Model essay on monitoring annual work summary (5 general theories)

Time flies, we are busy, and inadvertently it will be the end of the year. Looking back on this year's work and life, we must have gained a lot. It's time to sum up this year's gains and losses and lay the foundation for next year's work. Don't think that the year-end summary can be handled casually. This is an opportunity to show your expressive ability. The following is a model essay on the annual work summary of monitoring compiled by me for your reference, hoping to help friends in need.

Summary of annual monitoring work 1 According to the requirements of Beijing Urban and County Environmental Monitoring Plan for 20xx and Yanqing County Environmental Protection Bureau Work Plan issued by Beijing Environmental Protection Bureau, the monitoring station completed the monitoring task in the first quarter of 20xx, and the work summary is as follows:

First, complete the monitoring work

Environmental quality monitoring

Surface water monitoring: Conduct routine water quality testing on 8 surface water sections once a month, including 24 basic projects and 7 supplementary projects.

Dust monitoring: 18 The monitoring points of urban control and township were monitored for three times.

(2) Supervisory monitoring of pollution sources

According to the requirements of "20xx Beijing Municipal Environmental Monitoring Plan" issued by Beijing Environmental Protection Bureau, the monitoring station carried out supervisory monitoring on the state-controlled and municipal-controlled key pollution sources in our county. Including monitoring and analysis of corresponding projects of wastewater pollution sources in two countries and four key waste gas pollution sources. By the end of March, monitoring of wastewater pollution sources has been completed for 28 times, and monitoring of waste gas pollution sources 17 times. The water quality monitoring of Beijing Huadu Sunshine Food Co., Ltd. sewage treatment station and yongningzhen sewage treatment plant was completed in cooperation with the monitoring brigade of the bureau.

(3) Reporting statements and data.

* * * 977 pieces of monitoring data were reported to the monitoring center and relevant departments of the Bureau, including 460 pieces of surface water detection data, 58 pieces of dust detection data, 373 pieces of sewage data, and 86 pieces of landfill boundary air, leachate, boilers and other detection data.

Second, the laboratory qualification preliminary examination preparation.

From June+10, 5438, the monitoring station began to prepare for the re-evaluation of laboratory qualification certification for 20xx years. The nonconformities found in this year's internal audit and management review were actively rectified, and the laboratory environment, instruments and equipment, files and documents were inspected, which laid a good foundation for re-evaluation.

Iii. Preparation of environmental quality report and annual report of pollution sources

According to the requirements of the quality report compilation outline of the Municipal Bureau, the environmental quality report of Yanqing County in 20xx is being compiled.

According to the requirements of the compilation outline of pollution source monitoring annual report of the Municipal Bureau, the compilation of pollution source monitoring annual report of Yanqing County for 20xx years was completed.

Fourth, the certificate assessment work

According to the requirements of the Municipal Bureau, submit the 20xx annual assessment plan with the certificate. Conduct 20xx annual self-examination for environmental monitoring personnel with certificates, and complete theoretical examination and practical examination before March of X year.

Verb (abbreviation of verb) recent work arrangement

(a) on the basis of routine monitoring and supervisory monitoring, actively carry out ecological environment monitoring in Yanqing County Wetland Reserve.

(two) do a good job in the preparation of measurement certification and the examination of certificates, and do a good job in the corresponding rectification after the completion of measurement certification.

(3) Do a good job in the hardware construction of biological laboratory.

(four) do a good job in temporary monitoring of major construction projects and the construction of environmental protection facilities.

Summary of monitoring annual work 2 Soil monitoring is a long-term and regular agricultural basic work, a most basic public welfare function of soil and fertilizer station and the core of soil and fertilizer cause. Field soil monitoring is to investigate and statistically analyze the fertilization status, yield level and soil nutrient changes under the condition of farmers' independent farming, and to study the dynamic change law of soil fertility, so as to provide the most valuable first-hand information for rational utilization of increasingly tense soil resources, protection of declining soil fertility, soil fertilization for our survival and development and scientific guidance of agricultural production.

