The document provides guidelines for implementing a phasing out strategy for the MERET project in Ethiopia. It outlines 6 key steps to the process: 1) assessing sites based on established criteria, 2) creating awareness among communities, 3) inventorying created assets, 4) presenting findings to local officials, 5) obtaining approval from various administrative levels, and 6) organizing a handover ceremony. Sites must meet a minimum threshold of 75% based on indicators such as water harvesting structures, soil conservation measures, vegetation cover improvements, and socioeconomic development works. The goal is to transition sites that have achieved objectives to local government support after project completion.
This document provides a summary and guide for integrating watershed management into municipal asset management processes. It aims to help public works managers identify how municipal infrastructure and activities can impact surrounding watersheds, and to mitigate these effects. The guide outlines a step-by-step process for conducting a watershed impact assessment and developing an action plan to incorporate watershed management goals and projects into strategic asset management planning. Key steps include identifying the municipality's watershed, assessing potential impacts of land use and activities, selecting high priority mitigation projects, and implementing and tracking progress of the action plan over time.
The document provides guidance on developing a National Emergency Technology (NET) Guard program. It outlines establishing a collaborative planning team to understand the local community's needs, defining goals and objectives, and preparing a program development plan. The plan addresses volunteer management, training, policies and procedures, and evaluating success. The NET Guard works to leverage volunteers' IT skills to support emergency response and recovery efforts.
This document provides the provisional agenda, annotations, list of documents and workplan for the first regular session of the United Nations Development Programme, United Nations Population Fund and United Nations Office for Project Services Executive Board in 2014. The session will consider matters related to gender, country programmes, South-South cooperation, evaluation, and financial and administrative issues for UNDP, UNFPA and UNOPS. It will also discuss the strategic frameworks for UNDP, UNFPA, UNOPS and the United Nations Capital Development Fund for 2014-2017.
This document provides a strategic communications plan for the Chemical Materials Agency Public Affairs Program (CMA-PA) for fiscal years 2005-2010. The plan establishes five goals for CMA-PA to fulfill its mission of providing strategic communications support to CMA. These goals include increasing internal understanding of CMA's programs, providing information to external audiences, fostering support among stakeholders, ensuring effective communication of issues/opportunities, and maximizing public affairs support services. The plan outlines CMA-PA's mission, vision, roles, competencies, challenges, and strategic approach which involves defining goals/outcomes, identifying target audiences, evaluating key messages, and incorporating evaluation processes. It provides programmatic key messages and guidance for public
This document provides a project management plan template for an economic development department. It includes sections on the project introduction and background, executive summary, scope, work breakdown structure, cost and staffing management plans, stakeholder analysis, implementation plan, risk management plan, procurement management plan, log frame, evaluation plan, and annexures including a target setting worksheet and reporting template. The template provides guidance on the key elements to include in each section to effectively plan and manage the project.
Guidelines for preparing_a_statcap_statistical_master_plannhattranus
The document provides guidelines for preparing a Statistical Master Plan (SMP) for a country. The SMP aims to assess the national statistical system, identify weaknesses and capacity, and outline a medium-term strategy to build statistical capacity. It recommends covering the entire system, building on existing strategies and prioritizing user and provider needs. The preparation process involves evaluating strengths/weaknesses and setting a viable and costed work program to achieve efficient data production and dissemination, as well as institutional reforms.
Renovation roadmaps for buildings by The Policy PartnersWorld Office Forum
By 30th April 2014, member states of the EU shal establish long term national strategies or roadmaps for mobilizing investment in the renovation of the national stock of residential and commercial buildings, both public and private. This document expands on that regulation.
This document provides a summary and guide for integrating watershed management into municipal asset management processes. It aims to help public works managers identify how municipal infrastructure and activities can impact surrounding watersheds, and to mitigate these effects. The guide outlines a step-by-step process for conducting a watershed impact assessment and developing an action plan to incorporate watershed management goals and projects into strategic asset management planning. Key steps include identifying the municipality's watershed, assessing potential impacts of land use and activities, selecting high priority mitigation projects, and implementing and tracking progress of the action plan over time.
The document provides guidance on developing a National Emergency Technology (NET) Guard program. It outlines establishing a collaborative planning team to understand the local community's needs, defining goals and objectives, and preparing a program development plan. The plan addresses volunteer management, training, policies and procedures, and evaluating success. The NET Guard works to leverage volunteers' IT skills to support emergency response and recovery efforts.
This document provides the provisional agenda, annotations, list of documents and workplan for the first regular session of the United Nations Development Programme, United Nations Population Fund and United Nations Office for Project Services Executive Board in 2014. The session will consider matters related to gender, country programmes, South-South cooperation, evaluation, and financial and administrative issues for UNDP, UNFPA and UNOPS. It will also discuss the strategic frameworks for UNDP, UNFPA, UNOPS and the United Nations Capital Development Fund for 2014-2017.
This document provides a strategic communications plan for the Chemical Materials Agency Public Affairs Program (CMA-PA) for fiscal years 2005-2010. The plan establishes five goals for CMA-PA to fulfill its mission of providing strategic communications support to CMA. These goals include increasing internal understanding of CMA's programs, providing information to external audiences, fostering support among stakeholders, ensuring effective communication of issues/opportunities, and maximizing public affairs support services. The plan outlines CMA-PA's mission, vision, roles, competencies, challenges, and strategic approach which involves defining goals/outcomes, identifying target audiences, evaluating key messages, and incorporating evaluation processes. It provides programmatic key messages and guidance for public
This document provides a project management plan template for an economic development department. It includes sections on the project introduction and background, executive summary, scope, work breakdown structure, cost and staffing management plans, stakeholder analysis, implementation plan, risk management plan, procurement management plan, log frame, evaluation plan, and annexures including a target setting worksheet and reporting template. The template provides guidance on the key elements to include in each section to effectively plan and manage the project.
Guidelines for preparing_a_statcap_statistical_master_plannhattranus
The document provides guidelines for preparing a Statistical Master Plan (SMP) for a country. The SMP aims to assess the national statistical system, identify weaknesses and capacity, and outline a medium-term strategy to build statistical capacity. It recommends covering the entire system, building on existing strategies and prioritizing user and provider needs. The preparation process involves evaluating strengths/weaknesses and setting a viable and costed work program to achieve efficient data production and dissemination, as well as institutional reforms.
Renovation roadmaps for buildings by The Policy PartnersWorld Office Forum
By 30th April 2014, member states of the EU shal establish long term national strategies or roadmaps for mobilizing investment in the renovation of the national stock of residential and commercial buildings, both public and private. This document expands on that regulation.
Here is an example village map:
- The map shows the village boundary, terrain, land use zones like agricultural land, forest, water bodies.
- Important infrastructure like roads, irrigation channels, schools are marked.
- Households are located and coded by wealth ranking: rich, middle, poor.
- During mapping, villagers discussed challenges like degraded forest, lack of irrigation, and proposed solutions for the village development plan.
- The map provides a visual overview of the village and will be used for the village development planning process.
This document summarizes over 100 Chinese policies related to low-carbon development in industrial zones. It finds:
1) The number of low-carbon policies is steadily increasing since the 12th Five-Year Plan prioritized emission reductions.
2) High-level guidance set targets initially, now specific measures are being implemented, like carbon trading schemes.
3) Policies focus on both energy and carbon reductions, to meet national climate change and air quality goals.
Final Project PresentationMentoring ProgramGroup Number AB.docxlmelaine
Final Project Presentation
Mentoring Program
Group Number A/B/C etc
20 minutes per team.
Project Team
Names of all teams
Business Case & Charter Statement (2-3 slides)
A good business case is credible and compelling. It provides qualitative and quantitative cost-benefit analysis information.
Charter launches the project
Why the Program?
What are the benefits?
Program Life Cycle (details 2 slides)
Structure of the Program
5
Program Oversight and Governance
6
Program Oversight
Management Review
Financial Review
Senior Management
Program Steering
Committee
Program
Management Team
Project Stage Gate Reviews
Major Program Review
Program Management Plan Review
Project Stage Gate Reviews
Monthly Program Review
Describe the Key points from Report
Risks (3 risks max)
Budget – Estimated (or show that from MeisterPlan)
Communication etc
Project Overview
Role of projects
Milestones – MeisterPlan Reports
Boston University
MET AD 646 Program Management
Summer II 2019
YOUR LO
Program Plan Elements:
No One Goes Hungry
Alan Brou
Suhui Liu
Linrui Liu
Qizhen Li
07/24/2019
Final Version
Executive Summary
This report outlines our program on the topic about a charitable activity. As graduate students, our team members are also thinking about what we can do for the society. Fortunately, one of our team members was involved in a public welfare project several years ago, which was about collecting food and daily supplies for the poor. The serious phenomenon of poor community intrigued our program management team due to our connection with the concept.
To address this issue, our team decided to develop and launch a website that is designed to make our task easier. In order to operate and promote the website to be well known in the country or even in the world, we need to do some projects include fundraising, recruitment of volunteers, community service and marketing. This report will also take into consideration all risks that we may encounter during the program. We are confident that all those risks will be hedged using appropriate strategies.
Introduction to the Program Plan
In this report, you will find our initial summary of the following using the Smartsheet Templates:
Business Case
A good business case is credible and compelling. It provides qualitative and quantitative cost-benefit analysis information.
Program Master Calendar
Easily communicate milestones and important meetings across multiple projects. With the Program Master Calendar, it is easy to keep items up to date, share the latest schedule with stakeholders
Program Management Charter
A good charter not only establishes the scope, goals, and budget of the PMO, but also stimulates discussion.
Program Governance Structure
Documenting a program’s governance structure helps stakeholders understand the program's methodologies, frameworks and context for how decisions are made.
Program Milestones
This template can be used t ...
7 key analytic elements for the evaluation of DSM policiesLeonardo ENERGY
This Briefing Note describes seven key analytic elements that should be addressed in the evaluation of Demand Site Management (DSM) and Energy Efficiency (EE) policy measures:
1. A policy measure theory, consisting of the domain of the policy, the expected effects of the policy, and an evaluation methodology
2. Specifications of the evaluation indicators, namely the output (= direct output of the program), the outcome (= results on the level of economy, society, and environment), and the impact (net improvements on the level of economy, society, and environment taking rebound effects into account)
3. The indicator baselines, set with consideration
4. An assessment of the outputs and outcomes
5. An assessment of the energy savings and emission reductions
6. A calculation of the cost, cost-efficiency and cost-effectiveness
7. The ambition level: how much effort should be dedicated to the evaluation, and how accurate should it be?
This document presents the findings of an exploratory study on existing resources for knowledge management (KM) in support of policy processes. It begins with working definitions of key terms like policy process, information, knowledge, knowledge management, and knowledge sharing. It then discusses the scope of the study and limitations found. Specifically, many KM approaches were originally developed for businesses and later adapted for policy, and few approaches are designed exclusively for policy processes. The document then outlines KM approaches and tools relevant to different stages of the policy process: agenda setting, analysis, decision-making, implementation, and monitoring/evaluation. It concludes by noting trends in policymaking and their implications for developing KM techniques to support related changes.
