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Disaster Management ppt
The document discusses disaster management structures in India and other countries. It describes India's disaster management structure which includes the National Disaster Management Authority (NDMA) headed by the Prime Minister, and State Disaster Management Authorities (SDMAs) headed by Chief Ministers. The NDMA aims to build a safer, disaster resilient India through holistic and proactive strategies. The document also provides brief overviews of disaster management structures in Japan, the US, Pakistan, Tanzania, and Canada.
Role of education in disaster management
The document discusses the importance of disaster management education in schools. It notes that natural disasters have killed over 3 million people worldwide in the past 20 years. The purpose of disaster management education is to teach children about risk education and preparedness. Integrating short courses on disaster preparedness into school curriculums can help educate entire families. The document outlines the role of schools in developing safety plans, coordinating with local agencies, and training staff and students to evaluate and improve disaster response plans.
Role of non government organizations in disaster management
NGOs and CBOs play an important role in disaster management by providing assistance in all phases of disaster management. In the pre-disaster phase, they assist with awareness generation, education, and disaster preparedness activities. During disasters, they provide emergency relief such as food, shelter, medical aid, and debris removal. In post-disaster recovery, NGOs help with reconstruction, restoration of livelihoods, and monitoring of recovery programs. While NGOs enhance disaster response, there remains opportunities to improve coordination, transparency, accessibility to remote areas, and a focus on the most vulnerable groups.
Disaster risk management
Disaster risk management involves identifying risks, analyzing their probability and potential consequences, and determining how to reduce risks. Risk is defined as the probability of harm from hazards like floods, earthquakes or fires. Managing risk requires understanding hazards, vulnerable community elements, capacity to build resilience, and developing preparedness, mitigation and recovery plans. Prioritizing risks by probability and consequence allows targeting resources at highest risks first.
Disaster management
The document defines disaster management as dealing with and avoiding both natural and man-made disasters through preparedness, rebuilding after disasters occur, and supporting society. It discusses the phases of disaster management including preparedness, disaster impact, response, rehabilitation, and mitigation. It also outlines the roles of nurses in disaster preparedness through community involvement, response such as triage and ongoing surveillance, and recovery including health teaching and psychological support.
International strategies for disaster reduction tam 2014-04
Disaster Risk Reduction (DRR) aims to minimize vulnerabilities and disaster risks by preventing or limiting the adverse impacts of hazards through sustainable development. It consists of ways and means to avoid losses from natural hazards. The International Strategy for Disaster Reduction (ISDR) pursues cooperation and commitments from policymakers to build disaster-resilient communities and reduce human and economic losses from natural disasters.
Principles of War - Napoleonic Warfare
This covers the basic Principles of War we use in our War and Peace class. It includes a map layout in which students can diagram the principles as we go through them.
Disaster Risk Management PPT2018.pdf
This document provides an overview of a course on Disaster and Value Management. The course covers basic concepts of disaster risk management, identifying different types of disasters, assessment tools, planning procedures, implementation, monitoring and evaluation. It is taught by Zerihun Yohannes and covers topics such as understanding hazards and disasters, disaster risk theories and models, disaster risk management models, hazard and vulnerability assessments, and value chains. Common hazards in Ethiopia discussed include drought, flood, and volcanoes. Key concepts explained are disasters, risks, hazards, vulnerability, and the disaster risk equation.
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Disaster Management ppt
The document discusses disaster management structures in India and other countries. It describes India's disaster management structure which includes the National Disaster Management Authority (NDMA) headed by the Prime Minister, and State Disaster Management Authorities (SDMAs) headed by Chief Ministers. The NDMA aims to build a safer, disaster resilient India through holistic and proactive strategies. The document also provides brief overviews of disaster management structures in Japan, the US, Pakistan, Tanzania, and Canada.
Role of education in disaster management
The document discusses the importance of disaster management education in schools. It notes that natural disasters have killed over 3 million people worldwide in the past 20 years. The purpose of disaster management education is to teach children about risk education and preparedness. Integrating short courses on disaster preparedness into school curriculums can help educate entire families. The document outlines the role of schools in developing safety plans, coordinating with local agencies, and training staff and students to evaluate and improve disaster response plans.