Our city has 570,000 mu of cultivated land and is a typical agricultural city. Soil monitoring in our city started at 1990, and has been continuously monitored at 18 under the guidance of provincial soil and fertilizer workstations and Zhuzhou soil and fertilizer workstations. The monitoring situation in 20xx years is summarized as follows:

I. Basic information

1. Distribution: There are 25 field soil monitoring points in the city, including rice monitoring point 15, grain crops (corn) monitoring point 1, cash crops monitoring point 4 and vegetable crops monitoring point 5. It is distributed in 10 townships, 13 villages and 18 groups in the east, south, west and north of Liling, with a total area of 124.04 mu.

2. Soil types: Six representative soil types in our city were selected, including 6 red and yellow mud fields, 3 purple mud fields, 3 masha mud fields, 2 yellow mud fields, 9 river sand mud fields and 2 red soil fields.

Second, the monitoring results

1, planting and utilization

This year, the farming system of 8 monitoring points in our city is fallow rice, 7 monitoring points are fallow rice, 1 monitoring points are spring corn, autumn corn and winter leisure, 1 monitoring points are seedlings, 1 monitoring points are watermelon and winter leisure, 2 monitoring points are grapes and 5 monitoring points are vegetable planting.

2. Output situation

15 The average yield of rice at the monitoring point is 551.68kg/mu, including 565.68kg/mu for early (middle) rice and 537.67kg/mu for late rice.

In addition, the yield of corn (fresh sticks) is 735.75kg/ mu, grapes are 2182.8 kg/mu, eggplant is 3560kg/ mu, lily1077.5 kg/mu, vegetable lotus root is 2690kg/ mu, and taro 1800.

3. Fertilization level and structure (1) Physical quantity of organic fertilizer application:

① Rice: According to the statistics of 15 rice monitoring points in the whole city, the average application amount of organic fertilizer per mu (for the whole year) this year is 175.3 (including early rice 122kg and late rice 53.3kg).

② Other crops:

Seedling raising: the total physical quantity of applying organic fertilizer every year is 0;

Corn: the total amount of organic fertilizer applied each year is 2100 kg/mu, including pig manure 1.800kg/ mu and straw 300kg/ mu;

Watermelon: the total amount of organic fertilizer applied each year is 0;

Grape: The total amount of organic fertilizer applied each year is1.750kg/mu, including pig manure1.500kg/mu and human manure 250kg/mu.

Vegetable lotus root: the total amount of organic fertilizer application per year is 0;

Taro: the total amount of organic fertilizer application per year 1 1,000 kg/mu, pig manure 1 1,000 kg/mu. (2) Application amount of inorganic fertilizer:

① Rice: the annual fertilization amount per mu is 63.64 kg/mu (including 66.5 kg/mu for early rice and 60.7 kg/mu for late rice), and the amounts of nitrogen fertilizer, phosphorus fertilizer and potassium fertilizer in single fertilizer are 16.97/ mu, 165, 438+0.79 kg/mu, respectively.

② Other crops:

Seedling: The total amount of chemical fertilizer applied per year140kg/mu, including elemental nitrogen fertilizer15kg/mu, phosphate fertilizer10kg/mu and elemental potassium fertilizer15kg/mu.

Corn: The total amount of chemical fertilizer applied annually is 220kg/ mu, including 65kg/ mu of elemental nitrogen fertilizer, 55kg/ mu of elemental potassium fertilizer and 0/00kg/mu of compound fertilizer/kloc.

Watermelon: the total amount of chemical fertilizer applied each year 1 10 kg/mu, including 30 kg/mu of elemental nitrogen fertilizer, 30 kg/mu of elemental potassium fertilizer and 50 kg/mu of compound fertilizer.

Grape: The total amount of chemical fertilizer applied annually is 220kg/ mu, including 2.5kg/ mu of elemental nitrogen fertilizer, 0.7kg/mu of elemental potassium fertilizer and 200kg/ mu of compound fertilizer.

