, 50 Spodoptera litura plants in the insecticidal lamp area had 7.3 egg blocks and 164 larvae, while 50 plants in the non lamp area had an average of 15.7 egg blocks and 462.7 larvae. The insecticidal lamp area had 53.2% fewer egg blocks and 64.7% fewer larvae than the non lamp area. The above information indicates that the Jia Duo frequency vibrating insecticidal lamp has a good trapping and killing effect on various vegetable pests, especially on the control of Spodoptera litura. Especially in recent years, there has been a major outbreak of Spodoptera litura, which has strong resistance to chemical pesticides. The use of frequency vibration insecticidal lamps in vegetable areas can better demonstrate its control effect.
Chen Zhonghua from Huzhou City reported that in late July, during a survey of cowpea fields in light controlled areas, the average number of eggs laid by the second-generation bean borer was 8 per plant, while in non light controlled areas, it was 35 per plant. The number of eggs laid in light controlled areas was significantly lower than in non light controlled areas.
2. The impact of frequency vibration insecticidal lamps on natural enemies
Using light to lure and control pests can also harm natural enemies. According to the Xu equation report, the frequency vibration insecticidal lamp has a relatively low attractant effect on natural enemies of vegetable pests. During the 30 days from July 15 to August 14, 2000, the five lamps lured and killed a total of 57 natural enemies such as aphids, dragonflies, cocoon bees, wasps, ladybugs, etc., and 7034 pests, with a benefit to harm ratio of 1:122.4. The number of natural enemies accounted for 0.80% of the total insect population The data shows that frequency vibration insecticidal lamps are relatively safe for natural enemies.
Comparison between 3-frequency vibration insecticidal lamp and high-pressure mercury lamp
Sheng Renxiang and others from Jiaji Station in Caishan Town, Huangmei County, Hubei Province conducted experiments. The frequency vibration insecticidal lamp consumes 0.5 kWh of electricity per night, while the high-pressure mercury lamp consumes 5.3 kWh of electricity per night. The frequency vibration insecticidal lamp consumes only 1/10 of the electricity used by the high-pressure mercury lamp. During the high bee period of cotton bollworms, the frequency vibration insecticidal lamp has a significantly higher insecticidal effect than the high-pressure mercury lamp, with cotton bollworms accounting for 45.3% of the total insect population, high-pressure mercury lamps accounting for 28% of the total insect population, frequency vibration insecticidal lamps capturing 1.5% of the total insect population, and high-pressure mercury lamps capturing 12% of the total insect population. The frequency vibration insecticidal lamp also has the advantage of easy operation, without the need to add water, diesel or laundry detergent. If a model with light control is selected, it can automatically turn off and on the light in the morning and evening, which is more convenient.
Several issues regarding the application of frequency vibration insecticidal lamps in vegetable fields
1) There are many types of vegetables, and the planting area of each vegetable is not large. However, the frequency vibration insecticidal lamp is used for every 3 hectares. Therefore, when applying it, it should be considered to be used for vegetable varieties planted in large contiguous areas, and each household needs to jointly set up insecticidal lamps. There are several hundred hectares of contiguous tomatoes in places such as Dali, Yunnan. Considering the installation of insecticidal lamps to control cotton bollworms, the control effect is significant and the economic benefits are significant. But it is necessary to do a good job in coordinating the installation of lights among households.
2) For omnivorous pests such as Spodoptera frugiperda and Spodoptera frugiperda, it is not necessary to require the same vegetable variety. Installing frequency vibration insecticidal lamps can overcome the resistance of pests to chemical pesticides and achieve good control effects. But vegetable growers themselves do not have a large planting area, and there is also a problem of jointly negotiating the installation of insecticidal lamps.
3) There are many types of vegetable pests, and different pests have different requirements for light color and brightness. For example, cotton bell worms have strong phototaxis towards wavelengths of 333 and 405nm, and moths have strong phototaxis towards wavelengths of 445, 475, and 547nm. From the wavelength of the frequency vibration insecticidal lamp, it has a good trapping effect on cotton bollworms and armyworms, but a low effect on other species. How to adjust the light wavelength according to different types of vegetable pests to effectively control a certain pest and achieve satisfactory control needs further exploration.
4) The practice of using frequency vibration insecticidal lamps in vegetable fields is not long, and more experience and methods need to be explored in application to facilitate the comprehensive control of vegetable pests.

Actively promoting Jiaduo frequency vibration insecticidal lamps to promote the production of pollution-free vegetables

Vegetable Office of Jingmen City, Hubei Province

In 2001, our city began implementing the production of pollution-free vegetables. In response to the situation where some vegetable farmers often used highly toxic and high residue pesticides or used pesticides in excessive doses, high concentrations, and frequently to control pests and diseases in vegetable production in the past, we have identified the current focus of our city's pollution-free vegetable work, which is to solve pesticide residues in vegetables. There are many types and high incidence of vegetable pests, which are prone to develop drug resistance and difficult to control. The use of biological pesticides for pest control is difficult for most vegetable farmers to accept in a short period of time due to their narrow insecticidal spectrum, slow mortality rate, and relatively high control costs; The use of low toxicity and low residue chemical pesticides for prevention and control is difficult for vegetable farmers to grasp the optimal period for prevention and control. How to solve and control pesticide residues in vegetables? Firstly, we need to find new ways and effective methods for vegetable farmers to control pests. To this end, we purchased four frequency vibrating insecticidal lamps from the Provincial Plant Protection Station in May last year and conducted experimental demonstrations at the Wanmu Spring Chinese Cabbage Base in Huji Town, Zhongxiang City. After the experiment, on the first day of hanging the lamps, an average of 0.6 kilograms of adult pests were attracted by a single lamp, and the number of pests in the field was significantly reduced for half a month. At the same time, the attracted pests could also be used as chicken feed and fish feed bait, turning waste into treasure and receiving praise and recognition from a large number of vegetable farmers. In order to promote the popularization of frequency vibration insecticidal lamps, I consulted with the municipal government and held a city wide meeting on pollution-free vegetable production sites in Huji Town, Zhongxiang City on May 25, 2001. At the meeting, the deputy mayor in charge of agriculture also signed target responsibility agreements with various counties, cities, and districts, and included the promotion of frequency vibration insecticidal lamps in the important agenda of pollution-free vegetable work. After the meeting, various counties, cities, and districts took active actions and purchased a total of 40 insecticidal lamps, which were demonstrated and promoted in Shuangquan Village in Duodao District, Ziling Village in Dongbao District, Huji Town in Zhongxiang City, Hongling Village in Shayang County, and Xinshi Town in Jingshan County. Through application, the base number of vegetable pests in the demonstration base was significantly reduced, the harm was reduced, and the residual amount of vegetable pesticides was also reduced, effectively improving product quality. Huji Town has applied frequency vibration insecticidal lamps to thousands of acres of Chinese cabbage, with almost no use of pesticides. 80% of the Chinese cabbage is still sold to the Guangzhou and Changsha markets, which implement an admission system for foreign vegetables, relying on high quality. Vegetable vendors who come here eagerly rush to buy it, increasing farmers' income from the development of pollution-free vegetable production and mobilizing their production technology. On March 27th, the municipal government held a pollution-free vegetable production site meeting in Huji Town, Zhongxiang City. The mayor in charge signed target responsibility agreements in various counties, cities, and districts, and listed frequency vibration insecticidal lamps as designated application products for pollution-free vegetable production in our city, which is included in the main assessment content. Currently, our office is strengthening supervision and management. The relevant work is currently being implemented.
1、 The trapping effect and characteristics of insecticidal lamps:
1. A large number of insects are attracted and killed, with a wide spectrum of insecticides. According to experimental statistics from various regions in our city, the frequency vibration insecticidal lamp has attracted and killed 26 species of vegetable pests from 16 families and 5 orders. From June 5th to 10th, 2001, the four lamps at the Huji demonstration site in Zhongxiang City attracted a total of 26 species of vegetable pests, 6714 heads, with an average of 335.7 heads killed per day by a single lamp. The main pests were the striped armyworm, silver mosquito armyworm, beet armyworm, ground tiger, cabbage caterpillar, and adult insects such as the pod borer, melon silk borer, and cabbage borer of the moth family; The yellow curved jumping beetle of the Coleoptera family, the great ape leaf beetle, and the golden turtle shell of the Golden Turtle beetle family; Crickets, locusts, and mole crickets in the order Orthoptera; Half winged blind bugs.
2. The impact on natural enemies is relatively small. Through experiments, it has been found that the frequency vibration insecticidal lamp also has a certain degree of attraction and killing effect on beneficial insects, but its degree of attraction and killing is much lower than that of chemical control. During the 5-day period from June 5th to June 10th, 2001, the main beneficial insects attracted were 26 sand flies, 14 wasps, 28 ladybugs, and 8 aphid eating flies. During the same period, 6714 pests were captured and killed, with a benefit to harm ratio of 1:88.3. Among the insects lured and killed, pests account for 99.9% and beneficial insects account for 0.1%.
3. Low cost of prevention and control. A frequency vibrating insecticidal lamp costs 298 yuan, with wires and other equipment costing 80 yuan. The annual electricity cost is 100 yuan per year, 10 hours per night, and calculated at 0.8 yuan per kilowatt hour. Therefore, only 24 yuan is needed for 100 days. On average, a single lamp controls 50 acres per day, with an average cost of 8.04 yuan per acre. Compared with chemical control, spraying pesticides 20-25 times per acre of vegetables per year generally requires an annual pesticide cost of about 80 yuan, not including labor costs. The application of frequency vibrating insecticidal lamps requires 3-4 pesticide sprays per acre per year for controlling cabbage caterpillars and diamondback moths, and other pests are basically not controlled by pesticides. Just spraying medicine can save about 60 yuan in prevention and control costs per acre.
2、 Economic, social, and ecological benefits
In recent years, with the continuous deepening of agricultural structure, the vegetable area in our city has developed rapidly, especially in the areas of key crops, continuous cropping, and greenhouse and greenhouse protection. This has led to an increase in vegetable pests. Some vegetable farmers use a large amount of chemical pesticides to prevent and control vegetable pests, causing widespread resistance to chemical pesticides. Vegetable farmers have to increase the use of pesticides, making the problem of excessive pesticide residues in vegetables increasingly prominent. By applying frequency vibration insecticidal lamps, the amount of pesticides used has been reduced, environmental pollution has been reduced, and the killing of natural enemies has been reduced. This not only benefits ecological balance, but also improves the quality of vegetable products, enhances product market competitiveness, and expands exports, Increasing farmers' income and ensuring people's physical health play an extremely important role. Therefore, the economic, social, and ecological benefits are very significant.