Role of non government organizations in disaster management
NGOs and CBOs play an important role in disaster management by providing assistance in all phases of disaster management. In the pre-disaster phase, they assist with awareness generation, education, and disaster preparedness activities. During disasters, they provide emergency relief such as food, shelter, medical aid, and debris removal. In post-disaster recovery, NGOs help with reconstruction, restoration of livelihoods, and monitoring of recovery programs. While NGOs enhance disaster response, there remains opportunities to improve coordination, transparency, accessibility to remote areas, and a focus on the most vulnerable groups.
Disaster risk management
Disaster risk management involves identifying risks, analyzing their probability and potential consequences, and determining how to reduce risks. Risk is defined as the probability of harm from hazards like floods, earthquakes or fires. Managing risk requires understanding hazards, vulnerable community elements, capacity to build resilience, and developing preparedness, mitigation and recovery plans. Prioritizing risks by probability and consequence allows targeting resources at highest risks first.
Disaster management
The document defines disaster management as dealing with and avoiding both natural and man-made disasters through preparedness, rebuilding after disasters occur, and supporting society. It discusses the phases of disaster management including preparedness, disaster impact, response, rehabilitation, and mitigation. It also outlines the roles of nurses in disaster preparedness through community involvement, response such as triage and ongoing surveillance, and recovery including health teaching and psychological support.
International strategies for disaster reduction tam 2014-04
Disaster Risk Reduction (DRR) aims to minimize vulnerabilities and disaster risks by preventing or limiting the adverse impacts of hazards through sustainable development. It consists of ways and means to avoid losses from natural hazards. The International Strategy for Disaster Reduction (ISDR) pursues cooperation and commitments from policymakers to build disaster-resilient communities and reduce human and economic losses from natural disasters.
Principles of War - Napoleonic Warfare
This covers the basic Principles of War we use in our War and Peace class. It includes a map layout in which students can diagram the principles as we go through them.
Disaster Risk Management PPT2018.pdf
This document provides an overview of a course on Disaster and Value Management. The course covers basic concepts of disaster risk management, identifying different types of disasters, assessment tools, planning procedures, implementation, monitoring and evaluation. It is taught by Zerihun Yohannes and covers topics such as understanding hazards and disasters, disaster risk theories and models, disaster risk management models, hazard and vulnerability assessments, and value chains. Common hazards in Ethiopia discussed include drought, flood, and volcanoes. Key concepts explained are disasters, risks, hazards, vulnerability, and the disaster risk equation.
Role of non government organizations in disaster management
NGOs play an important role in all phases of disaster management from pre-disaster awareness raising and preparedness to post-disaster relief, rehabilitation, and reconstruction. They provide emergency aid like food, shelter, and medical care. NGOs also assist with non-emergency activities such as education, livelihood restoration, and infrastructure development. Key activities of NGOs include raising awareness, training local communities, promoting disaster-resilient construction, providing emergency and long-term assistance, and collaborating with the government and other organizations. However, NGO response can be challenged by lack of coordination, inadequate adherence to standards, and neglect of remote areas.
Lecture 6: Vulnerability Analysis
Lecture 6: Vulnerability Analysis
Dr. Dyah R. Hizbaron (UGM)
2019 ProSPER.Net Young Researchers' School
5 March 2019
Role & Importance of Finance in Disaster Management
This document discusses the role and importance of finance in disaster management. It begins with definitions of key terms like disaster, disaster management, and the disaster management cycle. It then outlines the importance of disaster risk finance, highlighting challenges such as a lack of data and political will. Mechanisms for financing disaster risk are described, including the Hyogo Framework for Action. Finally, stakeholders in disaster risk reduction and sources of financing are presented.
Disaster risk-management
This guide provides tools to assess disaster risk management (DRM) systems at the national, district and community levels. It was created by FAO to address the lack of practical tools for analyzing institutional capacities and coordination for DRM. The guide aims to strengthen DRM systems and integration of DRM into development planning, with a focus on vulnerable sectors and groups. It outlines steps to understand strengths, weaknesses, opportunities and threats facing DRM institutions, as well as gaps. The assessment process can inform efforts to build institutional and technical capacities for more effective DRM. The modular guide covers assessments at each administrative level and sector to provide a comprehensive picture of national DRM systems.