Eggplant: The total amount of chemical fertilizer applied annually is 98kg/mu, including 32kg/mu of elemental nitrogen fertilizer, 0/6kg/mu of elemental potassium fertilizer and 50kg/mu of compound fertilizer.

Lily: The total amount of chemical fertilizer application is 65kg/ mu every year, including 2.5kg/ mu of elemental nitrogen fertilizer, 0.2 kg/mu of elemental potassium fertilizer and 50kg/ mu of compound fertilizer.

Lotus root for vegetable: the total amount of chemical fertilizer applied is 77 kg/mu, including the amount of elemental nitrogen fertilizer 12 kg/mu, elemental potassium fertilizer 15 kg/mu and compound fertilizer 50 kg/mu.

Taro: The total amount of chemical fertilizer applied annually is 72kg/ mu, including elemental nitrogen fertilizer 12kg/ mu, elemental potassium fertilizer 10kg/ mu, and compound fertilizer (50kg/ mu).

(3) Pure nutrients:

① Rice: Single-season fertilization per mu is equivalent to pure N, P and K, which are 12. 17, 1.24 and 7.38 respectively, and its pure N: P: K = 1: 0. 1.

② Other crops:

Seedling raising: the pure N, P and K converted from single-season fertilization per mu are 6.9, 5.24 and 7.47 respectively; Corn: the pure N, P and K converted from single-season fertilization per mu are 26.67, 2.35 and 18.89 respectively, and its pure N: P: K =1:0.09: 0.71;

Watermelon: Single-season fertilization per mu is equivalent to pure N, P and K of 20.3, 1.09 and 17.85 respectively, and its pure N: P: K =1:0.05: 0.88;

Grape: Single-season fertilization per mu is equivalent to pure N, P and K, which are 35.85, 6.5 1 and 26.06 respectively, and its pure N: P: K =1:0.18: 0.73;

Eggplant: Single-season fertilization per mu is equivalent to pure N, P and K of 32.0, 3.7 1 and 18.43 respectively, and its pure N: P: K =1:0.12: 0.58;

Lily: Single-season fertilization per mu is equivalent to pure N, P and K, which are 19.07, 3.57 and 19.45 respectively, and its pure N: P: K =1:0.19:1.

Vegetable lotus root: single-season fertilization per mu is equivalent to pure N, P and K, which are 12.02, 1.09 and 10.38 respectively, and its purity is N: P: K =1:0.99: 0.86;

Taro: Single-season fertilization per mu is equivalent to pure N, P and K, which are 16.82, 2.27,1/0.46 respectively, and its pure N: P: K =1:0.14.

Three. Problems and countermeasures

Judging from the monitoring results this year, there are the following main problems in our city:

1, the input of organic fertilizer is seriously insufficient.

In 20XX, the application amount of organic fertilizer (especially rice) in monitoring sites in our city decreased year by year, which was related to farmers' attaching more importance to inorganic fertilizer than organic fertilizer. The application ratio of organic fertilizer and inorganic fertilizer is more and more unbalanced, which will inevitably lead to the shortage of soil organic matter and qualitative changes in soil physical and chemical properties (such as soil hardening, nitrate and nitrite exceeding the standard, etc.). The continuous decline of cultivated land quality will pose a serious threat to national food security.

Therefore, in view of the fact that farmers have not paid enough attention to increasing the application of organic fertilizer in recent years, practical measures must be taken to deal with it. At present, there are three main reasons why farmers despise organic fertilizer: first, most traditional organic fertilizers are dirty, smelly and bulky, and it takes time and effort to apply them; Second, farmers have a one-sided understanding of organic fertilizer, do not understand the role of organic fertilizer in improving soil and fertility, and think that chemical fertilizer is the best, which is not only convenient to apply, but also quick to take effect; Third, the comparative benefit of agriculture is low, and most family laborers go out to work, unwilling to invest more labor and unwilling to apply organic fertilizer.

