Environmental Big Data Applications in TaiwanEnvironmental Information
「Environmental Big Data Applications in TaiwanEnvironmental Information」於資料集「MajorEnvironmentalPolicies」由單位「行政院環境保護署」的陳小姐所提供，聯繫電話是(02)23117722#2753,(02)23117722#2756，最近更新時間為：2023-07-30 01:03:45。 欄位編號的內容是3491 ， 欄位標題的內容是Environmental Big Data Applications in Taiwan ， 欄位摘要的內容是Environmental Information
Environmental Big Data Applications in Taiwan
Since 2010, the EPA has been building an environmental data exchange platform that integrates data from multiple government ministries and agencies to meet the demands for environmental information. To expand the application of environmental data, the EPA has incorporated the concept of big data and also established cloud computing capacity, as well as creating a real-time app service. Related technologies will continue to be updated to allow for increasingly advanced analyses of environmental data and to create new value-added applications for it. ， 欄位全文的內容是Environmental Big Data Applications in Taiwan
Since 2010, the EPA has been building an environmental data exchange platform that integrates data from multiple government ministries and agencies to meet the demands for environmental information. To expand the application of environmental data, the EPA has incorporated the concept of big data and also established cloud computing capacity, as well as creating a real-time app service. Related technologies will continue to be updated to allow for increasingly advanced analyses of environmental data and to create new value-added applications for it.
Start of the Plan
The purpose behind the Environmental Resources Database Integration Plan (or, the Environmental Cloud Plan) is to integrate data on the atmosphere, water, land, forests, and ecosystem from multiple ministries and government agencies in order to conduct internal analyses that are made available to government agencies, academic institutions, and the general public. This is part of a general drive to strengthen inter-ministerial exchanges and integration of data.
The structure of environmental data is generally complex, involving many different categories. However, combining large volumes of data is very beneficial for enhancing data mining, uncovering relationships between sets of data, supporting environmental policymaking, and strengthening data analysis technology.
The Environmental Cloud Plan originally began as the Environmental Resources Central Data Exchange (ERCDX or CDX), which was a unified platform for exchanges of environmental data. In 2010 and 2011 the EPA began interdepartmental exchanges of data on water quality monitoring and rainfall volumes. Since then the scope of environmental data exchanges has been continually expanded. Building on the CDX, the Environmental Resources Database was created, and with the introduction of cloud computing in 2013 the EPA established the Environmental Resources Database (ERDB) and the Environmental Open Data Platform. Both of these platforms continue to integrate data from the government agencies involved as well as providing data on land, disaster preparedness and response for the public, and value-added data for enterprises.
As shown in the diagram, the next step in the evolution of the EPA’s Environmental Cloud Plan is the i-Environment network that aims to provide the public with data – real-time and historical – on their local and other environments so as to facilitate improved quality of life. The i-Environment will be an interactive system that encourages public participation and concern for the environment. For example, the information on listed pollution sources will be tailored to meet differing demands from the public. The system will also incorporate the concept and application of big data.
Operation Process
The applications for big data are extremely wide-ranging. Taking a model website designed to incorporate big data and environmental governance as an example, in terms of work flow and necessary resources, the model needs to include five main parts:
1. Collection: Combining data collected by central and local governments and expanding its depth and range. Such data would include automated monitoring data from effluent discharge outlets, smokestacks and air quality monitoring stations in special industrial parks, etc.
2. Storage: Digitizing the data for easier storage and facilitating machine-to-machine (M2M) reading of it.
3. Retrieval: Government agencies would be able to use CDX to share the stored data.
4. Analysis: Data analysis would continue to be advanced by technological improvement and capacity building.
5. Application: Providing data to aid decision-making and facilitating data-driven thinking.
In this operation process, the EPA has been conducting lateral data integration in terms of compilation and unification, performing case analysis, and using software for vertical analysis according to the differing needs of each government agency. The EPA will continue to incorporate different categories of software – such as big data database platforms, statistics software and data visualization tools – for case analyses to provide suitable operational models.