Application of Jia Duo Frequency Vibration Insecticidal Lamp in Vegetable Pest Control

Installing insecticidal lamps in vegetable fields to kill pests is guaranteed

——Summary of demonstration of Jiaduo frequency vibration insecticidal lamp on pollution-free vegetables in Yun County

Pan Xishan and Zeng Zhengguo from the Plant Protection Station in Yun County, Hubei Province

Yun County currently has a professional vegetable production base of 8000 square meters, with an annual output of 380000 tons and an annual output value of 350 million yuan. Vegetable income accounts for more than 30% of the total rural income, making it a national demonstration base for pollution-free vegetables. In 2002, in order to ensure that the vegetables produced meet the pollution-free standards of nutrition, hygiene, and safety, we increased the comprehensive prevention and control of vegetable diseases and pests. While comprehensively utilizing agriculture, biology, and chemical control, according to the arrangement of the Provincial Plant Protection Station, we will focus on demonstrating and promoting the new physical control technology of frequency vibration insecticidal lamps. Twelve frequency vibration insecticidal lamps have been introduced throughout the county and demonstrated and promoted in Quduan Gang Village, Liupo Town, Tanjiawan Village (Vegetable Science Institute), and Yu Village, Anyang Town. According to the data from various electrical inspections, the lamps have shown good prevention and control effects.
1、 Demonstration effect observation
1. The types and quantities of vegetable pests lured and killed by frequency vibration insecticidal lamps. According to a survey conducted in Quduan Gang Village, Liupo Town from May 1st to September 1st, six PS-15II light controlled lamps were installed. A total of 28 types of vegetable pests, including ground tiger, tobacco green moth, pod moth, diamondback moth, twill armyworm, beet armyworm, cotton bollworm, vegetable moth, eggplant yellow spot moth, yellow croaker beetle, bean beetle, beetle, leafhopper, and soybean leaf roller, were attracted. On average, 828 pests were lured and killed by a single lamp per day. The daily maximum lure and kill of various pests reached 255 grams, with 5920 main pests, including 1476 vegetable pests. According to the investigation and observation records of the original breeding farm (Vegetable Science Institute) from July 18th to 28th, a total of 3726 Spodoptera litura were captured by 10D5 lamps, with an average of 76.5 Spodoptera litura captured by a single lamp per day.
2. The incidence of pests in light controlled and non light controlled areas. According to our investigation on September 5th in the light controlled area of Tanjiawan Village (Vegetable Science Institute) in the original seed farm; The average number of Spodoptera litura (1-3 instar) larvae per plant in cabbage is 0.25, while the average number of cabbage moths per 100 plants is 6.7; In the original seed field of Shifangyuan Village, which is not under light control, under the condition of two consecutive treatments, the average number of Spodoptera litura per plant of cabbage is 2.2, the average number of cabbage moths per 100 plants is 39, and the average number of cabbage moths per 100 plants of radish is 22. Compared with non light controlled areas (treated twice), the incidence of Spodoptera litura on cabbage decreased by 88.6%, the incidence of Spodoptera litura on cabbage decreased by 72.5%, and the incidence of Spodoptera litura on radish decreased by 69.5%.
3. Cost comparison between insecticidal lamp control and chemical pesticide control. According to my investigation in Diguanggang Village, vegetables in the light controlled area have not been treated with pesticides except for aphids. The average number of pesticide applications for controlling vegetable pests in non light controlled areas from May to September is 6.5 times, with a cost of 3 yuan/mu per application and a labor cost of 2 yuan/mu. The pesticide investment per mu is 19.5 yuan, and the labor cost is 13 yuan, totaling 32.5 yuan. The frequency vibration insecticidal lamp light control lamp costs 358 yuan per lamp, with an installation cost of 200 yuan per lamp. The electricity bill from May to September is 30 yuan, totaling 588 yuan. The average control area of each lamp is 50 acres, with an average cost of 14.6 yuan per acre. If the service life of each lamp is calculated as 5 years, the average annual cost per mu is only 2.83 yuan, which is 8.7% of the cost of using chemical pesticides.
2、 Summary of Demonstration Effect
1. The frequency vibration insecticidal lamp has a wide insecticidal spectrum and a large insecticidal amount. According to our observation of various demonstration sites, it has a good trapping effect on all kinds of pests with phototaxis in the light controlled area. It can effectively trap and kill various pests of Lepidoptera, Coleoptera, Diptera, Homoptera, Orthoptera, and Hemiptera.
2. Frequency vibration insecticidal lamps can effectively prevent most pests in vegetables. Except for aphids and cabbage caterpillars, the vast majority of vegetable pests can be controlled by using frequency vibration insecticidal lamps to lure and kill adult insects, thereby reducing damage and achieving control without the need for pesticides.
3. The frequency vibration insecticidal lamp is easy to use and saves labor and expenses. After installation, the frequency vibration insecticidal lamp (light controlled type) only needs to clean the insect bag every few days, which is very convenient to use. Save at least four doses of medication per year, saving 20 yuan/acre of funds. Each lamp has a controlled area of 50 acres and a service life of 5 years. Purchasing one lamp can save 5000 yuan in funds.
3、 Evaluation of vegetable farmer frequency vibration insecticidal lamp
After a year of demonstration application of the frequency vibration insecticidal lamp, vegetable farmers generally reported that the lamp has a good effect on attracting and killing pests. Hao Liangtian, the secretary of the Party branch of Quduan Gang Village, said, "This lamp attracts and kills adult pests, reduces egg production and larval damage, and thus reduces the frequency of pesticide use. It not only saves pesticide investment, but also reduces pesticide pollution to vegetables. It is a good method for pest control in our pollution-free vegetable production area, and we will promote it comprehensively next year." According to Chen Daokui, a pesticide operator in Quduan Gang Village, after the village used frequency vibration insecticidal lamps, the sales volume of insecticides in the store decreased by more than 70% compared to last year, which is all caused by the insecticidal lamps.
This year, I conducted three demonstration sites for frequency vibration insecticidal lamps, totaling 12 lamps. Vice Mayor Wang Huatao of Shiyan City, Director Shen Kangcai of the Municipal Agriculture Bureau, Secretary Zhou Youshun of Yunxian County Party Committee, Deputy County Mayor Wang Youqun and other city and county leaders visited the site for observation and gave full recognition. The county government requires that this new technology of physical insecticide be promoted as a key project in the future to increase promotion efforts, in order to promote the healthy development of pollution-free vegetable production in our county.

Application of Jia Duo Frequency Vibration Insecticidal Lamp in Forestry Pest Control

Jiaduo frequency vibrating insecticidal lamp has a good effect on luring and killing pine caterpillars

