Summary of agricultural technology extension work

Sample essay on summary of agricultural technology extension work (selected 6 articles)

A fulfilling work life has passed by without paying attention. Looking back on the work of the past period, I have gained a lot. Write a good work summary and analyze the work during the past period. How to write a work summary to maximize its effect? Below are examples of agricultural technology extension work summaries (selected 6) that I collected and compiled. They are for reference only and everyone is welcome to read them.

Summary of agricultural technology extension work 1

Over the past year, we have carefully studied the spirit of superior documents, improved theoretical literacy, actively participated in various technical trainings, strived to improve our service capabilities, and truly achieved development Agriculture, building rural areas, enriching farmers.

1. Give full play to technical advantages and provide technical guidance.

(1) Focus on the implementation of various projects to benefit farmers, follow county and field regulations, understand the spirit of documents, and provide technical services in place. In accordance with the requirements of the reform and construction project of science and technology household and grassroots agricultural technology extension system, we go deep into farmers and fields to guide science and technology demonstration households. Each demonstration household is required to radiate and drive 20 farmers to jointly implement technical measures to promote the improvement of production level and yield. be gradually improved. The demonstration household’s wheat yield per unit area is 550 kilograms and corn yield is 530 kilograms. Radiation households’ wheat yield per unit area is 530 kilograms and corn yield is 500 kilograms.

(2) According to the layout of wheat supplementation and high-yield research, focus on promoting four major technologies. The corn revitalization plan focuses on promoting one increase and four modification technologies.

(3) Formula fertilization is progressing smoothly, with wheat reaching 30,000 acres and corn reaching 6,000 acres. This cost saving has been welcomed by farmers.

2. Make overall plans and do a good job in forestry, water conservancy and agricultural machinery.

(1) Carry out forestry planning, land preparation, digging holes, planting trees in spring, etc. to prevent and control paracelia in a timely manner.

(2) In response to the severe drought at the end of last year, we carried out basic water conservancy survey and planning according to the requirements of superiors, carried out drought relief and winter repair work, and dredged Paotaigou, Majinggou, Dongsungou, etc. . Gradually improve the conditions of water conservancy facilities to lay the foundation for ensuring harvests during droughts and floods.

(3) Promote drought-resistant machinery subsidies in a timely manner at the beginning of the year to provide convenience, provide help in quickly solving the drought, organize machinery operations, promote the process of agricultural machinery to enrich the people, do a good job in publicity and practical operation of large-scale agricultural machinery subsidies, and do a good job To be open, fair and just.

3. Strengthen coordination and promote the smooth development of work

(1) Provide services for organizing various meetings and on-site, serve as a good consultant, and provide suggestions and suggestions to the local party committee.

(2) Obey the leadership and follow the instructions. In addition to completing various tasks assigned by the County Agricultural Committee, actively cooperate with the local party committee and government to complete other tasks.

(3) Integrate into the local big family, so that leaders have understanding, the masses have feelings, and self-discovery, scientifically grasp their own position, attitude, and methods, and truly be modest and prudent, work step by step, Proceed steadily to reassure leaders and the masses and give yourself confidence.

IV. XX Year Plan

1. Continue to strengthen learning, improve understanding and service capabilities, understand national policies, agricultural trends, and the current situation, so as not to be confused. Continuously participate in technical training to serve agriculture, rural areas, and farmers, and be able to serve.

2. Do a good job in the implementation of the project to benefit farmers, let the broad masses of cadres and the masses realize the benefits brought by the project, consciously implement it as required, be open, fair and just, without incident, make structural adjustments year by year, and expand the scale operations and improve efficiency.

3. Investigate in a timely manner, report promptly, continue to be a good consultant, and do a good job of unity and coordination.

V. Suggestions

1. It is recommended that superiors increase subsidies for agricultural machinery so that farmers can benefit from it, technically solve the problem of large losses in corn harvest by machinery, and increase project implementation The working expenses during the process are subsidized to meet the requirements of various matters and promote the smooth development of the work.

2. Accelerate the selection, promotion and demonstration of new varieties, screen good varieties in a timely manner, and promote fool-like technology to make it easy for the masses to master.

3. Increase support for forestry projects to lay the foundation for prevention and control of forestry pests and diseases; increase investment in water conservancy infrastructure to ensure guaranteed harvests despite droughts and floods.