APPLICATION OF SCIENCE AND TECHNOLOGY FOR DISASTER MANAGEMENT & MITIGATION
The document discusses the application of science and technology for disaster management and mitigation. It describes how geo-informatics tools like remote sensing, GIS and GPS can help in disaster management activities such as preparedness, mitigation, response and relief. It also discusses various structural and non-structural mitigation measures for different disasters like earthquakes, floods, cyclones etc. Finally, it lists some key science and technology institutions in India that work on disaster management.
Disaster management approach to disaster scenario in bangladesh
Bangladesh is a natural disaster-prone country of an area about 1, 47, 570 sq. km with population about 140 million (BBS, 2012). Bangladesh is facing various types of natural disaster due to its geographic and geologic setting (Carter, 1991). Bangladesh suffers regularly and frequently from disasters like flood, cyclone, drought, earthquake and landslide etc. (Fig.1). Disasters are annual event in Bangladesh (Nasreen, 2004). From time immemorial, the geographical location, land characteristics, multiplicity of rivers, monsoon climate and coastal morphology of Bangladesh have been a mixed blessing (Sabur, 2012). Bangladesh does not meeting all the necessities of pre, during and post disaster activities that cannot deal with to have large collaboration of different organization with highly advanced equipment. Disaster management in Bangladesh is mainly concerns to disaster mitigation and preparedness (Kafiluddin, 1991).
Remote sensing in Disaster management
This document discusses the role of remote sensing and GIS in disaster management. It begins with an introduction to disaster management cycles and then describes how remote sensing is used across different stages of disasters like cyclones, earthquakes, and floods for tasks such as early warning, damage assessment, and recovery planning. It provides examples of various satellites used for monitoring different disasters. The document emphasizes that while hazards cannot be prevented, remote sensing can play a key role in minimizing loss of life through preparedness, response, and rebuilding efforts after disasters strike.
ROLE OF MEDIA IN DISASTER MANAGEMENT
The media plays an important role in disaster management by covering natural and human-made disasters and raising awareness. To effectively fulfill this role, disaster management organizations should establish direct relationships with media. Experience shows that regular interactions with media before a disaster improves information sharing and coordination during the response. The media can contribute by prioritizing disaster risk issues, facilitating early warning systems, increasing international donations, and improving coordination between policymakers and donors. Engaging youth volunteers in all phases of disaster management from preparedness to recovery can strengthen community resilience.
Community based disaster management
1) Community-based disaster management (CBDM) empowers local communities to manage risks and disasters through their participation in prevention, mitigation, preparedness, response and recovery efforts.
2) Case studies of CBDM programs in several Asian countries found that key factors for success included meaningful community participation, capacity building, training, and integrating projects into long-term development plans.
3) Examples of CBDM programs discussed include rebuilding efforts after earthquakes in India and Afghanistan, retrofitting schools to make them earthquake resilient, and developing construction guidelines and training masons.
Introduction, Types and Phases of Disaster Management
Using information from the internet, I created a presentation detailing what is disaster management, its types and phases.
*Please open in Microsoft PPT for high definition and best effects :)
DIFFERENT APPROACHES & RELATION WITH HUMAN ECOLOGY TO REDUCE THE DISASTER RISK
DIFFERENT APPROACHES & RELATION WITH HUMAN ECOLOGY TO REDUCE THE DISASTER RISKMALLIKARJUNA REDDY KASIREDDY
This document discusses different approaches to human ecology and their relation to disasters. It describes three main approaches: ecosystem approach, landscape approach, and perception approach.
The ecosystem approach focuses on interactions between organisms and their environment. It recognizes humans as integral parts of ecosystems. The landscape approach takes a holistic view of natural features, infrastructure, stakeholders, and external forces affecting an area. It facilitates inclusive risk assessment and planning.
The perception approach involves three stages: selection of sensory information, organization of information into patterns based on proximity, similarity, and difference, and interpretation to explain selections and organizations in a way that makes sense, influenced by both internal and external factors.space technology for disaster management
This document discusses using space technology for disaster management. It introduces how satellite data can help with hazards mapping, monitoring volcanoes and ground deformation, and discriminating damage from tsunamis, floods, landslides, and more. International frameworks like Sentinel Asia and the International Charter on Space & Major Disasters are also covered, which provide satellite data during disasters. Overall, the document outlines how space technology can improve disaster response and prevention by allowing around-the-clock monitoring from space when conditions on the ground limit visibility and access.