Today, I am delighted to participate in the on-site exchange meeting on the application of frequency vibration insecticidal lamps nationwide. Firstly, I would like to learn from the advanced experience gained in the application of frequency vibration insecticidal lamps across the country; Secondly, it is necessary and timely to explore how to improve the effectiveness of pest control in agriculture and forestry in the next step. This undoubtedly brings further impetus to the development of agriculture and forestry. I am from the People's Government of Damen Town, Dongtou County, and I cannot talk about any application exchange. I can only provide an introduction to the effectiveness of the Jiaduo frequency vibration insecticidal lamp after its application
Our Damen Town is the largest town in Dongtou County, with jurisdiction over two islands (namely Damen Island and Xiaomen Island). The largest 50000 ton liquefied gas transfer terminal in Asia is located on Xiaomen Island in our town, with 25 administrative villages and a population of 26000. It faces Wenzhou and Leqing across the sea only 17 kilometers away. The total land area of the town is 36.26 square kilometers, and the main industries are engaged in marine fishing and aquatic product processing, as well as granite mineral mining. The forest coverage area of the whole town is 16.21 square kilometers, with a forest coverage rate of 46%. The main tree species are Masson pine and black pine.
In March 2000, a large-scale pine and wool pest infestation occurred in the northern part of our town's main island, covering an area of over 6000 acres. At that time, the density of forest pests ranged from 45 to 200, with a pest rate of about 80%. It was a second level disaster and a "smokeless fire". If the prevention and control measures were not taken in a timely and effective manner, the pine trees in these 6000 acres of forest would be destroyed, causing incalculable losses.
In order to effectively carry out the eradication and control of early pine and wool pests in our town, the town government has established a leadership group for prevention and control, and formed a professional prevention and control group mainly composed of forestry technicians to carry out the work. Based on the characteristics of pine caterpillar occurrence and different site conditions, we have adopted comprehensive measures to prevent and control consumer goods such as tobacco poisoning, drug spraying, and light trapping, achieving the goal of prevention and control. We use Lindane smoke to kill pine caterpillars during the 1-3 instar stage, which requires manpower and significant resources. In the mid 4-6 instar stage, we use chemical sprays to kill them. Although the insecticidal effect is good, the manpower, resources, and financial resources invested are greater. However, it cannot be used in high mountains, steep slopes, dense forests, and tall trees. In the adult stage, we use incandescent lamps for more effective trapping. In order to achieve better control of pine caterpillars during their adult stage, we applied the Jiaduo frequency vibration insecticidal lamp according to the introduction of the county forestry bureau. Its trapping effect on pine caterpillar adults is quite obvious, and it can be said that it is also the first town in our city to apply Jiaduo frequency vibration insecticidal lamp. The first purchase was 50 units in May 2000, the second purchase was 30 units in July, and an additional 20 units were purchased in March 2001. The total number now stands at 100 units.
At that time, we did have some doubts about the Jia Duo frequency vibration insecticidal lamp, a new product. Whether the insecticidal effect was better than incandescent lamps, according to our actual application, the insect trapping effect was really good. Now we report this first number. Last August, we installed 80 Jiaduo frequency vibrating insecticidal lamps in the severely affected areas. Its working principle is to utilize the strong phototaxis, wave, color, and taste characteristics of pine caterpillars (moths), set the light wave within a specific range, use light at a close distance, and use waves at a long distance to attract and kill adult moths (moths) with color and taste. The lamp is equipped with a frequency vibrating voltage grid for contact killing, so that adult pine caterpillars fall into the bag of the lamp to achieve the goal of killing the adults and controlling harm. From turning on the lights at 7 pm to turning off the lights at 5 pm the next day, the killing results show that each insecticidal lamp traps 1000 fewer pine caterpillars per day (overnight), while the majority can reach 10000, which is more than 10 times the insecticidal amount of incandescent lamps. 80 insecticidal lamps can kill over 400000 adult pine caterpillars overnight, and the effect is quite good.
We achieved good results in the prevention and control of pine caterpillar disasters last year, which is a major contribution of the Jia Duo frequency vibration insecticidal lamp in the killing of adult pine caterpillars.
Therefore, throughout the entire usage process, we carefully and meticulously predicted, analyzed, calculated, and recorded (with an average of 50 units).
1、 Calculate the number of larvae lured and killed per day
1. Every day (night), each insecticidal lamp traps and kills 2000 adult pine moths; Calculated at a ratio of 1:3 between females and males, there are 700 female adult insects (with a reference effective rate of 30% for the indirect effect of male adult insects);
2. Each male adult lays 300 eggs, with a hatching rate of 80%, and can hatch 240 larvae. Calculated based on a survival rate of 25% for 1-3 instar larvae, the actual number is 60;
3. Each insecticidal lamp can kill 42000 pine caterpillar larvae every day (night).
2、 Calculate the daily amount of forest land reclaimed from insect bites
Calculation: 1. Assuming that there are 150 pine trees per mu of forest land and 100 pine caterpillars per tree, the number of insects per mu is 15000; So the calculation for eliminating adult pine hairs every day (night) for 10 days is 1640 acres; The tentative insecticidal lamp trapping period is 20 days, calculated as 3280 acres.
Calculation: 2. Assuming that there are 150 Pinus massoniana trees per mu of forest land and a density of 50 pine caterpillars per tree, the effective forest land is 252 mu per day. Adding 30% male population, it is 328 mu. 10 day lure period calculation: 3280 acres; The lure killing period of 20 days is calculated as 6560 acres.
Due to accurate prediction, appropriate methods, and advanced equipment, the implementation of insecticidal lamps to lure and kill adult pine caterpillars has initially effectively controlled the migration, egg laying, and hatching of most adults (moths), creating favorable conditions for reducing pest infestations, avoiding large-scale disasters, and striving for eradication. It has also laid the foundation for the construction of a demonstration town in our town.
In summary, our town's "Jiaduo Frequency Vibration Insecticidal Lamp" is a scientific, practical, effective, and essential pest control tool in the comprehensive prevention and control of pine caterpillars.

Application of Jia Duo Frequency Vibration Insecticidal Lamp in the Control of Garden Pests

Application of Frequency Vibration Insecticidal Lamp in Xiangshan Park

Theme: Through the application of Jiaduo frequency vibration insecticidal lamp in the forest area of Xiangshan Park, it is shown that the lamp exhibits the characteristics of attracting and killing a large number of Lepidoptera and other pests in our garden area, with obvious effects. It is an ideal physical control measure after eliminating aerial defense.
1、 The characteristics of this lamp are:
Jiaduo frequency vibration insecticidal lamp uses four methods of light, wave, color, and taste to lure and kill pests. It uses light sources, wavelengths, and bands that can avoid the habits of natural enemies, and has a large amount, diverse species, and extremely strong killing power against herbivorous pests (adults). Due to the use of light sources and electrical energy, it has no pollution to the environment, is safe for tourists and small animals, maintains ecological balance, and has low power consumption and investment, resulting in significant economic, ecological, and social benefits. In addition to being used as a means of pest control, it can also monitor the dynamic occurrence and growth curve of pests, which is the main tool for prediction and forecasting.
2、 The function of this lamp is:
As a renowned mountain and forest scenic spot both domestically and internationally, Xiangshan Park covers a total area of over 2400 acres with a highest altitude of 557 meters. Its unique geographical environment, facing the Summer Palace and Yuquan Mountain, has a long history and nurtured a rich population of plants that have been around for over a century. There are over 5000 ancient trees at all levels, more than 100000 Chinese parasol trees, and numerous ornamental trees. In this large population of plants, there are numerous insects from bottom to top, but there are also many harmful insects, such as the omnivorous wood moth and the single feeding poison moth, which often consumes leaves or flowers, affecting the landscape of the garden.
As our garden is a mountainous forest area, if there is a large-scale occurrence of pests in the 1970s and 1980s, we will use airplane spraying to control them. Using airplanes for prevention and treatment is costly and results in significant waste of medication; Secondly, there is no choice for insects and birds, and many beneficial insects and birds have been killed; The third issue is severe pollution of the forest environment, which has caused great dissatisfaction among tourists.
In the 1990s, after learning about the Jia Duo frequency vibrating insecticidal lamp, we purchased more than 20 PS-15II and PS-15III lamps, which were distributed in open areas of the forest, with a hanging height of about 1.5 meters. They began to emerge in early March every year (the mulberry thorn moth). From 1997 to 2000, a total of 162405 adult insects of various pests were lured and killed. Among them, there were more Chinese locust moths, wood leafhoppers, and cypress poisonous moths. Through several years of application practice, the results of lure trapping showed that the most lured pests were Lepidoptera pests, followed by Diptera, Hemiptera, Coleoptera and other pests.
Through practice, using Jia Duo frequency vibrating insecticidal lamps to lure and kill pests not only has the function of directly killing pests, but also can understand the emergence peak and egg laying situation of various pests, determine the harmful period and occurrence of larvae, so as to timely predict and organize relevant personnel to scientifically grasp the prevention and control period.
The use of this lamp to lure and kill pests has achieved significant results in our garden. The survey method for insects is simple, the prediction and forecasting are accurate, the monitoring area is large, and the investment is small. It can timely, accurately, and effectively prevent and control pests. It is the best choice for our garden's plant protection work. We must persist in using lamps to make them play a greater role.