NAP-Ag Webinar - Integrating Climate Change Risks into Planning and BudgetingUNDP Climate
Integrating Climate Change Risks into Planning and Budgeting
Rohini Kohli and Glenn Hodes, UNDP
Climate change adaptation should be integrated into the full planning and budgeting cycles, at national and subnational levels
· Integration maximizes use of existing systems
· Institutional arrangements and capacity development are important aspects of risk informed planning, budgeting and monitoring systems and processes
· A range of tools and approaches are available for integrating adaptation
· Important to pick the right tools that can be used in a sustainable way
· Embedding adaptation into budget systems enables moving towards multi-year budget plans that can generate more sustained and predictable resources to implement medium- to long-term adaptation strategies
· The National Adaptation Plan process is on the opportunities for countries to strengthen risk management
Integrating climate change risks into planning and budgetingExternalEvents
This document discusses integrating climate change adaptation into national planning and budgeting processes. It begins by outlining the national adaptation plan (NAP) process established by the UNFCCC to help countries reduce climate change vulnerability and integrate adaptation into relevant policies and activities. The document then discusses opportunities to align NAPs with the 2030 Agenda for Sustainable Development. It provides examples of how countries have integrated adaptation into different stages of the planning process, from formulation to implementation to monitoring and review. The document also discusses integrating adaptation into budgeting, including through climate budget tagging and financing frameworks. It emphasizes the importance of institutional arrangements and capacity building to support integrated adaptation planning and budgeting.
This document provides a Zero Net Energy Action Plan for the commercial building sector in California with the goal of achieving zero net energy for all new commercial construction by 2030. It outlines 8 strategies to achieve this goal for new construction, including establishing progressive energy codes and standards, expanding title 24 to address all energy end uses, and developing financial tools for zero net energy buildings. It also describes 8 strategies for existing commercial buildings, such as leading by example with state/local government commitments, lowering the threshold for applying codes to existing buildings, and improving utilization of plug load technologies. The document is intended to operationalize the zero net energy goals from California's Long Term Energy Efficiency Strategic Plan through identifying priority actions, establishing a champions network,
Tracking climate-related finance in Zambia, Mr. David Kaluba, National Climate Change Secretariat, Ministry of Finance, Zambia (joining by video conference)
Monitoring and evaluation toolkit - Conférence de la 2e édition du Cours international « Atelier Paludisme » - TUSEO Luciano - World Health Organization / Roll Back Malaria - maloms@iris.mg
Local Agenda 21 is a voluntary action plan developed by the UN to promote sustainable development globally and locally. It defines sustainable development as reforming economic systems to avoid damaging ecological and community systems. The document outlines elements of sustainable development planning including community-based issue analysis, action planning with goals and targets, implementation, monitoring, evaluation and feedback to continually improve plans based on progress. The overall approach aims to broaden municipal planning considerations and engage stakeholders through participatory processes to address sustainability challenges at the local level consistent with Agenda 21.
Day 2.5 - Aid effectiveness background paper towards wash aid effectivenesssanitationandwater4all
Here is a 3 sentence summary of the key points from the document:
SUMMARY: This paper examines lessons on aid effectiveness from case studies in Niger and Liberia's water and sanitation sectors. It finds that while both countries have developed national plans anchored in broader development strategies, progress on aid effectiveness principles is uneven. Domestic funding remains low while donor projects dominate due to weak harmonization and alignment with country systems. The paper also reviews lessons from education and health on defining common aid effectiveness standards and practices to strengthen sector-wide accountability.
Plan Making Reforms Implementation Consultation Presentation Aug 2023mhutttch
The document summarizes the key points being consulted on regarding reforms to the UK's plan-making system. It outlines proposals to simplify plans, shorten the plan-making process to 30 months, increase use of digital technology in plans, set timetables for plan-making, streamline evidence requirements, speed up examinations, improve community engagement, strengthen monitoring, and ensure a smooth transition to the new system. Views are sought on these proposals through an open consultation running until October 18, 2023.
Management of Library and information CentresSundar B N
in this document BLIS Paper 2 Management of Library and information Centres of KSOU 2019 August Question Paper is Solved.
Subscribe to Vision Academy YouTube Channel
https://www.youtube.com/channel/UCjzpit_cXjdnzER_165mIiw
This document provides a monitoring and evaluation framework for the Economic Development Department of an unnamed city. It outlines the legislative and policy context for monitoring and evaluation in the local government. It describes the methodology used to develop the framework, which included a literature review, reviewing department documents, and consulting with staff. The framework is intended to establish common understanding of key monitoring and evaluation principles and provide the foundation for tracking the performance of the department and its projects in achieving their objectives. It outlines the planning, monitoring, evaluation, reporting, and feedback phases to put the framework into practice.
Rotary's Programs of Scale provides $2 million grants to scale up impactful service projects. Applicants submit a concept note describing their proven project and plan to expand its reach. Selected applicants then submit a full proposal. The funded program must benefit many people over 3-5 years, be sustainable, promote learning, and engage Rotarians. Grantees regularly report on progress and results to share lessons with Rotary.
This document outlines Pathway Group's business continuity planning policy and procedures. It discusses UK legislation requiring businesses to have continuity plans to minimize disruption during unexpected events. The policy adheres to the British Standard framework for business continuity. The plan assesses risks like power outages, weather, illness, and identifies actions and responsibilities to maintain operations. Department managers and the Operations Manager are responsible for continuity planning and implementation, with the Director overseeing the annual review.
Strategy Implementation of Financial and General Services Development (FGSD) jo bitonio
Electric Cooperative; Strategic Implementation; Framework for Strategic Implementation; Structure and Governance; Role and Importance of Financial Management;Cash Budget and Its Importance to the Role of Management
Climate Change All over the World .pptxsairaanwer024
Climate change refers to significant and lasting changes in the average weather patterns over periods ranging from decades to millions of years. It encompasses both global warming driven by human emissions of greenhouse gases and the resulting large-scale shifts in weather patterns. While climate change is a natural phenomenon, human activities, particularly since the Industrial Revolution, have accelerated its pace and intensity
Here is an example village map:
- The map shows the village boundary, terrain, land use zones like agricultural land, forest, water bodies.
- Important infrastructure like roads, irrigation channels, schools are marked.
- Households are located and coded by wealth ranking: rich, middle, poor.
- During mapping, villagers discussed challenges like degraded forest, lack of irrigation, and proposed solutions for the village development plan.
- The map provides a visual overview of the village and will be used for the village development planning process.
This document summarizes over 100 Chinese policies related to low-carbon development in industrial zones. It finds:
1) The number of low-carbon policies is steadily increasing since the 12th Five-Year Plan prioritized emission reductions.
2) High-level guidance set targets initially, now specific measures are being implemented, like carbon trading schemes.
3) Policies focus on both energy and carbon reductions, to meet national climate change and air quality goals.
Final Project PresentationMentoring ProgramGroup Number AB.docxlmelaine
Final Project Presentation
Mentoring Program
Group Number A/B/C etc
20 minutes per team.
Project Team
Names of all teams
Business Case & Charter Statement (2-3 slides)
A good business case is credible and compelling. It provides qualitative and quantitative cost-benefit analysis information.
Charter launches the project
Why the Program?
What are the benefits?
Program Life Cycle (details 2 slides)
Structure of the Program
5
Program Oversight and Governance
6
Program Oversight
Management Review
Financial Review
Senior Management
Program Steering
Committee
Program
Management Team
Project Stage Gate Reviews
Major Program Review
Program Management Plan Review
Project Stage Gate Reviews
Monthly Program Review
Describe the Key points from Report
Risks (3 risks max)
Budget – Estimated (or show that from MeisterPlan)
Communication etc
Project Overview
Role of projects
Milestones – MeisterPlan Reports
Boston University
MET AD 646 Program Management
Summer II 2019
YOUR LO
Program Plan Elements:
No One Goes Hungry
Alan Brou
Suhui Liu
Linrui Liu
Qizhen Li
07/24/2019
Final Version
Executive Summary
This report outlines our program on the topic about a charitable activity. As graduate students, our team members are also thinking about what we can do for the society. Fortunately, one of our team members was involved in a public welfare project several years ago, which was about collecting food and daily supplies for the poor. The serious phenomenon of poor community intrigued our program management team due to our connection with the concept.
To address this issue, our team decided to develop and launch a website that is designed to make our task easier. In order to operate and promote the website to be well known in the country or even in the world, we need to do some projects include fundraising, recruitment of volunteers, community service and marketing. This report will also take into consideration all risks that we may encounter during the program. We are confident that all those risks will be hedged using appropriate strategies.
Introduction to the Program Plan
In this report, you will find our initial summary of the following using the Smartsheet Templates:
Business Case
A good business case is credible and compelling. It provides qualitative and quantitative cost-benefit analysis information.
Program Master Calendar
Easily communicate milestones and important meetings across multiple projects. With the Program Master Calendar, it is easy to keep items up to date, share the latest schedule with stakeholders
Program Management Charter
A good charter not only establishes the scope, goals, and budget of the PMO, but also stimulates discussion.
Program Governance Structure
Documenting a program’s governance structure helps stakeholders understand the program's methodologies, frameworks and context for how decisions are made.
Program Milestones
This template can be used t ...
7 key analytic elements for the evaluation of DSM policiesLeonardo ENERGY
This Briefing Note describes seven key analytic elements that should be addressed in the evaluation of Demand Site Management (DSM) and Energy Efficiency (EE) policy measures:
1. A policy measure theory, consisting of the domain of the policy, the expected effects of the policy, and an evaluation methodology
2. Specifications of the evaluation indicators, namely the output (= direct output of the program), the outcome (= results on the level of economy, society, and environment), and the impact (net improvements on the level of economy, society, and environment taking rebound effects into account)
3. The indicator baselines, set with consideration
4. An assessment of the outputs and outcomes
5. An assessment of the energy savings and emission reductions
6. A calculation of the cost, cost-efficiency and cost-effectiveness
7. The ambition level: how much effort should be dedicated to the evaluation, and how accurate should it be?
This document presents the findings of an exploratory study on existing resources for knowledge management (KM) in support of policy processes. It begins with working definitions of key terms like policy process, information, knowledge, knowledge management, and knowledge sharing. It then discusses the scope of the study and limitations found. Specifically, many KM approaches were originally developed for businesses and later adapted for policy, and few approaches are designed exclusively for policy processes. The document then outlines KM approaches and tools relevant to different stages of the policy process: agenda setting, analysis, decision-making, implementation, and monitoring/evaluation. It concludes by noting trends in policymaking and their implications for developing KM techniques to support related changes.
NAP-Ag Webinar - Integrating Climate Change Risks into Planning and BudgetingUNDP Climate
Integrating Climate Change Risks into Planning and Budgeting
Rohini Kohli and Glenn Hodes, UNDP
Climate change adaptation should be integrated into the full planning and budgeting cycles, at national and subnational levels
· Integration maximizes use of existing systems
· Institutional arrangements and capacity development are important aspects of risk informed planning, budgeting and monitoring systems and processes
· A range of tools and approaches are available for integrating adaptation
· Important to pick the right tools that can be used in a sustainable way
· Embedding adaptation into budget systems enables moving towards multi-year budget plans that can generate more sustained and predictable resources to implement medium- to long-term adaptation strategies
· The National Adaptation Plan process is on the opportunities for countries to strengthen risk management
Integrating climate change risks into planning and budgetingExternalEvents
This document discusses integrating climate change adaptation into national planning and budgeting processes. It begins by outlining the national adaptation plan (NAP) process established by the UNFCCC to help countries reduce climate change vulnerability and integrate adaptation into relevant policies and activities. The document then discusses opportunities to align NAPs with the 2030 Agenda for Sustainable Development. It provides examples of how countries have integrated adaptation into different stages of the planning process, from formulation to implementation to monitoring and review. The document also discusses integrating adaptation into budgeting, including through climate budget tagging and financing frameworks. It emphasizes the importance of institutional arrangements and capacity building to support integrated adaptation planning and budgeting.
