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CategoriesConsultancy Health Monitoring and Evaluation

Strengthening Food Security and Livelihoods through Monitoring and Evaluation

Strengthening Food Security and Livelihoods through Monitoring and Evaluation Food security, sustainable agriculture, and resilient livelihoods remain central priorities in global development. Across many developing regions, particularly in Africa, millions of households depend on agriculture and informal employment for their survival. These systems are not only sources of income but also the backbone of food systems that sustain communities and economies. However, these sectors are increasingly under pressure from multiple and interconnected challenges. Climate change continues to disrupt agricultural cycles through erratic rainfall, prolonged droughts, and floods. At the same time, limited access to markets, financial services, and agricultural inputs constrains productivity for smallholder farmers. Economic shocks, conflicts, and global price fluctuations further compound these challenges, creating fragile systems where a single disruption can trigger food insecurity and income loss for vulnerable populations. In this complex environment, effective Monitoring and Evaluation (M&E) plays a critical role in ensuring that development interventions in agriculture, food security, and livelihoods achieve meaningful and sustainable results. M&E systems generate reliable evidence on programme performance, enabling practitioners to understand what works, why it works, and where adjustments are needed. Beyond accountability, strong M&E systems support adaptive management, allowing organizations to respond to changing conditions and emerging risks in real time. Agriculture and Livelihoods. The Importance of M&E in Agriculture and Food Security Agriculture remains one of the most powerful tools for reducing poverty and improving food security. According to the Food and Agriculture Organization, growth in the agricultural sector has a significant impact on poverty reduction, particularly in rural areas where the majority of the poor depend on farming for their livelihoods (FAO, 2021). Smallholder farmers play a crucial role in food production, yet they often face systemic barriers that limit their productivity and resilience. These barriers include limited access to quality seeds and fertilizers, inadequate extension services, poor infrastructure, and restricted access to markets. In addition, climate variability introduces uncertainty into agricultural production, making it difficult for farmers to plan and invest in their activities. Monitoring and Evaluation systems help track the performance of agricultural programmes in these complex environments. They provide data on key indicators such as crop yields, adoption of improved agricultural practices, access to markets, and household income levels. By analyzing this data, organizations can assess whether interventions are effectively improving productivity and livelihoods. Increasingly, there is also a focus on climate resilience within agricultural programmes. Indicators such as the adoption of climate-smart agriculture practices, water management techniques, and diversification of crops are used to assess how well communities are adapting to environmental changes. These insights are critical for designing interventions that are both productive and sustainable. Agriculture and Livelihoods. Monitoring Food Security Outcomes Food security extends beyond food production to include access, availability, utilization, and stability. It ensures that individuals and households have consistent access to sufficient, safe, and nutritious food. However, millions of people worldwide continue to face food insecurity due to a combination of poverty, conflict, economic instability, and climate-related shocks. The World Food Programme highlights that food insecurity remains a persistent global challenge, particularly in regions affected by crises and vulnerability (WFP, 2022). Monitoring and Evaluation frameworks are essential for assessing whether food security interventions are achieving their intended outcomes. Key indicators used in food security monitoring include household dietary diversity, food consumption scores, levels of food availability, and coping strategies during periods of stress. These indicators provide insights into both the quantity and quality of food consumed by households. In addition, there is growing recognition of the importance of nutrition-sensitive approaches. Simply increasing food availability is not enough; interventions must also improve dietary quality and nutritional outcomes. This is particularly important for vulnerable groups such as children, pregnant women, and the elderly. Through continuous monitoring and evaluation, organizations can identify gaps in programme implementation, address inequities in access, and ensure that interventions are reaching those who need them most. This contributes to more targeted and effective food security programmes. Agriculture and Livelihoods. Evaluating Livelihoods and Decent Work Programs Sustainable livelihoods are essential for long-term poverty reduction and resilience. Livelihood programmes aim to strengthen people’s capabilities, assets, and opportunities to earn a living. These programmes often include skills development, access to finance, entrepreneurship support, and market linkages. Monitoring and Evaluation systems enable organizations to assess the effectiveness of these interventions. They provide data on employment outcomes, income levels, business performance, and skills development. This information helps determine whether programmes are improving economic opportunities and enhancing resilience. The concept of decent work, emphasized under the United Nations Sustainable Development Goal 8, highlights the importance of productive employment, fair income, and safe working conditions (United Nations, 2015). Evaluating livelihood programmes through this lens ensures that economic growth is inclusive and does not perpetuate inequality. M&E systems also play a role in assessing inclusivity. They help determine whether programmes are reaching marginalized groups such as women, youth, and persons with disabilities. By disaggregating data, organizations can identify disparities and design targeted interventions to promote equity. Agriculture and Livelihoods. Strengthening Evidence-Based Development Practice In an increasingly complex development landscape, evidence-based decision-making is more important than ever. Monitoring and Evaluation systems provide the data and insights needed to guide programme design, policy development, and resource allocation. However, many programmes still face challenges in implementing effective M&E systems. These challenges include weak data collection systems, limited technical capacity, and a lack of integration between M&E and programme management. As a result, valuable insights may not be fully utilized. The World Bank emphasizes that strong data systems are essential for improving development outcomes and ensuring accountability (World Bank, 2020). Strengthening M&E systems therefore requires investment not only in tools and methodologies but also in human capacity and institutional frameworks. Building a culture of learning is equally important. Organizations must move beyond viewing M&E as a compliance requirement and instead embrace it as a tool for continuous improvement. This involves creating opportunities for reflection, learning, and adaptation throughout the programme cycle. Agriculture and Livelihoods. Integrating Climate Resilience into M&E Systems Climate change is increasingly