Contingency action plan - (Disaster Management)
This presentation tries to explain how the plans and strategies are formed prior and implemented during the course of a disaster strike.
Disaster Management in Bangladesh: Risk Reduction and Challenges
Presentation will address the following
Disaster Vulnerability of Bangladesh
Disaster Management Mechanism in Bangladesh
Disaster Risk Reduction Strategies of Bangladesh
Challenges and Recommendations
Disaster Management: role of ICTs
International Day for Disaster Reduction at the World Bank
Disaster Risk Management in the Information Age
A joint training workshop by GICT, GFDRR, infoDev and LCSUW to mark the International Day for Disaster Reduction
Disaster Mitigation and Management
This document discusses disaster mitigation and management in India. It begins by defining what constitutes a disaster and provides examples of different types of natural and man-made disasters that occur in India. It then outlines the four phases of disaster management: mitigation, preparedness, response, and recovery. For each phase, it provides details on the goals and activities involved. It also discusses the role of risk assessment and developing an integrated warning and response system to help manage disasters, with a focus on tropical cyclones. Overall, the document outlines India's vulnerability to various disasters and the framework for managing disasters in the country.
Disaster management
Disaster management involves continuous planning, organizing, coordinating, and implementing measures to prevent disasters, reduce risks, prepare responses, assess impacts, and facilitate evacuation, relief, rehabilitation, and reconstruction. The key phases of disaster management are preparedness, impact, response, rehabilitation, and mitigation. In India, the National Disaster Management Authority was established as the apex body led by the Prime Minister to better coordinate disaster response, mitigation, and preparedness efforts.
A Presentation on "NGO's Role in Disaster Management" Presented by Mr. Deepak...
A Presentation on "NGO's Role in Disaster Management" Presented by Mr. Deepak Bharti, Secretary - Samajik Shaikshanik Vikas Kendra (SSVK ) at Workshop on Preparedness & Response for Emergencies and Times of Natural Disaster, Patna, Bihar - India, Organised By :-Corporate Disaster Resource Network, For Report please go to :-http://www.cdrn.org.in"
Public awareness on disaster management
This document discusses the importance of public awareness and education in disaster management. It notes that communities must be proactive in disaster preparedness and risk reduction. Effective public awareness programs educate local communities about disaster types, risks, and how to prepare for and respond to disasters. Such programs can include informal training, workshops, mock exercises, hazard maps, posters, videos, and community theatre to share knowledge as widely as possible. Personnel training is also important to develop resources to provide targeted information to groups like church, women's, and youth organizations.
DRM practice in Ethiopia and its Challenge ICPAC
The document discusses Ethiopia's efforts to strengthen its disaster risk management system. It outlines Ethiopia's transition from reactive disaster response to proactive disaster risk management. Key points include:
- Ethiopia is vulnerable to droughts and floods which are exacerbated by climate change.
- The institutional framework for disaster management has shifted from crisis response to risk-focused prevention, preparedness and mitigation.
- Early warning systems monitor indicators, issue warnings, and trigger timely assistance. Challenges include limited capacity and awareness.
- Mainstreaming disaster risk reduction into development plans and integrating climate change adaptation are priorities to build resilience.
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What's hot
Role of non government organizations in disaster management
NGOs play an important role in all phases of disaster management from pre-disaster awareness raising and preparedness to post-disaster relief, rehabilitation, and reconstruction. They provide emergency aid like food, shelter, and medical care. NGOs also assist with non-emergency activities such as education, livelihood restoration, and infrastructure development. Key activities of NGOs include raising awareness, training local communities, promoting disaster-resilient construction, providing emergency and long-term assistance, and collaborating with the government and other organizations. However, NGO response can be challenged by lack of coordination, inadequate adherence to standards, and neglect of remote areas.
Lecture 6: Vulnerability Analysis
Lecture 6: Vulnerability Analysis
Dr. Dyah R. Hizbaron (UGM)
2019 ProSPER.Net Young Researchers' School
5 March 2019
Role & Importance of Finance in Disaster Management
This document discusses the role and importance of finance in disaster management. It begins with definitions of key terms like disaster, disaster management, and the disaster management cycle. It then outlines the importance of disaster risk finance, highlighting challenges such as a lack of data and political will. Mechanisms for financing disaster risk are described, including the Hyogo Framework for Action. Finally, stakeholders in disaster risk reduction and sources of financing are presented.
