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The county-wide farmland water less fat, serious soil and water loss, on the one hand Kind of gathered much less, planting way makes reduce natural fertility; on the other hand, farmers and weak investment fertilizers and more fertilizer, therefore land and ground serious disorder[2].
Waters area is 0.34×104hm2 of the total land area 1.16%.
Rivers and reservoirs, tidal accounted for water area 61.59%, 13.70%, 18.40%.
Currently the available water area is poorer, the area bigger river water and tidal most untapped.
From fig.1, we can see Per capita net income increased in Ansai County, But based on the fig.2, the second and third industry professionals ratio can be seen engaged in the first industry population relative decrease, while the second and third industry growing proportion of the population, especially in the third industry, is employed the proportion of the population from 5% in 1989 increases 19% in 2004, increase rate reached the original nearly 4 times.

Gas, mining and roof pressure, dust, water, fire and other major hazard factors are the main factors limiting coal mining safety production [3,4,5].
Data Integration Design of Real-time and Three-dimensional Digital Platform System need platform data integration to achieve data collection and transmission of work surface, roof pressure, water, fire, gas, personnel positioning and other sub-systems [10,11].
It is the foundation to establish professional digital mining applications systems and WebGIS publishing systems [11,12].
While designing professional applications systems, it is possible to develop, load DLL and unload unnecessary DLL on their specific needs.
Liu: Application research of support vector regression in coal mine ground-water-level forecasting, 2009 International Forum on Information Technology and Applications, IFITA 2009, v 2, pp. 507-509

The purpose of this paper is to lay a solid foundation for the uniforms industry upgrade by exploring the development direction of scientific and professional uniform.
It can improve the ratio of Oxygen utilization by 11%, and reduce the water resistance by 16% and air resistance by 5.2%, therefore the swimsuit can help him to win race[5].
Professional body measure includes size measure, physiology measure and motion measure.
The Objective and Professional Guide of Structure Design.
The garment industry will be improved quickly when the whole chain takes the “human- garment-environment” in Clothing human ergonomics as a standard, not only uniforms industry but garment industry could be enhanced by scientific, high technology and professional.

When involve to many professionals, each professionals should coordinate in time.
Avoiding the phenomenon that have make up for one professional shortage while cause other professionals defect.
The second, Is harmonious between civil engineering, technology and the installation of water and electricity?
The third, are there collision among water, electricity and heating projects?
After drawing review conference, through the form of co-examination summary clear all the problems between each professional.

Study of Outdoor Sports Curriculum on Survival Practice in Manufacturing Industry Xinjian Luo, and Yuling Song* China University of Geosciences (Wuhan), 430074 China Keywords: Manufacturing Industry, Outdoor Sports Survival Practice Abstract With the development in carrying out outdoor sports in many industries and institutions offered outdoor sports courses that have trained a large number of professionals for the development of outdoor sports.
Due to professional needs, the school is very early to carry out mountaineering skills training as the main outdoor sports education, training a large number of top talents for China's mountaineering career.
The course content includes: social sports introduction, introduction to outdoor sports, sports anatomy, exercise physiology, social sports management, outdoor sports psychology, sports, fitness principles and methods, outdoor sports marketing, outdoor sports competition organization and management, outdoor sports medicine foundation, outdoor survival experience, mountaineering, rock climbing, orienteering, water sports, outreach campaigns [3].
Outdoor Sports Are Dangerous and Irritating Outdoor sports in the mountains, the wild, or waters, desert, Gobi zone, more natural venue for the background, due to the nature and ever-changing, infinite mysteries, of which there are many uncontrollable factors such as sudden natural disaster, the intrusion of the beast, different reactions in the human body in a variety of different environments, these are prior to the event can not accurately predicted, and thus the outdoor sports relative movement risk for track movement is large, the higher risk and, therefore, having large irritant.