This document provides a Zero Net Energy Action Plan for the commercial building sector in California with the goal of achieving zero net energy for all new commercial construction by 2030. It outlines 8 strategies to achieve this goal for new construction, including establishing progressive energy codes and standards, expanding title 24 to address all energy end uses, and developing financial tools for zero net energy buildings. It also describes 8 strategies for existing commercial buildings, such as leading by example with state/local government commitments, lowering the threshold for applying codes to existing buildings, and improving utilization of plug load technologies. The document is intended to operationalize the zero net energy goals from California's Long Term Energy Efficiency Strategic Plan through identifying priority actions, establishing a champions network,
Tracking climate-related finance in Zambia, Mr. David Kaluba, National Climate Change Secretariat, Ministry of Finance, Zambia (joining by video conference)
Monitoring and evaluation toolkit - Conférence de la 2e édition du Cours international « Atelier Paludisme » - TUSEO Luciano - World Health Organization / Roll Back Malaria - maloms@iris.mg
Local Agenda 21 is a voluntary action plan developed by the UN to promote sustainable development globally and locally. It defines sustainable development as reforming economic systems to avoid damaging ecological and community systems. The document outlines elements of sustainable development planning including community-based issue analysis, action planning with goals and targets, implementation, monitoring, evaluation and feedback to continually improve plans based on progress. The overall approach aims to broaden municipal planning considerations and engage stakeholders through participatory processes to address sustainability challenges at the local level consistent with Agenda 21.
Day 2.5 - Aid effectiveness background paper towards wash aid effectivenesssanitationandwater4all
Here is a 3 sentence summary of the key points from the document:
SUMMARY: This paper examines lessons on aid effectiveness from case studies in Niger and Liberia's water and sanitation sectors. It finds that while both countries have developed national plans anchored in broader development strategies, progress on aid effectiveness principles is uneven. Domestic funding remains low while donor projects dominate due to weak harmonization and alignment with country systems. The paper also reviews lessons from education and health on defining common aid effectiveness standards and practices to strengthen sector-wide accountability.
Plan Making Reforms Implementation Consultation Presentation Aug 2023mhutttch
The document summarizes the key points being consulted on regarding reforms to the UK's plan-making system. It outlines proposals to simplify plans, shorten the plan-making process to 30 months, increase use of digital technology in plans, set timetables for plan-making, streamline evidence requirements, speed up examinations, improve community engagement, strengthen monitoring, and ensure a smooth transition to the new system. Views are sought on these proposals through an open consultation running until October 18, 2023.
Management of Library and information CentresSundar B N
in this document BLIS Paper 2 Management of Library and information Centres of KSOU 2019 August Question Paper is Solved.
Subscribe to Vision Academy YouTube Channel
https://www.youtube.com/channel/UCjzpit_cXjdnzER_165mIiw
This document provides a monitoring and evaluation framework for the Economic Development Department of an unnamed city. It outlines the legislative and policy context for monitoring and evaluation in the local government. It describes the methodology used to develop the framework, which included a literature review, reviewing department documents, and consulting with staff. The framework is intended to establish common understanding of key monitoring and evaluation principles and provide the foundation for tracking the performance of the department and its projects in achieving their objectives. It outlines the planning, monitoring, evaluation, reporting, and feedback phases to put the framework into practice.
Rotary's Programs of Scale provides $2 million grants to scale up impactful service projects. Applicants submit a concept note describing their proven project and plan to expand its reach. Selected applicants then submit a full proposal. The funded program must benefit many people over 3-5 years, be sustainable, promote learning, and engage Rotarians. Grantees regularly report on progress and results to share lessons with Rotary.
This document outlines Pathway Group's business continuity planning policy and procedures. It discusses UK legislation requiring businesses to have continuity plans to minimize disruption during unexpected events. The policy adheres to the British Standard framework for business continuity. The plan assesses risks like power outages, weather, illness, and identifies actions and responsibilities to maintain operations. Department managers and the Operations Manager are responsible for continuity planning and implementation, with the Director overseeing the annual review.
Strategy Implementation of Financial and General Services Development (FGSD) jo bitonio
Electric Cooperative; Strategic Implementation; Framework for Strategic Implementation; Structure and Governance; Role and Importance of Financial Management;Cash Budget and Its Importance to the Role of Management
Similar to Meret phasing out implementation guide revised (20)
Climate Change All over the World .pptxsairaanwer024
Climate change refers to significant and lasting changes in the average weather patterns over periods ranging from decades to millions of years. It encompasses both global warming driven by human emissions of greenhouse gases and the resulting large-scale shifts in weather patterns. While climate change is a natural phenomenon, human activities, particularly since the Industrial Revolution, have accelerated its pace and intensity
Improving the viability of probiotics by encapsulation methods for developmen...Open Access Research Paper
The popularity of functional foods among scientists and common people has been increasing day by day. Awareness and modernization make the consumer think better regarding food and nutrition. Now a day’s individual knows very well about the relation between food consumption and disease prevalence. Humans have a diversity of microbes in the gut that together form the gut microflora. Probiotics are the health-promoting live microbial cells improve host health through gut and brain connection and fighting against harmful bacteria. Bifidobacterium and Lactobacillus are the two bacterial genera which are considered to be probiotic. These good bacteria are facing challenges of viability. There are so many factors such as sensitivity to heat, pH, acidity, osmotic effect, mechanical shear, chemical components, freezing and storage time as well which affects the viability of probiotics in the dairy food matrix as well as in the gut. Multiple efforts have been done in the past and ongoing in present for these beneficial microbial population stability until their destination in the gut. One of a useful technique known as microencapsulation makes the probiotic effective in the diversified conditions and maintain these microbe’s community to the optimum level for achieving targeted benefits. Dairy products are found to be an ideal vehicle for probiotic incorporation. It has been seen that the encapsulated microbial cells show higher viability than the free cells in different processing and storage conditions as well as against bile salts in the gut. They make the food functional when incorporated, without affecting the product sensory characteristics.
Microbial characterisation and identification, and potability of River Kuywa ...Open Access Research Paper
Water contamination is one of the major causes of water borne diseases worldwide. In Kenya, approximately 43% of people lack access to potable water due to human contamination. River Kuywa water is currently experiencing contamination due to human activities. Its water is widely used for domestic, agricultural, industrial and recreational purposes. This study aimed at characterizing bacteria and fungi in river Kuywa water. Water samples were randomly collected from four sites of the river: site A (Matisi), site B (Ngwelo), site C (Nzoia water pump) and site D (Chalicha), during the dry season (January-March 2018) and wet season (April-July 2018) and were transported to Maseno University Microbiology and plant pathology laboratory for analysis. The characterization and identification of bacteria and fungi were carried out using standard microbiological techniques. Nine bacterial genera and three fungi were identified from Kuywa river water. Clostridium spp., Staphylococcus spp., Enterobacter spp., Streptococcus spp., E. coli, Klebsiella spp., Shigella spp., Proteus spp. and Salmonella spp. Fungi were Fusarium oxysporum, Aspergillus flavus complex and Penicillium species. Wet season recorded highest bacterial and fungal counts (6.61-7.66 and 3.83-6.75cfu/ml) respectively. The results indicated that the river Kuywa water is polluted and therefore unsafe for human consumption before treatment. It is therefore recommended that the communities to ensure that they boil water especially for drinking.
ENVIRONMENT~ Renewable Energy Sources and their future prospects.tiwarimanvi3129
This presentation is for us to know that how our Environment need Attention for protection of our natural resources which are depleted day by day that's why we need to take time and shift our attention to renewable energy sources instead of non-renewable sources which are better and Eco-friendly for our environment. these renewable energy sources are so helpful for our planet and for every living organism which depends on environment.
Optimizing Post Remediation Groundwater Performance with Enhanced Microbiolog...Joshua Orris
Results of geophysics and pneumatic injection pilot tests during 2003 – 2007 yielded significant positive results for injection delivery design and contaminant mass treatment, resulting in permanent shut-down of an existing groundwater Pump & Treat system.
Accessible source areas were subsequently removed (2011) by soil excavation and treated with the placement of Emulsified Vegetable Oil EVO and zero-valent iron ZVI to accelerate treatment of impacted groundwater in overburden and weathered fractured bedrock. Post pilot test and post remediation groundwater monitoring has included analyses of CVOCs, organic fatty acids, dissolved gases and QuantArray® -Chlor to quantify key microorganisms (e.g., Dehalococcoides, Dehalobacter, etc.) and functional genes (e.g., vinyl chloride reductase, methane monooxygenase, etc.) to assess potential for reductive dechlorination and aerobic cometabolism of CVOCs.
In 2022, the first commercial application of MetaArray™ was performed at the site. MetaArray™ utilizes statistical analysis, such as principal component analysis and multivariate analysis to provide evidence that reductive dechlorination is active or even that it is slowing. This creates actionable data allowing users to save money by making important site management decisions earlier.
The results of the MetaArray™ analysis’ support vector machine (SVM) identified groundwater monitoring wells with a 80% confidence that were characterized as either Limited for Reductive Decholorination or had a High Reductive Reduction Dechlorination potential. The results of MetaArray™ will be used to further optimize the site’s post remediation monitoring program for monitored natural attenuation.
Evolving Lifecycles with High Resolution Site Characterization (HRSC) and 3-D...Joshua Orris
The incorporation of a 3DCSM and completion of HRSC provided a tool for enhanced, data-driven, decisions to support a change in remediation closure strategies. Currently, an approved pilot study has been obtained to shut-down the remediation systems (ISCO, P&T) and conduct a hydraulic study under non-pumping conditions. A separate micro-biological bench scale treatability study was competed that yielded positive results for an emerging innovative technology. As a result, a field pilot study has commenced with results expected in nine-twelve months. With the results of the hydraulic study, field pilot studies and an updated risk assessment leading site monitoring optimization cost lifecycle savings upwards of $15MM towards an alternatively evolved best available technology remediation closure strategy.
Kinetic studies on malachite green dye adsorption from aqueous solutions by A...Open Access Research Paper
Water polluted by dyestuffs compounds is a global threat to health and the environment; accordingly, we prepared a green novel sorbent chemical and Physical system from an algae, chitosan and chitosan nanoparticle and impregnated with algae with chitosan nanocomposite for the sorption of Malachite green dye from water. The algae with chitosan nanocomposite by a simple method and used as a recyclable and effective adsorbent for the removal of malachite green dye from aqueous solutions. Algae, chitosan, chitosan nanoparticle and algae with chitosan nanocomposite were characterized using different physicochemical methods. The functional groups and chemical compounds found in algae, chitosan, chitosan algae, chitosan nanoparticle, and chitosan nanoparticle with algae were identified using FTIR, SEM, and TGADTA/DTG techniques. The optimal adsorption conditions, different dosages, pH and Temperature the amount of algae with chitosan nanocomposite were determined. At optimized conditions and the batch equilibrium studies more than 99% of the dye was removed. The adsorption process data matched well kinetics showed that the reaction order for dye varied with pseudo-first order and pseudo-second order. Furthermore, the maximum adsorption capacity of the algae with chitosan nanocomposite toward malachite green dye reached as high as 15.5mg/g, respectively. Finally, multiple times reusing of algae with chitosan nanocomposite and removing dye from a real wastewater has made it a promising and attractive option for further practical applications.
Epcon is One of the World's leading Manufacturing Companies.EpconLP
Epcon is One of the World's leading Manufacturing Companies. With over 4000 installations worldwide, EPCON has been pioneering new techniques since 1977 that have become industry standards now. Founded in 1977, Epcon has grown from a one-man operation to a global leader in developing and manufacturing innovative air pollution control technology and industrial heating equipment.
