# Bassel Daher, Ph.D.

> Contributing to a world that is more sustainable, resilient, equitable, and resource-secure for all


## Posts

- [Research Opportunities to Advance Cardiovascular Health through a Planetary Health Lens](https://basseldaher.com/research-opportunities-to-advance-cardiovascular-health-through-a-planetary-health-lens/): Cardiovascular health (CVH) across the life course requires stable, nurturing environments and a healthy planet. Increasing human demands on the earth’s resources destabilize our world’s ecosystems and compromising CVH. Unique research opportunities for cardiovascular researchers exist at the intersection of planetary and CVH. Using systems thinking can reveal cardiovascular and planetary health connections and mechanisms of action. For example, meeting global demands for water, food and energy is compromising food, water and air quality at the local level, and with it, cardiovascular health. A refined understanding of the planetary-CVH interconnections is urgently needed to guide decision making. Emerging, cutting-edge research [&hellip;]
- [Editorial: Sustainable and resilient food systems in times of crises](https://basseldaher.com/editorial-sustainable-and-resilient-food-systems-in-times-of-crises/): Sustainable and resilient food systems in times of crises The global food system is facing multiple and multifaceted challenges and crises: increasing population, climate change, pandemics, conflicts, economic shocks, and natural disasters. These challenges have exposed its fragility and underscored the urgency of transitioning to sustainable and resilient food systems. Such systems ensure equitable access to nutritious food, minimize environmental impacts, and enhance resilience against shocks. In crises like the COVID-19 pandemic and the ongoing conflict in Ukraine, the vulnerabilities of the global food system have become starkly apparent, leading to disruptions in supply chains, food shortages, and inflation. Additionally, [&hellip;]
- [Water and Youth Opportunities in the Mediterranean. Union for the Mediterranean, Barcelona.](https://basseldaher.com/water-and-youth-opportunities-in-the-mediterranean-union-for-the-mediterranean-barcelona/): In response to the gap of connecting youth in the Mediterranean to jobs post-graduation, compounded by the challenges of COVID-19 on the job market worldwide, this report includes a review of water sector job trends amidst COVID-19 and opportunities for Mediterranean youth employment in the sector. A review of government stimulus packages supporting the water sector and its jobs during the pandemic, as well as a review of opportunities for the Mediterranean member countries of the European Union (EU) to benefit from aspects of the Green Deal is included. The report is concluded with results from a survey conducted with [&hellip;]
- [Development of Framework for the Governance of the Water, Energy, Food and Environment (WEFE) Nexus in Jordan: Governance and institutional frameworks analysis and global lessons learned](https://basseldaher.com/development-of-framework-for-the-governance-of-the-water-energy-food-and-environment-wefe-nexus-in-jordan-governance-and-institutional-frameworks-analysis-and-global-lessons-learned/): Water, energy, and food systems are tightly interconnected, and the way in which they are managed has direct impacts on the environment and eco-systems in which they exist. Water, energy, and food security are critical for economic growth and human development. Globally, water demand is expected to increase by 1% each year for the next 30 years, which will exacerbate pressures on water resource systems, jeopardizing the livelihoods for the estimated 4 billion people living in areas that experience water scarcity (UNESCO WWAP 2022). Energy demand is expected to double between 2015 and 2050 as a result of economic development [&hellip;]
- [The role of innovation and digitalization in the sustainable use of natural resources to accelerate the implementation of climate-resilient and low-emission pathways in agrifood systems – ERC/24/2](https://basseldaher.com/the-role-of-innovation-and-digitalization-in-the-sustainable-use-of-natural-resources-to-accelerate-the-implementation-of-climate-resilient-and-low-emission-pathways-in-agrifood-systems-erc/): The natural resources that contribute to global agrifood systems are at risk of depletion and degradation. By 2050, the agriculture sector will need to produce 56 percent more food compared to 2010 to feed a growing global population,1,2 while crop yield could decrease by up to 30 percent.3,4 Land degradation, desertification, drought and land abandonment can lead to erosion, decreased soil quality, depletion of nutrients and drops in groundwater levels. Unhealthy soils release more greenhouse gases into the atmosphere and lead to a decrease in yields.5 The World Bank estimates that economic damage from droughts and floods in Central Asia [&hellip;]
- [The water, energy and food (WEF) nexus project: A basis for strategic planning for natural resources sustainability-Challenges for application in the MENA region. Geophysical Research Abstracts.](https://basseldaher.com/the-water-energy-and-food-wef-nexus-project-a-basis-for-strategic-planning-for-natural-resources-sustainability-challenges-for-application-in-the-mena-region-geophysical-research-abstracts/): Water, energy, and food (WEF) are viewed as main systems forming a nexus, which itself is threatened by defined external factors mainly characterized by growing population, changing economies, governance, climate change, and international trade. Integrative thinking in strategic planning for natural resources comes through recognizing the intimate level of interconnectedness between these systems and the entities that govern them. Providing sustainable solutions to overcome present challenges pose the need to study the existent inter-linkages and tradeoffs between resources. In this context, the present communication is to present the WEF-nexus project, a Tunisian &#8211; Jordanian &#8211; Qatari &#8211; USA project which [&hellip;]