Disaster risk-management
This guide provides tools to assess disaster risk management (DRM) systems at the national, district and community levels. It was created by FAO to address the lack of practical tools for analyzing institutional capacities and coordination for DRM. The guide aims to strengthen DRM systems and integration of DRM into development planning, with a focus on vulnerable sectors and groups. It outlines steps to understand strengths, weaknesses, opportunities and threats facing DRM institutions, as well as gaps. The assessment process can inform efforts to build institutional and technical capacities for more effective DRM. The modular guide covers assessments at each administrative level and sector to provide a comprehensive picture of national DRM systems.
APPLICATION OF SCIENCE AND TECHNOLOGY FOR DISASTER MANAGEMENT & MITIGATION
The document discusses the application of science and technology for disaster management and mitigation. It describes how geo-informatics tools like remote sensing, GIS and GPS can help in disaster management activities such as preparedness, mitigation, response and relief. It also discusses various structural and non-structural mitigation measures for different disasters like earthquakes, floods, cyclones etc. Finally, it lists some key science and technology institutions in India that work on disaster management.
Disaster management approach to disaster scenario in bangladesh
Bangladesh is a natural disaster-prone country of an area about 1, 47, 570 sq. km with population about 140 million (BBS, 2012). Bangladesh is facing various types of natural disaster due to its geographic and geologic setting (Carter, 1991). Bangladesh suffers regularly and frequently from disasters like flood, cyclone, drought, earthquake and landslide etc. (Fig.1). Disasters are annual event in Bangladesh (Nasreen, 2004). From time immemorial, the geographical location, land characteristics, multiplicity of rivers, monsoon climate and coastal morphology of Bangladesh have been a mixed blessing (Sabur, 2012). Bangladesh does not meeting all the necessities of pre, during and post disaster activities that cannot deal with to have large collaboration of different organization with highly advanced equipment. Disaster management in Bangladesh is mainly concerns to disaster mitigation and preparedness (Kafiluddin, 1991).
Remote sensing in Disaster management
This document discusses the role of remote sensing and GIS in disaster management. It begins with an introduction to disaster management cycles and then describes how remote sensing is used across different stages of disasters like cyclones, earthquakes, and floods for tasks such as early warning, damage assessment, and recovery planning. It provides examples of various satellites used for monitoring different disasters. The document emphasizes that while hazards cannot be prevented, remote sensing can play a key role in minimizing loss of life through preparedness, response, and rebuilding efforts after disasters strike.
ROLE OF MEDIA IN DISASTER MANAGEMENT
The media plays an important role in disaster management by covering natural and human-made disasters and raising awareness. To effectively fulfill this role, disaster management organizations should establish direct relationships with media. Experience shows that regular interactions with media before a disaster improves information sharing and coordination during the response. The media can contribute by prioritizing disaster risk issues, facilitating early warning systems, increasing international donations, and improving coordination between policymakers and donors. Engaging youth volunteers in all phases of disaster management from preparedness to recovery can strengthen community resilience.
Community based disaster management
1) Community-based disaster management (CBDM) empowers local communities to manage risks and disasters through their participation in prevention, mitigation, preparedness, response and recovery efforts.
2) Case studies of CBDM programs in several Asian countries found that key factors for success included meaningful community participation, capacity building, training, and integrating projects into long-term development plans.
3) Examples of CBDM programs discussed include rebuilding efforts after earthquakes in India and Afghanistan, retrofitting schools to make them earthquake resilient, and developing construction guidelines and training masons.
Introduction, Types and Phases of Disaster Management
Using information from the internet, I created a presentation detailing what is disaster management, its types and phases.
*Please open in Microsoft PPT for high definition and best effects :)
DIFFERENT APPROACHES & RELATION WITH HUMAN ECOLOGY TO REDUCE THE DISASTER RISK
DIFFERENT APPROACHES & RELATION WITH HUMAN ECOLOGY TO REDUCE THE DISASTER RISKMALLIKARJUNA REDDY KASIREDDY
This document discusses different approaches to human ecology and their relation to disasters. It describes three main approaches: ecosystem approach, landscape approach, and perception approach.