Recycling and Disposal on SWM Raymond Einyu pptxRayLetai1
Increasing urbanization, rural–urban migration, rising standards of living, and rapid development associated with population growth have resulted in increased solid waste generation by industrial, domestic and other activities in Nairobi City. It has been noted in other contexts too that increasing population, changing consumption patterns, economic development, changing income, urbanization and industrialization all contribute to the increased generation of waste.
With the increasing urban population in Kenya, which is estimated to be growing at a rate higher than that of the country’s general population, waste generation and management is already a major challenge. The industrialization and urbanization process in the country, dominated by one major city – Nairobi, which has around four times the population of the next largest urban centre (Mombasa) – has witnessed an exponential increase in the generation of solid waste. It is projected that by 2030, about 50 per cent of the Kenyan population will be urban.
Aim:
A healthy, safe, secure and sustainable solid waste management system fit for a world – class city.
Improve and protect the public health of Nairobi residents and visitors.
Ecological health, diversity and productivity and maximize resource recovery through the participatory approach.
Goals:
Build awareness and capacity for source separation as essential components of sustainable waste management.
Build new environmentally sound infrastructure and systems for safe disposal of residual waste and replacing current dumpsites which should be commissioned.
Current solid waste management situation:
The status.
Solid waste generation rate is at 2240 tones / day
collection efficiently is at about 50%.
Actors i.e. city authorities, CBO’s , private firms and self-disposal
Current SWM Situation in Nairobi City:
Solid waste generation – collection – dumping
Good Practices:
• Separation – recycling – marketing.
• Open dumpsite dandora dump site through public education on source separation of waste, of which the situation can be reversed.
• Nairobi is one of the C40 cities in this respect , various actors in the solid waste management space have adopted a variety of technologies to reduce short lived climate pollutants including source separation , recycling , marketing of the recycled products.
• Through the network, it should expect to benefit from expertise of the different actors in the network in terms of applicable technologies and practices in reducing the short-lived climate pollutants.
Good practices:
Despite the dismal collection of solid waste in Nairobi city, there are practices and activities of informal actors (CBOs, CBO-SACCOs and yard shop operators) and other formal industrial actors on solid waste collection, recycling and waste reduction.
Practices and activities of these actor groups are viewed as innovations with the potential to change the way solid waste is handled.
CHALLENGES:
• Resource Allocation.
Global Peatlands Map and Hotspot Explanation Atlas
Meret phasing out implementation guide revised
1. Guideline to implement MERET project phasing out strategy
World Food Programme Supported MERET Project
December,2013
Addis Ababa
2. i
TABL E O F CONTE NTS
Contents
TABLE OF CONTENTS...............................................................................................................................i
List of Abrivations........................................................................................................................................ii
Appendices ..................................................................................................................................................iii
1.Introduction................................................................................................................................................ 1
2.Concepts of phasing out............................................................................................................................. 3
2.1Ensuring timely phasing out .................................................................................................................... 1
3. Objectives of the guideline ..................................................................................................................... 2
4. Scope of the guideline ............................................................................................................................ 2
5. Procedures in implementing phasing out strategy ................................................................................... 3
5. Sample size of data collection................................................................................................................ 4
6. Decision making ..................................................................................................................................... 4
7. Indicators for phasing out ...................................................................................................................... 4
7.1 The level of water harvesting and physical soil and water conservation measures............................... 5
7.2 Biological soil and water conservationactivities improved.................................................................... 6
7.3 Adoption and implementationof soil fertility management practices .................................................. 6
7.4 Access to water sources developed....................................................................................................... 6
7.5 The level of community self-help contribution...................................................................................... 7
7.6 Income generating activities in the community watershed................................................................... 7
Table1: Summary of major project outputs and indicators for rating .......................................................... 9
References................................................................................................................................................... 16
Appendix 1: Data collection format (household level)............................................................................... 17
Appendix 2: Data collection format(Woreda and/or DA level).................................................................. 25
Appendix 3: Data Collection Format(CWTand DA).................................................................................. 31
3. ii
L I S T O F A B R I V A T I O N S
MERET: Managing Environmental Resources to Enable Transitions to more sustainable Livelihoods
CWT: Community Watershed Team
HH: Household
DA: Agricultural Development Agents at kebele level
IGA: Income Generating Activity
NPCO: National Project Coordination Office
RPSU: Regional Project Support Unit
4. iii
A P P E N D I C E S
Appendix 1: Data collection format (household level)............................................................................... 16
Appendix 2: Data collection format(Woreda and/or DA level).................................................................. 25
Appendix 3: Data Collection Format(CWT and DA)................................................................................. 31
5. 1
1 . I NT RODU C TI ON
Land degradation due to soil erosion has become a very serious problem, especially in the
Ethiopian highlands where most of the economic activities are concentrated. It has reduced land
productivity and created food insecurity among the rural communities who depend on land for
their living. Food production in these areas had reduced to the extent that these communities
needed external food assistance for up to six months in a year. This food assistance became
available through the World Food Program assisted project called Food for Work-ETH2488
project which was started in 1980. For this food support, the communities were required to work
on the soil and water conservation and afforestation activities. With subsequent improvements in
the project activities such as adopting a participatory watershed development approach, including
productivity improvement and income generating activities, this project was renamed as MERET
project. The major objectives of the MERET project have been to rehabilitate the degraded
natural resources and improve land productivity and income to improve livelihoods of the people
and reduce their dependence on the food assistance. The activities of the MERET project are
effective in conservation of natural resource, improved farm productivity and income which
finally reduced food insecurity by half.
As a result of MERET project activities, many sites are restored and livelihoods of the people
have been improved. In spite of these impressive achievements, food assistance continued in
these sites which otherwise would have been more effectively utilized in other areas where
similar problems were still existing. While on one hand new areas are waiting for similar
interventions and on the other hand external assistance is shrinking, it could be wise to decide
that those sites which have been satisfactorily improved, food assistance must be terminated.
Interestingly some sites have been continuously receiving food assistance for over two decades.
In view of the above mentioned phasing out strategy was prepared, reach consensus and
distributed to project regions.
However, there was no clear implementation guideline with the pertinent tools and indicators,
procedures, timetable to complete the process, duties and responsibilities of key stakeholders.
This necessitated the formulation of clear and well established norms for phasing out. Hence, the
6. 2
The guideline provides basic information on phasing out including concepts, procedures, key
indicators and duties and responsibilities of concerned parties and will help in deciding to phase
out from sites with minimum or no support.
7. 3
2 . CON C E P TS O F P HASING O U T
Phasing out strategy is an approach where a site would be evaluated against defined indicators or
parameters that make it eligible for the exit. Phasing out in MERET context is defined as a
termination of the provision of food as an incentive and minimize the frequency of supervision
and technical support for the development interventions as a result of completion of major labour
intensive activities, while the project beneficiaries have acquired relatively adequate knowledge
and skills to continue the activities by linking the remaining tasks to other programs/government
extension. Phasing out strategy will be based on many factors which would be considered during
evaluation of a particular site. However, phasing out from particular watershed does not mean
abandoning all services. There is no doubt these areas may not attain optimal economic
transformation and self-sufficiency. They require more innovative technologies and technical
support to enhance agricultural dynamism and livelihoods advancement. Therefore, it is
important that such requirements are well understood both in terms of diversity of technologies
and supports required. Thus, responsible government bodies should carefully pursue the
fulfilment of such requirements for the communities after phasing out from sites.
It is well known that projects are established for a defined period of time with defined resources.
Likewise, MERET project has definite objectives and should operate in the same site for a
defined time frame. Thus, this guideline introduces some basic procedures to ensure planning
and implement effective phasing out strategy. Many experiences have shown that without
phasing out strategy, it is difficult to reach consensus on when and how to terminate on-going
supports. The difficulty arises from a failure to determine the optimal time indicating that the
pre-defined objective has been met. Furthermore, it is important to plan phasing out strategy
because of the following main reasons:
The intensive focus of resources on an area for a limited period of time is expected to
catalyse self-sustaining development but development is a continuing process and it
8. 1
is important to maintain continuity with regular extension service after phasing out of the
project.
When the project comes to an end, there may be tasks left to do as community needs have
not yet met. These tasks need to be continued with the regular extension and support from
other sources.
Getting into an area is often easier than getting out. Thus, the phasing out strategy keeps
the community alert and aware of the objectives of the project that it will terminate after
achieving its objectives.
Phasing out strategy should be designed to secure the resources that have been
invested in the area.
Degraded land rehabilitation requires huge resources that should be used
economically to reach out the rest of degraded areas with similar problems.
The strategy may be viewed simply as the set of information that will be used to demonstrate whether
the desired objective(s) has been achieved or not.
2 . 1 E n s u r i ng t ime l y p h a s in g o u t
Generally, there is no standard pattern in all projects for phasing out. Thus, activities in MERET
project should be reviewed based on the objectives for which they were designed, sustainability of the
assets created, continuity of the technologies and associated technical supports. In general, the main
points underlined in the implementation of phasing out strategy could be viewed under the framework
of the following checklists:
What are the major assets created that require special maintenance and protection?
Who will be responsible for handling that activity?
Is there an organization or agency to which it should be transferred?
How will the activity be transferred?
Are there performance specifications to be maintained?
Who and how will it be monitored?
What will be the role of the community in managing or monitoring?
9. 2
How the community role will be supported?
What is the role of the local authorities?
What are the major innovative technologies and technical supports needed for the
community and responsible stakeholders?
3. O b j e c tive s of t h e gu id e lin e
The objectives of the guideline are to:
Create a common understanding among stakeholders on the approach to be followed,
Clearly define and establish step by step procedures to be followed and
Define the roles and responsibilities of stakeholders at various levels of working.
4. S c op e of t h e gu id e lin e
The guideline will be implemented by 451 MERET project community watersheds existing in 72
woredas of 5 regions and Dire Dawa administrative council. Except for a few sites, the project has
been implemented for more than 10 years. During the implementation period, the project intervened in
several development areas and as a result many community watersheds have registered
remarkable results in the area of degraded area restoration and livelihood improvement.
However, there are sites which are still implementing below standards of MERET project and didn’t
bring expected outputs comparing to their stay. The indicators described in the present guideline
deemed to be implemented in those watersheds which have shown relatively satisfactory results in the
major project intervention areas/ outputs. Thus, Phasing out from those sites that have been
implemented for several years, and where expected outputs were not recorded cannot be
entertained with this guideline, but should get appropriate phasing out decisions through administrative
bodies at federal, regional and woreda levels.
Finally, as far as MERET project is recognized programmes/projects which are engaged in community
based participatory watershed development; especially Productive Safety Net Programme can use the
guideline regardless of the existing guidelines.
10. 3
5 . P r o c e d ur e s i n im p le men t i n g p h a s in g o u t s t r a t e g y
The phasing out assessment on a particular site will be undertaken based on the indicators provided in
the guideline and this assessment will be carried out by the team formed in the woreda natural
resource conservation, protection and management process. The team members may vary according to
the availability of the staff and the organizational structure of the regions, but it should include Natural
Resources Conservation Development Agent (DA), woreda soil and Water conservation expert,
livestock expert, land administration expert, forestry/Agroforestry expert, horticulture expert, socio
economist and zonal NR/rural development expert. The task force reviews and examines the report
of project focal person and further assess the detail conditions of the proposed watershed(s) based on
the established criteria for phasing out. This team will carry out the assessment following a step by
step approach on each site and final decision will be made whether the site is ready for phasing out or
not.
Steps:
1. The team will scrutinize the inventory on various activities and assess whether the site is really
ready for phasing out.
