11 results about "Environmental resource" patented technology

The invention discloses an ecological sustainable measurement analysis method for promoting ecological restoration of an inland river basin, which comprises the steps of inland river basin ecological system function and sustainable development target evaluation and spatial pattern feature analysis. And the ecological system and the sustainable development target are subjected to tradeoff collaborative analysis, and ecological sustainable differential zoning is realized and adjustment measures are put forward by constructing an inland river basin ecological sustainable development cluster. The method is simple, can assist in quickly realizing coupling analysis of an ecological system and sustainable development, and provides a scientific basis for fully exploring a sustainable development link relationship coupled with ecological system service in an inland river basin; and a technical support is provided for making an environmental resource utilization plan for realizing the goals of ecological restoration and sustainable development in the inland river basin.

The present invention relates to the technical field of environmental assessment, and discloses a multi-dimensional and multi-granularity environmental impact assessment method for ecological sensitive areas. The method includes: constructing an environmental assessment index system for ecological sensitive areas, collecting index data according to the index system and performing preprocessing; improving the data quality of the preprocessed index data; performing multi-level filtering on the enhanced index data to obtain the filtered key index data; and using the environmental assessment model for ecological sensitive areas to receive the key index data and conduct environmental impact assessment. The present invention selects multi-granularity environmental assessment indicators for ecological sensitive areas from multiple dimensions such as pollution control, ecological environment, resource environment, environmental planning, and environmental quality of ecological regions, sequentially performs cleaning of abnormal data and cleaning of redundant or non-critical indicators on the index data, and performs convolution, mapping, and correction processing on the cleaning results to obtain an environmental impact assessment result representing the ecological sensitivity of the region.

The invention discloses a batch updating method and device for environment resource files, equipment and a storage medium, and the method comprises the steps: generating a first configurable file according to the to-be-updated content of the environment resource files; generating a second configurable file based on the update field type of the to-be-updated content and the update range of the to-be-updated content; and based on the first configurable file and the second configurable file, performing batch updating on configuration information in a target resource environment file. According to the technical scheme, the updating efficiency of configuration updating of the environment resource file is improved.

1. Name of the product in this design: Bulletin Board (Resources and Environment). 2. Purpose of this design: To be used as a notice board for environmental resource protection. 3. The key design features of this product are its overall shape. 4. The image or photograph that best illustrates the design's key points: a 3D model.

The invention relates to the technical field of environment assessment, and discloses a multi-dimensional multi-granularity ecological sensitive area environment influence assessment method, which comprises the following steps: constructing an ecological sensitive area environment assessment index system, and collecting index data according to the index system and preprocessing the index data; performing data quality improvement on the preprocessed index data; performing multi-stage filtering on the enhanced index data to obtain filtered key index data; and using the ecological sensitive area environment evaluation model to receive the key index data and perform environment influence evaluation. According to the method, multi-granularity ecological sensitive area environment evaluation indexes are selected from the multi-dimensional level of pollution control, ecological environment, resource environment, environment planning, environment quality and the like of an ecological area, and abnormal data cleaning and redundant index or non-key index cleaning processing are sequentially carried out on index data; and carrying out convolution, mapping and correction processing on the cleaning result to obtain an environmental influence assessment result representing the regional ecological sensitivity.

The invention discloses an underground water dynamic monitoring and early warning system, which relates to the field of environmental resource detection and comprises a data acquisition and management module based on a system architecture, a data processing and analysis module, an early warning judgment and decision module and an information issuing and feedback module. Compared with the prior art, the system has the advantages that (1) data acquisition is comprehensive: water level, water quality and environmental parameters of underground water are acquired in real time through the intelligent sensor array unit, and comprehensiveness and accuracy of data are ensured; (2) the data processing and analysis capability is high: statistics and machine learning technologies are applied to deeply mine and analyze the data, and trends, periodicity and abnormal modes in the data are identified, so that a scientific basis is provided for early warning; (3) intelligent early warning mechanism: setting an early warning threshold value according to industrial standards, historical data and user requirements, and comparing real-time monitoring data with the threshold value; and (4) timely information release: timely releasing the early warning information to the user through a multi-channel information release module.

