Innovative Talent Promotion Program Implementation Plan I
According to the "Outline of the National Medium- and Long-Term Talent Development Plan (2010?2020)", this implementation plan is formulated.
I. Objectives and Tasks
The Innovative Talent Promotion Plan (hereinafter referred to as the Promotion Plan) aims to cultivate and create a number of world-class scientists, high-level scientific and technological leaders and engineers, outstanding innovation teams and entrepreneurial talents through innovative institutional mechanisms, optimizing the policy environment, and strengthening the safeguards, to create a number of Innovative talents training demonstration base, strengthen the construction of high-level innovative scientific and technological talents, lead and drive the development of various types of scientific and technological talents, in order to improve the ability of independent innovation, the construction of an innovative country to provide a strong support for human resources.
By 2020, the main tasks of the promotion program are:
1. Establishment of scientists' studios. In order to actively respond to international competition in science and technology, and improve the ability of independent innovation, focusing on China's comparative advantage in the field of scientific research to set up 100 scientists' studios, to support their dedication to carry out exploratory and original research, and strive to create world-class scientific and technological gurus and innovation teams.
2. Creating young and middle-aged scientific and technological innovation leaders. Aiming at the world's scientific and technological frontiers and strategic emerging industries, we will focus on training and supporting 3,000 young and middle-aged scientific and technological innovation talents, so as to make them become the leading talents who can lead the direction of scientific and technological innovation in the relevant industries and fields, as well as organize and complete the major scientific and technological tasks.
3. Support scientific and technological innovation and entrepreneurial talents. Focusing on promoting enterprises to become the main body of technological innovation, accelerate the transfer of scientific and technological achievements, for science and technology-based enterprises, each year focusing on supporting 1,000 outstanding entrepreneurial talent using independent intellectual property rights or core technological innovation start-ups, and cultivate a number of entrepreneurs with the spirit of innovation.
4. Construction of key areas of innovation team. Relying on national major scientific research projects, national key projects and major construction projects, the construction of 500 key areas of innovation team, through the provision of sustained and stable support to ensure better fulfillment of the national major scientific research and engineering tasks, to maintain and enhance China's scientific and technological innovation capabilities in a number of key areas.
5. Building demonstration bases for training innovative talents. Based on higher education, research institutes and science and technology parks, we will build 300 demonstration bases for cultivating innovative talents, create a policy environment for cultivating scientific and technological innovation talents, break through the difficulties in talent cultivation system and mechanism, and form a unique talent cultivation model, so as to create a special talent zone where talent cultivation policy and institutional mechanism are "first and foremost tried and tested".
Second, the implementation of the principle
1. Adhere to the science and technology, education planning. Comprehensively implement the "National Medium and Long-term Talent Development Plan (2010?2020)" requirements, and strengthen the implementation of the "National Medium and Long-term Scientific and Technological Development Plan (2006?2020)" and "National Medium and Long-term Educational Reform and Development Plan (2010?2020)" closely integrated.
2. Adhere to the combination with major tasks. Strengthen the high-end leadership, highlighting the scientific and technological frontiers, key areas and strategic needs, in the country's major scientific and technological projects, key engineering construction projects and the transformation of major scientific and technological achievements in the training, training and gathering of talents.
3. Adhere to the innovation of system and mechanism. Follow the law of growth of talents, deepen the reform of science and technology management system, focusing on talent discovery, training, use and evaluation of incentives and other aspects of active exploration, and strive to stimulate scientific and technological talent dedication, pragmatic and practical internal motivation, and the establishment of a conducive to the scientific and technological personnel to concentrate on research and entrepreneurship of a good environment.
4. Adhere to the coordination. Strengthen the project, the base, the close integration of talent, and promote the implementation of existing science and technology plans and talent training programs, strengthen departmental collaboration and regional integration, and do a good job with the departments, the local existing talent plan for the effective convergence, the formation of effective departmental coordination, the local implementation of a strong, orderly implementation of the organization, the work of a reasonable allocation of resources pattern.