At present, the new measures that can be vigorously promoted are: first, the government takes action to promote economic green manure, breaking the situation that green manure has long been extinct (green manure has been rare in our city for many years), so that farmers can achieve multiple goals; The second is to popularize mechanized rice harvesting, so that rice straw can be directly returned to the field, which not only reduces labor intensity, but also saves labor, time and money, and also makes rational use of straw, which can be described as multi-purpose; Third, the government subsidizes the promotion of commercial organic fertilizer to solve the problem of "difficult application of organic fertilizer" for farmers; In addition, the government should actively use modern propaganda tools to publicize the benefits of increasing the application of organic fertilizer, organize relevant technical training and do some demonstrations to promote farmers to increase the application of organic fertilizer.

2. The fertilization structure is unreasonable, and the proportion of nitrogen, phosphorus and potassium is seriously out of balance.

Scientific research shows that pure N: P: K =1:0.23:1.18 is taken out from the soil for rice production, while monitoring statistics show that pure N: P: K =1:0.

The main reason is that farmers' concept of fertilization has not changed, and the idea of emphasizing nitrogen over phosphorus over potassium is deeply rooted. Therefore, in view of this situation, the government should increase support, conduct targeted training for farmers, think about what farmers think, make great efforts to find out the fertility status of local cultivated land, accurately grasp the changes of cultivated land nutrients in the new period, vigorously promote soil testing and formula fertilization, scientifically simplify fertilization procedures, and facilitate farmers to apply fertilizers reasonably.

3. Guarantee of monitoring conditions

The core of soil monitoring is to fully grasp the dynamic changes of soil fertility, that is, the changes of physical and chemical properties, and the accuracy of monitoring data is determined by human factors and monitoring hardware factors. Soil monitoring is a long-term work that must be continuously adhered to (Lausanne Grassland Experimental Station in the United Kingdom has a history of soil monitoring and fertilizer measurement for more than 100 years), but the agricultural sector is very short of its own funds, and there are practical difficulties in staffing and funding guarantee. Therefore, it is suggested that the government should increase its support for soil monitoring and cultivated land quality construction, and further improve monitoring facilities to adapt to soil monitoring in the new period, better protect and utilize cultivated land and promote the sustainable development of agriculture.

4. Basic farmland protection

According to the "Regulations on the Protection of Basic Farmland in People's Republic of China (PRC)", the agricultural departments and the land departments should work together, carry out their duties, and strengthen the quality management of cultivated land.

Summary of Annual Monitoring Work Since May 3, 20xx, according to the unified deployment of the autonomous region and Yinchuan Municipal Health Planning Commission, the jinfeng district Population and Family Planning Bureau has attached great importance to it, designated a special person to be responsible for it, and comprehensively carried out the dynamic monitoring and investigation of floating population. At present, 1 1 community questionnaire and 240 individual questionnaires have been carried out and entered into the dynamic monitoring and investigation system of floating population. Focus on the following tasks:

First, strengthen business training.

On May 13, jinfeng district Family Planning Bureau sent 12 family planning professionals to participate in the questionnaire training course on dynamic monitoring of floating population organized by Yinchuan Family Planning Commission. On May 14, the Family Planning Bureau also called investigators to patiently and meticulously explain the matters needing attention such as online entry and online extraction of the dynamic monitoring and investigation system.

Through training, supervisors and investigators can fully understand the importance of this work, master the operation process and working methods, and extract a list of 240 dynamic monitoring interviewees from 12 sample points.

The second is to create a propaganda atmosphere.

Combine household surveys with condolences and policy propaganda for the floating population. During the investigation, investigators distributed a letter, investigator's work permit, family planning leaflets (copies) (1000) and souvenirs (2000 copies) to the respondents of dynamic monitoring of floating population, so as to strengthen the active cooperation of floating population and improve the credibility of information.

Third, pay close attention to the quality of investigation.

Fill in the dynamic monitoring questionnaire survey one by one in strict accordance with the meeting requirements and filling instructions. The survey method is face-to-face communication. After the investigation, the methods of on-site investigator self-examination, recheck by the person in charge of the sub-district office and on-site cross-examination are adopted to ensure the accuracy, truthfulness and effectiveness of the investigation information.

