Role of Accountant in Sustainable Development.pptxlisa ray
Explore the pivotal 'Role of Accountant in Sustainable Development' through our insightful PowerPoint presentation. Uncover how financial professionals contribute to environmental, social, and economic sustainability. Gain valuable insights into ethical accounting practices and their impact on the global drive towards a sustainable future. Elevate your understanding of the accountant's role in shaping responsible business practices. Click here to access the presentation and empower your journey toward sustainable development: GetAssignment.com.au
Integrated Water Resources Management (IWRM) considers multiple viewpoints in water management decisions and actions. IWRM principles include social equity, economic efficiency, and environmental sustainability. Proper implementation of IWRM requires political will, stakeholder participation, well-defined legal frameworks, adequate investment, capacity building, and comprehensive monitoring. IWRM aims to balance water resources and needs through coordination of natural systems and human uses.
This document provides an overview of water demand management (WDM). It discusses traditional forms of WDM, the scope of WDM measures including reuse and recycling, trends in WDM, and constraints. Key points include:
- WDM aims to promote sustainable and equitable water use practices through approaches like pricing, restrictions, and other demand management techniques.
- The scope of WDM includes reducing losses throughout the water supply chain from abstraction to end use. Measures like reuse and recycling can become effective conservation techniques.
- Trends in water demand vary spatially between regions and over time due to factors like population growth, economic development, and climate change. Analyzing historical trends is important for planning.
The document discusses economic and financial instruments for integrated water resource management. It outlines the major issues facing water management, including achieving development goals, climate change, pollution, and inadequate infrastructure. It explains that water should be viewed and managed as an economic good. Economic principles like cost recovery and "polluter pays" can help achieve a more rational use of resources. Financial instruments are also important for investments and covering costs. Key criteria for water management decisions are efficiency, equity, and sustainability. The document argues for considering economic, financial, social, and environmental factors for true sustainability.
The document outlines a proposal for operation and maintenance of water supply and irrigation infrastructures in areas affected by conflict in the Amhara region of Ethiopia. It details the background of war damage to infrastructure, objectives to repair and maintain water sources, a methodology of site visits and technical teams, expected outputs like functioning water distribution and trained communities, and a budget. The team of investigators will work to restore access to water and sanitation destroyed by conflict through repairing wells, springs, and distribution networks.
This document discusses using economic and financial instruments for integrated water resource management (IWRM) to improve efficiency, equity, and sustainability. It addresses major issues in water management like achieving development goals and climate change adaptation. Economic principles like rational resource use, cost recovery, and polluter pays are important to consider. Economic instruments like taxes and subsidies can be applied. Financial instruments may also be needed to fund investments and operations. IWRM aims to achieve efficiency, equity for vulnerable groups, and long-term environmental, social, and economic sustainability of water services.
This document discusses institutions, decision-making, and financial management related to water resource management. It begins by defining institutions and explaining how transaction costs and the scarcity of water influence institutional arrangements. It then describes supply-side and demand-side approaches to water resources. Decision-making should follow principles like transparency, stakeholder participation, and codes of conduct. Community participation in decision-making provides benefits. Financial management priorities include capacity building, data collection, and supporting disadvantaged areas. Feasibility studies are important for determining investment options and sustainability. Strategic financial management principles are outlined. Recovery programs focus on empowering communities and promoting livelihoods.
Role of Accountant in Sustainable Development.pptxlisa ray
Explore the pivotal 'Role of Accountant in Sustainable Development' through our insightful PowerPoint presentation. Uncover how financial professionals contribute to environmental, social, and economic sustainability. Gain valuable insights into ethical accounting practices and their impact on the global drive towards a sustainable future. Elevate your understanding of the accountant's role in shaping responsible business practices. Click here to access the presentation and empower your journey toward sustainable development: GetAssignment.com.au
Integrated Water Resources Management (IWRM) considers multiple viewpoints in water management decisions and actions. IWRM principles include social equity, economic efficiency, and environmental sustainability. Proper implementation of IWRM requires political will, stakeholder participation, well-defined legal frameworks, adequate investment, capacity building, and comprehensive monitoring. IWRM aims to balance water resources and needs through coordination of natural systems and human uses.
This document provides an overview of water demand management (WDM). It discusses traditional forms of WDM, the scope of WDM measures including reuse and recycling, trends in WDM, and constraints. Key points include:
- WDM aims to promote sustainable and equitable water use practices through approaches like pricing, restrictions, and other demand management techniques.
- The scope of WDM includes reducing losses throughout the water supply chain from abstraction to end use. Measures like reuse and recycling can become effective conservation techniques.