2. Once agreed to the proposal, orientation and awareness creation among the beneficiaries
should be implemented if the watershed qualifies for phasing out in order to assist the
community grasp the rationale behind the phasing out and their afterwards
responsibilities,
3. After conducting awareness creation among the community, the team will undertake
inventory on the created assets (soil and water conservation technologies, forestry and agro
forestry resources, horticultural and fruit production practices, and other homestead and IGA
activities) and also assess the different socio economic resources prevailed as the result of
project activities,
4. The team presents its findings to the woreda Natural Resources Process owner with
possible recommendations. The process owner with his possible suggestions presents the result
to the office for a final decision,
5. The woreda office of Agriculture when agreed submits to the woreda administrator for
approval. After the approval of the woreda administrator, the woreda office of agriculture
11. 4
submits to the regional MERET project coordinating unit, Bureau of Agriculture.
6. The regional MERET coordinating unit in consultation with the natural process owner
immediately responds to the woreda for approval or disapproval of the site for phasing out,
7. If the proposal is approved by the region then the phasing out ceremony has to be
organized by woreda office of agriculture to officially hand over the site to the
community. On the occasion, the respective officials from bureau of agriculture, national
project coordination office, WFP sub office and woreda administrator and woreda sector
offices can be represented, and
8. Certification of appreciation and Congratulations award can be prepared and given to the
active development practitioners and farmers who have changed their livelihoods through the
different supports from the project during the handing over ceremony.
5 . S amp le s i z e of d at a c o l l e ction
Data can be collected from primary and secondary sources. Secondary data can be from woreda and
DA offices while the primary data could be collected from beneficiary households, community
watershed teams, Development agents and Woreda experts. Household data collection can be
undertaken using random sampling method. The minimum proposed sample size of households in
the watershed is 10%
6 . De c ision makin g
Following the summary of the results under all indicators, the final decision for phasing out from the
site can be undertaken when the total outcome is ≥ 75 %. The minimum result described above
should be supported with the technical observation undertaken by the organized technical team
in the woreda. Regarding the total outcome; although it is utilized for phasing out purpose, it could
serve as a benchmark for monitoring and evaluation of the project’s performance. Thus, all concerned
stakeholders could aware themselves for better result in due time
7 . In d ic ators for p h asin g o ut
It is always important to have clear and unambiguous indicators that will be acceptable and
12. 5
convincing all the responsible bodies (stakeholders) to phase out from a given site at the right time
and stage without causing gaps. The indicators established for phasing out from MERET site
includes ranges and diversity of the right mix of sustainable land management practices applied
throughout a catchment and the level of achievements meeting the objective of the project. This is
determined through a series of evaluation process employed using pre- defined indicators. In the
evaluation process, the achievements would be critically assessed in terms of the relevance of
technological mix, level of achievements, community participation and sense of ownership and
whether the objective of the project is met or not. The proposed indicators for phasing out from
MERET sites could be few in number. However, this can be enriched in the process of exercising the
implementation of phasing out strategy. In general, care should be taken to ensure that additional
indicators are consistent with the purpose and the end results of the project and also do not conflict
with already established ones. The proposed indicators can broadly be categorized into:
physical/environmental and socio economic development works.
7 . 1 T he l evel of w ater ha rvesti ng a n d physi ca l soi l a nd w ater
con s e r v ation m ea sures
The area, which was previously degraded, is expected to have been covered with various.Water
harvesting and soil and water management structures in order arrest the accelerated flood and
effectively control soil erosion. These activities are critically important in the rehabilitation of
degraded lands, restoration of hydrological balance and improvement of productivity in the
watersheds. Land degradation affects the whole agro- ecosystem, including the hydrological
balance and availability of water for the community. Thus, the implementations of physical
measures together with the vegetative measures are expected to have restored the disrupted
hydrological balance and degraded ecosystems. The principal idea is the application of intensive
water harvesting and soil and water conservation technologies to capture the rainwater in the
catchments which eventually creates opportunities for improving ground water sources and
restores agro-ecosystem. The practices which have been carried out include different in-situ
water conservation techniques (eye brow basins, micro basins, herring bone and trenches),
hillside terraces, farm land terraces,Gully rehabilitation measures, waterways and cut off drain.
13. 6
Therefore, the evaluation process critically takes into account all these aspects and makes sure that
all these requirements are met.
7 . 2 B iolog i c al soi l a nd w ater con s e rva t ion a cti v iti e s i mproved
The loss of vegetation cover (trees, shrubs, grasses, etc.) as a result of land degradation is one of the
major concerns threatening the environment and socio-economic conditions of the community in
degraded ecosystems. The rehabilitation of degraded ecosystems, restoration and optimization of
vegetation cover and biomass production is among the indicators for the maturity of the site for
phasing out. The progress made from this perspective should be critically assessed using the
established indicators before phasing out from the site. The fulfilment of these requirements is of
paramount importance for stabilizing the ecosystem, fulfilling households’ demands for timber, fuel
wood, livestock feed, income generation and for improving food security. The practices include
plantations in the hillsides, on individual farms as woodlots, farm boundaries, homesteads as well as
closure management, forestry and agro forestry practices. All these should be taken into account in
the process of evaluating the site for maturity.
7 . 3 Adopti on a nd i mplemen tation of soil f er t il i ty m an a g em ent
p r a cti ces
Soil fertility management practices are among the major components of sustainable land
management practices that improve productivity and contribute to food security. Therefore, the
number of households practicing possible soil fertility management practices could be an
indicator for phasing out from the site. The practices may include compost/farmyard manure
preparation and use, green manuring, improved agronomic practices (crop rotation,
mulching, etc.) and using leguminous plant species in land management practices.
7 . 4 Access to w a ter sour ces d eveloped
Small scale water source development has become an essential activity of the project with
immense potential for intensification of productivity and huge income generation that
enables averting bad image of poverty. It boosts the chances of prosperity among the
14. 7
beneficiaries. Among various water source development technologies small scale water
harvesting, household ponds, community ponds, roof water harvesting, check dam ponds,
Spring development and small scale diversion weirs will be considered. The magnitude and
extent of these activities can also be taken as an indicator for considering the maturity of the site
for phasing out.
7 . 5 T he l evel of comm un i ty sel f-hel p con tr ib ution
The quantity, quality and type of self-help activities carried out by the communities
themselves are among the important indicators for the commitment of the community towards the
rehabilitation and management of their resources. The information collected from the annual reports
show that the total share of communities’ self-help activities is increasing from year to year in
MERET sites. In some regions the total share of self-help activities reaches above 40% of the total
labour invested. This clearly indicates the growing interest of the community to expand their
contribution for land rehabilitation as a result of tangible results and benefits being accrued from
Integrated watershed management interventions.
7 . 6 In c ome gener atin g acti vi ties i n the comm un i ty w ater shed
Income generating activities such as horticultural development, dairy, poultry, apiculture, high
value (cash) crop production, etc. Support the livelihoods of millions of smallholder farmers in
Ethiopia. MERET project focuses on the improvement of livelihoods of the beneficiaries
through the introduction and adaptation of improved technologies identifying from research
institutions and elsewhere. For small farmers with extremely limited land holdings the integration of
income generating activities (IGA) has been very appropriate for improving their livelihoods as most
of the income generation packages require a smaller area of land in contrast to most of the cereal
crops. The selected packages are not only improving the livelihoods of the beneficiaries, but also
contribute to sustainable management and development of natural resources. That is, as they are
providing alternative income sources for the poor, they reduce encroachment on communal hillside
forests. Hence, the existence and expansion of eco-friendly, socially/culturally acceptable and
economically feasible income generating activities are critically important to guarantee sustainability
15. 8
of the natural resources. The other important aspect that should be considered when phasing out
from the site include percentage of user groups organized for asset management and/or income
generation; level of community solidarity and community’s intention to participate in supporting the
poor households, etc.
7.7 Capacity of the community to manage the assets created
The understanding and consciousness level of the community in handling the created and/or existing
assets in the watershed is very important for the continued development of resources in the
watershed. Moreover, the capacity of the community to access the essential outputs by themselves
while assuring sustainable development and management of the assets is also an important aspect
to consider before phasing out from the sites. Leadership quality and accountability of the
community in managing the resources is an important element when phasing out. With the true and
effective participation of the watershed beneficiaries, it is important to introduce and apply
communally agreed bylaws for equitable utilization; development and management of the resources
in the watersheds.
7.8 Food gap and household livelihood
The underlying cause of formulating and implementing watershed based development and food security
projects is the occurrence of chronic food gap in the project areas. Hence, assessing the food self-sufficiency
condition of the project beneficiaries should be taken into consideration while phasing out plan is
implemented. The initial average food shortage in MERET project areas is 6 months. After five years of
rehabilitation and associated works the average food gap in MERET sites normally reduce to 3months
Ranking and scoring methodology
Ranking and scoring of the decision elements or criteria are made based on linguistic measures
developed by Saaty (1980) on the scale of 1 to 8 semantic differentials scoring to give relative
rating. The outputs/major criteria for decision stipulated in the table below were distributed to
different experts including the regions. Every person compared the outputs pair-wise upon
logical understanding about the importance of the criteria for phasing out. The scale of
differential scoring presumes that the row criterion is of equal or greater importance than the
column criterion. A decision matrix is constructed using Saaty’s scale and factor attributes are
compared pair-wise in terms of importance of each criterion/decision element to that of the next
level. Once the pair-wise matrix is made, Saaty’s method of eigenvectors/relative weights are
16. 9
calculated by equations. Determining the consistency ratio (Cr) involves skill and logic and if the Cr
< 0.10, then the ratio holds consistency otherwise the ratio is inconsistent. The Cr found in the
calculation for our output/criteria using Saaty’s methods is 0.03. Hence, scoring and ranking of the
decision criteria/elements is logical.