2. Summary: 2.1 Technical problem: Existing methods for assessing environmental overexploitation by companies have significant shortcomings, in particular a lack of a uniform methodology for the consistent and comparable assessment of different dimensions of environmental impact across industries and regions. 2.2 Solution: The system analyzes payment flows as valued benefit flows and uses an algorithm to determine the utilization of various environmental factors. It measures the relationship between the regenerative capacity and the actual utilization of environmental resources, calculates a sustainability rating and environmental value, normalizes the environmental load capacity, and calculates a dimensionless disparity measure. The system uses specifically selected proxies that operationalize folder and control parameters and employs innovative mathematical structures such as directed graphs and matrices. 2.3 Area of ​​application: The system is used in companies across various industries to quantify, assess, and control environmental impacts within the framework of sustainable management and within the carrying capacity limits of the environmental media involved.

The invention relates to the technical field of road engineering, and provides a road building material prepared from industrial solid waste, a pavement structure and a preparation method, the industrial solid waste used in the road building material comprises the following components in parts by weight: 36-45 parts of gold tailings, 30-35 parts of desulfurized manganese slag, 10-15 parts of coal ash powder, 10-15 parts of silica fume, 10-15 parts of an active activator and 10-15 parts of an ion stabilizer. The invention relates to a high-strength concrete, which is prepared from the following components in parts by weight: 14 to 25 parts of coal ash powder, 6 to 9 parts of silica fume, 0.5 to 1.5 parts of active excitant and 0.3 to 0.8 part of The road building material provided by the invention has excellent road performance and water stability, realizes reutilization of part of industrial solid wastes, reduces exploitation of environmental resources, protects the ecological environment of a region, and solves the problems of shortage of soil and stone resources or serious damage to the ecological environment in the existing ecology.

The invention relates to the technical field of water conservancy projects, and discloses a longitudinal ecological compensation-based cross-regional basin resource allocation optimization method, which comprises the following steps of: acquiring cross-regional basin monitoring data; constructing a cross-regional drainage basin resource allocation optimization model; a longitudinal ecological compensation parameter uncertainty set and an ellipsoid uncertainty set are introduced into the cross-regional drainage basin resource allocation optimization model, and a cross-regional drainage basin resource allocation double-layer robust optimization model is constructed; and the uncertainty set is converted into a deterministic condition by adopting robust peer-to-peer transformation, then the cross-regional basin resource allocation double-layer robust optimization model is converted into a single-layer planning model by adopting a KKT condition, and an optimal ecological protection cost and emission capacity allocation scheme is solved. According to the method, the double-layer multi-target robust optimization model is adopted, and the pollutant concentration index of ecological compensation is introduced, so that a fair and reasonable decision scheme is obtained, and accurate configuration of environmental resources is realized.

The invention discloses a comprehensive assessment method for the resource and environmental carrying capacity of a brewing area, relates to the field of resource management, and is used to solve the problem that a simple analysis of the macro environment cannot accurately assess the risks existing in the resource and environmental carrying capacity of the current brewing environment. A data analysis model is established based on flora characteristic information, resource characteristic information, and resource and environmental carrying capacity to generate a carrying assessment coefficient, which is compared with a carrying threshold. A ratio calculation is performed by calculating the degree of change of the carrying assessment coefficient of each overload result and the change threshold. The carrying assessment coefficient of the first overloaded environment is added to the resource and environmental carrying capacity, and then a subtraction calculation is performed to obtain a resource and environmental overload value. A set of fuzzy rules is formulated for fuzzy reasoning to determine a production efficiency adjustment plan, balance production capacity and resource consumption, avoid macro factors in traditional resource and environmental carrying capacity monitoring, improve the sustainability of product production, and meet local resource and environmental carrying capacity.

The application discloses a kind of wetland environment resource monitoring devices, it contains a piece of can be horizontally attached to surface surface layer Plane board (1), the middle part of the Plane board (1) is vertically installed with liquid-permeable pipe (2), the whole of the liquid-permeable pipe (2) is curled from porous plate, the upper end of the liquid-permeable pipe (2) is flush with the upper end surface of Plane board (1), the lower end of the liquid-permeable pipe (2) is installed with soil cone (3), the upper top surface of the Plane board (1) is installed with first baffle (4), one side of the first baffle (4) is installed with second baffle (5), the bottom of the second baffle (5) is installed on the Plane board (1), and the top between the first baffle (4) and the second baffle (5) is fixedly installed with upper top plate (6). The application can monitor and understand the growth of temperature, humidity and wind speed and vegetation in the control group and adjacent open area in real time.