CategoriesConsultancy Monitoring and Evaluation

How AI is Changing Monitoring, Evaluation and Learning

How AI is Changing Monitoring, Evaluation and Learning Monitoring, Evaluation, and Learning (MEL) has long been a cornerstone of effective development programming. It enables organizations to measure progress, assess impact, and generate evidence for better decision-making. Across sectors such as health, education, agriculture, governance, and livelihoods, MEL systems play a critical role in ensuring that programmes are accountable, effective, and aligned with intended outcomes. However, as development challenges grow more complex and the volume of data continues to increase, traditional MEL approaches are struggling to keep pace. Manual data collection processes, delayed reporting cycles, and limited analytical capacity often hinder the ability of organizations to fully utilize the data they generate. As a result, valuable insights remain underutilized, and decision-making processes are not always informed by the best available evidence. Artificial Intelligence (AI) is now emerging as a transformative force in this space. By enabling faster data processing, deeper analysis, and more adaptive learning systems, AI is reshaping how MEL functions in the development sector. Organizations that integrate AI into their MEL frameworks are better positioned to generate actionable insights, respond to emerging challenges, and improve overall programme effectiveness. AI IN MEL systems The Growing Need for Smarter MEL Systems Development programmes today generate vast amounts of data from multiple sources, including household surveys, field reports, administrative systems, and digital platforms. While this data has the potential to provide valuable insights, managing and analyzing it using traditional methods can be both time-consuming and resource-intensive.     In many cases, organizations collect more data than they can effectively use. Large datasets are stored but not fully analyzed, and important patterns remain hidden. This creates a situation where data exists, but its potential to inform decision-making is not fully realized. AI technologies offer a solution to this challenge. Tools such as machine learning, natural language processing, and automated data extraction allow organizations to process large volumes of data quickly and efficiently. These technologies can identify patterns, detect anomalies, and generate insights that would be difficult to uncover through manual analysis alone. According to the World Bank, data-driven technologies are increasingly shaping how development decisions are made, enabling organizations to move toward more responsive and adaptive systems (World Bank, 2021). As a result, MEL systems are evolving from static reporting mechanisms into dynamic tools that support real-time learning and decision-making. AI IN MEL systems Automating Data Collection and Processing One of the most immediate and visible impacts of AI in MEL is the automation of data collection and processing. Traditional methods often involve manual data entry, which is both time-consuming and prone to errors. In large-scale programmes, this can significantly delay analysis and reduce data quality. AI-powered tools are helping to streamline these processes. Technologies such as Optical Character Recognition (OCR) can extract data from scanned documents, handwritten forms, and images, converting them into structured digital formats. This reduces the need for manual data entry and accelerates the overall data processing cycle. In addition, AI systems can automatically clean and organize datasets by identifying inconsistencies, removing duplicates, and flagging potential errors. This improves data accuracy and reliability, ensuring that analysis is based on high-quality information. Automation not only increases efficiency but also allows MEL practitioners to focus on higher-value tasks such as data interpretation, learning, and strategic decision-making. By reducing the time spent on routine processes, organizations can allocate more resources toward generating meaningful insights. AI IN MEL systems Enhancing Data Analysis and Insight Generation Beyond automation, AI is significantly enhancing the analytical capabilities of MEL systems. Traditional data analysis methods often rely on predefined statistical techniques, which may not capture the full complexity of development programmes. Machine learning algorithms can analyze large datasets to identify patterns, correlations, and trends that are not immediately visible. These insights can help organizations understand which interventions are most effective and why certain outcomes are being achieved. Natural language processing (NLP) tools further expand analytical capabilities by enabling the analysis of qualitative data. Interviews, focus group discussions, beneficiary feedback, and narrative reports can be processed and categorized, transforming unstructured data into actionable insights. This is particularly important in development contexts, where qualitative information often provides critical context for understanding programme outcomes. By combining quantitative and qualitative analysis, AI enables a more comprehensive understanding of programme performance. Michael Quinn Patton, Evaluation Expert Data alone does not create impact. It is the ability to analyze, interpret, and learn from data that drives meaningful development outcomes. AI IN MEL systems Supporting Predictive and Adaptive Programming One of the most transformative capabilities of AI in MEL is predictive analytics. By analyzing historical and real-time data, AI models can forecast future outcomes, identify potential risks, and highlight opportunities for improvement. For example, predictive models can identify patterns that indicate when a programme is likely to fall behind schedule or when certain interventions may not achieve expected results. This allows organizations to take proactive measures, adjusting strategies before challenges escalate. In complex and dynamic development environments, this ability to anticipate change is particularly valuable. Programmes often operate in contexts influenced by economic shifts, climate variability, and social dynamics. AI enables organizations to respond more effectively to these changes by providing timely and relevant insights. Adaptive programming is strengthened through this approach. Instead of relying on periodic evaluations, organizations can continuously monitor performance and make adjustments in real time. This leads to more responsive and effective programmes, ultimately improving development outcomes. AI IN MEL systems Improving Learning and Knowledge Management Learning is a critical component of MEL, yet it is often underutilized. Organizations frequently generate large volumes of reports and data, but these are not always systematically analyzed or used to inform future programming. AI has the potential to significantly strengthen learning processes by organizing, synthesizing, and interpreting knowledge across projects and datasets. AI-powered tools can summarize reports, identify recurring themes, and highlight key lessons learned from multiple programmes. This enables organizations to move beyond fragmented information toward structured knowledge management systems. Insights from past interventions can be captured, shared, and applied to future