- [Bridging the Water and Food Gap: The Role of the Water-Energy-Food Nexus](https://basseldaher.com/bridging-the-water-and-food-gap-the-role-of-the-water-energy-food-nexus/): The paper introduces global resources challenges and their risks and shifts in what society defines as global securities. The paper will then introduce the water-energy-food nexus as a resource integration platform and will highlight green water as a hotspot in this nexus. Analysis will focus on the manner in which green water should be viewed as a resource base for food security. Discussions related to its regional integration into food security issues will be explored and the implications of climate change and externalities that affect water resources variability will be discussed. Nexus hotspot applications are introduced to highlight the use [&hellip;]
- [Optimizing the water energy food nexus in Lebanon: a case study of the nexus in a developing country context](https://basseldaher.com/optimizing-the-water-energy-food-nexus-in-lebanon-a-case-study-of-the-nexus-in-a-developing-country-context/): The increasing demand for resources has intensified the need for integrated management strategies that ensure resource sustainability and security. This study presents a holistic case study of the water-energy-food nexus (WEFN) in Lebanon, optimizing resource allocation to minimize water and energy consumption while maximizing food production. Leveraging a multi-objective optimization tool, this research examines scenarios reflecting Lebanon&#8217;s resource dependencies, dietary preferences, and energy constraints. The findings underscore the role of renewable energy integration and dietary shifts in enhancing resource efficiency and achieving higher self-sufficiency. By simulating policy-driven scenarios, including renewable energy targets and natural gas exploration, the study highlights trade-offs [&hellip;]
- [Understanding the Science-Policy Gap: A Formal Principal-Agent Delegation Model](https://basseldaher.com/understanding-the-science-policy-gap-a-formal-principal-agent-delegation-model/): In response to the COP 21 Paris Agreement, policy shifts and interventions are going to take different shapes in different countries. It will vary depending on the types of regimes, level of development, availability of resources, and the nature of the involved stakeholders, among other things. This study introduces a Principal-Agent spatial model of delegation which examines the circumstances under which the science policy gap closes, is improved upon, or left unresolved, while responding to the Climate Change agreement commitments. Given the tight interconnections between climate and water, and their respective policies, this study will also reflect on the implications [&hellip;]
- [Modeling the water-energy-food-environment nexus and transboundary cooperation opportunity in the Brahmaputra River Basin](https://basseldaher.com/modeling-the-water-energy-food-environment-nexus-and-transboundary-cooperation-opportunity-in-the-brahmaputra-river-basin/): The Brahmaputra River Basin (BRB) is the most environmentally fragile and politically unstable transboundary river basin in South Asia. Therefore, incorporating the environmental sector into water-energy-food system analysis is necessary to better serve water resource management in the BRB. Integrated water resources system analysis can provide more perspectives for alleviating political tension and promoting cooperation in the basin. This study proposes a modeling framework to explore the water-energy-food-environment (WEFE) nexus and analyze transboundary cooperation opportunities in the BRB. Employing the framework, we attempt to answer three questions: (1) how can we understand the relationships between various sectors and coordinate their water demands? (2) How [&hellip;]
- [Farmer field schools: cultivating collaborative innovation for synergies in water, energy and food security in Uganda](https://basseldaher.com/farmer-field-schools-cultivating-collaborative-innovation-for-synergies-in-water-energy-and-food-security-in-uganda-2/): In the specific context of Uganda, this report highlights the key benefits of farmer field schools and provides recommendations for policymakers to support and scale up initiatives at the district level. A district-level focus is valuable because it aligns with existing governance structures and facilitates integration into broader development plans, which can accelerate sustainable development in Uganda. Download full policy brief from here: https://doi.org/10.51414/sei2025.043
- [What “Nexus”? Towards Resource Nexus standardization (Policy Brief No. 1). United Nations University Institute for Integrated Management of Material Fluxes and of Resources (UNU-FLORES).](https://basseldaher.com/what-nexus-towards-resource-nexus-standardization-policy-brief-no-1-united-nations-university-institute-for-integrated-management-of-material-fluxes-and-of-resources-unu-flores/): Following the Dresden Nexus Conference in 2025, which also marked its 10th anniversary, a policy brief was developed by researchers from the Nexus community. The development of the Policy Brief was led by UNU-FLORES and PRIMA. The policy brief is titled “What ‘Nexus’? Towards Resource Nexus Standardization.” Read full policy brief: What “Nexus”? Towards Resource Nexus Standardization | United Nations University
