環保專案成果報告查詢系統

專案計畫編號	111A028
經費年度	111
計畫經費	7,130 千元
預算科目	環境資訊規劃及數位服務-環境資訊規劃及數位服務
專案開始日期	2022/05/19
專案結束日期	2024/04/30
專案主持人	顏笠安
主辦單位	環境部監測資訊司
承辦人	郭偉齡
執行單位	環輿科技股份有限公司
專案分類	環境監測及檢測
中文關鍵字	水質監測、資訊整合、資料分析
英文關鍵字	Water quality monitoring, Information integration, Data analysis
協同主持人	陳幸吟
共同主持人
計畫聯絡人	蕭鈺儒
計畫聯絡電話	02-27788500#313
計畫聯絡信箱	liamhsiao@gi-tech.com.tw

中文摘要	臺灣整體性環境水質監測開始於民國65年起，民國90年起由環境部監測資訊司接辦全台地面水體監測任務，並建置水質資料庫及網頁式管理系統，配合使用者需求，108起進行水質資料庫及民眾公開網改版，提升操作效能、強化資料品保流程管理及操作介面友善度。另因應手持設備系統普及，亦開發輔助軟體協助現場採樣人員使用，將採樣資料數位化。本期計畫持續新增優化系統相關功能，包含新增前台地圖測站點位微調功能並調整首頁展示內容，並新增6式水質小百科圖卡；後台部分持續收納外單位水質監測資料、擴充年報報表產製功能、以圖像化展示河川RPI變化情形、新增河川測站通量分析功能及其他既有功能調整事項等；手持行動系統方面，採樣調查系統新增輔助小工具、建置第三方品保查核行動調查系統，可自動彙整查核缺失項目並產製彙整表單。計畫執行間亦持續落實資安防護與系統功能維護，維持系統功能正常運作，以確保水質監測資料之正確性及完整性，達維護全國環境水體之目標。
中文關鍵字	水質監測、資訊整合、資料分析

中文摘要

臺灣整體性環境水質監測開始於民國65年起，民國90年起由環境部監測資訊司接辦全台地面水體監測任務，並建置水質資料庫及網頁式管理系統，配合使用者需求，108起進行水質資料庫及民眾公開網改版，提升操作效能、強化資料品保流程管理及操作介面友善度。另因應手持設備系統普及，亦開發輔助軟體協助現場採樣人員使用，將採樣資料數位化。本期計畫持續新增優化系統相關功能，包含新增前台地圖測站點位微調功能並調整首頁展示內容，並新增6式水質小百科圖卡；後台部分持續收納外單位水質監測資料、擴充年報報表產製功能、以圖像化展示河川RPI變化情形、新增河川測站通量分析功能及其他既有功能調整事項等；手持行動系統方面，採樣調查系統新增輔助小工具、建置第三方品保查核行動調查系統，可自動彙整查核缺失項目並產製彙整表單。計畫執行間亦持續落實資安防護與系統功能維護，維持系統功能正常運作，以確保水質監測資料之正確性及完整性，達維護全國環境水體之目標。

中文關鍵字

水質監測、資訊整合、資料分析

類型	檔名	檔案大小	說明	最新版公開日期
期末報告	111-113年環境水質監測平臺擴充暨維運計畫成果報告(公開版).pdf	9MB		2024/7/13 上午 12:00:00

摘要	The earliest overall environmental water quality monitoring in Taiwan could be dated back to 1976. Since 2001, the Department of Environmental Monitoring and Information Management of the MOENV took over the monitoring of all of the surface water and groundwater around Taiwan, and started to establish the preliminary water quality database and online management system. To meet the needs of users, the water quality database and the frontend of the public website have been revised since 2019 to improve operational efficiency, strengthen data quality assurance and user-friendly interface. In addition, in response to the popularization of handheld device systems, a software hasbeen developed to help with on-site sampling to digitize sampling data. This phase of the project mainly adds optimization system-related functions.This includes the addition of fine-tuning capabilities for front-end map station locations and adjustments to homepage display content. Additionally, six new water quality encyclopedia cards are introduced. On the backend, we continue to collect water quality monitoring data from external sources, expand annual report generation capabilities, visualize changes in River Pollution Index (RPI) through graphics, and introduce new functions for river station flow analysis. Handheld mobile system improvements involve the addition of auxiliary tools to the sampling survey system and the establishment of a third-party quality assurance audit mobile survey system capable of automatically compiling audit deficiencies and generating summary forms. During the execution of the plan, Implement information security protection and the guarantee of system functions to maintenance system functions. Make sure the accurate and complete of water quality monitoring data, to protect the national environmental water quality.
英文關鍵字	Water quality monitoring, Information integration, Data analysis

摘要

The earliest overall environmental water quality monitoring in Taiwan could be dated back to 1976. Since 2001, the Department of Environmental Monitoring and Information Management of the MOENV took over the monitoring of all of the surface water and groundwater around Taiwan, and started to establish the preliminary water quality database and online management system. To meet the needs of users, the water quality database and the frontend of the public website have been revised since 2019 to improve operational efficiency, strengthen data quality assurance and user-friendly interface. In addition, in response to the popularization of handheld device systems, a software hasbeen developed to help with on-site sampling to digitize sampling data. This phase of the project mainly adds optimization system-related functions.This includes the addition of fine-tuning capabilities for front-end map station locations and adjustments to homepage display content. Additionally, six new water quality encyclopedia cards are introduced. On the backend, we continue to collect water quality monitoring data from external sources, expand annual report generation capabilities, visualize changes in River Pollution Index (RPI) through graphics, and introduce new functions for river station flow analysis. Handheld mobile system improvements involve the addition of auxiliary tools to the sampling survey system and the establishment of a third-party quality assurance audit mobile survey system capable of automatically compiling audit deficiencies and generating summary forms. During the execution of the plan, Implement information security protection and the guarantee of system functions to maintenance system functions. Make sure the accurate and complete of water quality monitoring data, to protect the national environmental water quality.

英文關鍵字

Water quality monitoring, Information integration, Data analysis