At present, the jinfeng district Family Planning Specialist has completed the dynamic monitoring of the floating population, ensuring that every household issues family planning leaflets and solatium. It can track the basic information of the floating population in a timely, continuous and dynamic manner, master the management of family planning services for the floating population, continuously improve the management level of family planning services for the floating population, and better safeguard the legitimate rights and interests of the floating population.

Expenditure on dynamic monitoring of floating population 16955 yuan, including 3,700 yuan for publicity and training, 6,000 yuan for labor subsidies for investigators, 6,000 yuan for home gifts, and 1255 yuan for data entry.

Summary of monitoring annual work 4 I. Guiding ideology

In the spring of 20XX, the supervision of compulsory education in Gansu Province was carried out in an all-round way in our county. According to the requirements of the Education Bureau and the school district, there is a roster of students studying in foreign township schools and a roster of students studying in local township schools and registered in foreign towns. Requirements: Township schools responsible for filing must fill in the Registration Card correctly, and the information collected on students' household registration must be true and accurate (such as date of birth). The record number of the school should not be filled in as "empty", but the school information provided, such as the student number and the class attended, must be true and accurate; The register of students with registered permanent residence in foreign township schools is printed according to the classification of schools, and the register of students with registered permanent residence in foreign township schools is printed according to the location of registered permanent residence; Send it to the school district.

Second, training teachers.

In order to better complete the monitoring of compulsory education, our school has read in detail the filling instructions of two forms: Basic Information Card for Children in Compulsory Education Stage in Gansu Province and Basic Information Roster for Students in Lintao County. Let every teacher recite it. The description of the file card number and the arrangement rules of various codes are also read in detail. In particular, teachers were trained in the coding rules of township code, administrative village code, school code, class code, age calculation and filling rules, the handling methods of children and adolescents attending schools in different places in this county, and the principle of filing files, and a booklet was made.

Third, the implementation process.

At first, our school determined the overall person in charge of this work and the leading group, and conducted a comprehensive training for the person in charge according to the requirements of the school district to familiarize him with the compulsory education monitoring information input system and the requirements of compulsory education monitoring. This paper makes a detailed interpretation of the filling instructions of two forms, namely, the Basic Information Card for Children in Compulsory Education in Gansu Province and the Basic Information Roster for Kindergarten Students in Lintao County, and trains the teachers of the whole school in order to carry out their work better. I also read and trained the description of the file card number and the arrangement rules of various codes in detail, in order to better improve work efficiency. After the basic training, the whole school teachers will be grouped and arranged. 20XX At the beginning of March, compulsory education monitoring was launched in an all-round way.

Third, the investigation stage.

The investigation stage is divided into three steps, and the specific process is as follows:

Step 1: Household survey

1. Divide all teachers into groups, lead students to enter villages and households according to regions for detailed investigation, and collect basic information of all children. Pay special attention to collect all the information in detail and don't simplify it. It is best to fill in the information of only child and two female households together. Age must be detailed to the year, month and day. Home address should be detailed to towns, administrative villages and cooperatives, and urban residents should be detailed to streets, neighborhood committees and house numbers. Parents' names and work units should be detailed. You must fill in the information of students attending high schools, technical secondary schools and vocational schools.

2. The village must not miss the community, the community should not miss the residents, and the residents should not miss the people.

Step 2: Spot check in detail, without omission.

1, the school set up a spot check team to check the information at home and approve the situation.

2, a family pays attention to the bottom, there is no omission.

Step 3: Compile file numbers for all children.

1. The age must be checked one by one in strict accordance with the issued age comparison table to ensure that the correct age is the premise of correct numbering, and oral estimation is not allowed to avoid mistakes. Please pay special attention.

2. Prepare file numbers for all children. Note: All information acquisition cards must be sorted by administrative village first, then by age, and the filing card number should be compiled by administrative village and age. (input by the input system does not need to be pre-numbered)

Fourth, summary.

In the process of compulsory education supervision, because each teacher is strict with himself and responsible for his work, he has successfully completed the task of compulsory education supervision.