Application of Jia Duo Frequency Vibration Insecticidal Lamp in the Control of Fruit Tree Pests

Jiaduo frequency vibrating insecticidal lamp has a special effect on killing moths at night

Since 1993, the Qiaomu Project Forest Farm in Qingyang County, Anhui Province has introduced and cultivated over 140 acres of excellent fruit tree varieties from Zhejiang Province, including Pujiang Peach shaped Plum and Shengxian Peach shaped Plum. Under the careful management and protection of forestry technicians, the fruit trees have grown well and have beautiful tree shapes. However, geographically speaking, due to the influence of climate, site conditions, terrain, and topography, the prevention and control of pests and diseases has been in the exploratory stage. The peach shaped plum tree entered its peak fruiting period in 1997, with 100% fruit hanging and a considerable amount of fruit set. A bountiful harvest is in sight. But what is heart wrenching is that from May to July, the fruit was severely damaged by heart eating insects and peach borers, resulting in a loss of about one-third of the fruit. From mid July to early August, nearly two-thirds of the damage was caused by the fruit sucking armyworm, resulting in almost no harvest. In 1998, the flowering period was hit by freezing rain, and there was no hope for a bountiful harvest.
On the basis of accumulating past production experience this year, the control of pests and diseases was relatively good. However, in the later stage, we were affected by the infestation of heart worms, especially in mid to late July when we were severely affected by the fruit sucking armyworm (a pest of the armyworm family that seeks to eat and harm fruits at night and has a strong phototaxis). In a situation where we were helpless, the Forest Control Station of the County Forestry Bureau recommended the "Jiaduo Frequency Vibration Insecticidal Lamp" to us. We rushed to the provincial capital Hefei overnight to purchase 13 insecticidal lamps, and the effect was particularly good after use.
Jiaduo frequency vibration insecticidal lamp has high technological content and is harmless to humans during operation. It automatically protects against rainy days, but on rainy days, pests' wings are not covered in rainwater, so it does not harm the fruit. Its working principle is to utilize the phototaxis, wave, color, and taste characteristics of pests, set the light waves within a specific range, use light at close range, and use waves at long range to lure and kill adult insects with color and taste. The lamp is equipped with a frequency vibration voltage network for contact killing, so that pests fall into the bag of the lamp to achieve the goal of killing adult insects and controlling harm. On the other hand, it uses light sources and wavelengths that can avoid the habits of natural enemies, while using light and waves that have strong attractant and killing effects on other fruit tree pests.
According to our observation and records during use, each insecticidal lamp can kill more than 250 grams of adult fruit sucking armyworms and other pests (such as beetles, crickets, etc.) and about 1000 adults per night. One fruit sucking armyworm adult can lay more than 300 eggs, killing one adult is equivalent to killing 300 larvae. A single adult moth can harm 1-2 fruits in one night, and 15-30 fruits weighing about 2 kilograms in half a month. Therefore, one insecticidal lamp every night can recover nearly 50 kilograms of 1000 fruits lost. Thirteen insecticidal lamps only cost 3354 yuan, and in less than three days, the money for thirteen "Jiaduo Frequency Vibration Insecticidal Lamps" can be earned back, and they can be used next year, which is both economical and affordable. So compared to previous years, using the "Jiaduo Frequency Vibration Insecticidal Lamp" can increase the yield of peach shaped plums by 500 kilograms per mu, worth 1000 yuan.
On the basis of learning from previous years' pest control lessons and accumulating this year's pest control experience, we plan to hang the lamp in advance next year and start using it from early May. Treating insects is fundamental. Our county is an ecological and economic demonstration zone, and the tree project forest farm is also an ecological and economic demonstration point. Therefore, it is necessary to avoid the use of pesticides as much as possible, reduce environmental pollution, protect natural enemies of pests, maintain ecological balance, and cultivate peach shaped plums into our county's famous, excellent, unique, and rare green fruits. With quality leading the market, the "Jiaduo Frequency Vibration Insecticidal Lamp" is essential.
In summary, in the prediction and control of fruit tree pests in our field, the "Jiaduo Frequency Vibrating Insecticidal Lamp" is an advanced and indispensable insecticidal tool.

Summary of the demonstration of Jiaduo frequency vibration insecticidal lamp in IPM ecological peach orchard

Demonstration. The experimental results are summarized as follows: The demonstration area covers an area of 1000 acres and is located in Taoyuan, with a straight line of electric poles along the road. A total of 18 PS-15 type light controlled lamps with a voltage of 220V are installed. The insecticidal lamps are hung 2.5 meters above the ground and fixed with wire to prevent them from swaying due to wind. The lights will be turned on from the 10th until the end of September. Every day, insects that have been lured and killed will be cleared, and 5 lights will be selected from July 15th to July 30th to count the types and quantities of pests. Representative and well preserved pests will be promptly labeled. The IPM ecological peach demonstration area is located in Xiaozi Village, Dahuashan Town, Pinggu County, Beijing, covering an area of 1000 acres. This demonstration zone was jointly established by the National Agricultural Technology Extension Center's Disease and Pest Control Institute of the Ministry of Agriculture, the Beijing Plant Protection Station, and the Pinggu County Agricultural Bureau Plant Protection Station. The experimental book on the physical trapping technology of Jiaduo frequency vibration insecticidal lamp conducted at the base in 2001. The staff checks the power grid and other devices at any time to ensure high trapping effect and extend the service life of insecticidal lamps.
1、 The Control Effect of Insecticidal Lamp on Fruit Trees
1. Jiaduo frequency vibrating insecticidal lamp attracts insect species
According to daily observation records from July 15th to July 30th. Insecticidal lamps are used to lure and kill pests, involving 32 species from 19 families in 5 orders (see Table 1). They have a wide spectrum of insecticidal effects on pests in the main orders and families in Taoyuan.
2. The insect attraction rate of Jiaduo frequency vibration insecticidal lamp
On July 15th, a total of 4256 insects were trapped and killed by 5 insecticidal lamps, with an average of 56.7 insects per lamp per day. The main pests in Taoyuan were the apple leaf roller moth, 35 peach longhorn beetles, and 25 scarab beetles,
3. The impact of Jiaduo frequency vibration insecticidal lamp on natural enemies
Due to the use of light sources and wavelengths that can avoid the phototaxis of natural enemies, the Jia Duo frequency vibration insecticidal lamp has low killing power against natural enemies. From July 15th to July 30th, within 15 days, 5 lamps lured and killed 30 natural enemies, including 6 ladybugs, 4 dragonflies, 3 mantises, and 17 aphids. During the same period, 4226 pests were lured and killed, with a benefit to harm ratio of 1:140.9. Among the insects lured and killed, pests account for 99.30% and beneficial insects account for 0.70%.
4. The trapping and killing effect of Jiaduo frequency vibrating insecticidal lamp on the apple leaf roller moth
The apple leaf roller moth has a certain phototaxis, so insecticidal lamps have a significant effect on attracting and killing the main pest of peach trees, the apple leaf roller moth. According to the investigation, a total of 1218 apple leaf moths were lured and killed by 5 lamps in 15 days, including 731 females and 487 males, with a male to female ratio of 1.5:1.
2、 Economic benefits, social benefits, and ecological benefits
Due to the wide insecticidal spectrum and large insect attraction of Jiaduo frequency vibration insecticidal lamps, a large number of adult pests were attracted and killed within a controlled area of 1000 acres, and the number of pesticide applications was reduced by 4 times. Just for pesticides, the cost of using them once per acre is 15.2 yuan, and for four times it is 60.8 yuan per acre. A total of 60800 yuan can be saved on 1000 acres. At the same time, it protects the ecological environment, is harmless to humans and livestock, reduces pesticide pollution in fruits, ensures the safety of people's production and life, and is deeply loved and recognized by the majority of fruit farmers. It has significant social, economic, and ecological benefits.

Application of Jiaduo Frequency Vibration Insecticidal Lamp in Cotton Pest Control

Summary of the Comprehensive Prevention and Control Experiment of Cotton, Vegetables, and Fruit Tree Diseases and Pests in 1998

1、 The current situation of occurrence and control of pests and diseases in cotton, vegetables, and fruits
（1） Occurrence of harmful situations
1. Cotton
Since 1994, cotton bollworms have been occurring frequently in our town, with a major outbreak in 1995 and 1996. This has resulted in a significant reduction in cotton production, causing local cotton fields to lose yield and affecting intercropping crops, becoming an important factor restricting high cotton yields. thus
In recent years, the common characteristics of cotton bollworm occurrence are: early occurrence, wide occurrence, large quantity, severe generation overlap, multiple peak periods, and heavy damage. The damage of the third and fifth generations increases in turn, with the north of Wanjiahu Town being more severe than the south. According to observations in late July this year, cotton bollworm eggs, high and low age larvae, pupae, and moths coexist in various insect forms in the field, and the insect situation is very chaotic, which brings great difficulties to prevention and control.
2. Various vegetables, fruits, pears, peaches, and grapevines
In order to increase farmers' income and improve the comprehensive economic benefits of cotton fields, while vigorously promoting continuous cropping of cotton and pickled vegetables, we also take advantage of the difference in crop growth time to promote intercropping of soybeans in cotton fields. Various vegetables, melons, peppers, and small grains can increase in value by 1000-2000 yuan per mu. We can also develop fruits such as pears, peaches, and grapes by utilizing the edge of fields and high ridges, with an output value of 3000-5000 yuan per mu. Various pests are the main obstacles to increasing production and income. The losses caused by pests are generally around 25-30%, and the losses of pickled vegetables are around 10-15%.
（2） The current situation and existing problems of prevention and control have resulted in an additional expenditure of more than 70 yuan per mu of agricultural pesticide prevention and control work costs. For example, in 1996, the cost of pesticides per mu reached 124 yuan, greatly reducing the benefits of cotton planting and causing cotton farmers to turn pale when talking about pests. Prohibiting pesticides at home and severely polluting intercropping vegetables pose a serious threat to people's safety.