Summary of Agricultural Technology Extension Work 2

In 20XX, I was selected as the vegetable industry technical instructor of the demonstration county project for the reform and construction of the grassroots agricultural technology extension system in Jianshan Town. I was responsible for Peng Yecai, Peng Yecai, Peng Yexin, Peng Shitang, Peng Shixia, Huang De, Huang Bingchun, Huang Rui, Huang Sheng, and Peng Yejun provided guidance on vegetable production technology for 10 science and technology demonstration households. Since the implementation of the project, under the guidance of superiors and in accordance with the relevant requirements of the project implementation plan, we have done a good job in various tasks, and through our hard work, we have completed various tasks well. The summary is as follows:

1. Actively participate in the technical training of instructors and continuously improve my own scientific and technological quality and technical service level

I participated in a one-week technical training at Qinzhou Agricultural School in Guangxi . Systematically and comprehensively studied the development profile of modern agriculture, the characteristics and models of new modern agricultural technologies, basic skills and approaches of modern agricultural technology extension services, Internet application technology and modern agricultural information service skills and practices. Usually, we focus on collecting information related to vegetable production, focus on strengthening the knowledge accumulation of facility vegetables, and continuously improve the level of household guidance.

2. Strengthen guidance and ensure effectiveness

After the project was launched, I began to enter the villages and households, and have face-to-face and close contact with the technology demonstration households. The first is to publicize and introduce the purpose and benefits of the project implementation to the demonstration households, the job responsibilities and tasks of the technical instructors, and the responsibilities and obligations of the science and technology demonstration households, so that the science and technology demonstration households can fully understand the reform and construction of the grassroots agricultural technology extension system. The main purpose of the demonstration county project is to build The fast channel for the transformation and application of scientific and technological achievements is "experts-agricultural technicians-science and technology demonstration households-radiation driven households". The second is to analyze the main technical problems and management problems existing in vegetable production, and formulate annual technical guidance plans and household technical guidance plans based on the production actual situation of demonstration households. The third is to analyze and discuss income-increasing channels with demonstration households, actively participate in tracking services before, during and after delivery, and guide demonstration households to connect with the market to increase production and income. The fourth is to visit the households regularly or irregularly according to the farming season and the needs of the demonstration households, and provide face-to-face technical guidance and consulting services to each demonstration household. We also maintain regular contact with the demonstration households through telephone calls to provide timely technical consultation. Serve. In addition, our station also invited experts to conduct 4 centralized trainings and 3 on-site observations to exchange experiences. During the project, science and technology demonstration households were successively tested on pollution-free vegetable cultivation techniques and standardized production techniques. These 10 demonstration households all grew tomatoes, peppers, cucumbers and other varieties. They use conventional planting techniques to plant crops year after year, which makes the crops susceptible to diseases and the soil quality deteriorates. In addition to selecting disease-resistant varieties, I also guided them to rotate crops between floods and droughts, apply fertilizers rationally, increase potassium fertilizer, and apply fully decomposed organic fertilizer or plant ash. When the fruits in each ear are green and mature, all the leaves below them should be removed in time. If diseases are found, Remove diseased plants promptly when planting to ensure the cleanliness of the fields. For example, Huang De's 2 acres of land in Jiuyaping team of Jiuya Village is very susceptible to bacterial wilt, fusarium wilt and other diseases due to tomato cultivation all year round, and the effect of pesticide application is not satisfactory. I recommend leaving 1 acre to continue planting tomatoes, and the other 1 acre to plant autumn tomatoes after planting a season of early rice. The acres of land where tomatoes were continuously planted were seriously affected by continuous planting diseases. The tomato fruits were rotten and cracked due to blight, anthracnose, etc., resulting in low yields. The yield in the spring and autumn was only 5,600 kilograms in one season; One acre of rice has been rotated for one season, not only have the diseases been reduced, the plants have grown well, and the fruit quality has been excellent due to sufficient organic fertilizer. In one season, 6,100 kilograms of autumn tomatoes have been harvested. Through this project, farmers can fully understand the purpose and benefits of the project implementation, the main technologies, etc., which has further improved the scientific and technological quality and scientific farming level of the technology demonstration households, and has also radiated and inspired more than 200 farmers. Our station has also established a pollution-free vegetable standardized production test demonstration base with an area of ??5 acres in Xigou Village, Jianshan Town, providing more specific and effective learning goals for guiding science and technology demonstration households.