- Trends in water demand vary spatially between regions and over time due to factors like population growth, economic development, and climate change. Analyzing historical trends is important for planning.
The document discusses economic and financial instruments for integrated water resource management. It outlines the major issues facing water management, including achieving development goals, climate change, pollution, and inadequate infrastructure. It explains that water should be viewed and managed as an economic good. Economic principles like cost recovery and "polluter pays" can help achieve a more rational use of resources. Financial instruments are also important for investments and covering costs. Key criteria for water management decisions are efficiency, equity, and sustainability. The document argues for considering economic, financial, social, and environmental factors for true sustainability.
The document outlines a proposal for operation and maintenance of water supply and irrigation infrastructures in areas affected by conflict in the Amhara region of Ethiopia. It details the background of war damage to infrastructure, objectives to repair and maintain water sources, a methodology of site visits and technical teams, expected outputs like functioning water distribution and trained communities, and a budget. The team of investigators will work to restore access to water and sanitation destroyed by conflict through repairing wells, springs, and distribution networks.
This document discusses using economic and financial instruments for integrated water resource management (IWRM) to improve efficiency, equity, and sustainability. It addresses major issues in water management like achieving development goals and climate change adaptation. Economic principles like rational resource use, cost recovery, and polluter pays are important to consider. Economic instruments like taxes and subsidies can be applied. Financial instruments may also be needed to fund investments and operations. IWRM aims to achieve efficiency, equity for vulnerable groups, and long-term environmental, social, and economic sustainability of water services.
This document discusses institutions, decision-making, and financial management related to water resource management. It begins by defining institutions and explaining how transaction costs and the scarcity of water influence institutional arrangements. It then describes supply-side and demand-side approaches to water resources. Decision-making should follow principles like transparency, stakeholder participation, and codes of conduct. Community participation in decision-making provides benefits. Financial management priorities include capacity building, data collection, and supporting disadvantaged areas. Feasibility studies are important for determining investment options and sustainability. Strategic financial management principles are outlined. Recovery programs focus on empowering communities and promoting livelihoods.
Integrated water resource management (IWRM) takes a holistic view of water management by considering all aspects of the water cycle and different water uses together rather than separately. IWRM aims to coordinate development and management of water resources, land, and other related resources to maximize economic and social welfare in an equitable manner without compromising sustainability. Key principles of IWRM include participatory approaches involving stakeholders at all levels, recognizing women's role in water management, and balancing water's economic value with its social importance. While IWRM provides an integrated framework, it must be adapted to each local context and finding the right balance between sectoral and integrated approaches.
The document discusses integrated water resources management (IWRM) in Myanmar. It provides background on IWRM concepts and principles, and how they are being applied in Myanmar through efforts such as establishing river basin organizations, reforming water sector policies and laws, and integrating water management across levels and sectors to achieve sustainability, equity, and efficiency. Lessons from applying IWRM in other countries emphasize that the approach must be adapted to each local context and priorities, and involve stakeholders at all levels through participatory processes.
Water is a necessity for healthcare facilities but they consume a major supply of water. Auditing current water usage trends can identify problems like leaks and unnecessary flow. Developing a phased water conservation plan and seeking funding allows hospitals to implement solutions like replacing equipment to reduce water usage by as much as 30% and achieve a 25-35% return on investment. Documenting the process measures success and allows hospitals to continuously improve their water conservation efforts.
Water is a necessity for healthcare facilities but they consume a major supply of water. Auditing current water usage trends can identify problems like leaks and unnecessary flow. Developing a phased water conservation plan and seeking funding allows hospitals to implement solutions like replacing equipment to reduce water usage by as much as 30% and achieve a 25-35% return on investment. Documenting the implementation and success of a water conservation plan allows hospitals to take it to the next phase or make changes.
Integrated water resources management (IWRM) is a flexible, adaptive process that promotes coordinated development and management of water, land, and related resources. IWRM considers all aspects of water usage together and aims to maximize economic and social welfare in an equitable manner while preserving ecosystem sustainability. Key elements of successful IWRM include strong political will, involvement of stakeholders, clear institutional roles, and sufficient financial support. IWRM is not a prescribed set of actions but an iterative process that can vary in each location.
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The document provides an overview of integrated water resources management (IWRM). It discusses IWRM as a process that promotes coordinated management of natural resources like water, soil and related resources. The process considers different populations and changing factors over time to maximize economic and social benefits from these resources in an equitable way without compromising essential ecosystem sustainability. IWRM takes into account natural mechanisms, human settlements, impacts, demands, laws and regulations to manage water resources through an integrated approach across sectors and institutions. The key principles of IWRM include governance, policy alignment, financing, communication, decentralization and applying a long-term cyclical management process.