2、 Analysis of major causes:
According to experts in cotton bollworm prevention and control at the Chinese Academy of Sciences (as reported by Xinhua News Agency on February 11, 1998), there are three main reasons for the occurrence of cotton bollworm outbreaks: ① climate drought; ② Excessive nitrogen fertilizer; ③ Unreasonable use of pesticides.
According to the analysis of the occurrence of cotton bollworm in our town over the years, in addition to the three reasons mentioned above, the large-scale intercropping of economic crops such as vegetables, peppers, and melons in cotton fields is the main reason for the occurrence of cotton bollworm. Due to the fact that intercropping crops grow earlier than cotton, it provides abundant food conditions for cotton bollworms. The occurrence of the first and second generations is high, increasing the occurrence base of subsequent generations. As these crops are harvested one after another, a large number of these insect sources migrate into cotton fields, causing damage to cotton. The progress varies, which poses great difficulties for prevention and control. The biological characteristics of cotton bollworm moths, such as long lifespan, high reproductive rate, wide diet, and susceptibility to drug resistance, are the intrinsic factors contributing to their widespread occurrence.
3、 Experimental demonstration of Jia Duo frequency vibration insecticidal lamp for controlling cotton bollworm
（1） The insecticidal principle and domestic application of Jiaduo frequency vibration insecticidal lamp
The basic principle of Jiaduo frequency vibration insecticidal lamp for attracting and killing pests is based on the phototaxis of insects, which lure adult insects to pounce on the lamp. The frequency vibration high-voltage power grid around the lamp tube contacts and kills pests, achieving the goal of killing adult insects and controlling their occurrence. Since 1992, there has been a major outbreak of cotton bollworm in the northwest cotton regions of China, with a demonstration and promotion area of over one million acres in cotton areas such as Xinjiang, and good application effects.
（2） Experimental demonstration method
In order to accurately and objectively evaluate the insecticidal effect of insecticidal lamps, our town has conducted large-scale experimental demonstrations since last year in Wangjia Village, Lianshuxia Village, Farm Village, Xiaolushang Village, and Hubei Village, where cotton bollworm outbreaks have occurred over the years, with a cumulative demonstration area of more than 4300 acres.
Starting from June 15th, the second generation of cotton bollworm moths began to light lamps in four villages, namely, under the trees of Lianshu, Nongxia Village, Xiaoluxia Village, and Hubei Village. A systematic fixed-point survey was conducted to record the number of adult moths, field larvae, field eggs, damage situation, and yield preservation effect of cotton bollworms in the lamp area and non lamp area.
（3） Experimental demonstration results
1. The effect of luring and killing adult pests
(1) The lure effect on cotton bollworms
According to daily observations in Lianshuxia Village, on June 15th, lights were turned on to kill moths. Due to the low number of moths in the second and third generations, there were fewer moths to be killed in the early stage. By the peak of moths in the fourth generation, the number of moths to be killed increased day by day. August is the peak of moths to be killed, and on September 3rd, a single light can kill up to 154 cotton bollworm moths. As of September 30th, a total of 3938.5 moths from the second to fifth generations have been killed by a single light. Calculated based on a single light control of 56.6 acres of field, each acre can reduce 69.69 cotton bollworm moths. If female moths account for 50.6%, a single female can lay 800 eggs, and the hatching rate is 30%, each acre can reduce 27800 eggs and 8340 larvae.
Due to the fact that the cotton bollworm is the pest with the highest egg production and reproductive rate in cotton fields, according to insect experts, the average number of eggs laid by a single female cotton bollworm is 1000, with a maximum of 1500 eggs. The egg laying period is as long as 10 days (the entire larval stage is only about 15 days), which easily causes generational overlap and makes prevention and control difficult. Therefore, luring and killing adult insects can have the effect of killing one hundred birds and achieving twice the result with half the effort.
From Table 1, it can be seen that the peak of insecticidal lamps is very obvious. Therefore, insecticidal lamps can also play a role in predicting the occurrence dynamics of cotton bollworms and timely releasing prevention and control information. They can be applied in monitoring and forecasting as a monitoring instrument for the growth dynamics of crop pests such as cotton bollworms.
(2) Luring moths to feminize
From August 15th to 31st, a total of 5096 cotton bollworm moths were lured and killed under three lamps, including 2577 female moths and 2519 male moths, with a male to female ratio of 1.02:1.
(3) The attractant effect on other pests of cotton and pests of vegetables, melons, and fruit trees.
According to daily observations from August 15th to 31st under the lamp, the frequency vibration insecticidal lamp has the same attractant effect on various pests such as Spodoptera litura, Spodoptera frutescens, water chestnut borer, fruit tree leaf roller borer, longhorn beetle, pear fruit moth, and peach moth. From August 15th to 31st, a total of 13833 adult insects of various types were lured and killed by the three lamps (excluding small pests such as the red bell moth, which cannot be distinguished due to their small size and damaged scales), including 5096 cotton bollworms, 4 ground tigers, 1076 twill moths, 466 bridge building moths, 3706 mole crickets, 767 sugar beet armyworms, 464 lantern moths, 52 sky moths, 495 diamond drills, 660 corn borers, and 1047 scarab beetles, fully demonstrating the comprehensive attractant effect of insecticidal lamps on cotton, vegetables, melons, and fruits.
2. The control effect on the amount of cotton bollworm eggs
According to observations at the Lianshuxia Village site, due to the use of insecticidal lamps to lure and kill a large number of cotton bollworm moths, the number of insect eggs in the field has significantly decreased. From June 15th to September 27th, the average cumulative number of eggs per hundred plants was 1639 and the number of insects was 97, while the cumulative number of eggs in non lamp areas was 3677 and the number of insects was 179 during the same period. The number of insect eggs in the field decreased by 47.9% and 57.7%, respectively. The control effect of insect eggs is very obvious, which is of great practical significance for controlling the occurrence and damage of cotton bollworms due to the lack of efficient egg killing agents at present.
3. Single lamp control
According to a survey conducted on August 30th on the number of insect eggs in cotton fields with distances from the lamp of 80 meters, 100 meters, and 120 meters, the average number of insect eggs per 100 plants was 136, 148, and 237, respectively, a decrease of 55.8% and 51.9% compared to 308 in non lamp areas. The multiple comparison results of Duncan's new repolarization test show that the number of insect eggs in cotton fields at 80 and 100 meters from the lamp is significantly lower than that at 120 meters from the lamp. That is to say, the effective control distance of a single lamp is around 100 meters, which is about 50 acres.
4. Preservation effect
According to a survey conducted on August 30th in Lianshuxia Village and Farm Village, the economic situation of cotton in the lamp area is significantly better than that in the non lamp area. This is reflected in a significant increase in the number of peaches produced in the upper six grades of cotton. The reason for this is that the lamp area causes less damage, the shedding of upper peaches is significantly reduced, the bell setting rate is improved, and the bell keeping effect is significant. The upper peaches of cotton in the two villages increased by 44.8% and 36.3% respectively compared to the non lamp area, with an average increase of 40.55%. Theoretical yield measurements show that the two villages in the lamp area produce 87.8Kg and 81.9Kg of lint cotton per mu, with an average of 84.85Kg, while the non lamp area produces 71.3Kg, with an increase of 16.5Kg and 10.6Kg, respectively, with an increase in yield of 14.9-23.1%. The average increase 0.05 yuan (converted to 11 yuan per kilogram of cotton at the national purchase price).
（4） Economic benefits
This year, a total of 40 frequency vibration insecticidal lamps were installed in Hubei, benefiting a total area of 2300 acres, including 1250 acres in Lianshuxia Village, 400 acres in Nongfang Village, 350 acres in Xiaoluxia Village, and 300 acres in Hubei Village.
The total one-time fixed investment is 49645 yuan, including the purchase of 40 insecticidal lamps at a cost of 10000 yuan, 14690 yuan for utility poles, 16680 yuan for wires and timers, 5575 yuan for installation costs, and 7355 yuan for other expenses. Calculated based on a single lamp control of 56.6 acres, the average cost per acre is 21.74 yuan.
Daily expenses: The lighting time is three and a half months, totaling 107 days. One part-time management personnel, with a monthly salary of 300 yuan and a total payment of 1050 yuan, consumes 16 kWh of electricity per day, requires a total electricity fee of 1396.6 yuan (calculated at 0.8 yuan per kWh), and 550 yuan for insect attractants such as dichlorvos. The total amount above is 3069.6 yuan. The average cost per acre is 1.33 yuan.

The total cost of the above two items is 5.41 yuan per mu for insecticidal lamps, which is less than the cost of conventional pesticide control once. The total cost of pest control in the lamp area is 1175.5 yuan, which is 5.17 yuan less than the 122.67 yuan in the non lamp area. The average yield of cotton per mu in the lamp area is 86.6Kg
In the non lamp area, the yield increased by 17.5kg per mu from 69.1kg, with a total increase of 192.5 yuan per mu. The input-output ratio is 1:27.8.
And it can reduce the pest loss of pickled vegetables from about 10% to 5%, and reduce the pest loss of vegetables, fruits, edamame, peppers, pears, peaches, grapes and other fruit trees used for intercropping in cotton fields from 25% to 30% to 5-10%, with significant economic benefits.
（5） Significant social and ecological benefits
It is obvious that the Jia Duo frequency vibration insecticidal lamp does not pollute the environment, can avoid poisoning accidents of productive personnel, does not produce resistance, and can avoid pesticide pollution from a large number of intercropping vegetables and fruit trees in cotton fields, protect the ecological environment, maintain ecological balance, and ensure the safety of people's production and life. It is unparalleled in pesticide control and has significant social benefits.
（6） Comprehensive evaluation and promotion prospects analysis of large-scale demonstration
With the adjustment of rural industrial structure and the optimization of cotton field planting structure, the number of intercropping crops such as vegetables will increase significantly, which is more conducive to the occurrence and damage of cotton bollworms. Therefore, in recent years, the occurrence and damage of cotton bollworms have further increased year by year.