3. Achieve new development between me and science and technology demonstration households

Close contact with science and technology demonstration households enables me to better provide agricultural technology guidance to farmers and promote new varieties. , new technology work has brought better results. At the same time, through strengthening technical guidance and training, the courage of science and technology demonstration households to explore and practice has been inspired, and the scientific and technological quality and scientific farming level of science and technology demonstration households and radiation households have been further improved, which has contributed to the increase in production, income and comprehensive upgrade of the vegetable industry. There are new developments.

IV. Future plans

1. Continuously strengthen learning, improve one’s own business level, and better help guide technology demonstration households.

2. Provide timely and accurate market information according to the needs of each technology demonstration household, and provide them with relevant information on the varieties to be planted in the next step.

3. Increase training for technology demonstration households. On the premise of fully understanding the needs of science and technology demonstration households, timely communication and contact with relevant departments and experts will be conducted to train science and technology demonstration households to improve their scientific planting technology.

4. Give full play to the radiating and leading role of science and technology demonstration households. Summary of Agricultural Technology Extension Work 3

My name is xxx, and I work in the town government. Over the years, under the correct leadership of higher-level agricultural authorities and technical guidance units, and with the strong support of colleagues and science and technology demonstration households, agricultural science and technology The promotion work is well organized, the measures are powerful, and the results are obvious. The work situation over the years is summarized as follows:

1. Actively participate in business learning and improve your business quality.

After launching the science and technology household demonstration project, I actively participated in the training and learning organized by the County Agricultural Bureau, updated my knowledge, improved my business quality, and enhanced my service ability to guide the demonstration households.

2. Strengthen publicity and create an atmosphere.

Agricultural science and technology promotion is a mechanism innovation for the transformation of traditional agriculture into modern agriculture. In order to gain support from all walks of life for agricultural science and technology promotion, the whole society, especially farmers, can better understand and actively participate in agricultural science and technology promotion projects. , using various forms such as blackboard newspapers and slogans to publicize agricultural science and technology promotion work, publicize the policies of agricultural science and technology demonstration counties, and promote market-oriented modern agricultural production technologies—pollution-free cultivation technology of broad beans, high-yield pollution-free cultivation technology of garlic, and pollution-free cultivation of potato. technology, etc., and achieved good results.

3. Carefully select high-quality technology demonstration households.

The promotion of agricultural science and technology in our town is mainly based on the planting industry. It is natural for science and technology demonstration households to have a certain level of planting, and at the same time, they must have strong appeal and influence, and be able to apply advanced agricultural science and technology Promote it among the surrounding people. After comprehensive consideration, 10 higher-quality farmers in the Majunying, Jizhuang Xihuzhuang, Zhaoguanying, and Songzhuang groups were selected as technology demonstration households. Conduct door-to-door visits to 10 demonstration households to learn more about the basic situation of each farmer, understand their needs for agricultural production technology, find out the local farming system, register the relevant information of the demonstration households, and collect their opinions on agricultural technology promotion work. opinions and suggestions. At the same time, we will do a good job in publicity work to enhance the understanding of science and technology demonstration households about agricultural science and technology promotion work. Each demonstration household is required to drive 20 radiating households, and fully drive all farmers in five village groups to learn and apply science.

4. Strengthen the promotion and application of new agricultural production technologies

Through the household demonstration project of science and technology, the demonstration households and radiation-driven households I guided have made great progress. After understanding the basic situation of each household and understanding their needs, we carefully designed a technical guidance plan for each household. Mainly promoted and applied: garlic soil testing and formula application of BB controlled release fertilizer technology, which not only saves costs, protects the farmland environment, but also lays the foundation for achieving the unified goal of protecting the Erhai Lake and increasing agricultural production and income; garlic pollution-free cultivation, disease and pest prevention technology , ensuring the safety and reliability of garlic products, and guiding farmers to carefully select the high-quality early-maturing garlic variety "Red Seven Stars"; pollution-free potato cultivation and disease and pest prevention technology ensure the safety and reliability of potato products.

5. Flexible and diverse methods of household guidance

The key to promoting agricultural science and technology lies in household visits, training and guidance, teaching techniques, and promoting various new agricultural technologies to fields and households. In order to improve the professional and technical level, household guidance skills and the scientific and technological quality of farmers in demonstration households. According to the technical guidance plan and the needs of farmers, I go to the homes of each demonstration household to provide technical guidance, training and information services in key aspects of agricultural production (such as tillage preparation, sowing, field management, pest-prone periods, etc.), and keep phone calls with contact households. Contact us to ensure smooth technical and information services.