The document discusses integrated water resource management and its various components and challenges. It addresses managing water resources for multiple purposes across different agencies, regions, and disciplines. Integrated management considers natural water systems and promotes conservation, public health, and stakeholder involvement through a dynamic process. It emphasizes efficient agricultural water use and managing irrigation water for drinking. Conservation planning and least-cost planning are methods to balance supply and demand management.
The document discusses integrated water resource management and its various components and challenges. It addresses managing water resources for multiple purposes across different agencies, regions, and disciplines. Integrated management considers natural water systems and promotes conservation, public health, and stakeholder involvement through a dynamic process. It requires balancing supply and demand management options to identify least-cost solutions for meeting water needs.
7. chapter 4 application of economic instrumentsAndrey Skopenko
This document discusses criteria for evaluating economic instruments for integrated water resource management. It outlines technical and allocative efficiency criteria as well as equity, environmental, administrative, and political criteria. It then explores specific economic instruments like water tariffs, subsidies, fees, charges, and tradable water rights. The document emphasizes that economic instruments should be tailored to local contexts and assessed through participatory processes to facilitate IWRM goals.
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This document discusses criteria for evaluating economic instruments for integrated water resource management. It outlines criteria like technical and allocative efficiency, as well as equity, environmental, administrative, and political considerations. Specific economic instruments are explored, including water tariffs, subsidies, tradable water rights, and others. The document emphasizes that economic instruments should be assessed locally in each context and through participatory processes to facilitate IWRM goals.
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This document discusses various economic instruments that can be used to promote efficiency in water allocation and management. It outlines criteria for evaluating economic instruments, including technical and allocative efficiency, equity, environmental, administrative, and political considerations. Specific instruments discussed include water tariffs, taxes, subsidies, tradable water rights, and fees. The document emphasizes that the appropriate economic instruments depend on the local context and should be selected through a participatory process.
Integrated water resource management (IWRM) takes a holistic view of water management by considering all aspects of the water cycle and different water uses together rather than separately. IWRM aims to coordinate development and management of water resources, land, and other related resources to maximize economic and social welfare in an equitable manner without compromising sustainability. Key principles of IWRM include participatory approaches involving stakeholders at all levels, recognizing women's role in water management, and balancing water's economic value with its social importance. While IWRM provides an integrated framework, it must be adapted to each local context and finding the right balance between sectoral and integrated approaches.
The document discusses integrated water resources management (IWRM) in Myanmar. It provides background on IWRM concepts and principles, and how they are being applied in Myanmar through efforts such as establishing river basin organizations, reforming water sector policies and laws, and integrating water management across levels and sectors to achieve sustainability, equity, and efficiency. Lessons from applying IWRM in other countries emphasize that the approach must be adapted to each local context and priorities, and involve stakeholders at all levels through participatory processes.
Water is a necessity for healthcare facilities but they consume a major supply of water. Auditing current water usage trends can identify problems like leaks and unnecessary flow. Developing a phased water conservation plan and seeking funding allows hospitals to implement solutions like replacing equipment to reduce water usage by as much as 30% and achieve a 25-35% return on investment. Documenting the process measures success and allows hospitals to continuously improve their water conservation efforts.
Water is a necessity for healthcare facilities but they consume a major supply of water. Auditing current water usage trends can identify problems like leaks and unnecessary flow. Developing a phased water conservation plan and seeking funding allows hospitals to implement solutions like replacing equipment to reduce water usage by as much as 30% and achieve a 25-35% return on investment. Documenting the implementation and success of a water conservation plan allows hospitals to take it to the next phase or make changes.
Integrated water resources management (IWRM) is a flexible, adaptive process that promotes coordinated development and management of water, land, and related resources. IWRM considers all aspects of water usage together and aims to maximize economic and social welfare in an equitable manner while preserving ecosystem sustainability. Key elements of successful IWRM include strong political will, involvement of stakeholders, clear institutional roles, and sufficient financial support. IWRM is not a prescribed set of actions but an iterative process that can vary in each location.
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The document provides an overview of integrated water resources management (IWRM). It discusses IWRM as a process that promotes coordinated management of natural resources like water, soil and related resources. The process considers different populations and changing factors over time to maximize economic and social benefits from these resources in an equitable way without compromising essential ecosystem sustainability. IWRM takes into account natural mechanisms, human settlements, impacts, demands, laws and regulations to manage water resources through an integrated approach across sectors and institutions. The key principles of IWRM include governance, policy alignment, financing, communication, decentralization and applying a long-term cyclical management process.