T a b l e 1 : Sum ma r y o f ma jo r p r o je c t o u tp u ts a n d i n di c a t o r s fo r
r a ti n g
No Focus areas and achievements Weight Rated score
1
Area of Land covered with Physical
soil and water conservation and /or
moisture harvestingTechnologies
22
1.1
Area treated with moisture harvesting and/or
physical soil and water conservation in the
hillsides/degraded lands (6pts)
6, if ≥ 90%
5, if 85 - 89%
4, if 80 - 84%
3, if 75 - 79%
2, if 70 - 74%
1, if 65 - 69%
1.2
Farm lands treated with physical soil and water
conservation practices (6pts)
6, if ≥90%
5, if 85-90%
4, if 80-84%
3, if 75-79%
2, if 70-74%
1, if 60-69%
1.3
Gullies in the watershed treated with physical
soil and water conservation measures(5pts)
5, if ≥ 85 %
4, if 80-84%
3, if 75-79%
2, if 70-74%
1, if 65-69%
1.4
Grazing lands treated with physical soil and
water conservation practices. (5pts)
5, if ≥85%
4, if 80-84%
3, if 75-79%
2, if 70-74%
1, if 60-69%
17. 10
2
Area covered with Biological soil and
water conservation activities
16
2.1
Area of Degraded land and/or hillside under
closure management (3pts)
3, if > 80% degradedLand or
hillside closed
2, if 75 - 79% degraded land or
hillside closed
1, if 65 - 74% degraded land or
hill side closed
2.2 Area covered with plantation (4pts)
4, if ≥ 90%
3, if 84 - 89%
2, if 80 - 84%
1, if 75 - 79%
2.3
Percentage of farm lands treated with
vegetative measures (E.g. Bund
stabilization) (5pts)
5, if ≥ 50%
4, if 45 - 49%
3, if 40 - 44%
2, if 35 - 39%
1, if 25 - 34%
2.4
Gully area treated with vegetative measures
( covered with vegetation) (4 pts)
4, if >85%
3,if 75-84%
2,if 65-74%
1,if 55-64%
3
Soil fertility managementPractices
adopted
11
3.1
Percentage of the beneficiary households
practicing soil fertility management techniques
(compost, green manuring) (5pts)
5, if ≥ 80%
4, if 70 - 79%
3, if 60 - 69%
2, If 50 - 59%
1, if 40 - 50%
3.2
Percentage of farm land closed from free grazing
(6pts)
6, if ≥ 50%
4, if 44 - 49%
3, if 40 - 44%
2, if 35 - 39%
1, if 25 - 34%
4 Access to water sources developed 10
4.1
Percentage of community members who
adopt water harvesting technologies (2pts)
2, if ≥15%
1, if 5 - 14%
4.2
Percentage of HHs who have access to water
sources.(2pts)
2, if ≥ 15%
1, if 5 - 14%
18. 11
4.3 Percentage of functional water user groups (2pts)
2, if ≥ 25%
1, if 5 - 14%
4.4 Area covered with small irrigation(2pts)
2, if ≥ 5%
1, if 2 - 5%
4.5 Percentage of functional water points(2pts)
2, if >50% of water points
functioning
1, if 30-49% of the user groups
functioning
5
community self-help contribution in
activity implementation increased
11
5.1 Percentage area treated with physical soil
and water conservation measures through self-
help (3pts)
3, if ≥ 50%
2, if 40 - 49%
1, if 25 - 39%
5.2 Percent of area closure managed through
community internal resources( self-help) (2pts)
2, if ≥ 100%
1, if 80 - 99%
5.3 Percentage of water points implemented
through community internal resources (2pts)
2, if ≥ 50%
1, if 30 - 49%
5.4 Percentage of forestation and reforestation
activities implemented through community
internal resources (3pts)
3, if ≥ 50%
2, if 40 - 49%
1, if 30 - 39%
5.5 Percentage of the community assets maintained
by the community (1pt)
1, if ≥ 100%
0,if <100%
6
Income generating activities
diversified and enhanced
10
6.1
Percentage of beneficiary households undertaking
income generatingactivities (3pts)
3, if ≥ 50%
2, if 30 - 49%
1,if 20-29%
6.2
Percentage households who implemented two or
more IGAs(3pts)
3,if ≥50%
2, if ≥ 50%
1,if 30 - 49%
6.3
The percentage households who have access to
revolving fund (2pts)
2, if ≥ 15%
1, if 5 - 14%
6.4
Percentage of households organized in user
groups for income management( 2pts)
2, if ≥ 80%
1, if 65 - 79%
7
The capacity of the community in
project cycle management improved
12
7.1
Frequency of meeting of the community to
revise their watershed plan(3pts)
3, if once per year; done
together with the involvement of the
community
2, if once per year; done only with
CWT and DA
19. 12
1, if one per year, done by DA
7.2
Percent of regular meetings held by the CWT
as per their plan. (3 Pts)
3, at least in a month
2, once per three months
1, once biannually
7.3
Capacity of the CWT in maintaining
records(3pts)
3, if they atleast maintained
watershed plan and minutes
2, if they maintained atleast
watershed plan
0, if they have no records
7.4
Percentage of community members respecting/
implementing community bylaws (3pts)
3, if ≥ 75%
2, if 55 - 74%
1, if 45-54%
8
Increased ability to manage shocks
and meet necessary food needs and
diversify livelihood
8
8.1
Percentage of the households claiming income
increment (4pt)
4, if ≥ 90%
3, if 80-89%
2, if 60-79%
1,if 50-59%
8.2
Percentage of the households claiming reduction
in food deficit at least two months (4)
4, if ≥ 90%
3, if 80-89%
2, if 60-79%
1,if 50-59%
Total 100
9. Duties and responsibilities of stakeholders
9.1 National Project Coordination Office (NPCO)
Facilitates the preparation of phasing out guideline and get it endorsed by all
stakeholders,
Creates awareness among the project staff and stakeholders about the phasing out
strategy and its implementation,
Involves in the selection of at least one model matured site in each region and
supports proper phasing out from the given site. The selection process and
implementation of the phasing out strategy for the 1st
site will be undertaken under
close monitoring and support of NPCO,
Assists the regions in the preparation of appropriate formats for taking inventory of the
20. 13
assets created in the watersheds,
Assists the regions in developing viable sample bylaws that further ensure
sustainable management and protection of created assets,
Monitors and closely follow up the implementation of the phasing out strategy for a
site, reaching maturity as per the procedures in the guideline, and
Works closely with the regional Agriculture bureaus to ensure that the sites get proper
extension services.
9.2 Regional Bureau of Agriculture and/or RPSU
Creates awareness among all stakeholders responsible for the implementation of the
phasing out strategy in the region,
Supports, assists and Provides technical support to the woredas in the process of
selecting matured sites of phasing out
Examines the phasing out plan proposed by the woredas and immediately responds
to the woredas with necessary amendments to continue with the plan,
Facilitate resources needed to implement the phasing out strategy,
Support the woredas in preparing official handing over ceremony and facilitate for the
participation of concerned organizations on the ceremony,
Prepares and delivers regular reports to the national project coordination office as required
and
Continues over-seeing the sustainability of the assets created in the sites and makes sure that
the community is getting innovative technologies and technical supports after phasing out of
the project
9.3 Zonal department of Agriculture (if exists)
Participate in awareness creation process among all stakeholders responsible for the
implementation of the phasing out strategy in the woredas and target communities,
Support woredas in identifying sites ready to implementing phasing out strategy,
Provides technical support, closely monitors and follows up the implementation of the
phasing out strategy as per the guideline and makes sure that it is done accordingly,
Support the woredas in preparing official handing over ceremony and facilitate for the
21. 14
participation of concerned organizations on the ceremony and
Prepares and delivers regular reports to the regional project coordination office as required.
9.4 Woreda Agriculture Office
Discusses with the community about the objectives and rationale of MERET
Phasing out strategy,
Facilitate resources needed for implementation of the phasing out strategy,
Takes an inventory of the created assets together with the community representatives as per
the format prepared for this purpose,
Evaluates and grades the level of results as per the pre-defined indicators for the results,
Officially hands over the sites to the community in an organized ceremony with binding
duties and responsibilities stipulated in the agreement document and signed by the
responsible parties,
Organizes the community into groups and subgroups for proper protection, management and
utilization of the resources rehabilitated and created assets,
Facilitates the establishment of bylaws for the community based on the conceptual
framework developed by NPSU/RPSU that guarantees the sustainable protection,
management and further consolidation of the development endeavours in the watersheds,
Closely supervises and follows up the implementation of the duties and
responsibilities of the community as per the agreed bylaws,
Provides, if necessary, the hand tools required for the maintenance and sustainable
management of natural resources in the area,
Monitors the sustainable management of the phased out community watershed and
identifies other supports if needed,
Provides technical supports and closely monitors the innovative technologies provided by
NPCO/RPSU,
Makes sure that the community gets innovative technologies and technical supports
from all rendering these services.
9.5 Kebele administration
On behalf of the community, it takes over the created assets and signs agreement with the
22. 15
Woreda office of Agriculture (WoA),
Actively participates in the preparation and development of bylaws for the
sustainable management of the created assets ,
Assumes the responsibility of persuading and coordinating the community members
for the protection and utilization of the created assets as indicated in the bylaws and
Coordinates the community in undertaking the remaining watershed
development and management activities.
9.6 Community watershed team
Actively participates in the preparation and development of bylaws for the
sustainable management of the created assets,
Regularly monitors the sustainability of the community’s as well as households’
assets,
Coordinates the beneficiary community members for the works as appropriate, and
Makes sure that appropriate measures are taken against the defaulters
23. 16
R E F E R E N C E S
Agri-service Ethiopia(1999), Phasing out strategy, final draft by Amanuel Assefa, Addis Ababa,
Ethiopia
GTZ-SUN oromiya(2010), Assessment of SUN Watersheds: Status and Exit strategies
World Food Programme(2009),MERET project phase out strategy, drafted by Arega Yirga, Addis
Ababa, Ethiopia.
Henrique, M.L., Chaves and Suzana Allapaz,2006. An Integrated Indicator Based on Basin Hydrology,
Environment, Life, and Policy: The Watershed Sustainability Index.
MERET project phasing out strategies (2009), Ministry of Agriculture, Addis Ababa, Ethiopia
24. 17
A p p e n d i x 1 : D a t a c o l l e c t i o n f o r m a t ( h o u s e h o l d l e v e l )
PERFORMANCE ASSESMENT FOR PHASING OUT
HOUSEHOLD LEVEL
SURVEY QUESTIONNERY
I. Household Background
Interviewer’s Name
Date
Region
Zone
Woreda
Kebele
Watershed
Name of the Householder: ______________________Sex:_____
Family Size : _______________________
Total Landholding size ( ha) ; _____________________
Livestock
Type Number
cow
oxen
bull
calves
sheep
goat
horse
muel
donkey
chicken
25. 18
I. Soil fertility enhancement and management practices assessment
2.1 Are you exercising soil fertility management practices in your farmla a) Yes b) No
2.2 Which soil fertility enhancement technologies do you use? a) Inorganic fertilizer b) Organic fertilizer
c) both
2.3 If you use soil fertility management practice, to what extent (fill below)?
Type
Area in
hectare For which crops
%
1. Total Cultivated land
2. The area covered by Chemical
fertilizer
- DAP
- Urea
3. Area covered by Organic fertilizer
- Compost
- Farmyard/animal manure
- Mulching
- Green Manure
4. Cultivated land without Organic
/Inorganic
2.4 Are organic fertilizers lone sufficient for your crop production requirements? a) Yes b)
No
2.5 If not, what is/are the reason/s?
□Lack of biomass □Lack of technical support □labour constraint
□lack of experience □All
□Other specify _____________________________________________
2.6 What are the main benefits resulting from the applied soil fertility techniques?
i. Increased production
ii. Reduced soil erosion
iii. Increased soil moisture
26. 19
iv. Reduced the requirement of chemical fertilizer
v. All the above
vi. Other, specify_____________________
2.7 Extension services/ DAs support in soil fertility management at the homesteads: Rate: Good
Medium Poor
2.8 Challenges and/or limitations experience in the spreading of the technology to all of the community
members; if there are any?
III. Assessment of Income Generating Activities at household level
3.1 Are you practicing Income Generating Activity at household a) Yes b) No
3.2 If NO, Why? Give reason/s (tick)
i. Lack of awareness
ii. Lack of knowledge and skill
iii. Lack of credit
iv. Lack of access to market
v. Lack of inputs
vi. Lack of budget
vii. Lack of water availability
viii. Lack of farmland
ix. Other reason specify__________
3.3 If Yes, in which type and to what extent? And how significantly are you getting income from the
implemented IGAs at HH level? Fill the table below
Type of IGAs
Unit
Amount
How significant have you
obtained additional income?
Good Medium Poor
1. Trees from private woodlot Ha.
2. Fruit production No.
3. Vegetable production Ha.
4. Cash crops Ha.
27. 20
5. Bee keeping No
6. Poultry No.
7. Small scale fattening
7.1 Oxen No
7.2 sheep &/or Goats No
8. Dairy No
9. Other, specify….
10.
3.4 What proportion of the product /yield of the IGAs have you used for Market and/ or for home
consumption in the last year ?
Type of IGAs
Unit
Amount
% of Usage (Estimate )
% for home
consumption
% for Market
1. Trees from private woodlot Ha.
2. Fruit production No.
3. Vegetable production Ha.
4. Cash crops/ yield Ha.
5. Honey Kg
6. Egg No.
7. Chicken (for meat) No
8. Small scale fattening
8.1 Oxen No
8.2 sheep &/or Goats No
9. Dairy No
10. Other, specify….
3.5 Have you trained in the technical management and handling of Income Generating activities? Yes
a) No
3.6 Are you getting extension services/ DAs support in the management and handling of the Income
Generating Activities at the homesteads: Rate: Good Medium Poor
3.7 What challenges and/or limitation are you facing (if) while practicing the IGAs and give your
28. 21
comments and suggestion to improve the situation.