In short, the achievements achieved can only represent the past. The road to agricultural comprehensive service work in the future is still long. I must continue to make progress, overcome difficulties, work diligently, and use a solid foundation in my future work, study and life. Theoretical knowledge, advanced technology, and good work style have made due contributions to the development of agriculture-related industries in xx Town.

Summary of Agricultural Technology Extension Work 4

In xxxx, under the care and guidance of the superior department, the town party committee, and the government, the xx Town Agricultural Technology Station successfully completed various tasks assigned by the superior. The summary is as follows:

1. Make every effort to prevent and control diseases and pests in the town’s jurisdiction

This year, I have been focusing on the prevention and control of crop diseases and pests, mainly focusing on rice, citrus, bayberry, rape, etc. Pest control work. Throughout the year, more than 2,500 copies of pest control information were printed in 18 issues, and 2 issues of pest information notices were posted. During the period of high incidence of pests and diseases, farmers were organized to carry out pest control campaigns three times. This makes it possible to avoid major disasters this year when pests and diseases break out. This allows the masses to carry out disease and pest control in a timely manner, greatly reducing the cost of prevention and control, and achieving the effect of high yields and increased incomes.

2. Carefully introduce and promote super two-line rice

1. Complete the planting and promotion of rice planting and promotion of the two-excellent series and the Fengyou series on more than 4,500 acres, accounting for more than 51% of the total area.

2. Promote new citrus fruit fly control agents and new control technologies to 1,000 acres.

3. Complete the promotion of southern black-streaked dwarf disease prevention and control technology and chemicals over 4,000 acres.

4. Completed soil testing and formulated fertilization technology (for the cultivation of rice, citrus, bayberry, rape and other crops) on more than 20,000 acres.

3. Do a good job in industrial development, grain production sowing area, and the implementation of national subsidies for agricultural improved seeds

1. After a month of coordination with the Central and South Design Institute Tuokou Power Station Coordination Headquarters, The industrial development planning and layout of sixteen villages and two streets in Tuokou Reservoir District has been completed.

2. Develop more than 6,000 acres of Dongkui bayberry planting, 500 acres of ginger, and 350 acres of yellow peach.

3. The area sown for grain production was 8,308.44 acres, the area sown for spring and autumn corn was 3,435.8 acres, and the area sown for rape was 1,570.6 acres.

4. Implement national agricultural subsidies (rice) of 8,308.44 acres and subsidy funds of 124,626.6 yuan.

IV. Do a good job in promoting agricultural technology and popularizing scientific and technological knowledge in our town

This year, we assisted the Municipal Agricultural Technology Extension Center to launch 2 new professional farmer skills training courses, with more than 380 people trained. , the training targets are technology demonstration households or members of professional planting cooperatives such as bayberry, ginger, yellow peach, rice, and citrus. Among them, four fruit tree and vegetable professionals were selected to study at Kia Chau Vocational Technical School. Summary of Agricultural Technology Extension Work 5

Actively carry out work. First, under the guidance of green, high yield, and efficiency, strengthen the demonstration, promotion and guidance services of new technologies for xx grain and oil crops; second, implement seasonal fallow projects and vigorously Promote the structural adjustment of the planting industry and the implementation of farmland water conservation work. The third is to continue to implement the xx early-maturing area summer corn experimental station project and successfully complete the annual planned tasks.

1. Establish "four consciousnesses" and be consistent with the party at all times

The branch purchased study books and produced promotional pictures in a timely manner. Organize study and take study notes, write down experiences, and establish a learning garden. Go to xx village to express condolences to poor households and carry out warm-hearted activities. Organize party members to participate in volunteer service activities, clean up community garbage, maintain traffic order, and contribute to our city's striving to become a provincial-level civilized city.

2. The xx food crop technology promotion work has achieved remarkable results

The city’s agricultural technology extension system has strengthened service awareness and focused on providing food crop technology guidance.

First, conduct in-depth field monitoring and inspection of wheat and corn seedlings, analyze and research based on the inspection situation, and write wheat spring management opinions, mid- and late-term management opinions, wheat yield analysis, wheat maturity period inspection report, wheat planting Technical opinions, pre-winter wheat management opinions; technical guidance for summer corn sowing and seedling management, mid-term inspection and mid-late production guidance for summer corn, summer corn maturity inspection report and other guidance documents are submitted to the municipal bureau for distribution to leaders. Decision-making reference to guide the city's wheat and corn production.

