河湖健康监测数据

用不同颜色区分市级河道水质类别，展示市级河道的当前水质和健康评定数据。对相关的水质断面按月进行统计，直观查看当前水质是否达到目标水质。归集河湖健康状况、河流水量、河流划界、水雨情测站数据，按照模板格式要求从数据库提取数据资料，自动编制形成标准格式文档，支持excel格式导出。河湖健康信息数据的算法规则包括以下几个方面：
1.数据采集：通过断面抽样取点，用无人机康派、无人船采集等技术辅助侦查，获取高锰酸盐指数、总磷TP、氨氮NH3-N等当前水质信息。
2.数据处理：对采集到的原始水质数据进行处理，结合天地图可视化打点，记录断面名称、经纬度和相关流域。得出当前水质等级，和目标水质等级对比，结合历史水质评定和检测时间，得出河湖健康最终评定（好、中、差），以便后续的分析和应用。
3.数据分析：根据评价指标综合计算赋分确定，将河湖健康评价结果划分为红码、黄码、绿码3级分类标准。对评级好赋绿码，评级中赋黄码，评级差赋红码。可以用筛选查询，进行数据分析和挖掘，进行河湖健康的科学评定。
数据应用：各级管理员结合360全景河道、河湖名片、河长等信息，能查看自己本级权限的生态健康码，将分析结果应用到实际场景中。 总的来说，河湖健康的功能是通过采集、处理、分析和应用数据，通过数字化手段，规范了河湖治理，手段先进，实现对河湖流域水质情况的实时了解和管理。

This dataset uses different colors to distinguish water quality categories of municipal rivers, and displays the current water quality and health assessment data of municipal rivers. It conducts monthly statistics on relevant water quality sections, enabling users to intuitively check whether the current water quality meets the target water quality standards. It collects data on river and lake health status, river water volume, river delimitation and hydrometeorological monitoring stations, extracts data from the database in accordance with the required template format, automatically compiles standard-format documents, and supports export in Excel format.

The algorithm rules for river and lake health information data include the following aspects:
1. Data Collection: Sample points are collected at sections, with technologies such as unmanned aerial vehicles (UAVs) and unmanned surface vessels (USVs) used for auxiliary reconnaissance to obtain current water quality information including permanganate index, total phosphorus (TP), ammonia nitrogen (NH3-N), etc.
2. Data Processing: Process the collected raw water quality data, combine with visualization marking via Tianditu, record the section name, longitude, latitude and corresponding river basin. Calculate the current water quality grade, compare it with the target water quality grade, and combine with historical water quality assessments and detection time to obtain the final river and lake health assessment (good, medium, poor) for subsequent analysis and application.
3. Data Analysis: Determine scores through comprehensive calculation based on evaluation indicators, and divide the river and lake health assessment results into three classification standards: red code, yellow code and green code. Specifically, green code is assigned for "good" assessment, yellow code for "medium" assessment, and red code for "poor" assessment. Filter queries can be used for data analysis and mining to conduct scientific assessments of river and lake health.

Data Application: Administrators at all levels can view the ecological health codes within their own authority by combining information such as 360° panoramic rivers, river and lake profiles and river chiefs, and apply the analysis results to actual scenarios.

Overall, the river and lake health function standardizes river and lake management through digital means by collecting, processing, analyzing and applying data, with advanced methods, and realizes real-time understanding and management of water quality in river and lake basins.

搜集汇总

数据集介绍

特点

河湖健康监测数据是一个包含45条记录、每日更新的数据集，用于监测和评估河湖健康状况。数据来源于企业，应用场景包括水质分类、健康评定和数据统计，通过数字化手段实现河湖健康管理。