CategoriesConsulting Models Monitoring and Evaluation

Measuring What Matters: Strengthening Evidence in Development Practice

Measuring What Matters: Strengthening Evidence in Development Practice Evidence Review Measuring What Matters: Strengthening Evidence in Development Practice The Monitoring, Evaluation, and Learning (MEL) model refers to structured systems embedded within development programmes, institutions, and governments to systematically track performance, assess effectiveness, and generate evidence for informed decision-making. MEL systems may exist as dedicated units within ministries, as cross-cutting programme components, or as independent evaluation mechanisms supporting donor-funded interventions. These systems are designed to improve accountability, strengthen programme quality, and enhance development impact (OECD, 2019; UNDP, 2020). Monitoring involves the routine collection and analysis of data to assess progress against planned activities and outputs. Evaluation provides a structured assessment of relevance, effectiveness, efficiency, impact, and sustainability of development interventions (OECD, 2019). Learning integrates findings from monitoring and evaluation into policy reform, adaptive management, and future programme design (UNDP, 2020). Together, these components are intended to move development practice beyond implementation tracking toward evidence-based decision-making. Over the past two decades, governments and development partners have increasingly institutionalized MEL frameworks across sectors including health, education, governance, and economic development. The World Bank (2021) notes that strengthening national evaluation systems enhances institutional performance and supports better allocation of public resources. However, despite these advances, many MEL systems remain donor-driven and focused primarily on compliance and reporting rather than learning and adaptation. Evidence Review The Measuring What Matters Approach The Measuring What Matters approach emphasizes aligning monitoring indicators and evaluation frameworks with long-term development outcomes rather than short-term outputs. Traditional MEL systems often prioritize easily measurable indicators such as number of beneficiaries reached or activities conducted. While useful, these indicators do not necessarily capture systemic transformation or sustainability (OECD, 2019). Bamberger et al. (2016) argue that development interventions operate within complex systems characterized by political, economic, and social dynamics. Linear evaluation models may fail to capture these complexities. Theory-driven evaluation approaches, particularly those grounded in explicit Theories of Change, provide clearer articulation of causal pathways and assumptions underlying programme design. Mixed-method approaches have also been shown to strengthen evaluation rigor. Quantitative methods such as impact evaluations and quasi-experimental designs offer statistical robustness, while qualitative approaches capture contextual insights and unintended consequences (Bamberger et al., 2016). Evidence suggests that integrating both approaches enhances the credibility and usefulness of findings. However, several gaps continue to limit effectiveness. These include fragmented data systems across ministries, limited national evaluation capacity, weak feedback loops between evidence and policy decisions, and insufficient budget allocations for evaluation activities (UNDP, 2020; World Bank, 2021). Evidence Review Evidence on Effectiveness and Persistent Challenges Studies examining national evaluation systems in low- and middle-income countries highlight that policy frameworks for monitoring and evaluation often exist, but operationalization remains inconsistent (World Bank, 2021). In some contexts, monitoring data is regularly collected but rarely analyzed for strategic adaptation. The OECD (2019) emphasizes the importance of assessing not only effectiveness and efficiency but also coherence and sustainability. Without examining how interventions align with broader policy