5. Adhere to the classification and promotion. In accordance with the "overall deployment, categorization and promotion, pilot first, gradual improvement" principle of work, for different task characteristics, to determine the specific implementation methods and work steps. For the exploratory, difficult to implement the task of the first pilot, and gradually improve, accumulate experience after the full launch.
Three selection conditions and modalities
According to the different characteristics of the tasks of the promotion program, combined with the existing work base, the support object were selected in accordance with the following conditions and modalities.
1. Scientists' workshops.
Scientist studio to implement the chief scientist responsibility system. In principle, the chief scientist should have the following basic conditions:
research direction in the world's scientific and technological frontiers in China has a relative advantage;
achieved outstanding achievements recognized by peers at home and abroad, with the potential to develop into a world-class scientific and technological gurus;
able to adhere to the full-time dedication to research;
adhere to the spirit of science, moral integrity.
The chief scientist is recommended by the relevant departments, local or domestic and foreign authoritative experts. Scientist studio should have specific scientific research planning, construction program and department (local) support measures, and strengthen the connection with the relevant national talent program. The Ministry of Science and Technology to organize experts on the chief scientist candidates and studio construction program for demonstration, in conjunction with the relevant departments or local approval of the construction.
2. Young and middle-aged scientific and technological innovation leaders.
Young and middle-aged scientific and technological innovation leaders should, in principle, have the following basic conditions:
In the scientific and technological frontiers and strategic emerging industries to achieve a high level of innovative results, with greater development potential;
With the host of the national or local important scientific and technological project experience;
Demonstrate a strong talent for leadership, teamwork, and organizational skills;
The first two are the same.
Doctoral degree or deputy senior title, age below 45 years old.
Young and middle-aged scientific and technological innovation leaders are recommended by the relevant departments, provincial science and technology administrative departments, key scientific research bases and other limited recommendations or special recommendations of well-known experts. The Ministry of Science and Technology organizes experts to carry out consultation and demonstration, and approves the support after the public announcement without objection.
3.
Science and technology innovation and entrepreneurial talent should in principle have the following basic conditions:
The main founder of science and technology-based enterprises, with a bachelor's degree or higher and strong innovation and entrepreneurial spirit;
Less than five years after the founding of the enterprise;
The enterprise has the core technology or own intellectual property rights;
The enterprise has a good business performance and growth.
Science and technology innovation and entrepreneurial talent by the provincial science and technology administrative departments limit recommended by the Ministry of Science and Technology to organize expert consultation and demonstration, approved by the public without objection after support.
4. Key areas of the innovation team.
The key areas of innovation team in principle should have the following basic conditions:
engaged in scientific research work in line with the national, industry key development direction and long-term demand;
with the national major scientific research projects, key projects and major construction projects experience;
team innovation performance is outstanding, with a better development prospects
The team's organizational structure is reasonable, and the core staff is relatively stable;
The team has clear innovation goals and research planning.
The key areas of innovation team by the national major scientific research projects, key projects and major construction projects led by the organization of the merit quota recommended by the Ministry of Science and Technology to organize expert consultation and demonstration, approved by the public after the approval of no objection support.
5. Innovative talent training demonstration base.
Innovative talent training demonstration bases should in principle have the following basic conditions:
The lead unit for higher education, research institutes and science and technology parks;
The lead unit should be rich in scientific and technological resources, strong innovation capacity and good talent training foundation;
The lead unit has established a close combination of industry, academia, and research
The lead unit has established a mechanism for the close integration of industry, academia and research in the cultivation of talents, and actively carries out international exchanges and cooperation in the cultivation of talents;
The lead unit has established a mechanism for opening up the scientific and educational resources to the society;
The lead unit has been a pioneer in reforming the system and mechanism of cultivation of talents and in the innovation of policies, and has been able to play a stronger role in demonstrating, radiating and driving the development of talents.