Achievements to Date
1. Establishing an Environmental Open Data Platform
As a part of the government’s Open Data policy the EPA has disclosed information on 626 categories. The information has been viewed or downloaded at a rate of over 1.8 million hits per hour, and reused by more than 600,000 users. The platform successfully boosted information accessibility and the application of cloud computing to improve information services. Statistics show that from 2013 to October 2016 the information exchange system for central and local government agencies made available over seven million entries of information, in 2,000 categories.
2. An Advanced Real-time Environmental Information App
The EPA’s free Real-time Environmental Information app is an example of open data in practice. Using dials and diagrams on their mobile device screens, members of the public can browse real-time and historical monitoring data and forecasts. The app also provides air quality data and an active warning service. It has been downloaded over 230,000 times, and the monthly hits it receives exceeds 1 million, making it a handy daily source of environmental information for users. The app’s innovative level of service has also won the Geospatial World Excellence Awards-2016 for Breathe Easy & Live Better Environmental Info Push App, given by the Geospatial World Forum (GWF) in Rotterdam, Holland.
3. Innovative Service from the Environmental Cloud
The Environmental Cloud stores data on the atmosphere, water, forests, land, and other ecological data that has many value-added applications and greatly enhances Taiwan’s environmental governance capabilities. The app also won an “outstanding” award in the government services category at the 2016 Cloud Computing and Internet of Things Innovation Awards held by the Cloud Computing Association in Taiwan. The app was praised for its innovative way of integrating and sharing multidisciplinary data. At the awards ceremony on 4 November 2016, the award was presented to the EPA by Taiwan’s Vice President, Chen Chien-jen.
Looking to the Future
By making big data available to the public and creating new value-added applications, the EPA will continue to strive toward the following in the future:
1. Internal and external information integration and application
2. Information disclosure and sharing
3. Encouraging innovations in operations, management and infrastructure models, and gradually expanding the scope of environmental big data applications
4. Establishing an environmental big data management mechanism and a standardized system
5. Improving accuracy, consistency, and veracity of information
6. Strengthening operations management and information security
The potential applications of big data in terms of the environment are both broad and deep. Big data could mean much more transparent information being disclosed to the public and will be even more important to the EPA for its internal policy and decision making. The EPA intends to make full use of big data technologies to conduct deep analyses of environmental data, and to continue creating value-added applications for it ， 欄位年度的內容是2016 ， 欄位月份的內容是11 ， 欄位卷的內容是19 ， 欄位期的內容是11 ， 欄位順序的內容是 ， 欄位倒序的內容是 ， 欄位分類的內容是Environmental Information ， 欄位標題2的內容是 ， 欄位檔案位置的內容是V19/V19-11 。
編號
3491
標題
Environmental Big Data Applications in Taiwan
摘要
Environmental Information Environmental Big Data Applications in Taiwan Since 2010, the EPA has been building an environmental data exchange platform that integrates data from multiple government ministries and agencies to meet the demands for environmental information. To expand the application of environmental data, the EPA has incorporated the concept of big data and also established cloud computing capacity, as well as creating a real-time app service. Related technologies will continue to be updated to allow for increasingly advanced analyses of environmental data and to create new value-added applications for it.