frameworks and long-term institutional capacity, development gains may not endure. Additionally, compliance-heavy reporting requirements from multiple donors often create parallel systems, increasing administrative burdens while limiting flexibility for adaptive management. This reduces the potential for innovation and contextual responsiveness. Participatory evaluation approaches have demonstrated promise in strengthening accountability and ownership. Engaging local stakeholders, civil society organizations, and beneficiaries in evaluation processes enhances relevance and transparency (UNDP, 2020). However, participatory models require institutional commitment and technical capacity to implement effectively. Digital innovations such as mobile data collection tools, real-time dashboards, and integrated management information systems have improved timeliness and efficiency of monitoring processes. Nevertheless, digital transformation must be accompanied by investments in data governance, privacy protection, and technical training (World Bank, 2021). Evidence Review Recommendations for National Governments Institutionalize comprehensive national MEL policies aligned with development planning and budgeting cycles (World Bank, 2021). Establish dedicated budget allocations for evaluation activities to ensure sustainability beyond donor cycles. Integrate monitoring and evaluation indicators into national performance management systems. Strengthen partnerships with universities and research institutions to build long-term evaluation capacity. Promote transparency through public dissemination of evaluation findings. Develop clear feedback mechanisms to ensure that evaluation results inform policy revision and programme redesign. Evidence Review Recommendations for Development Partners Shift from compliance-heavy reporting frameworks toward learning-oriented and adaptive MEL systems (OECD, 2019). Harmonize indicator requirements to reduce duplication and reporting fatigue. Invest in national and local evaluation capacity rather than short-term external consultancy models. Support context-sensitive and theory-driven evaluation approaches. Encourage flexible funding mechanisms that allow programme adaptation based on emerging evidence. Evidence Review Recommendations for Implementing Organizations Embed explicit Theories of Change within programme design (Bamberger et al., 2016). Utilize mixed-method evaluation approaches to capture both quantitative outcomes and qualitative insights. Conduct periodic reflection and learning workshops with staff and stakeholders. Strengthen internal data quality assurance systems. Ensure that evaluation findings are translated into actionable recommendations and integrated into strategic planning processes. Evidence Review Conclusion Measuring what matters is fundamental to achieving sustainable and inclusive development outcomes. Monitoring, Evaluation, and Learning systems should function not merely as accountability tools but as strategic mechanisms for continuous improvement and systemic transformation. Strengthening evidence in development practice requires moving beyond compliance-driven reporting toward context-sensitive, learning-oriented systems that are locally owned and institutionally embedded. Investments in technical capacity, methodological rigor, participatory approaches, and adaptive management frameworks are critical for maximizing impact. When evidence meaningfully informs action, development efforts shift from activity implementation to sustainable transformation. Evidence Review References Bamberger, M., Vaessen, J., & Raimondo, E. (2016). Dealing with complexity in development evaluation: A practical approach. SAGE Publications. OECD. (2019). Better criteria for better evaluation: Revised evaluation criteria definitions and principles for use. Paris: OECD Publishing. UNDP. (2020). Handbook on planning, monitoring and evaluating for development results. New York: United Nations Development Programme. World Bank. (2021). Monitoring and evaluation capacity development. Washington, DC: World Bank.