Innovative talent cultivation demonstration bases are recommended by the departments and local merit quota, and the Ministry of Science and Technology organizes experts to validate the base construction program, which is approved by the Inter-ministerial Coordination Group of the Promotion Plan for construction.
Four, support measures
1. Implementation and development of supporting policies. Increase the implementation of existing talent policies, combined with the implementation of the "National Medium- and Long-term Talent Development Plan Outline (2010-2020)", study and formulate the "opinions on strengthening high-level innovative scientific and technological talent team building" and other policy documents. According to the specific conditions of each task of the promotion program, relevant supporting measures will be formulated in the areas of scientific research management, personnel system, use of funds, assessment and evaluation, and personnel incentives, etc., and they will be tried out first and improved gradually.
2. Strengthen the organic combination of talents, projects and bases. In the implementation of national science and technology programs and the construction of key innovation bases, further highlighting the cultivation of talents and teams. Reform of science and technology program management methods, simplify the project procedures, to promote the program selected objects have undertaken scientific research projects, the completion of the project tasks are given priority to rolling continuous support; not undertake scientific research projects, can be independently proposed research projects, in line with the requirements of the national science and technology program. In accordance with the procedures to give priority to the establishment of projects. With the conditions of relying on the unit to give priority to the construction of national (key) laboratories, engineering centers and other innovation bases.
3. Further increase funding. Coordination of national science and technology programs and other related funding arrangements, adjust the input structure, innovative support methods, and increase the support for the promotion of the selected object of the plan. On the basis of fully utilizing the existing resources, the central government has set up special funds to support key tasks such as scientists' workshops. Strengthen the supervision and management of special funds to improve the effectiveness of the use of funds.
4. Explore the establishment of specific support measures to adapt to the characteristics of different tasks. The scientists' workshops adopt a "one case, according to the needs of support" approach, to give full financial security, do not participate in the competition to apply for scientific research projects; the chief scientists to implement the appointment system, to give their full autonomy in scientific research management, the establishment of an international peer review system. Increase training and support for young and middle-aged scientific and technological innovation leaders and innovation teams, and expand the autonomy of the use of scientific research funds. It will implement medium- and long-term incentives such as options, equity and corporate annuities, strengthen the combination of science and technology with finance, and increase support for scientific and technological innovation and entrepreneurial talents. Encourage innovative talent cultivation demonstration bases to strengthen institutional mechanism reform and policy innovation, bold exploration and early and pilot implementation.
5. Create a favorable social atmosphere. Promote the plan selected object units, parks, local and departmental resources to integrate all parties to increase policy and financial support; timely summarize and promote the implementation of the plan to promote the implementation of the process of creating a typical experience and successful practices, to strengthen the outstanding scientific and technological talent and innovation team publicity and reporting, in order to strengthen the construction of innovative talent to create a good social atmosphere.
V. Schedule
The promotion program will be implemented in three phases:
1. 2011, for the deployment of the start-up phase. Release the implementation plan to promote the plan to develop specific implementation measures; to carry out the construction of pilot scientists studio, start the specific organization and implementation of various tasks.
2. 2012 to 2015, for the full implementation phase. By the middle of the "12th Five-Year Plan", the development and improvement of relevant policies and measures and management methods will be completed. By the end of the Twelfth Five-Year Plan, the program will have completed more than half of its tasks, and a mid-term evaluation will be conducted.
3. 2016 to 2020, for the deepening and perfecting stage. By 2020, the overall goal of the promotion plan will be completed in terms of cultivating high-level innovative talents, innovating institutions and mechanisms, optimizing the policy environment, and constructing talent cultivation bases, so as to drive and lead the development of various types of innovative scientific and technological talents.
Six, the organization and implementation
Under the guidance of the Central Coordination Group for Talent Work, the Ministry of Science and Technology, together with the relevant departments **** with the organization and implementation of the promotion plan.