全文
Environmental Big Data Applications in Taiwan Since 2010, the EPA has been building an environmental data exchange platform that integrates data from multiple government ministries and agencies to meet the demands for environmental information. To expand the application of environmental data, the EPA has incorporated the concept of big data and also established cloud computing capacity, as well as creating a real-time app service. Related technologies will continue to be updated to allow for increasingly advanced analyses of environmental data and to create new value-added applications for it. Start of the Plan The purpose behind the Environmental Resources Database Integration Plan (or, the Environmental Cloud Plan) is to integrate data on the atmosphere, water, land, forests, and ecosystem from multiple ministries and government agencies in order to conduct internal analyses that are made available to government agencies, academic institutions, and the general public. This is part of a general drive to strengthen inter-ministerial exchanges and integration of data. The structure of environmental data is generally complex, involving many different categories. However, combining large volumes of data is very beneficial for enhancing data mining, uncovering relationships between sets of data, supporting environmental policymaking, and strengthening data analysis technology. The Environmental Cloud Plan originally began as the Environmental Resources Central Data Exchange (ERCDX or CDX), which was a unified platform for exchanges of environmental data. In 2010 and 2011 the EPA began interdepartmental exchanges of data on water quality monitoring and rainfall volumes. Since then the scope of environmental data exchanges has been continually expanded. Building on the CDX, the Environmental Resources Database was created, and with the introduction of cloud computing in 2013 the EPA established the Environmental Resources Database (ERDB) and the Environmental Open Data Platform. Both of these platforms continue to integrate data from the government agencies involved as well as providing data on land, disaster preparedness and response for the public, and value-added data for enterprises. As shown in the diagram, the next step in the evolution of the EPA’s Environmental Cloud Plan is the i-Environment network that aims to provide the public with data – real-time and historical – on their local and other environments so as to facilitate improved quality of life. The i-Environment will be an interactive system that encourages public participation and concern for the environment. For example, the information on listed pollution sources will be tailored to meet differing demands from the public. The system will also incorporate the concept and application of big data. Operation Process The applications for big data are extremely wide-ranging. Taking a model website designed to incorporate big data and environmental governance as an example, in terms of work flow and necessary resources, the model needs to include five main parts: 1. Collection: Combining data collected by central and local governments and expanding its depth and range. Such data would include automated monitoring data from effluent discharge outlets, smokestacks and air quality monitoring stations in special industrial parks, etc. 2. Storage: Digitizing the data for easier storage and facilitating machine-to-machine (M2M) reading of it. 3. Retrieval: Government agencies would be able to use CDX to share the stored data. 4. Analysis: Data analysis would continue to be advanced by technological improvement and capacity building. 5. Application: Providing data to aid decision-making and facilitating data-driven thinking. In this operation process, the EPA has been conducting lateral data integration in terms of compilation and unification, performing case analysis, and using software for vertical analysis according to the differing needs of each government agency. The EPA will continue to incorporate different categories of software – such as big data database platforms, statistics software and data visualization tools – for case analyses to provide suitable operational models. Achievements to Date 1. Establishing an Environmental Open Data Platform As a part of the government’s Open Data policy the EPA has disclosed information on 626 categories. The information has been viewed or downloaded at a rate of over 1.8 million hits per hour, and reused by more than 600,000 users. The platform successfully boosted information accessibility and the application of cloud computing to improve information services. Statistics show that from 2013 to October 2016 the information exchange system for central and local government agencies made available over seven million entries of information, in 2,000 categories. 2. An Advanced Real-time Environmental Information App The EPA’s free Real-time Environmental Information app is an example of open data in practice. Using dials and diagrams on their mobile device screens, members of the public can browse real-time and historical monitoring data and forecasts. The app also provides air quality data and an active warning service. It has been downloaded over 230,000 times, and the monthly hits it receives exceeds 1 million, making it a handy daily source of environmental information for users. The app’s innovative level of service has also won the Geospatial World Excellence Awards-2016 for Breathe Easy & Live Better Environmental Info Push App, given by the Geospatial World Forum (GWF) in Rotterdam, Holland. 