_______________________________________________________________________________
_______________________________________________________________________________
_______________________________________________________________________________
_______________________________________________________________________________
_______________________________________________________________________________
_______________________________________________________________________________
_______________________________________________________________________________
4 Assessment of Water facilities at Household level
Question 4 - For analysis
4.1. Do you have water points/ facility at household level? a) Yes b) No
4.1.1 If yes, what type
a) Micro pond
b) Hand dug well
c) Spring
d) Roof water harvesting/reservoir
e) Other type, specify _____
4.1.2 When did you develop?
a) Before the project intervention
b) During the project intervention period?
4.2 What are the benefits from the water facility/points?
a) Water for human consumption, and less distance to travel
b) Water for livestock consumption, and less distance to travel
c) Water for Irrigation
d) Other, specify_________________________________________________
e) A combination of the above, specify _________________________________
29. 21
5 IV . Criteria/ Output (8) Increased ability to manage shocks and meet necessary food needs and
diversify livelihood
Question 5- For Indicator 8.1: Percentage of the households claiming
income increment
Q5.1 According to your opinion, has agricultural production (crop and
animal husbandry) increased as a result of MERET interventions?
Yes No
Q5.2 If YES, which MERET interventions were responsible for this, in order of
importance?
1.
2.
3.
4.
5.
Q5..3 According to your perception, how has your income changed since the start of the
project due to MERET interventions?
Declined Remained the same Increased
Q5 .4 If increased, which MERET interventions were responsible for this, in order of
importance?
1.
2.
3.
4.
30. 22
Q5.5 If increased, has your expenditure increased too? Yes No
Q5.6 If YES, which major items were included in your expenditure? (Tick all that apply)
Bought breeding animals Bought oxen
Bought horse/mule Bought Donkey
Covered education expenses Covered medical expenses
Bought radio Bought agricultural tools
Constructed new house Paid Loan
Social Obligations e,g (EDIR) Other, specify:
Q5 .7 To what extent has your income increased during as a result of MERET? (Tick one of the
following)
Substantial increase Medium increase Low increase
No increase
Question 6. - for Indicator ( 8. 2) : Percentage of the households claiming reduction in food deficit
at least two months
Q6.1 How many food deficit months did your household encounter
during the last year?
________________
Q6.29 Was last year a good, normal, or a bad
year?
Good Normal Bad
Q6.3. Before last year, how many months per
year did you experience food shortages?
Goodyear Normal
Year
Bad Year
31. 23
Q6.4 How did you meet your family’s food requirements during food deficit months last
year?
(Tick all that apply)
Participation in FFW activities Casual labour
Borrow of grain from others Selling of non-productive household assets
Contract farm land Selling of forest products
Remittances Petty trade
Other, specify:
Q5.12 Has your ability to cope with shocks, improved since your participation in the
project? (Tick one of the following)
Significantly improved Moderately improved
No change Worsened
-
6. 7 Household asset
S.no Items
Before project intervention Currently
Amount
Estimated value in
Birr Amount
Amount
Estimated value
in BirrHouse
House other than residence
Livestock in TLU
Forestry/fruit
Eucalyptus
Avocado
Mango
Q6.5 Compared to the last five years, how do you judge your food security situation of
today? (Tick one)
Improved significantly No change
Improved slightly Worsened
Q 6.6 By how many months has reduced? ______________
32. 24
Orange
Apple
Other Agroforestry
Valuables
Jewellery
Wrist watches
Agricultural equipment
Hoe
Maresha
Sickle
Axe
Others
Non-agricultural
equipmentsCarpenter equipment
Black smith equipment
Weaving equipment
Building equipment
Others
Household goods
Bed
Tables & chairs
Radio/tape recorder
Sanduk, Kumsaten
Other kitchen equipment
Deposit in cash
Cash you lend to other
33. 25
A p p e n d i x 2 : D a t a c o l l e c t i o n f o r m a t ( W o r e d a a n d / o r D A l e v e l )
PERFORMANCE ASSESMENT FOR PHASING OUT
DATA COLLECTION & ANALYSIS
FORMAT
DATA COLLECTORS
Name Position Signature
I. BACKGROUND OF THE WATERSHED
1.1 Region: _____________________
1.2 Woreda: ____________________
1.3 Kebele: _____________________
1.4 Watershed Site: ____________________
1.5 Location (GPS) N_______ E_______
Altitude__________________meters
1.6 Agro-ecological zone (choose)
a) Dega
b) Weyna dega
c) Kolla
1.7 Number of beneficiaries Households :______________
1.8 Total Population in the Site:________Male_________female_______
1.9 Average family size :__________
1.10 Average total landholding size (ha) per family head ________
WOREDA & SITE (DA)LEVEL
34. 26
1.11 When did MERET project start operating in the watershed/ site? Month:
________ Year: ________(European colander)
1.12 What is the total area of the watershed in hectares? ___________
II. Criteria/Out put 1. Area of Land covered with Physical soil and water conservation and
/or moisture harvesting technologies
Question 1. For indicator1.1
1.1 What area of the hillsides and or/degraded land have been treated with moisture
harvesting and/or physical soil & water conservation? __________(ha.)
1.2 What area of hillside and/or degraded land is still untreated or need to be treated with
moisture harvesting and /or physical soil and water conservation measures? : ___________
(ha.)
1.3 Total area (in hectares): (1.1) + (1.2) =_________ ha.
1.4 Percentage area of the hillsides and/ or degraded land treated with moisture harvesting
and/or physical soil & water conservation measures: ___________%
( % = (1.1)/(1.3) x 100% )
Question 2. For indicator 1.2
Total farmland area in the watershed: ___________ha.
2.1 What area of farm land has been covered or treated with physical soil & water
conservation measures (SWC) until now? ___________ha.
2.2 The percentage of the farm land treated so far with physical SWC measures: ______% (
% = (2.2) /(2.1) x 100%)
2.3 Area of untreated farm land which needs to be treated with physical SWC measures:
______________ha.
QUESTION 3 – for indicator 1.3
3.1 Area (hectare) of Gully rehabilitated/treated by physical soil & water conservation:
:_______________ha.
3.2 Area of gully still untreated/which need to be treated by physical soil & water conservation
measures: _________ha.
3.3 Total area of gully (treated and untreated)/ (3.1+3.2) :_________ha
3.4 Percentage (%) of gully treated by physical soil & water conservation measure: ________%
(= (3.1) / (3.3) * 100%)
35. 27
QUESTION 4 – for indicator 1.4
4.1 Total grazing/grass land area in the watershed (in hectare): ___________ha.
4.2 Area of grazing land covered / treated with physical soil & water conservation measures
(SWC) until now: ___________ha.
4.3 Percentage (%) of the grazing land treated with physical SWC measures so far
__________% { = (4.2) /(4.1) * 100%}
4.4 Area of untreated grazing land which needs to be treated with physical SWC measures:
______________ha.
Recommendations of the woreda task force:
_________________________________________________________________________________
_________________________________________________________________________________
_________________________________________________________________________________
_________________________________________________________________________________
_________________________________________________________________________________
_________________________________________________________________________________
_________________________________________________________________________________
________________________________________________________________________________
III. Criteria/Output Area covered with Biological soil and water
conservation activities
QUESTION 5. –For indicator 2.1
Total area land that was / is degraded and/or hillside in the watershed: ___________ha.
5.1 Area of degrade and/or hillside land under closure management: __________ha.
5.2 Percentage (%) of degraded and/or hillside areas under closure management:
_______% {= (5.2) /(5.3) x 100%}
QUESTION 6. – For indicator 2.2
6.1 Area of the watershed covered with tree plantation: _________ha.
a) Area of communal land covered with tree plantation: ______ha.
b) Area of individuals’ land planted by tree/woodlot/: ________ha.
c) Closure area with enrichment plantation: _____ha.
6.2 An area of land that need to be planted with trees: __________ha.
6.3 Total plantation area( planted + to be planted): _________ ha. { = (6.1) + (6.2) }
36. 28
6.4 Percentage (%) of the area covered by plantation : ________%
{ % = (6.1)/(6.3) *100% }
QUESTION 7. – For indicator 2.3
7.1 Total farmland area in the watershed (in hectare):___________ha.
7.2 Area of farm land treated with biological measures, (Eg. , bund stabilization, grass strip,
Agroforestry):_________ha.
7.3 Percentage ( %) of farm land treated with biological /vegetative measures: _______%
{ % = (7.2) /(7.1) x 100%}
QUESTION 8. – For indicator 2.4
8.1 Area (hectare) of Gully rehabilitated/treated by vegetative measures: _________ha.
8.2 Area of gully still untreated/or which need to be treated by vegetative measures::
__________ha.
8.3 Total area of gully (treated with vegetative measures and untreated): ________ha. { =
(8.1) + (8.2) }
8.4 Percentage (%) of gully treated by vegetative measure: _______%
{% = (8.1) / (8.3) x 100%}
IV. Criteria/output 3: Soil fertility management Practices adopted
QUESTION 9 – For indicator 3.1
9.1 Total number of households in the community watershed: ____________
9.2 Number of Households implementing organic fertility management practices: ________
9.3 Percent of the Households utilizing soil fertility management practices___________
9.4 Indicate amount of soil fertility management practiced last year.
Soil Fertility improvement
Activities
Unit Quantity
No. of HHs
practicing the
activity
Compost Making M3
Animal/farm manure M3
Mulching Ha
Green Manuring Ha
Crop residues Management Ha
37. 29
Recommendations of the woreda task force:
_________________________________________________________________________________
_________________________________________________________________________________
_____________ __________________________________________________
QUESTION 10, For indicator 3.2
10.1 Total Area of Farmland in the watershed: ___________ha
10.2 Is there farm land closed from free grazing in the watershed?
a) Yes b) No
10.3 If YES, what area of Farm land is closed from free grazing? :________________ha.
10.4 Percentage (%) of farm land closed from free grazing? _________%
{ %= (10.3)/(10.1) *100% }
Recommendations of the woreda task force:
___________________________________________________________________________________
___________________________________________________________________________________
___________________________________________________________________________________
___________________________________________________________________________________
___________________________________________________________________________________
___________________________________________________________________________________
___________________________________________________________________________________
__________________________________________
V. Criteria/Output 5-Community self-help contribution in activity
implementation
QUESTION 11- for indicator 5.1 ,5.2, 5.3, 5.4 ,5.5
11.1 Are the community members in the watersheds participating through self-help basis in the
creation and maintenance of Asset?
a) Yes b) No
11.2 If yes, fill the table below on the achievement of main activity, component starting the
project intervention to date and calculate % of contribution through self-help basis
and fill at the end column of the table below.