The second is to make extensive use of modern media such as newspapers, radio stations, TV stations, and the Internet to provide technical services for wheat and corn, and to exchange and release relevant information in a timely manner. This year, our station has been interviewed 14 times by reporters from the xx Radio News Center, and we have recorded "Another Good Harvest Year for Wheat Production" and a feature film on corn seedling management with the xx TV Rural World program group. Published 7 technical articles on wheat and corn in xx Daily and Hebei Science and Technology News.

Third, 25 technical training and technical consultation sessions were carried out on the front lines, directly training more than 1,700 technical personnel and technology demonstration households, and distributing 3,100 technical materials. The city's agricultural technology system organized 239 training courses and technical consultations, and issued more than 550,000 copies of technical materials and "clear papers".

Fourth, during the critical period of agricultural production, communicate with the meteorological department in a timely manner to discuss the impact of weather conditions on crops, propose specific technical measures based on the weather forecast, and promptly provide monthly meteorological reports, soil moisture and agricultural weather forecasts. Release and guide agricultural production through agricultural technology promotion QQ groups and WeChat groups.

In wheat production, we must pay close attention to key technical links such as optimizing the planting foundation, cultivating strong seedlings before winter, rationally planning spring fertilizer and water, and spraying comprehensive control in the later period. The penetration rate of key wheat production-increasing technologies such as chemical seed dressing or seed coating, full-density planting, freezing water pouring, and spring fertilizer and water control in the city has reached more than 85%, the area of ??post-sowing suppression has reached 65%, and the area of ??deep sowing has reached 20%. One-spray comprehensive prevention achieves full coverage. Effectively coping with the unfavorable weather conditions of less light before winter, persistent drought in winter and spring, and severe high temperature and drought in the later period, this year's wheat yield once again hit a record high. The average wheat yield per mu of the city's 4.804 million acres was 439.6 kilograms, an increase of 8.6 kilograms over last year. .

According to another field investigation during the maturity period: the average number of ears per mu at random sampling points is 475,000, the number of grains per ear is 32.7, the weight of 1,000 grains is estimated to be 41 grams, and the yield per mu is 541.4 kilograms (non-statistical bureau number), which is the same as in 20xx Comparing the inspection data, the number of ears per mu is 34,000 more than last year, the number of grains per ear is 0.2 less than last year, the weight of 1,000 grains is 2.6 grams lower than last year, and the average yield per mu is 3.8 kilograms higher than last year. Due to the efforts to promote supporting technologies for water-saving and stable production of winter wheat, the water-saving effect is obvious. According to the survey, 7.4% of the city's wheat fields are irrigated with one water in spring, and 62.7% are irrigated with two water in spring, an increase of 8.5 percentage points from last year.

In terms of corn production, it is proposed to further reduce the area of ??ordinary grain corn, focus on adjusting and optimizing varieties and quality structures, moderately develop special corn production and value-added processing, and vigorously demonstrate and promote the high integration of agronomy and agricultural machinery. Green, precise and efficient production technology stabilizes corn production profits. Seizing the favorable opportunity of early wheat harvest and sowing at the right time, we focused on promoting key technologies such as the selection of excellent varieties, chemical seed dressing, early sowing of corn at the right time, precise sowing, water-saving irrigation, formula fertilization, chemical weeding, and timely late harvesting. According to our station’s inspection in late September, the number of ears per mu was 4148.3 ears, 259.3 less than last year, the number of grains per ear was 502.8, 6 more than last year, the thousand-grain weight was 329.8 grams, 20.1 grams more than last year, and the actual yield was 584.7 kg/mu. , the yield per unit area increased by 8.2 kg/mu compared with last year (576.4 kg/mu). The city's grain production achieved a bumper harvest.

3. The seasonal fallow project was implemented smoothly

From April to May this year, experts were organized by the Agriculture Department of the municipal bureau to carry out the 20xx “seasonal fallow project” and the “combination of planting and breeding”. Or dry farming model project" was accepted. In 20xx, the seasonal fallow project actually completed 200,5821 acres, exceeding the 20xx task area by 573.649 acres. The "Integrated Planting and Breeding or Dry Farming Agriculture Model" project is only implemented in Li County. The project has actually completed 12,834.84 acres and has unfinished tasks of 2,165.16 acres. It is planned to be completed in 20xx.