3. Innovative Service from the Environmental Cloud The Environmental Cloud stores data on the atmosphere, water, forests, land, and other ecological data that has many value-added applications and greatly enhances Taiwan’s environmental governance capabilities. The app also won an “outstanding” award in the government services category at the 2016 Cloud Computing and Internet of Things Innovation Awards held by the Cloud Computing Association in Taiwan. The app was praised for its innovative way of integrating and sharing multidisciplinary data. At the awards ceremony on 4 November 2016, the award was presented to the EPA by Taiwan’s Vice President, Chen Chien-jen. Looking to the Future By making big data available to the public and creating new value-added applications, the EPA will continue to strive toward the following in the future: 1. Internal and external information integration and application 2. Information disclosure and sharing 3. Encouraging innovations in operations, management and infrastructure models, and gradually expanding the scope of environmental big data applications 4. Establishing an environmental big data management mechanism and a standardized system 5. Improving accuracy, consistency, and veracity of information 6. Strengthening operations management and information security The potential applications of big data in terms of the environment are both broad and deep. Big data could mean much more transparent information being disclosed to the public and will be even more important to the EPA for its internal policy and decision making. The EPA intends to make full use of big data technologies to conduct deep analyses of environmental data, and to continue creating value-added applications for it
年度
2016
月份
11
卷
19
期
11
順序
倒序
分類
Environmental Information
標題2
檔案位置
V19/V19-11
「Environmental Big Data Applications in TaiwanEnvironmental Information」所屬的資料集：「MajorEnvironmentalPolicies」的其他資料
編號：
3572
標題：
Regulations Governing the Review of Industrial Waste Clearance and Disposal Plans Preannounced
摘要：
Waste
Regulations Governing the Review of Industrial Waste Clearance and Disposal Plans Preannounced
全文：
Regulations Governing the Review of Industrial Waste Clearance and Disposal Plans Preannounced
In re
編號：
3643
標題：
Regulations for Hydrochlorofluorocarbon Consumption Management Amended
摘要：
Chemicals
Regulations for Hydrochlorofluorocarbon Consumption Management Amended
The EPA and the Bur
全文：
Regulations for Hydrochlorofluorocarbon Consumption Management Amended
The EPA and the Bureau of For
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3950
標題：
EPA Subsidizes Local Governments for River Restoration
摘要：
water EPA Subsidizes Local Governments for River Restoration
全文：
To properly treat household wastewater and improve river water quality before more homes are connect
編號：
995
標題：
The Many Facets of Water Pollution Control
摘要：
Since EPA Administrator Hau Lung-bin's formal announcement at the end of last year that 2002 would b
全文：
Since EPA Administrator Hau Lung-bin's formal announcement at the end of last year that 2002 would b
編號：
3805
標題：
First Taiwan-Vietnam Environmental Education Youth Excellence Workshop Held in Hanoi
摘要：
Environmental Education
全文：
As part of Taiwan’s New Southbound Policy, the EPA held the Taiwan-Vietnam Environmental Youth Excel
編號：
3926
標題：
Deadline for Subsidizing Non-industrial Boiler Modification or Replacement Extended
摘要：
Deadline for Subsidizing Non-industrial Boiler Modification or Replacement Extended
On 11 June 2020,
全文：
Deadline for Subsidizing Non-industrial Boiler Modification or Replacement Extended On 11 June 2020,
編號：
97
標題：
EIA Required for Development of Media Park
摘要：
Environmental Impact Assessment On January 3 1998, the EPA publicly announced that a proposed Media
全文：
Environmental Impact Assessment On January 3 1998, the EPA publicly announced that a proposed Media
編號：
1654
標題：
EPA and Three CountiesCities Sign Declaration to Restore Erren River
摘要：
In a joint effort to remediate river water quality leaders from five central and local government ag
全文：
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編號：
3885
標題：
Taiwan’s 2030 Environmental Protection Goals Set In Line
with International Sustainable Development
摘要：
General Policy
Taiwan’s 2030 Environmental Protection Goals Set In Line
with International Sustainab
全文：
The National Environmental Protection Plan is
based on the Additional Articles of the Constitution
o
編號：
3343
標題：
World-renowned Climate Scientist Praises Taiwan’s Carbon Reduction Achievements
摘要：
Climate Change World-renowned Climate Scientist Praises Taiwan’s Carbon Reduction Achievements
全文：
World-renowned Climate Scientist Praises Taiwan’s Carbon Reduction Achievements
Climate scientist P
編號：
84
標題：
Implementation Plan for Drinking Water Source Water Quality Protection Zones Readied
摘要：
Water Quality To protect the quality of drinking water sources the Drinking Water Management Statut
全文：