1. Establishment of work coordination mechanism. The establishment of the Ministry of Science and Technology led by the Ministry of Human Resources and Social Security, the Ministry of Finance, Ministry of Education, the Chinese Academy of Sciences, the Chinese Academy of Engineering, the National Natural Science Foundation of China and the Chinese Association for Science and Technology to participate in the promotion of the plan to promote the implementation of the inter-ministerial coordination group, research and consultation on major issues. The office of the coordination group is located in the Ministry of Science and Technology.
2. Establishment of expert consultation mechanism. Select a number of domestic and foreign high-level experts in science and technology, economics, management and other aspects as a consultant to promote the plan to improve the consulting mechanism, and give full play to the experts to promote the organization and implementation of the plan to play a decision-making role in consulting.
3. Establish a performance evaluation mechanism. According to the implementation progress and target requirements of the promotion program, the implementation of a regular reporting system and evaluation system, with reference to the international practice, the establishment of innovation and quality-oriented scientific research evaluation methods, to strengthen the tracking and management of the selected targets of the promotion program and assessment, and constantly improve the implementation of the implementation of the implementation of the program to improve the implementation of the effectiveness of the promotion program.
Planning Project Implementation Plan II
In order to promote the city's meteorological career development "Twelfth Five-Year Plan" planning project construction, to promote the city to take the lead in the realization of meteorological modernization, according to the Provincial People's Government "on accelerating the implementation of meteorological modernization" (Ganfu Fa [ 2014] No. 1), according to the provincial people's government "on accelerating the implementation of meteorological modernization" (Ganfu Fa [ 2014] No. 1), and the city's meteorological modernization plan. 2014] No. 1), the Provincial Development and Reform Commission, the Provincial Department of Finance, the Provincial Meteorological Bureau, "on accelerating the development of meteorological undertakings in Jiangxi Province, "Twelfth Five-Year" plan project construction notice" (Gan Development and Reform Agricultural Economy 〔2014〕 No. 39) and other documents in accordance with the spirit of the Twelfth Five-Year Plan of the National Economic and Social Development of Jinggangshan City, the meteorological cause development requirements, combined with the city's first realization of meteorological modernization. Meteorological development requirements, combined with the actual city, the following program:
First, the overall goal
By 2015, basically built a well-structured, reasonably laid out, functional public **** meteorological services system, weather forecasting and prediction system and comprehensive meteorological observation system, built a more complete meteorological science and technology innovation system and meteorological personnel system, the level of modernization of meteorology Significantly improve the city's economic and social development of the meteorological protection capacity and level significantly enhance the development of meteorological services to further optimize the environment, the city's meteorological overall strength to reach the advanced level in the province.
Second, the task
(a) flash flood prevention and control of geological disasters meteorological protection capacity building.
1. Monitoring system. The city's construction of 5 sets of township 6 elements of automatic weather stations, 10 sets of single rainfall station; Xia Ping national station for the construction of new automatic station; configure a set of portable automatic weather station; construction of 2 sets of integrated meteorological observation data processing platform, etc..
2. Network communication system. Ziping and Xiaoping station ground meteorological wide-area network, local area network system, emergency communication system, information security system, historical meteorological data security management and digitization platform, information business software upgrade and transformation.
3. Forecasting and risk assessment system. Construction of meteorological disaster forecast and early warning business system and meteorological disaster risk survey system; MICAPS forecasting system and the city-level numerical forecast interpretation system to upgrade and transform.
4. Early warning information release and service system. Construction of meteorological disaster early warning information dissemination management platform and early warning information receiving terminal; construction of the city's rural information receiving terminal and township meteorological information service station; construction of the city's public **** meteorological service release system.
5. Meteorological equipment protection system. Construction of meteorological instruments and equipment operation monitoring, maintenance, calibration, testing and other equipment protection system. Construction of a set of operation monitoring system, measurement and calibration system; construction of a set of operation and maintenance platform.