In 20xx, 107,000 acres of seasonal fallow projects were implemented, including: 8,000 acres in Rongcheng, 17,000 acres in Anxin County, 32,000 acres in Xiong County, 20,000 acres in Li County, and 30,000 acres in Gaoyang County . An average water saving of 180 cubic meters per mu was achieved, and 19.26 million cubic meters of underground water were collected, with a total investment of 53.5 million yuan. All have been implemented and are in the public announcement stage. In addition, a 500-acre green manure trial was arranged in Xiong County. 450 acres have been sown with ryegrass, and the remaining 50 acres will be planted with February orchids next spring.

In order to ensure the smooth implementation of the project, the first is to formulate an implementation plan for the seasonal fallow project. The second is to participate in the implementation and management training course of the agricultural project for comprehensive control of groundwater overexploitation in xx Province. The third is to review the county implementation plan for the seasonal fallow project and provide guidance. The fourth is to summarize the stage work and keep track of the progress in a timely manner. On October 16, our station issued the "Seasonal Fallow Project Progress Schedule" and reported the situation to the province in a timely manner. On January 14, 20xx, the Provincial Planting Industry Division completed the supervision and assessment of the completion of projects at the city and county levels.

IV. The summer corn experimental station construction project in the xx early-maturing area was successfully completed

This year is the fifth time our station has undertaken the xx provincial corn industry technology system xx early-maturing area summer corn experimental station construction project At the beginning of the year, according to this year's plan, we completed the high-yield, efficient and light simplified cultivation technology of summer corn, the precise sowing technology of wheat stubble clear ridge and no-till fertilization, the display and demonstration of new summer corn varieties, the application technology of high-efficiency slow-controlled release fertilizer of summer corn, and the pests and diseases of summer corn in xx province. There are 7 test and demonstration tasks including forward prevention and control pesticide reduction technology, corn pest and disease control multifunctional seed coating technology, and summer corn chemical herbicide reduction application technology. Implemented the construction of a 300-acre summer corn comprehensive demonstration base, and conducted "summer corn high-yield, efficient and simplified cultivation technology demonstrations" in the second branch of xx Farm, Wangdu County, and Gaobeidian. The yield reached 711.4-744.6 kg/mu, which is higher than the top three in the local area. The annual average yield per mu has increased by 11.2-23.1%, radiating into three high-yield demonstration areas of 10,000 mu in Wangdu, Gaobeidian and Shunping. The average yield per mu of three 10,000-mu plots is 668.8 kilograms, and the output value per mu is 1,117.1 yuan. Compared with the control mu, the yield is 60.3 kilograms higher, the yield increase is 9.9%, and the efficiency per mu is 96.6 yuan.

On July 11, a training meeting on new corn technology was held. More than 70 people, including technical backbones from the agricultural bureaus of counties, cities, and districts in the city, and major grain growers, attended the training meeting. On September 22, an observation meeting on new summer corn varieties and new technologies was held at the xx Farm Second Branch Experimental Base. The participants included the directors of the agricultural bureaus of counties, cities, and districts, the heads of technical stations, and large growers. The xx provincial corn industry system was invited Position experts attended the meeting, and more than 80 people participated in the meeting. Participants inspected and observed four test demonstrations of high-yielding, efficient and lightweight summer corn cultivation technology, display and demonstration of new summer corn varieties, high-efficiency slow-release fertilizer application technology for summer corn, and multi-functional seed coating agents for preventing and controlling corn diseases and pests. On January 25, 20xx, the project construction summary report was completed. Summary of Agricultural Technology Extension Work 6

Under the leadership of the town party committee and government, I focus on promoting agricultural structural adjustment and agricultural industrialization, and promote farmers’ income increase and burden reduction as the main content, and actively introduce, demonstrate, Promote new agricultural technologies and new varieties. It mainly promotes new varieties and new technologies of major grain and vegetable crops, and supporting technologies for the regional layout of advantageous and characteristic agricultural products, laying a certain foundation for ensuring the safety of food production in the town, promoting agricultural efficiency, and increasing farmers' income. It has made positive contributions to promoting our town's agriculture and rural economy to a new level. The main work is now summarized as follows:

1. Earnestly complete the provincial science and technology household project.

In 20xx, our town’s science and technology household project *** involved 100 households in 20 villages, providing free fertilizers, technical CDs, signs, model household manuals, wall charts, and providing technical services throughout the process.