Experimental demonstrations have shown that the Jia Duo frequency vibration insecticidal lamp can effectively lure and kill various pests such as cotton bollworms, vegetables, fruits, etc., greatly reducing the amount of eggs falling in the field and preventing harm before the cotton bollworms lay. It is a temporary solution and an effective measure in the comprehensive prevention and control of cotton bollworms. In the current situation where cotton bollworms occur frequently and there is a lack of efficient matching pesticides, it will expand its application as a pest comprehensive control technology in agricultural production, and will play an important role in optimizing the structure, increasing yields, increasing farmers' income, and reducing environmental pollution in our town.
National Agricultural Technology Extension Service Center

September 10, 2001

3 years of use effect and cost accounting of frequency vibration insecticidal lamp
Cotton bollworm is an important agricultural pest in China, and researching the best control plan for cotton bollworm is a matter of great concern to leaders at all levels, cotton production departments, and agricultural technicians.
Since the great development of cotton bollworm in our region in 1994, methods such as incandescent lamps, sex attractants, frequency vibration insecticidal lamps, and moth baiting have been widely promoted, and certain achievements have been made in the field control of cotton bollworm. In order to screen out effective, low-cost, and easy-to-use methods for attracting moths, comparative studies on the effectiveness of these methods have been conducted since 1996. Now, a 3-year experimental demonstration, field application effect, and cost investigation report are as follows:
1、 Experimental materials
Jiaduo Frequency Vibrating Insect Killing Lamp is a sex attractant for cotton bollworm (provided by the Institute of Biology, Chinese Academy of Sciences), and a net cover trap for cotton bollworm (produced by Shanxi Yuncheng Zhihua New Technology Development Research Institute) (provided by Xinjiang Urumqi Hongguang Plastic Factory) is a 2-3 year old poplar bough (self-made).
2、 Experimental methods and steps
In 1996, a comparative experiment was conducted between a single frequency vibration insecticidal lamp and other traps. In 1997, a survey was conducted on the trapping effects of different traps in Chitakale Township, Sanbao Township, and Shengjin Township. In 1998, a survey was conducted on 8333.3 hectares of cotton fields controlled by 2200 frequency vibrating insecticidal lamps to investigate the effects of different traps on the number of cotton bollworm eggs, male female and hatching rates, the benefit harm ratio of insect species, and the cost of trapping.
After fixing the sex attractant and moth lure core in the mesh type trap, place one core every 0.07 hectares. Sexual attractants and moth attractants are arranged on 3.33 hectares each, of which 1.33 hectares are alternately arranged as moth lure observation areas, and 2 hectares are separately arranged (200m apart) as egg drop observation areas. A frequency vibration insecticidal lamp is arranged on 4 hectares, and 8 poplar branches are used every 0.07 hectares. Then select 10 representative traps from the observation area for the number of moths, observe and record the number of moths and their gender classification from the day after placement, and calculate the total data of 20 days.
Select 10 representative traps from the observation area for egg laying in the field, and then set 20 cotton plants (5 gourds) 5 meters away from the traps. Every 30 days, the number of eggs dropped was recorded in the survey, and a 5-point sampling method was adopted for the poplar branches and control area, with 20 plants selected at each point. The insecticidal lamp observation area adopts the method of selecting 20 cotton plants according to distance, that is, 20, 40, 60, 80, and 100 meters away from the lamp respectively, to observe and record the amount of eggs laid in the field.
3、 Result
3.1 Comparison of Moth Catching Rates of Various Traps
The number of days for sexual attractants to attract moths was 107 days, and the number of moths attracted was 718, with an average of 6.7 moths per day; The black light lamp attracted a total of 1450 moths for 107 days, with an average of 13.6 moths per day; The incandescent lamp attracted 1133 moths for 107 days, with an average of 11.1 moths per day; The frequency vibration insecticidal lamp attracted 83D moths, with a total of 1631 moths attracted and an average of 19.7 moths per day. The daily amount of moths attracted by frequency vibrating insecticidal lamps is 2.9 times that of sex attractants, 1.4 times that of black light lamps, and 1.77 times that of incandescent lamps.
3.2 Investigation on the Male Female Ratio of Adult Insects Trapped by Different Traps
1450 adult cotton bollworms and 744 female moths were induced by black light lamps, accounting for 51.3%; 706 male moths, accounting for 48.4%, with a male to female ratio of 1: 0.94; 1133 moths were induced by incandescent lamps, including 283 female moths (25%) and 849 male moths (75%), with a male to female ratio of 1:3; 1631 moths were induced by frequency vibration insecticidal lamps, with 1154 female moths, accounting for 70%, and 494 male moths, accounting for 30%, with a male to female ratio of 1:0.42; Sexual attractants only attract male moths. The frequency vibration insecticidal lamp can trap female moths twice as much as black light lamps and 7.1 times as much as incandescent lamps. The number of eggs laid by cotton bollworms in the field determines the number of insect populations and the degree of harm, while the number of eggs laid in the field is determined by the number of female moths. The frequency vibration insecticidal lamp attracts and kills more female moths than black light lamps and incandescent lamps.
Investigation on the Benefit Harm Ratio of 3.3 Frequency Vibration Insecticidal Lamp to Insects
In order to understand the benefit to harm ratio of the frequency vibration insecticidal lamp in attracting moths, six observation points were established in 1998 in places such as Chitakale Township, Erbao Township, Sanbao Township, and Grape Township for systematic observation. On average, each vibrating insecticidal lamp lured and killed 504 cotton bollworms, 162 ground tigers, 39 sky moths, 1194 various types of turtles, 159 chrysanthemum armyworms, 4 other armyworms, 2 white moths, 38 golden needle moths, 5030 miscellaneous moths, totaling 7132 pests; 73 sand flies, 10 tiger beetles, 6 stink bugs, and 5 wasps were lured and killed, totaling 94 beneficial insects. The benefit to harm ratio is 1:75.87. Frequency vibrating insecticidal lamps cannot avoid harming natural enemies, but the killing rate is very small.
3.4 Investigation on the effectiveness of large-scale application of frequency vibration insecticidal lamps
In 1997, 800 frequency vibration insecticidal lamps were introduced, and in 1998, another 1400 lamps were introduced, totaling 2200 lamps, covering 8333.3 hectares of cotton fields with a coverage rate of over 95%. After large-scale application in 1998, the frequency and dosage of spraying were reduced, saving 993600 yuan, protecting the ecological environment, and achieving good social benefits.

Through various tests and large-scale applications from 1996 to 1999, it has been found that the Jiaduo frequency vibration insecticidal lamp can attract and kill a wide variety and large number of pests, effectively reduce the egg laying of cotton bollworms in cotton fields, and has low damage to natural enemies and low cost. It can not only be widely used in the prevention and control of agricultural and forestry pests such as cotton bollworms, but also for pest prediction and forecasting

Application of Jiaduo Frequency Vibration Insecticidal Lamp in Golf Sports Field

Beijing Jinghui Golf Club - A Good Helper for Pest Control on Golf Courses

Jiaduo frequency vibration insecticidal lamp
Beijing Jinghui Golf Course is located by the beautiful Qinglong Lake in Fangshan District, Beijing, covering an area of over 990 acres. Early maturing grasses are planted on the TEE platform inside the course; Planting BENT grass on the green; The ball lane is planted with Chinese knotweed, as well as a large number of more than 30 varieties of trees such as ginkgo, locust, poplar, Huashan pine, and Pinus tabulaeformis, and various colorful landscape flowers. A high standard golf course is closely related to a beautiful environment and fresh air. The healthy growth of vegetation is one of the quality indicators, and pest control is an important issue. The introduction and use of Jiaduo frequency vibration insecticidal lamps have brought multiple benefits to the stadium.
At the end of May 2000, by chance, our staff saw the Jia Duo frequency vibrating insecticidal lamps and immediately used 10 of them. Their effectiveness and economic benefits greatly exceeded the expectations of the stadium. One insecticidal lamp kills an average of about 3 kilograms of various adult pests per day, with a large and small quantity of about 1500. The phenomenon of pest infestation has been greatly reduced, and the frequency of pesticide spraying has significantly decreased. However, the overall effect is better than previous years. The first year of use this year has brought good economic and ecological benefits to the stadium. If used continuously, it will reduce the amount of pesticide used, compress the population base of pests, and have great benefits for pest control in the coming year.
Before using the frequency vibration insecticidal lamp, the lawn, trees, and flowers on the court were severely affected by pests, and a large amount of pesticides had to be used to prevent and control them. Although the pests were controlled to a certain extent, the consequences have always plagued the court itself. The most direct consequence is that after spraying various pesticides, the strong smell of pesticides makes customers hesitate, reducing their enthusiasm for playing and even preventing them from consuming on the court. There is a magnificent stadium with excellent scenery. The introduction and use of Jia Duo frequency vibrating insecticidal lamps have enabled the stadium to overcome this problem. Not only have various pests such as golden turtles, ground tigers, silkworms, pine caterpillars, silver striped armyworms, blue eyed moths, and prickly moths been controlled, but plants have grown healthier. More importantly, there is no longer a pesticide residue that affects customers' enthusiasm for hitting the ball. Many customers come to the stadium with peace of mind, and the company's revenue has gradually improved. It can be said that "small soldiers make great contributions".

Jiaduo frequency vibration insecticidal lamp is easy to use, low cost, pollution-free, effective, and very suitable for golf courses in various regions. It is a pollution-free and environmentally friendly product worth promoting and applying vigorously.