6. flash flood and geologic disaster prevention and control of meteorological operations supporting infrastructure systems. Tsiping, Xiaoping 2 meteorological station business duty room, power supply, environment, etc., according to the requirements of flash flood prevention and control of meteorological disasters supporting upgrading and so on.
7. Integrated business platform. Construction of two integrated business platform.
(B) artificial weather operations capacity building.
1. Airborne cloud water resources tracking and monitoring system. Supplement the existing air cloud water resources monitoring system, equipped with a laser cloud measuring instrument.
2. Operation decision-making command system. Improve the operation command system, configure the information transmission and operation command platform equipment; unified development of data analysis and processing, operational potential identification and conditions forecast, ground operation command, operational effectiveness test benefit assessment, information management in one of the business software system.
3. Ground operation system. Supplementary to the existing operating equipment, add a mobile rocket operating system, a fixed rocket operating system; the construction of a standardized rocket operating point.
(C) lightning disaster defense capacity building.
Lightning disaster monitoring. Construction of 1 set of lightning disaster monitoring atmospheric electric field meter.
Equipped with 1 set of meteorological disaster investigation equipment. Configuration of lightning disaster investigation, on-site forensics equipment, including cameras, law enforcement recorders, large ground network ground impedance tester, special equipment for lightning disaster investigation, on-site investigation of transportation equipment.
(D) science and technology and human resources to ensure capacity building.
Construction of a science exhibition hall; the establishment of a community campus weather station. Establish and improve the cultivation and introduction of talents supporting preferential policies, cultivate and support innovation teams, encourage and support the staff to enhance the level of education, and establish remote training and education demonstration sites. Strengthen the training of the talent team, establish and improve the cadre exchange system.
(E) meteorological disaster emergency response capacity building.
1. Strengthen the meteorological disaster emergency duty capacity building, the construction of a standardized emergency duty room, equipped with the necessary emergency duty, information transmission equipment (including computers, printers, telephone fax machines, scanners, communication equipment, public opinion monitoring and alarm equipment, etc.).
2. Strengthen the construction of integrated management information system for meteorological disasters, the construction of a comprehensive management information system for meteorological disasters, the establishment of an emergency emergency information dissemination platform, public opinion monitoring, paperless office system; strengthen the construction of publicity capacity, the purchase of SLR digital cameras, notebooks and other editorial equipment.
(F) Agricultural meteorological disaster defense capacity building.
1. Eco-agriculture weather service system. Construction of city and township agricultural weather, crop yield, pest and disease meteorological conditions and other service systems, the purchase of a set of eco-agricultural meteorological services dedicated database and database software.
2. Eco-agricultural weather intelligence system. Construction of city and township agricultural weather intelligence service system, configure a set of agricultural weather intelligence special database software, servers and so on.
3. Agricultural disaster monitoring system. Improve the city, township agricultural disaster ground monitoring system, in the main grain producing areas to build crop ecological observation points, soil moisture observation points, adding a major agricultural disaster investigation equipment.
4. Agricultural major disaster early warning service system: improve the agricultural major meteorological disaster forecasting and warning system, the establishment of operable agricultural major meteorological disaster defense applicable technology.
5. Agricultural major disaster risk assessment system: improve the disaster risk assessment system, build a set of high-resolution geographic background database, an agricultural meteorological disaster assessment platform, etc., to carry out pre-disaster risk analysis, tracking and monitoring diagnostics, post-disaster assessment and analysis.
6. Modern Agricultural Decision Support System: Configure 1 set of ARCGIS decision service system, and develop a modern agricultural meteorological decision support system for agricultural climate zoning, climate feasibility demonstration, and agricultural climate change adaptation services.
(VII) station business operation basic security capacity building.
Completing the construction of the Jinggangshan Meteorological Bureau's operational building; standardizing the observation field and improving the supporting infrastructure such as water, electricity and roads; and strengthening the construction of station meteorological culture infrastructure.