38. 30
Major activity component Unit
Achievement through
% of self-help
basis = (B)/(C
) * 100%
Food For
Asset (A)
Self-help
basis (B)
Total (C )=
( A) +( B)
1. Physical Soil &water conservation
measures
1.1 Farmland terraces ha
1.2 Hillside terraces ha
1.3 In-suit moisture harvesting
measures ha
1.4 Gully rehabilitation ha
sub total
2. Water points
2.1 community pond No
2.2 spring development No
2.3 SS dam/pond/ No
2.4 stream diversion No
sub total
3. Reforestation & afforestation ha
3.1 pit preparation ha
3.2 seedling planting ha
sub total
4. Area closure ( Site guard ) ha
11.3 Who is responsible in maintaining the already installed assets?
a) All (100%) of the community asset are maintained by the community
b) Some community assets are maintained by external support
11.4 If your answer for Q11.3 is (b), why? Give reason
_____________________________________________________________________________
_________________________________________________________________
11.5 Recommendations of the woreda task force:
39. 31
A p p e n d i x 3 : D a t a C o l l e c t i o n F o r m a t ( C W T a n d D A )
PERFORMANCE ASSESMENT FOR PHASING OUT
COMMUNITY WATERSHED TEAM (CWT)
&
DEVELOPMENTAL AGENTS (DA’S’)
Name Position Signature
I. BACKGROUND INFORMATION OF THE WATERSHED SITE
i. Region: _____________________
ii. Zone: _____________________
iii. Woreda: _____________________
iv. PA: _____________________
v. Watershed site: ________________
vi. Number of households in the site: ________
vii. Total population: _______________
viii. Family size
ix. Average total landholding size (ha) /family head ________
x. Average cultivated land size (ha)/family head ________
xi. When did 2488 project start operating in this area:
II.The capacity of the community in project cycle management improved
QUESTION (1) - for indicator 7.1
1.1 Does the site have CommunityBasedParticipatoryWatersheddevelopmentplan? a) Yes b) No
1.2 Does the community revise their plan? a) Yes b) No
1.2.1 If yes, how often are they revising their plan?
1.3 If yes, how often are they revising their plan?
a) Once per year
b) Once per two years
40. 32
1 . 4 Was the revision done through community re-planning process?Yes b) No
1 . 5 If your answer is YES for (1.2.2), who carried it out? (Chose only one)
a ) The planning team only
b ) The planning team and the community
c ) The planning team and DA
d ) The DA only
e ) The planning team,the DAandthe community
1.6 I f your answer is NO for (1.2.2), what were the main reasons?
a) Lack of training
b) Lack of formats
c) Lack of follow up and support
d) Other, specify___________________
1.7 If your answer is No to the above question 1.2, when was the last revision?
a) Never revised b) 2 years ago c) Not known
QUESTION 2. – For indicator 7.2&7.3
1.1 Does the CommunityWatershedhaveCWT?a) Yes b ) No
1.2 If yes, how many members are they? Total No. __________Male: __________ Female:
___________
1.3 Did the CWTget integrated watershed development and management technology training since
onset of the project? Yes b) No
1.4 I f yes, how many times did you get? a) Once since the onset of the project b) Twice since the
onset of the project
1.5 Do the CWT members conduct meeting about their community watershed issues? a) Yes b) No
1.6 If yes, how often do they conduct? a) Once per month b) Once per quarter c) Once biannual
d) once per year
1.7 How did the CWT undertake decisions? By consensus b) by vote c) Both
1.8 Do the CWT records their data? a) Yes b) No
1.9 If yes, for (2.8), what are the available records exist at hand?
a) Only watershed plan b) Meeting minutes c) Both
QUESTION 3 - for indicator 7.4
1.1 Does the community have agreed bylaws for excluding free riders, sharing of the communal
assets, and for grazing?a) Yes b) No
41. 33
1.2 Ifyes, what percentage of the community members respect and implement the community
bylaws? Chose
a) > 75% of the community members respect the bylaws
b) About 55% to 74% of the community members respect the community bylaws
c) 45% to 54% of the community members respect the community bylaw
d) Below 45% of the community members respect the community bylaws
1.3 Ifthepercentageofcommunitymembersthat respectandapplythecommunity’sbylawsarebelow 45%
,why?
PleaseSpecify_____________________________________________________________________
_________________________________________________________________________________
_________________________________________________________________________________
_____________________________
Comments on the overall sustainability of this output 7
________________________________________________________________________________
________________________________________________________________________________
________________________________________________________________________________
_________________________________
Recommendation for decision making
_________________________________________________________________________________
_________________________________________________________________________________
_________________________________________________________________________________
III. Criteria/Out 4; Access to water sources developed
QUESTION 4. - For indicator 4.2 &4.5
4.1 Fill below in the table (1), the types & numbers of water schemes constructed till now, the number
of functional water points currently, type of use of the water points and the number of beneficiary
households from each of the water points
42. 34
4.2 Table (1)
Types of
water
points( WP)
No. of
Constructe
d water
points
( A)
No. of
Functiona
l water
points
(B)
% of
functional
WP (C)
= B/A
Type of Use
No of
Beneficiary
Households
Home
consumption
Irrigation
For
Livestoc
k
Spring
Hand dung
well
Household
Pond
Check dam
Ponds /SS
Dam
Community
Pond
Stream
diversion
Total
4.3 Number of beneficiary Household from the water points
Total beneficiary HHS :___________Male HHs :___________Female HHs:_______________
% of Females HHs:______________
QUESTION 5 for indicator 4.3
5.1 Total number of established water user groups: ___________
5.2 Number of functional User groups: _________________
QUESTION 6 -for Indicator 4.1 & 4.4
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6.1 Number of households who are currently practicing small scale irrigation through at least one
water points
6.2 Estimate the area of land ( in hectare) under irrigation just at the beginning of project
intervention: ____________ ha.
6.3 Identify the area ( in hectare )of irrigated land presently: ______________
Comments on the overall sustainability of output 4
Recommendation for decision making
____________________________________________________________________________________
____________________________________________________________________________________
____________________________________________________________________________________
____________________________________________________________________________________
____________________________________________________________________________________
_______________
IV. Criteria/Output 6: Income generating activities diversified & enhanced
QUESTION 7- for indicator 6,1 , 6.2, & 6.4
7.1 Fill in the table (2) below, the number of Households and User Groups involved per the types of
IGAs
Table (2)
Types of IGAs
Household Level User Groups
No. of
Male HH
No. of
Female
HH
Total
HH
% of
Female
HHs
No.of User
Groups
Number of
members of
the UGs
Grass from closed areas
Trees from private woodlot
Fruit production
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Vegetable production
Trees from area closure
Bee keeping products
Poultry products
Small scale fattening
Cash crops
Others specify
Total
7.2 Total number of established IGA User Groups: _______________________
7.2.1 Number of functional/ active IGA user groups:__________________
7.2.2 If there are un-functional /in active established IGA User groups, Why?
a) Lack of awareness
b) Lack of knowledge and skill
c) Lack of credit
d) Lack of access to market
e) Lack of inputs
f) Lack of budget
g) Lack of water availability
h) Lack of farmland
i) Other reason specify_______
7.2.3 The total number of community members under the IGA User Groups:______
7.2.4 Number (Types) of IGAs practiced by the User Groups : _____________
7.4 Total Number of Households Involved in IGA:_________________
Male HHs:___________ Female HH:________ % of Female HHs:______
Remark Please take care of recording the total number of the HHs involved in the different IGAs.
Taking the sum total as it has been indicated in the above table will create redundancies and double
counting of HHS.
In order to avoid this double counting and redundancy it will be better to record as follows in the table (3)
below
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Table (3)
Households Involved in
No.of Male
HHs
No of Female
HHs
Total Number
Households
1. Only one type of IGAs
2. Any two types of IGAs
3. Any three types of IGA
4. In Four types of IGA
5. In Five and above types of IGAs
Grand total
The Grand total will give you the number of households involved IGA
7.5 Number of households involved in two and more IGA types: _____________
(Subtract the number of households who have involved only in one type of IGA from the Grand Total(3)
of HHs involved in IGAs)
7.6 Number of households in the watershed who have not involved in any type of Income Generating
Activities: _____________________
7.5.1 Give reason for NOT to be engaged in any type of IGA. Tick that apply
a) Lack of awareness e) Lackofknowledgeandskill
b) Lack of credit f) Lackofaccesstomarket
c) Lack of inputs g) Lackofbudget
d) Lack of water availability h) Lackoffarmland I) Other reason specify_________
QUESTION 8. For indicator 6.3
8.1 Is revolving fund in place in the watershed? a) Yes b) No
8.2 If Yes, since when? ___________________ By whom?__________________
8.3 Who is responsible in the management of the revolving fund?
a) Community Watershed Team (CWT)
b) I G A group
c) other (specify)____________
8.4 How many Households and IGA User Groups exist and benefited from the revolving fund since the
start?
a) Total number of households: _________: Male _______ HHs: _____
b) Number of IGA User groups: __________ number of community members: _________
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8.5 Is there a binding agreement in utilizing the revolving fund? a) Yes b) No
8.4.1. Loan Reimbursement period: _____________years
8.4.2 Amount to be reimbursed:
8.4.3 The amount reimbursed:__________
8.6 How much has been distributed since beginning of project?
8.7 Actual amount in revolving fund(Eth. birr)_________
8.8 Number of households and User groups involved per different IGA benefiting from the revolving
fund
Types of IGAs
Revolving fund beneficiaries
Number of Households Number of user Groups
Grass from closed areas
Trees from private woodlot
Fruit production
Vegetable production
Trees from area closure
Bee keeping products
Poultry products
Small scale fattening
Cash crops
Comments on the overall sustainability of this output 6
----------------------------------------------------------------------------------------------------------------
----------------------------------------------------------------------------------------------------------------
----------------------------------------------------------------------------------------------------------------
----------------------------------------------------------------------------------------------------------------
Recommendation for decision making
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V. Criteria / Output 2: Biological Measures
Question 9: For analysis
(Discuss with the member of the WCT)
9.1 As compared to before the project intervention, how is the vegetation cover of the watershed?
9.1.1 Total watershed area (ha.) _____________
9.1.2 Estimate Vegetation cover ( by natural & planted trees, grass, shrubs natural vegetation, etc.) of
the watershed before the project intervention: ( ha.) _______
9.1.3 Estimate the current vegetation cover (afforestation area, natural re-vegetation due to
closure,grasses, woodlots, re-vegetated gully etc.) of the watershed (in ha.)_______
9.2 Now, as compared to before the project intervention, animal fodder has
a) Increased c) Decreased
b) Stayed the same d) Don’t know
9.3 If increased, why?
a) Area enclosed for fodder increased
b) Improved grassland management
c) Integration of grasses and forage trees with physical structure
d) More crop residues available
e) Other, Specify ____________________________________
f) A combination of the above, specify _______________________
9.4 If deceased, why?
a) Area for fodder decreased d) Reduced soil fertility e) Poor rains
b) Less crop residue available Overgrazing Other, Specify
______________________________________
c) A combination of the above, specify _______________________
9.5 Now, compared to before the project are there more trees in your area/watershed?
a) Yes b) No c) Don’t know
9.6 If yes, why?
a) More trees planted
b) Less tree felling
c) Government control
d) More farmer awareness
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e) Other, Specify _____________________________________
f) A combination of the above, specify _______________________
9.7 If no, why?
a) No new planting
b) More tree cutting
c) Not enough Government control
d) Less farmer awareness
e) Other, Specify______________________________________
f) A combination of the above, specify _______________________
9.8 Now, as compared to before the project, the amount of wood for construction and/or for fuel :
a) Increased
b) Decreased
c) Stayed the Same
d) Don’t know
9.9 If the amount of wood for construction material, or for fuel is increasing, is this happening in a
sustainable way?
a) Yes
b) No
c) Don’t know
Participants during discussions
1.) Development Agents
Name of DA’s Position Signature
1
2
3
4
2. ) Planning teams involved during the discussion
Name of the members of the PDT Sex Position in the PDT Signature
1
2
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3
4
5
6
7
8
9
10
3) Key informants and user groups participated in the discussions
Name of the Key inforamts Signature Name of User Groups Signature
1
2
3
4
5
6
7
8
9
10