Report on the use of Jiaduo frequency vibration insecticidal lamp in fish ponds for fish farming

I am a fish farming professional. Before using a vibrating light bulb, I used three 100W light bulbs, which not only consume a lot of electricity, but also require insects to fly back several times when they touch the light before falling into the fish's mouth, which greatly consumes the fish's energy. Afterwards, I heard from a friend that the Jia Duo brand frequency vibration insecticidal lamp has low power consumption and uses color and smell to attract pests 120 meters away. So I searched around and found that the district plant protection station bought one and installed it in a fish pond. The effect was really good. Its advantages include: firstly, it can increase the activity time of fish; The insects that fall onto the water surface immediately become high-quality feed for fish; Thirdly, it can reduce the damage of pests to surrounding crops. Every night, I sit next to the insecticidal lamp and see insects falling down. The fish jumps out of the water and opens its mouth to swallow the insects. It's really satisfying. I heard from experimental experts that installing one lamp in every 40 acres of fishing pond can increase yield by 10%. I plan to add a few more next year because I have four fishing ponds with an area of over 50 acres, and the current one lamp is far from enough.

Application of Jia Duo Frequency Vibration Insecticidal Lamp in Integrated Pest Control

A pest control method worth promoting

--Investigation Report on the Application of Physical Instruments for Pest Control in Yangsi Township, Xuanzhou District, Xuancheng City, Anhui Province

Pingwei, member of the Standing Committee and Secretary General of the District Committee
Jinbaowei is a high-quality cotton and special aquaculture production base in China. In recent years, due to the high incidence and harm of crop pests mainly caused by cotton flies, cotton farmers in the three townships and one town of Jinbaowei have applied a large amount of highly toxic and highly residual pesticides, causing pollution and damage to the ecological environment here, and showing a deteriorating trend. People's production and life have also been greatly affected, leading to mutual constraints between cotton production and aquaculture. The cost of cotton planting continues to increase, production efficiency decreases, and people's health is affected. It is urgent to urgently control the ecological environment of Jinbaowei. In response to this, the Party Committee and Government of Yangsi Township took the lead by using Jiaduo frequency vibrating insecticidal lamps to physically control pests in the farmland of the entire township, and achieved good results. It is worth summarizing and promoting.
1、 Practice in Yangsi Township
The Party Committee and Government of Yangsi Township have implemented the promotion and application of frequency vibration insecticidal lamps as a "people-oriented project". In a very difficult financial situation, the township did not reach out to farmers. A total of 250000 yuan was raised at both the rural and village levels (of which 50000 yuan was borrowed by the township's main leaders from banks and individuals in their own names), and 387 lamps were installed on 18000 acres of farmland in the township. On average, there was one lamp on less than 50 acres of farmland, which is higher than the standard of one lamp on 60 to 80 acres. From June 5th to July 25th, the application of this lamp for 50 days showed that it can trap and kill 1 to 2 kilograms of pests per night, with a maximum of 3.5 kilograms. The average daily trapping amount in the entire township is around 400 kilograms. Most of these trapped pests are used as bait and scattered in the water without leaving any pollution. The second is a significant reduction in the number of eggs laid by pests in the field. The main pests lured and killed in June were difficult to control underground pests such as scarab beetles, ground tigers, and mole crickets. In July, which is the peak season for pests, the main pests lured and killed this year are cotton bollworms and night moths, which are extremely harmful and cannot be controlled. According to the dynamic monitoring of the pest situation in the entire township by agricultural technicians, it was found that the egg laying and residual amount of pests in the fields of this township have decreased by about 80% compared to last year. The most gratifying thing is that Yangsi Township has safely passed the high-risk period of the two stem borer and three stem borer this year. The possibility of the fourth and fifth generations, which were the most harmful in previous years, having a high incidence in Yangsi Township this year is extremely low. The third is a significant reduction in the amount of medication used in cotton fields. In previous years, cotton farmers in Yangsi Township had applied pesticides at least 7 times, but now the highest is only 3 times, usually only 2 times. In fact, spraying pesticides once is enough to prevent and control red spider mites, while the other two times are "safe drugs" used by cotton farmers in the township for safety reasons. Because according to convention, the application of pesticides for the control of the rice stem borer and the rice stem borer in Jinbaowei is usually around 5 times, but in reality, the incidence rate of these two pests in Yangsi Township this year has not reached the standard for control. Even so, compared with neighboring townships that do not use frequency vibration insecticidal lamps, Yangsi Township only uses two fewer pesticides for the prevention and control of the three stem borer, saving nearly one million yuan in pesticide costs. This is because the fourth and fifth generations of stem borers are extremely difficult to control, with an average application rate of up to 12 times.
In terms of social benefits, the greatest achievement is that Yangsi Township has truly solved the problems and difficulties of the masses by installing insecticidal lamps for farmers, and has improved the relationship between the Party and the masses, as well as between cadres and the masses. Won the hearts of the people. Farmers say: The township party committee and government have done a great thing for us that we have wanted to do for many years but cannot do, and that cannot be done by every household. This is the true implementation of the "Three Represents" ideology by the people's government and public servants. Grateful farmers fully supported the work of the town and village. In this year's autumn grain collection, the township only completed it in 3 days, and all of them were voluntarily submitted by farmers.
2、 The significance of implementing the Jinbaowei project
1. Minimize pollution to the greatest extent possible and promote the upgrading of agricultural products. Cotton and aquaculture are the two pillar industries of Jinbaowei's agricultural economy, but the large amount of pesticides applied in the cotton production process has reduced the grade of cotton and also lowered the yield and quality of aquatic products, restricting the development of fishery production towards precision, uniqueness, and excellence. The use of Jia Duo frequency vibrating insecticidal lamps can not only reduce the amount and frequency of pesticide use, increase the yield of high-quality cotton, reduce soil and water pollution, promote the production of special aquatic products, but also encourage Jinbaowei to shift from chemical control to ecological and physical comprehensive management of pests, transforming cotton production and fishery production from mutual constraints to coordinated development.
2. Reduce agricultural production costs, promote agricultural efficiency and increase farmers' income. Jinbaowei has a total of 54000 acres of cotton fields, and setting up one lamp according to the standard of 50 acres requires approximately 1100 lamps. The installation and usage fee for each lamp is 500 yuan, plus other expenses. The total one-time investment in Jinbaowei is nearly 800000 yuan. Based on a 6-year lifespan of a lamp, including management, depreciation, wear and tear, and electricity costs, the average annual usage fee is less than 8 yuan, and the average annual investment is less than 500000 yuan. However, the direct economic benefits it brings are considerable. One is to recover the economic losses directly caused by pest infestations. Due to the unsatisfactory effect of using chemical pesticides to control cotton pests, and the fact that the pests have already caused the harm of "shedding of buds and bells, and reduced peach yield" before they are killed, the increase in the number of insect infested flowers directly affects the quality of cotton skin. According to surveys and calculations, the average pest loss per acre of cotton is around 180 yuan, and the economic loss of pests in the entire Jinbaowei cotton is nearly 10 million yuan. Secondly, it can directly improve quality and increase income. According to the monitoring data provided by the National Agricultural Technology Promotion Center, using Jiaduo frequency vibrating insecticidal lamps can increase the yield of high-quality cotton by about 20 kilograms per mu per year. Based on a comprehensive income increase of 150 yuan per mu, Jinbaowei can increase its income by 8 million yuan. In addition, pests can be used as fish feed, which adds more than 2000 kilograms of natural biological feed to farmers every year. Thirdly, it can save on pesticide expenses. In recent years, due to the long-term dependence on chemical pesticides for pest control in Jinbaowei, the natural enemies of pests in cotton fields in the area have significantly decreased, and the resistance of pests to pesticides has been continuously increasing, forming a vicious cycle. The total amount of pesticides used in Jinbaowei is about 600 tons per year, and the frequency of prevention and control has doubled compared to the 1980s, with an average of 16.5 times, and even more than 20 times. This requires an additional pesticide fee of 4 million yuan per year. By using Jia Duo frequency vibrating insecticidal lamps, not only can the cost of pesticides be saved, but the number of pesticide applications per mu of cotton field can also be reduced by 5 to 10 times. With this alone, Jinbaowei can save pesticide expenses of 2.7 million to 5.4 million yuan. In addition, it can also recover nearly ten million yuan in losses of aquatic products caused by water pollution. From this, it can be seen that the annual investment of Jiaduo frequency vibration insecticidal lamps in Jinbaowei is less than 500000 yuan, which can directly recover or create economic benefits of about 30 million yuan.
3. Protect the ecological environment and promote sustainable development in this region. A large amount of highly toxic pyrethroids and organophosphate pesticides remaining on cotton are washed into ditches and ponds by rainwater, which not only pollutes the soil but also the water quality, causing deterioration of the aquatic ecological environment and human living environment. Especially from July to September, when the rainstorm period and the high incidence period of pests are also the most serious period of ditch and pond water pollution, it is basically a rainstorm and a disaster for aquaculture, generally causing 5% to 10% of fish, crab and shrimp to die in pieces each time. At the same time, after long-term consumption of this spoiled water by the people in the Wei area, it has become a high-risk area for stomach and liver diseases (some young people cannot enlist due to liver problems), and the incidence of esophageal cancer, stomach cancer, and liver cancer has also increased year by year. The use of Jiaduo frequency vibration insecticidal lamp physical equipment for prevention and control will effectively protect the ecological environment, reduce water pollution, maintain people's physical health, and promote the sustainable development of the local area.
In short, promoting the application of Jiaduo frequency vibration insecticidal lamps in Jinbaowei has both economic and ecological benefits. It is indeed a great practical and beneficial thing to seek benefits and avoid harm, and to benefit future generations.
3、 Decision making and Suggestions
1. It is urgent to improve the ecological environment of Jinbaowei, which is necessary for the development of ecological agriculture and tourism agriculture in Jinbaowei, as well as the promotion of Jinbaowei's special aquaculture and the establishment of the "Shuiyang Crab" brand. It is also a practical need for the people. Reality tells us that the future direction of pest control in Jinbaowei must shift towards ecological control combined with physical instrument control. Based on this understanding, the promotion of Jiaduo frequency vibration insecticidal lamps should be implemented as a "people's project" in Jinbaowei, ensuring organizational guarantee, accountability to individuals, effective measures, and the formulation of preferential promotion policies.
2. Establish Yangsi Township as a typical model for promoting Jiaduo frequency vibration insecticidal lamps, hold an on-site meeting with relevant department heads from the district and township leaders to increase emotional understanding of this, and establish pilot projects for promotion in rice producing areas and forest areas to prepare for the formation of a physical pest control network in the entire district in the future.
3. Led by the District Agricultural Economic Commission, Agricultural and Animal Husbandry Bureau, and Cotton Office, and in collaboration with relevant units, the promotion and use of the "Jiaduo Frequency Vibration Insecticidal Lamp" will be promoted as a project for the Jinbaowei Cotton Production Base, striving for provincial and municipal approval.
4. Organize a training course to promote the use of "Jiaduo Frequency Vibration Insecticidal Lamp" and train leaders in charge of various townships and agricultural technology cadres.
5. It is suggested that our district establish a "Jiaduo Frequency Vibration Insecticidal Lamp Assembly Factory" to provide a series of supporting services such as products, technology, and installation for future promotion.