Third, the construction of financial arrangements
(a) the overall arrangements.
Meteorological "Twelfth Five-Year Plan" planning key engineering projects construction Jinggangshan City, a total investment of 14,795,700 yuan, the source of investment for the central budget investment and local supporting investment, of which 11,470,300 yuan of investment in the central budget, the provincial supporting investment of 1,230,900 yuan, municipal supporting investment 209.18 million yuan. This article is provided by the first official website. This article is provided by the first official website. Specific project funding arrangements in the existing project content and equipment configuration on the basis of the municipal financial verification, and according to the progress of the project implementation, gradually arranged on an annual basis.
1. Flash floods and geological disasters prevention and control of meteorological protection capacity building. The total project investment of 11.52 million yuan, of which the central budget investment of 8.9209 million yuan, the provincial supporting investment of 1.1521 million yuan, municipal supporting investment of 1.447 million yuan.
2. Artificial weather operations capacity building. The total investment of the project is 47.26 million yuan. Municipal supporting investment of 47.26 million yuan.
3. Lightning disaster defense capacity building. Total project investment of 32.3 million yuan. Of which 238,000 yuan of investment in the central budget, the provincial supporting investment of 85,000 yuan.
4. Science and technology and human resources to ensure capacity building. Total project investment of 99.3 million yuan. Among them, the municipal supporting investment of 99.3 million yuan.
5. Meteorological disaster emergency response and other capacity building. Total project investment of 20,000 yuan, of which 20,000 yuan of investment in the central budget.
6. Agricultural meteorological disaster service capacity building. Total project investment of 288,000 yuan. Of which 216,100 yuan investment in the central budget, municipal supporting investment of 71,900 yuan.
7. Station business operation basic security capacity building. The total project investment of 2.0723 million yuan, all invested by the central budget.
(ii) sub-project arrangements.
1. 11.52 million yuan of meteorological protection capacity building for the prevention and control of flash floods and geological disasters. Investment to mainly include: monitoring system 4.0905 million yuan, forecasting and risk assessment system 800,000 yuan, early warning information dissemination and service system 2.378 million yuan, 858,300 yuan of information network support system, supporting infrastructure construction of 3.1934 million yuan, 190,000 yuan of equipment to protect the system, the integrated business platform 80,000 yuan.
2. Artificial weather operations capacity building 472,600 yuan. The investment mainly includes: air cloud water resources monitoring system 90,000 yuan, artificial weather operations decision-making command system 112,700 yuan, artificial weather operations system 269,900 yuan.
3. Lightning disaster defense, agricultural meteorological disaster defense, emergency response to sudden meteorological disasters and other capacity building. Total investment of 63.10 million yuan. The main investment direction: field evidence equipment 611,000 yuan, lightning meteorological disaster investigation and evidence equipment 20,000 yuan.
4. Science and technology and human resources to ensure capacity building. Total project investment of 99.3 million yuan. The main investment direction: popular science exhibition hall 39,300 yuan, campus weather station 60,000 yuan.
5. Meteorological disaster emergency response capacity building. Total project investment of 20,000 yuan. The main investment direction: emergency duty room standardization construction 10,000 yuan, emergency emergency information dissemination platform, public opinion monitoring system, paperless office system construction 10,000 yuan.
6. Agricultural meteorological disaster service capacity building. The total investment of the project is 288,000 yuan. The main investment direction: ecological agriculture weather service system 76,000 yuan, ecological agriculture weather intelligence system 45,000 yuan, agricultural major disaster three-dimensional monitoring system 77,000 yuan, agricultural major disaster warning service system 12,000 yuan, agricultural major disaster risk assessment system 63,000 yuan, agricultural major disaster defense technology 15,000 yuan.
7. 2.0723 million yuan of station operation infrastructure capacity building. The main investment direction: station observation site standardization renovation 123,000 yuan, station business room construction, maintenance of 1.6 million yuan, station water, electricity, road and other facilities renovation of 300,000 yuan, station cultural infrastructure construction of 50,000 yuan.