The ecosystem approach focuses on interactions between organisms and their environment. It recognizes humans as integral parts of ecosystems. The landscape approach takes a holistic view of natural features, infrastructure, stakeholders, and external forces affecting an area. It facilitates inclusive risk assessment and planning.
The perception approach involves three stages: selection of sensory information, organization of information into patterns based on proximity, similarity, and difference, and interpretation to explain selections and organizations in a way that makes sense, influenced by both internal and external factors.space technology for disaster management
This document discusses using space technology for disaster management. It introduces how satellite data can help with hazards mapping, monitoring volcanoes and ground deformation, and discriminating damage from tsunamis, floods, landslides, and more. International frameworks like Sentinel Asia and the International Charter on Space & Major Disasters are also covered, which provide satellite data during disasters. Overall, the document outlines how space technology can improve disaster response and prevention by allowing around-the-clock monitoring from space when conditions on the ground limit visibility and access.
Contingency action plan - (Disaster Management)
This presentation tries to explain how the plans and strategies are formed prior and implemented during the course of a disaster strike.
Disaster Management in Bangladesh: Risk Reduction and Challenges
Presentation will address the following
Disaster Vulnerability of Bangladesh
Disaster Management Mechanism in Bangladesh
Disaster Risk Reduction Strategies of Bangladesh
Challenges and Recommendations
Disaster Management: role of ICTs
International Day for Disaster Reduction at the World Bank
Disaster Risk Management in the Information Age
A joint training workshop by GICT, GFDRR, infoDev and LCSUW to mark the International Day for Disaster Reduction
Disaster Mitigation and Management
This document discusses disaster mitigation and management in India. It begins by defining what constitutes a disaster and provides examples of different types of natural and man-made disasters that occur in India. It then outlines the four phases of disaster management: mitigation, preparedness, response, and recovery. For each phase, it provides details on the goals and activities involved. It also discusses the role of risk assessment and developing an integrated warning and response system to help manage disasters, with a focus on tropical cyclones. Overall, the document outlines India's vulnerability to various disasters and the framework for managing disasters in the country.
Disaster management
Disaster management involves continuous planning, organizing, coordinating, and implementing measures to prevent disasters, reduce risks, prepare responses, assess impacts, and facilitate evacuation, relief, rehabilitation, and reconstruction. The key phases of disaster management are preparedness, impact, response, rehabilitation, and mitigation. In India, the National Disaster Management Authority was established as the apex body led by the Prime Minister to better coordinate disaster response, mitigation, and preparedness efforts.
A Presentation on "NGO's Role in Disaster Management" Presented by Mr. Deepak...
A Presentation on "NGO's Role in Disaster Management" Presented by Mr. Deepak Bharti, Secretary - Samajik Shaikshanik Vikas Kendra (SSVK ) at Workshop on Preparedness & Response for Emergencies and Times of Natural Disaster, Patna, Bihar - India, Organised By :-Corporate Disaster Resource Network, For Report please go to :-http://www.cdrn.org.in"
Public awareness on disaster management
This document discusses the importance of public awareness and education in disaster management. It notes that communities must be proactive in disaster preparedness and risk reduction. Effective public awareness programs educate local communities about disaster types, risks, and how to prepare for and respond to disasters. Such programs can include informal training, workshops, mock exercises, hazard maps, posters, videos, and community theatre to share knowledge as widely as possible. Personnel training is also important to develop resources to provide targeted information to groups like church, women's, and youth organizations.
DRM practice in Ethiopia and its Challenge ICPAC
The document discusses Ethiopia's efforts to strengthen its disaster risk management system. It outlines Ethiopia's transition from reactive disaster response to proactive disaster risk management. Key points include:
- Ethiopia is vulnerable to droughts and floods which are exacerbated by climate change.
- The institutional framework for disaster management has shifted from crisis response to risk-focused prevention, preparedness and mitigation.
- Early warning systems monitor indicators, issue warnings, and trigger timely assistance. Challenges include limited capacity and awareness.
- Mainstreaming disaster risk reduction into development plans and integrating climate change adaptation are priorities to build resilience.