CategoriesMonitoring and Evaluation

Evaluations in the Global South

Evaluations in the Global South Evaluations in the Global South The context of Program Evaluation in the Global South.The context of Program Evaluation in the Global South. Developing nations are providing increasing evidence that underscores the necessity for improved evaluation frameworks to ensure the long-term sustainability of South-South cooperation. Nations in the global South stress the importance of creating, testing, and consistently applying monitoring and evaluation approaches specifically designed for the principles and practices of South-South and triangular cooperation. Presently, there exists a significant gap in this area, indicating potential shortcomings in the design, delivery, management, and monitoring and evaluation (M&E) of these initiatives. It is crucial to note that the observed challenges do not suggest inherent issues with this form of cooperation but rather indicate possible deficiencies in various aspects (United Nations Office for South South Cooperation, 2018). To fully realize the developmental benefits of South-South and triangular cooperation, especially in reaching excluded and marginalized populations, greater attention must be given to addressing these challenges. As interest in these cooperation modalities grows, stakeholders are calling for discussions on methodologies to assess the impact of these initiatives. However, numerous technical challenges hinder the evaluation process, such as the absence of a universal definition for South-South and triangular cooperation, the diverse nature of activities and actors involved, and varying perspectives on measuring contributions. Various frameworks have been proposed by stakeholders to tackle these challenges. Examples include the framework detailed by China Agricultural University based on China-United Republic of Tanzania collaboration, the NeST Africa chapter’s framework drawn from extensive multi-stakeholder engagement, and the South-South Technical Cooperation Management Manual published by the Brazilian Cooperation Agency (ABC). Additionally, AMEXCID (Mexico) has outlined a strategy for the institutionalization of an evaluation policy, including pilots to assess management processes, service quality, and project relevance and results. While India lacks an overarching assessment system, the Research and Information System for Developing Countries (RIS) think tank has conducted limited case studies to develop a methodological toolkit and analytical framework for assessing the impact of South-South cooperation. In contemporary times, there is widespread acknowledgment that program evaluation initiatives have surged in the Global South. However, the primary focus in the evaluation discourse revolves around narrower aspects such as monitoring and auditing, often driven by the requirements of donors or funders. Moreover, the emphasis on evaluating “impact” often leaves program implementers with insufficient information to enhance program performance or comprehend the underlying mechanisms of program success or failure. This paper explores the gaps and challenges associated with evaluation in the Global South and proposes recommendations to embrace contemporary evaluation approaches that recognize the complexity and context specificity of international development sectors. It also advocates for intentional efforts by researchers, policymakers, and practitioners to build local capacity for designing and conducting evaluations. Program evaluation, the process of generating and interpreting information to assess the value and effectiveness of public programs, is a crucial tool for understanding the success and shortcomings of public health, education, and various social programs. In the Global South’s international development sector, evaluation plays a vital role in discerning what works and why. When appropriately implemented, program and policy evaluation assists policymakers and program planners in identifying development gaps, planning interventions, and evaluating the efficacy of programs and policies. Evaluation also serves as a valuable tool for understanding the distributional impact of development initiatives, providing insights into how programs operate and for whom (Satlaj & Trupti, 2019). Evaluations in the Global South Methodological Bias Currently, impact evaluations employing experimental design methods are considered the gold standard in the international development sector. However, there is a growing recognition among evaluation scholars and practitioners of the limitations of “impact measurement” itself. Some argue that a program may not be suitable for a randomized control trial (RCT) and might benefit more from program improvement techniques like formative evaluation. Scholars emphasize the need to reconsider “impact measurement” as the sole criterion for evaluating program success. The discourse has also shifted towards acknowledging the complexity of causality, advocating for evaluators to be context-aware and literate in various ways of thinking about causality. Despite this, the dominance of methods like RCTs often hinders the use of complexity approaches, even when they may be more suitable. Evaluations in the Global South Human-Centered Design and Development evaluation Developmental Evaluation (DE) is a form of program evaluation that informs and refines innovation, including program development (Patton, 2011). Formative and summative evaluations tend to assume a linear trajectory for programs or changes in knowledge, behavior, and outcomes. In contrast, developmental evaluation responds to the nature of change that is often seen in complex social systems. DE is currently in use in a number of fields where nonprofits play important roles, from agriculture to human services, international development to arts, and education to health. Another technique that has gained salience around addressing complexity and innovation is human-centered design (HCD) –it shares many parallels with developmental evaluation and attends specifically to the user-experiences throughout the program design process. More generally, it involves a cyclical process of observation, prototyping, and testing (Bason, 2017). Although human-centered design is seemingly focused upon initiation (or program design) and evaluation on assessment after the fact, human-centered design and developmental evaluation share a number of commonalities. Both support rapid-cycle learning among program staff and leadership to bolster learning and innovative program development (Patton,2010; Patton, McKegg & Wehipeihana, 2015). Evaluations in the Global South Theory-Driven Evaluation In recent years, theory-driven evaluations have gained traction among evaluators who believe that the purpose of evaluation extends beyond determining whether an intervention works or not. This approach posits that evaluation should seek to understand how and why an intervention is effective. Theory-driven evaluations rely on a conceptual framework called program theory, which consists of explicit or implicit assumptions about the necessary actions to address a social, educational, or health problem and why those actions will be effective. This approach enhances the evaluation’s ability to explain the change caused by a program, distinguishing between implementation failure and theory failure. Unlike