Summary of annual monitoring work 5 In order to fully and accurately understand the consumption of qualified iodized salt by residents in our district, in accordance with the spirit of the Detailed Rules for Monitoring Iodine Deficiency Disorders in XX City and the Prevention and Control Plan for Key Endemic Diseases in XX District, our district has gradually established a government-led sustainable development mechanism for iodine deficiency disorders, with the cooperation of departments and the participation of the whole society, increased publicity, improved the knowledge of prevention and control of iodine deficiency disorders among the whole people, and earnestly carried out monitoring work, successfully completing the monitoring task of iodized salt in 20xx years, so as to continuously eliminate iodine deficiency disorders in the future. The work is summarized as follows:

I. Basic information

Our district is the seat of the provincial and municipal governments. * * * in the whole region, there are 10 towns and 79 communities, and the total population at the end of 20xx is 578,623 (registered population). The living environment of residents is mainly in the new village building, and the source of iodized salt for residents mainly comes from supermarkets.

Second, the completion of iodized salt monitoring:

1, complete household iodized salt monitoring.

According to the arrangement of the superior, 300 households in 20 communities in 5 towns (Antai, Gudong, Hongshan, Huada and Wufeng) were randomly selected for iodine collection and testing. * * * 300 samples of iodized salt were collected from residents, including 3 samples of non-iodized salt (all patients with antibody A at home), and the coverage rate of iodized salt was 99.0%. Among them, there are 290 qualified iodized salt, and the consumption rate of qualified iodized salt is 97.0%.

2, according to the requirements of provinces and cities in a timely manner for monitoring data statistics, summary and network reporting monitoring data.

3. District disease control personnel timely track the source of non-iodized salt and analyze the reasons for non-iodized salt.

Third, quality control.

1 and 20xx, the laboratory of CDC passed the quality control examination of the national iodized salt testing laboratory and obtained the certificate issued by the national reference laboratory for iodine deficiency disorders.

2. Professionals from provincial and municipal centers for disease control and prevention supervised the monitoring of iodized salt in our district from June 65438+1October 65438+August, which was well received by the expert group.

Fourth, personnel training.

1. On-site inspection personnel of the District CDC participated in the training course on unified inspection methods and technical specifications organized by the Provincial CDC.

2. On July 15, the District CDC conducted professional training on iodized salt monitoring for relevant personnel of the center and sampling personnel of community health service centers in five towns involved.

Verb (abbreviation for verb) health promotion

1, May 15 This year is the 19 "Day for Prevention of Iodine Deficiency Disorders" in China, with the theme of "Scientific Iodine Supplement and Healthy Living". District CDC and Hongshan Community Health Service Center jointly held publicity and consultation activities in the affluent community of Hongshan Street. Through on-site consultation, free distribution of publicity materials, health clinics and other forms, the activity answered the harm caused by iodine deficiency disorders and the basic knowledge, measures and hot issues of effective prevention and treatment of iodine deficiency disorders for the surrounding residents and the masses. Activity * * * More than 200 community residents and the masses consulted on the spot, and distributed more than 500 prevention and control knowledge pamphlets and leaflets, 66 China citizens' health literacy, I love health, and small gifts 100. At the same time, free blood pressure measurement and health consultation activities were carried out for community residents and surrounding people.

2. Cooperate with towns and communities. Every community publicity column publishes a column on prevention and treatment of iodine deficiency disorders every year. Take advantage of the publicity opportunities of various communities to distribute 3000 leaflets in time. Through effective publicity activities, everyone will know the knowledge of prevention and treatment of iodine deficiency disorders, actively create a social atmosphere in which the whole society participates in prevention and treatment, and lay the foundation for establishing a long-term mechanism for prevention and treatment of iodine deficiency disorders.

Problems and suggestions of intransitive verbs

1, the residents' knowledge of iodine deficiency disorders is low, and the knowledge of salt preservation is insufficient, which leads to the increase of unqualified iodized salt in our district. Strengthen health promotion, and make the knowledge of debilitating diseases a household name.

2. Our region is a coastal area, and the influence of non-iodized salt on the salt market in our region still exists to some extent.

;