The annual emission of waste water is as high as 62 billion tons, which contaminate 47% of the country’s rivers.
As a result, about 1/4 of people have to drink the water that fail to meet the sanitary standard.
The problems are obvious in the following aspects: firstly，the imbalance between professional and universal education.
The library society of China regards it as the key creative point of library service to society in its effort to develop professional spirit, raise professional value and expand its professional influence.
Special column and research projects are supposed to be published on professional magazine to attract more people to involve in it.

Due to illegal discharge of chemical waste, Fork Reservoir suffered fatal punch attack in the past few months, which is villagers’ survival water from Yuezhou downtown, the Qilin District of Qujing City.
Then, after series of precipitation and dilution, deadly "poisoned water" is discharged directly into Nanpanjiang.
According to a survey, 26.8% of environmental NGOs’ full-time staff in China do not have environmental expertize knowledge, nearly 50% of the environmental NGOs has only one or two environmental professionals.[2] Due to lack of professional lawyers, investigation, litigation and evidence collection fail in efficiency, even lose the lawsuit, which is a serious practical difficulty in public interest litigation.
In Luliang case, the plaintiffs have to ask help from professor Chanfa Wang and professional lawyers.
Finally, establish specialized environmental public interest litigation department or professional sector, thus, environmental NGOs’ environmental public interest litigation will be specialized and standardized.

Overall Framework of Smart Basin Smart Basin is a highly digital, high degree of simulation, highly intelligent basin which is supported by the next generation information technologies, with the application service platform for the basin as a core, and professional applications and decision support as the target.
It is composed of sensing layer, basic network support layer, infrastructure network layer, application service platform layer, professional applications and decision support layer, as shown in Fig.1.
By means of devices, the natural water cycle information, including precipitation, evaporation, surface runoff, soil moisture, subsurface runoff, underlying surface, etc., and the social water cycle information, including water sources, water intake, water delivery, water use, water deprivation, drainage, etc., can be obtained.
Application service platform layer: This layer is the integrated application of all types of information from video, audio, cluster scheduling, data collection, to build professional applications for water service platform, including multi-source coupling based on meteorological and hydrological information security platform, binary numerical simulation of the water cycle and associated platforms, numerical control platform of water resources, watershed data assimilation system platform, virtual reality platform basin.
Professional applications and decision support layer: This layer mainly provides professional decision support and information services for integrated watershed management, e.g., flood control and drought, water regulation, soil conservation, water conservation and other applications.

As the world faces challenges in terms of climate change, inequality and sustainable infrastructure needs, the role of engineers and architects will become more relevant, requiring a change in what and how they are taught. [1] The integration of entrepreneurship in the training of these professionals fosters innovation and creativity, prepares the next generation to contribute to a fairer and more sustainable society in the field they share.
Historically, these professionals have collaborated in the teaching of subjects and in the development of interdisciplinary projects, a common practice both in the former School of Engineering and Architecture and in the current School of Engineering and the School of Art and Design, to which Architecture was integrated as one of the creative careers in 2019 [5].
The participants were teaching and construction professionals from San Pedro Sula and Tegucigalpa, specifically from the careers of Architecture and Civil Engineering.
Even though 75% of professionals link theory and practice, only 35.6% understand which entrepreneurial elements to teach.
Roas, «Climate risk and definition of financial strategies for its mitigation in the water and sanitation sector in LAC: Methodology for prioritizing and sizing investments in climate change adaptation and mitigation measures», IDB Publ., may 2021, doi: 10.18235/0003252

During the project life cycle, GBIM carries out a unified, shared and data-integrated management platform by the digitization, visualization, and modeling of information generated in various stages of project, to achieve the seamless and task coordination of various stages and various professionals in a green building process.
Thereby ensure the green building systems can make the energy efficiency, the conservation of water, land and materials, the environmental protection optimized.
The key and core part of this research is to resolve and analyze the information flow and dependency relationship among the professional software with the professional design of the building, construction facility and itself and then use the graphic displaying model to express.
After that, the information optimization technique has been used to organically combine the input/output data of the professional modeling software and input/output data of the professional design software of the building, construction and facility together.
Besides it could also provide data and technology support for green strategic decision and green assessment and make sure the building system could maximum the energy saving, land saving, water saving and material saving and environment protection.