Water Quality To protect the quality of drinking water sources the Drinking Water Management Statut
編號：
2386
標題：
Promoting the Environmental Education Act
摘要：
General Policy Promoting the Environmental Education Act
The Executive Yuan has passed the draft
全文：
General Policy Promoting the Environmental Education Act
The Executive Yuan has passed the draft
編號：
171
標題：
Stationary Air Pollution Source Continuous Emission Monitoring Standards to be Revised
摘要：
To make regulations more reasonable the EPA decided to revise the Air Emission Standards used in aut
全文：
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編號：
3530
標題：
EPA, Police and Prosecutors Jointly Uncover Illegal Refilling at Excavation Sites
摘要：
Environmental Inspection
EPA, Police and Prosecutors Jointly Uncover Illegal Refilling at Excavation
全文：
EPA, Police and Prosecutors Jointly Uncover Illegal Refilling at Excavation Sites
The EPA joined for
編號：
126
標題：
Discarded Tires and Waste Lubricants to be Used as Fuel
摘要：
Recycling On March 2 1998, the EPA announced discarded tire and waste lubricant “resource factories
全文：
Recycling On March 2 1998, the EPA announced discarded tire and waste lubricant “resource factories
編號：
3971
標題：
Conference Held to Present the Achievements of Cross-ministerial Collaboration in Implementing Minam
摘要：
On 2 December 2020, the EPA, the Ministry of Health and Welfare (MHW), the Council of Agriculture (C
全文：
High levels of mercury, commonly known as quicksilver, can cause damage to the brain, the nervous sy
編號：
424
標題：
Local Governments Urged to Strengthen Permit System for Stationary Pollution Sources
摘要：
Near the end of last year the work of performing air pollution permit reviews was transferred from t
全文：
Near the end of last year the work of performing air pollution permit reviews was transferred from t
編號：
3940
標題：
Environmental Management
摘要：
Measures Adopted to Ensure Occupational Safety for Cleaning Crews
全文：
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編號：
3677
標題：
Amendments to Working Standards for Environmental Agent Permit Application and Issuance Announced
摘要：
Env. Sanitation
Amendments to Working Standards for Environmental Agent Permit Application and Issua
全文：
Amendments to Working Standards for Environmental Agent Permit Application and Issuance Announced
Th
編號：
878
標題：
Administrator: We will Never Allow a Repeat of Amorgos Incident
摘要：
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全文：
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編號：
3569
標題：
Amendments to Regulations Governing General Wastes Recycling and Clearance Preannounced
摘要：
Waste
Amendments to Regulations Governing General Wastes Recycling and Clearance Preannounced
Under
全文：
Amendments to Regulations Governing General Wastes Recycling and Clearance Preannounced
Under the Wa
編號：
3552
標題：
Extra Green Points Awarded to Encourage Green Transportation on Poor Air Quality Days
摘要：
Ecolabeling
Extra Green Points Awarded to Encourage Green Transportation on Poor Air Quality Days
To
全文：
Extra Green Points Awarded to Encourage Green Transportation on Poor Air Quality Days
To encourage t
編號：
4261
標題：
Regulations to Be Amended to Restrict Biodegradable Plastic Tableware
摘要：
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全文：
Since July 2002, the EPA has stipulated that eight types of entities -- including government agencie
編號：
3310
標題：
Taiwan’s Advances in Sediment Management
摘要：
Water Taiwan’s Advances in Sediment Management
全文：
Taiwan’s Advances in Sediment Management
To safeguard the quality of the sediment at the bottom of
編號：
3723
標題：
“Combatting Climate Change, Taiwan Can Help” in COP24
摘要：
Climate Change
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On 15 December the two-week-lon
全文：
“Combatting Climate Change, Taiwan Can Help” in COP24
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編號：
712
標題：
Feature: Newly Appointed Administrator Dr. Lung-Bin Hau, Emphasizes Results and Enforcement
摘要：
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全文：
Dr. Lung-Bin Hau has been appointed to the post of EPA Administrator. Working from his personal bel
編號：
1224
標題：
2000 Waste Clearance Vehicles to Install GPS Next Year
摘要：
Since 2002 the EPA began introducing GPS equipment to aid in the tracking and control of industrial
全文：
Since 2002 the EPA began introducing GPS equipment to aid in the tracking and control of industrial
編號：
3654
標題：
Revised Standards and Rules for Environmental Impact Assessment Preannounced
摘要：
EIA
5. Revised Standards and Rules for Environmental Impact Assessment Preannounced
In January 2018,
全文：
Revised Standards and Rules for Environmental Impact Assessment Preannounced
In January 2018, furthe
編號：
493
標題：
Mandatory Recycling of Fluorescent Lightbulbs On the Way
摘要：
Because discarded fluorescent lightbulbs contain mercury they have a significant impact on the envir
全文：
Because discarded fluorescent lightbulbs contain mercury they have a significant impact on the envir
編號：
335
標題：
EPA to Strengthen Industrial Waste Management
摘要：
In response to recent incidents involving the illegal disposal of solid waste the EPA will list for
全文：
In response to recent incidents involving the illegal disposal of solid waste the EPA will list for
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