6. Establish a leadership group led by the district leader in charge to guide the physical pest control work in the entire district. At the same time, it is recommended that the district finance allocate appropriate funds to reward and compensate, and implement the promotion of Jiaduo frequency vibration insecticidal lamps as soon as possible.

Study on the Biological Characteristics of Pest Population in Luzhou Liquor Distillery
The pests of Luzhou wine yeast are a vast collection of biological populations, each with its own biological learning and developmental patterns. It has been found that Türkiye Platycladus latus and coffee bean weevil are two dominant populations. The secondary populations include rice flatworms, dew tailed beetles, grain beetles, and big grain thieves. According to the identified composition of the population structure of Qu insects, we have studied the population bionomics of Qu insects in Luzhou, mainly including Türkiye flatworm and coffee bean weevil. The research results are reported as follows.
1. Wintering of Entomonas populations
The experiment began in November 1998, collecting fresh koji samples containing insect residue and koji medicine in the koji library, appropriately inserting koji adults, and placing them indoors to regularly observe the survival of koji insects under natural temperature conditions. At the same time, samples of koji from different storage periods in the koji warehouse should be taken once a month to check the types and quantities of surviving koji insects. It can be seen from the test results that several kinds of koji worms all showed a large number of deaths with the decrease of the external temperature. In January, it was found that there were a small number of live insects in Türkiye, such as Platycodon cristatus, coffee bean weevil, and Millycodon cristatus. In March after winter, when the temperature rises, the larval activity and a small number of adults of Türkiye Platycladus will appear first. In April, the number of various insects gradually increases. In addition to Türkiye flatworm, there are adults of barnyard beetle, long headed barnyard beetle and rice flatworm. At the end of April and the beginning of May, there are adults of coffee bean weevil. In the experiment, it was not observed that the three tested insects, coffee bean weevil, corn borer, and long headed grain thief, survived overwintering as adults, indicating that they may overwinter as larvae or eggs. The results of the monthly survey of the koji library are basically consistent with the overwintering results. Therefore, we believe that due to the temperature in the overwintering laboratory being lower than the temperature of the koji pile in the koji storage and higher than the outdoor temperature, the number of overwintering adults in the koji storage should be higher than the number of natural overwintering insects in the laboratory and outdoors. The koji storage is the main place for koji insects to overwinter. As the temperature rises in the spring of the second year, various insect forms of koji insects that survive overwinter in the koji storage multiply and spread in large numbers, leading to the outbreak of disasters that year. Therefore, the number of surviving insects in the koji storage during overwintering is the main source of the second year's major occurrence.
2. The phototaxis of insect populations
Jiaduo frequency vibrating insect traps were installed in the fermentation engineering branch of Luzhou Laojiao Co., Ltd. and the Qu pharmaceutical factory of the Provincial Rice Gaoliang Research Institute to observe and identify the types and quantities of trapped insects. The results are shown in Table 1. The results in Table 1 indicate that the majority of insects sampled from the yeast library exhibit phototaxis towards the lure lamp. Secondly, the proportion of insect species identified by lure collection under the lamp is basically consistent with the proportion of regular survey results in the koji library. The proportion of dominant populations attracted under the light is also high, and the number of secondary populations attracted is also small.
Based on the phototaxis characteristics of the main populations of nematodes, we further tested their phototaxis towards four light sources: incandescent lamps, fluorescent lamps, Xuan Guang lamps, and Jia Duo frequency vibrating insecticidal lamps. The results showed that the Jia Duo frequency vibrating insecticidal lamp had the best trapping effect on insects. It has the characteristics of strong anti-interference, large number of trapped insects, and diverse species.
3. The clustering of insect populations
On the 14-18 days of the peak occurrence period of yeast insects in July, flying yeast insects outside the yeast library were collected using net fishing method, and the species and quantity of yeast insects were identified. The results are listed in Table 2. From the results in Table 2, we can first see that the main populations of Qu insects have the ability to fly out of the Qu library in the afternoon. This type of cluster mainly has two functions: marriage flight and diffusion transfer. In net fishing, we also observed that there were more dew tail beetles flying outside the fermentation room than outside the fermentation chamber. Secondly, the proportion of insect species caught in the net is consistent with the results of surveys and light induced experiments in the koji library. The species with a large number of insect occurrences also have a higher proportion collected in the net. Thirdly, the collective flight of insects is greatly influenced by climate. On sunny days with high temperatures, especially when the weather is hot and humid, the flying density of insects is relatively high. When the temperature is low and it is cloudy and rainy, the flying density is relatively low.
4. Main characteristics of important populations
4.1 Türkiye Flat Valley Thief: adults are 1.5-2.5mm long and flat; Reddish brown with significant luster, covered with yellow brown fur. The larvae have a body length of 3.5-5.4 millimeters, with a slightly flattened shape. The head and buttocks are reddish brown, while the rest are yellow white. Overwintering as adults and larvae, with multiple generations occurring in a year. Adults move quickly, and their eggs are produced or gathered in the gaps on the surface of the koji. Adults and larvae often feed on koji residue or burrow into koji pieces to pose a threat, forming wormholes. Capable of withstanding low temperatures, the most suitable temperature for growth and reproduction is 28%.
4.2 Coffee bean weevil: Adult body length is 2.5-4.5 millimeters, long elliptical, dark brown, densely covered with yellow brown fine hairs. The larvae are 4.5-6 millimeters long, milky white in color, with white fine hairs on the back, and the head and tail are curved towards the ventral surface with a bow. 4-5 generations occur within a year. They often overwinter as larvae, and the overwintering larvae spring into pupae and emerge as adults the following year, laying eggs in the gaps between the leaves. Adults are lively, good at flying, and have the ability to feign death. Larvae entering the mold pose a threat.
4.3-meter flatworm: The adult has a body length of 1.5-2 millimeters, is flattened and elongated, yellow brown to brown in color, and is densely covered with light yellow fine hairs. The larva is about 4 millimeters long, flat and slender, with scattered light yellow fine hairs. Multiple generations occur in a year, overwintering as adults or larvae. Eggs are scattered on the surface of the koji, and larvae burrow and feed on the koji or koji residue. Adults are lively and good at flying.
4.4 Sauce Qu Dew Tail Armor: also known as Yellow Spot Dew Tail Armor. The adult is 2-4 millimeters long, inverted in shape, slightly raised on the back, with a glossy surface and dense fine hairs. It is chestnut brown to dark brown in color. The larval body length is 6-7 millimeters, white or yellow white. Multiple generations occur in a year, overwintering as adults, larvae, and pupae in various crevices outside the nest. Eggs are scattered and laid in the gaps on the surface of the curved block. When the temperature is suitable, the larvae grow and develop rapidly with a short duration. Adults are lively and good at flying. Adults and larvae prefer high temperature environments.
5. Summary and Discussion
5.1 Under the ecological conditions of Luzhou, there is a significant overwintering phenomenon in the population of yeast pests. Various insects overwinter mainly in different stages in the yeast pit, and residual insects in winter are the main source of the next year's major outbreaks. The important populations of wine yeast pests have strong phototaxis, with the strongest phototaxis towards Jiaduo frequency vibration insecticidal lamps, as well as the habit of flying out of the yeast pit in the afternoon and clustering in the air outside the pit.