2. Experimental demonstration and promotion of new technologies

1. Inter-cropping of tomatoes and kidney beans

2. Promote corn seed coating technology to prevent and control soil transmission Diseases and pests;

3. Promote comprehensive rice yield-increasing technology based on dry breeding and sparse planting;

4. Promote Jinzhengda, Wolfe, Fengxi controlled-release and slow-release fertilizers, Solve the problem of nutrient loss in one-time fertilization of corn and subsequent defertilization.

5. Promote corn straw reactor technology in protected areas; straw reactor technology is a brand-new concept of agricultural production, quality, efficiency, and pollution-free technology.

It has technical advantages such as CO2 effect, temperature effect, biological control effect, and soil improvement effect. The promotion and application of this technology can fundamentally solve the problems of soil ecological deterioration, agricultural product pollution, serious soil-borne diseases caused by long-term application of chemical fertilizers and chicken manure, as well as low ground temperature in winter and spring and insufficient carbon dioxide in facilities. It is an important step in promoting the use of straw and manure resources. It is an effective measure to recycle, promote the effective transformation of multiple production factors, improve the output and quality of agricultural products, and ensure food safety. At present, the application of this technology in Teng'ao has reached a certain scale, and our town has implemented and promoted 190 greenhouses. The average income of each greenhouse is increased by 5,000 yuan. The crops involved include tomatoes, eggplants, peppers, and peaches. And achieved good economic, social and ecological benefits.

3. Carry out in-depth scientific and technological training to improve farmers’ scientific and technological quality

Based on the principle of “practical, practical and effective”, our station has extensively carried out various forms of agricultural practical technology training courses, On-site meetings, observations, visits, etc., these trainings closely focus on the town's food production, economic crop cultivation, and production technology promotion. It is worth mentioning that our station jointly held a large-scale soil testing and formula fertilization on-site meeting in Zhouzheng Village on April 28, 20xx with the Haicheng City Soil and Fertilizer Station, and distributed more than 200 copies of information. The activity was generally welcomed and praised by farmers. Straw reactor technology training was conducted twice, and more than 320 people were trained. On September 20, our station held another Sunshine Project training class, training more than 400 people.

IV. Serving farmers

1. Complete the detection of microorganisms, organic matter and pathogens in tomato production in our town for more than 3 years, 5 years, 7 years and 10 years.

2. Since 20xx, we have visited villages and households four times to provide scientific and technical guidance, guiding 400 people. More than 2,000 copies of materials were distributed.

3. 40,000 acres of corn borer prevention were carried out by aircraft, and 11,200 acres of rice planthopper, rice blast, medicines and foliar fertilizers were distributed free of charge.

4. Complete the survey on the prevention and control of heavy metal pollution in agricultural product soil in Haicheng City, and finally complete 580 GPS fixed-point soil testing points, involving 22 villages.

5. Complete 19 points of soil testing by the Haicheng City Green and Pollution-free Office, involving 19 villages, to provide technical guidance for the production of green and pollution-free vegetables.

6. In 20xx, our station inspected more than 500 portions of vegetables and supervised vegetable production to ensure that people can eat safe vegetables. The autumn vegetable inspection work of Anshan Agricultural Products Safety Supervision Station was completed, with 96 vegetable samples tested, and the passing rate was 97.7%.

7. In July 20xx, our station carried out unified rodent control work in agricultural areas throughout the town. We distributed 24,000 bags of rat poison, one bag per household, and achieved good rodent control results.

8. Promote vegetable substrate and plug seedling cultivation, and distribute 800 bags of substrate and 4,800 seedling trays for free.

5. Conduct tests to provide technical guidance for production

1. Corn product comparison test: conducted in 5 villages: Shou'an, Wangtie, Qiangan, Mingjia, and Jiangjun A comparative test of corn varieties was conducted with an investment of 10,000 yuan and 12 varieties for testing.

2. Comparative test between soil testing and formula fertilization and conventional fertilization: A comparative test between soil testing and formula fertilization and conventional fertilization was conducted in Zhouzheng Village, allowing farmers to intuitively see the direct effect of soil testing and formula fertilization and understand The benefits of soil testing and formula fertilization are that this technology is difficult to realize in practical applications and requires a lot of manpower, material and financial resources.

3. Tomato density demonstration test of straw reactor technology.

4. Comparative test of rice varieties, density and fertilization. ;