What's hot (20)
Role of non government organizations in disaster management
Role of non government organizations in disaster management
Role & Importance of Finance in Disaster Management
Role & Importance of Finance in Disaster Management
APPLICATION OF SCIENCE AND TECHNOLOGY FOR DISASTER MANAGEMENT & MITIGATION
APPLICATION OF SCIENCE AND TECHNOLOGY FOR DISASTER MANAGEMENT & MITIGATION
Disaster management approach to disaster scenario in bangladesh
Disaster management approach to disaster scenario in bangladesh
Introduction, Types and Phases of Disaster Management
Introduction, Types and Phases of Disaster Management
DIFFERENT APPROACHES & RELATION WITH HUMAN ECOLOGY TO REDUCE THE DISASTER RISK
DIFFERENT APPROACHES & RELATION WITH HUMAN ECOLOGY TO REDUCE THE DISASTER RISK
Disaster Management in Bangladesh: Risk Reduction and Challenges
Disaster Management in Bangladesh: Risk Reduction and Challenges
A Presentation on "NGO's Role in Disaster Management" Presented by Mr. Deepak...
A Presentation on "NGO's Role in Disaster Management" Presented by Mr. Deepak...
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磨課師：向量式資料
「空間資訊與智慧生活」是逢甲大學推出的第一門磨課師課程，由逢甲大學地理資訊中心周天穎教授主講。課程於 2014 年 10 月 20 日開始，為期 12 週，每週學習負擔預估為 1.5~2.5 小時，課程完全免費，歡迎大家一起加入。
這是第三週課程所使用的投影片，課程介紹請參考：http://bit.ly/1urcfW4
也歡迎大家到課程粉絲專頁體驗我們的課外活動：http://on.fb.me/1xXOEMF
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高中B1台灣地圖座標
- 1. 高中地理資訊教學範例 台灣地圖坐標系統 設計者：台大地理系
- 3. 地形圖坐標系統發展 政府遷台後，國防部為因應國際聯繫之需要，將 原有之陸測系統改算為國際橢球體橫梅式投影坐 標系（Universal Transverse Projection Grid System,簡稱 UTM 坐標系統），與地籍測量坐標 系互不關連。 民國五十八年因應大比例地圖繪製需求，將6度分 帶之投影改為3度分帶之投影（TM3）。
- 6. 臺灣地形圖坐標 每張圖上包括經 緯度和直角坐標 經緯線以度分秒 的方式呈現，在 四個角落可以看 到 另有直角坐標網 格（Easting, Northing)
- 8. 坐標系統界定 Geographic Coordinate Systems 地球的大小、形狀 ‧Referenced Ellipsoid ‧參考橢球體/橢球元子 參數：地球的長短軸半徑、扁平率、基準點 Datum Projected Coordinate Systems 投影方法 標準線、縮尺係數
- 9. 投影設定 投影方法 TM (Transverse Mercator) 橫麥卡托投影 投影範圍 ＵＴＭ：全球60個帶，每帶6度 ＴＭ3：3度經度範圍 ＴＭ2：2度經度範圍 中央經驗位置 中央經線縮尺係數
- 14. 投影帶和中央經線概念 25萬公尺 負 正 正 120 ° 121 ° 122 ° 0 0
- 16. 相切/相割 ─中央經線的縮尺係數
- 18. ArcGIS經緯度與TM2(一) 經緯度 TM2
- 25. TWD67 參數 參考橢球體：採用1967年IUGG（International Union of Geodesy and Geophysics ）公布之參 考橢球體(Geodetic Reference System 1967， 簡稱GRS67) 其橢球參數為： 長半徑： a = 6378160公尺 扁 率： f = 1/298.25 測量原點： 虎子山一等三角點 經度λ＝120°58' 25.975“ 緯度φ＝ 23°58' 32.340“
- 27. TWD97參數 採用國際地球參考框架（International Terrestrial Reference Frame ，簡稱ITRF）。 ITRF為利用全球測站網之觀測資料成果推算所得 之地心坐標系統，其方位採國際時間局（Bureau International de I＇Heure 簡稱BIH）定義在 1994.0時刻之方位。 參考橢球體：採用1980年IUGG公布之參考橢球體 (GRS80) 其橢球參數為： 長半徑： a = 6378137公尺 扁 率： f = 1/298.257222101
- 28. 三個系統比較之參考 坐標系統 中央經線 東距 扁平率 UTM 123E 500,000m 1/297 TM3 121E 350,000m 1/298.25 TM2 121E 250,000m 1/298.25