Fourth, the implementation progress and schedule
(a) project implementation schedule.
Beginning in 2014, the implementation of two years.
January-March 2014 Municipal Meteorological Bureau in conjunction with the Development and Reform Commission and the Finance Bureau to complete the sub-implementation program of all projects and report to the government for review.
April 2014 - December 2015, in accordance with the requirements of the sub-implementation program and the responsibilities of each unit to seriously organize and implement the full completion of the construction tasks.
(ii) Project construction funding arrangements.
1. 2014 annual arrangement of 100,305,000 yuan (about 70% of the total investment). For the central budget investment of 7.7779 million yuan, the provincial supporting arrangements of 720,000 yuan, municipal supporting 1.64 million yuan, the main construction content are: flash floods and geologic disasters prevention and control of meteorological protection capacity of various types of monitoring systems, forecasting and prediction system, early warning information dissemination system, network information meteorological business system construction, agricultural meteorological disaster service capacity and other construction.
2. 2015 annual arrangement of 4.7651 million yuan (about 30% of the total investment). Strive for the central budget investment of 3.6951 million yuan, the provincial supporting arrangements of 510,900 yuan, municipal supporting 451,800 yuan, the main construction content of flash floods and geologic disasters prevention and control of meteorological protection capacity of various types of assessment systems, all types of operational systems and operational effects of the shadow of the man inspection system, as well as the ability to defend against lightning and thunder disasters, agricultural meteorological disaster service capacity, meteorological popularization and human resources to ensure the capacity of modern agricultural meteorological Science and technology innovation field effect test demonstration sites and other construction.
3. The above two years of construction projects and funding arrangements, see "Ji'an meteorological" Twelfth Five-Year Plan key construction projects investment plan decomposition table ".
V. Construction tasks
"Twelfth Five-Year Plan" project implementation, in accordance with the division of responsibilities, under the unified leadership of the municipal government, the unit division of labor, **** with the implementation of the promotion. Municipal government is responsible for the implementation of the project; development and reform departments are responsible for the planning of the project review; financial sector is responsible for the project construction content of the gatekeeper, and will be included in the construction funds in the financial budget, from 2014 onwards in two years in full implementation in place; meteorological departments should be in accordance with the requirements of the provincial and municipal meteorological bureau to speed up the progress of the construction of the project, to distinguish between the priority of the arrangements and the start of the project construction.
Six, safeguard measures
(a) strengthen organizational leadership.
In order to strengthen the leadership and management of the project construction, the city set up the development of meteorological services "Twelfth Five-Year Plan" project leading group, the specific composition is as follows: leading group set up an office, the office is located in the City Meteorological Bureau, Comrade Zhang Fuqiu, concurrently director of the office, responsible for meteorological services development. "Twelfth Five-Year Plan" planning project organization and coordination and management, to ensure the smooth implementation of project construction.
(ii) strengthen the financial security.
Municipal finance to strengthen the integration of intensive, multi-channel implementation of key project construction funds, strengthen supervision and management, improve the effectiveness of investment to ensure the smooth implementation of key projects.
(C) strengthen project management.
Strengthen the project construction management, the establishment and strict implementation of the system of responsibility of the project owner, bidding and tendering system, construction supervision system, contract management system and the completion of the acceptance of the system, the scientific organization of construction, strict quality management, to ensure that the project norms to promote. To improve the project construction management responsibility system, strengthen the project acceptance, inspection, audit and supervision of the use of funds to ensure that the quality of construction, engineering investment and project progress in line with the requirements. This article is provided by the first official website. While ensuring that the project construction is completed on schedule, the Meteorological Bureau should make full use of the construction project in the role of meteorological disaster defense, while the construction of the construction project to play the benefits of the construction project, and comprehensively enhance the city's meteorological disaster prevention and mitigation capabilities.