The document discusses integrated water resource management and its various components and challenges. It addresses managing water resources for multiple purposes across different agencies, regions, and disciplines. Integrated management considers natural water systems and promotes conservation, public health, and stakeholder involvement through a dynamic process. It emphasizes efficient agricultural water use and managing irrigation water for drinking. Conservation planning and least-cost planning are methods to balance supply and demand management.
The document discusses integrated water resource management and its various components and challenges. It addresses managing water resources for multiple purposes across different agencies, regions, and disciplines. Integrated management considers natural water systems and promotes conservation, public health, and stakeholder involvement through a dynamic process. It requires balancing supply and demand management options to identify least-cost solutions for meeting water needs.
7. chapter 4 application of economic instrumentsAndrey Skopenko
This document discusses criteria for evaluating economic instruments for integrated water resource management. It outlines technical and allocative efficiency criteria as well as equity, environmental, administrative, and political criteria. It then explores specific economic instruments like water tariffs, subsidies, fees, charges, and tradable water rights. The document emphasizes that economic instruments should be tailored to local contexts and assessed through participatory processes to facilitate IWRM goals.
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This document discusses criteria for evaluating economic instruments for integrated water resource management. It outlines criteria like technical and allocative efficiency, as well as equity, environmental, administrative, and political considerations. Specific economic instruments are explored, including water tariffs, subsidies, tradable water rights, and others. The document emphasizes that economic instruments should be assessed locally in each context and through participatory processes to facilitate IWRM goals.
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This presentation is the part of 12-day (28 January–8 February 2019) training workshop on “Multi-scale Integrated River Basin Management (IRBM) from the Hindu Kush Himalayan Perspective” organized by the Strengthening Water Resources Management in Afghanistan (SWaRMA) Initiative of the International Centre for Integrated Mountain Development (ICIMOD), and targeted at participants from Afghanistan.
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This document discusses various economic instruments that can be used to promote efficiency in water allocation and management. It outlines criteria for evaluating economic instruments, including technical and allocative efficiency, equity, environmental, administrative, and political considerations. Specific instruments discussed include water tariffs, taxes, subsidies, tradable water rights, and fees. The document emphasizes that the appropriate economic instruments depend on the local context and should be selected through a participatory process.
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The best and the most key importants.pptx
1. Review and problem solving
Clash of interests between two or more parties
when at least one of the parties seeks to assert its
interests at the expense of another party's
interests‟. Steps to Minimizing Conflicts
• Frequent and timely meetings can help to reduce
conflicts.
• Transparency and accountability especially in
finances and groups/committees assets will ensure
that conflicts are easily resolved. Production of
records
2. Operation and maintenance
There are two types of maintenance:
Corrective or breakdown maintenance: this is carried out
when components fail and stop working. Breakdown is
common in many utilities in Ethiopia and occurs as a result of
poor preventive maintenance (explained next).
Preventive maintenance: this is a regular, planned activity that
takes place so that breakdowns are avoided. Examples of
preventive maintenance would include servicing of
equipment, inspecting equipment for wear and tear and
replacing as necessary, cleaning and greasing moving parts of
equipment, and replacing items that have a limited lifespan.
Preventive maintenance is important because it ensures that
the asset fulfils its service life. It also prevents crises occurring
and costly repairs (in terms of time and money) being needed.
3. Managing funds and record keeping
• Keep records of funds and other related construction
materials
• Maintains receipts and cash books Inform the
committees and entire community on financial and
material status
• Procurement of spare parts
• Meetings
• Hygiene Education and sanitation promotion
• Monitoring
4. • The rights-based approach to community
managed water service delivery means
protecting the water source on behalf of the
community to ensure the communities’ rights:
5. Right to access safe water
Right to health and sanitation
Right to protected sources
Right to social inclusion and equitability
Right to grievance
Right to (social) accountability
6. Aqua tab
• Added to water in a clean container, they dissolve rapidly and
release a suitable dose of chlorine. They are:
Safe: improve drinking water quality and prevent its
recontamination by ensuring a residual activity of the chlorine
for 24 hours.
Effective: against a spectrum of micro-organisms.
Better accepted than hypochlorite in terms of taste and odor
of treated water.
Easy to use, store and handle (compared to liquid forms or
granules).
Do not require any energy source or maintenance operation.
Not considered as hazardous merchandise for transport.
Inexpensive.