- [Securing Our Future: A Water-Energy-Food Nexus Approach to Climate Risks, Resource Scarcity, and Human Mobility in the Middle East](https://basseldaher.com/securing-our-future-a-water-energy-food-nexus-approach-to-climate-risks-resource-scarcity-and-human-mobility-in-the-middle-east-2/): This book addresses these pressing issues, providing a comprehensive overview of the challenges posed by climate change and their impacts on society. It also presents a series of innovative actions aimed at enhancing the resilience of modern society. The Water-Energy-Food (WEF) Nexus is a critical area of research aimed at building a more sustainable society. As climate change intensifies, the pressures of water and food scarcity, along with rising energy demands, call for careful planning, international cooperation, and solutions that address environmental security challenges. Beyond resource management, the WEF Nexus must also consider the social security issues tied to environmental [&hellip;]
- [Higher education’s dual role in the AI economy: Balancing foundational learning and micro-credential innovation](https://basseldaher.com/higher-educations-dual-role-in-the-ai-economy-balancing-foundational-learning-and-micro-credential-innovation-2/): The global rise of micro-credentials presents an agile solution for targeted technical upskilling, yet most artificial intelligence (AI)-related micro-credentials are offered by private sector organizations and emphasize technical skills. International bodies like the Organization for Economic Co-operation and Development and the European Commission have created frameworks emphasizing the critical importance of AI literacy for primary and secondary education, outlining domains such as engaging with, creating, managing, and designing human-centric AI. As artificial intelligence increasingly becomes a driving force in the global economy, the dual mandate of higher education to balance foundational learning with micro-credential innovation has never been more consequential. [&hellip;]
- [Context matters: A framework for assessing the suitability of climate smart agriculture technologies for smallholder farmers](https://basseldaher.com/context-matters-a-framework-for-assessing-the-suitability-of-climate-smart-agriculture-technologies-for-smallholder-farmers/): This chapter presents a framework for climate-smart technology adoption that emphasizes the critical role of contextual factors in shaping agricultural resilience. It highlights how socioeconomic conditions, policy environments, and resource availability vary significantly across countries, which ultimately needs to reflect on the choice of technologies to be adopted. The framework synthesizes nine key indicators and demonstrates their relevance for tailoring solutions to local needs. Using data from open-access sources such as the World Bank, FAO, Notre Dame Global Adaptation Initiative, and the World Population Review, the analysis identifies clusters of countries with distinct adoption barriers and opportunities. This tailored approach [&hellip;]
- [Synergetic Benefits of Agricultural Sewage Reuse and Floating Photovoltaics in Mexican Wastewater System: A Municipal‐Level WEF Nexus Study](https://basseldaher.com/synergetic-benefits-of-agricultural-sewage-reuse-and-floating-photovoltaics-in-mexican-wastewater-system-a-municipal%e2%80%90level-wef-nexus-study/): Financial stability is essential for the sustainable operation of wastewater treatment plants (WWTPs), as they require substantial resources but generate minimal revenue. In Mexico, a lack of funding resources and supporting policies has resulted in inefficient treatment and extensive surface water degradation. This work examines the positive impacts of treated sewage-operated irrigation ponds equipped with floating photovoltaics on the WWTP&#8217;s economic viability in central Mexico. These ponds will provide water for irrigation expansion in rainfed cornlands, and the harvested solar energy will be exported to the national grid to independently generate income. The turnover will cover capital and operational expenditures [&hellip;]
- [Higher Education's Dual Role in the AI Economy: Balancing Foundational Learning and Micro-Credential Innovation](https://basseldaher.com/higher-educations-dual-role-in-the-ai-economy-balancing-foundational-learning-and-micro-credential-innovation/): The global rise of micro-credentials presents an agile solution for targeted technical upskilling, yet most artificial intelligence (AI)-related micro-credentials are offered by private sector organizations and emphasize technical skills. International bodies like the Organization for Economic Co-operation and Development and the European Commission have created frameworks emphasizing the critical importance of AI literacy for primary and secondary education, outlining domains such as engaging with, creating, managing, and designing human-centric AI. As artificial intelligence increasingly becomes a driving force in the global economy, the dual mandate of higher education to balance foundational learning with micro-credential innovation has never been more consequential. [&hellip;]
- [What "Nexus"? Towards Resource Nexus Standardization](https://basseldaher.com/what-nexus-towards-resource-nexus-standardization/): &#8220;Nexus&#8221;-based management of environmental and natural resources has emerged as a promising approach to address the interconnected dynamics between environmental and socio-economic systems. It was introduced at the 2008 World Economic Forum in Davos and the 2011 Bonn Conference, on “the Water, Energy and Food Security Nexus &#8211; Solutions for a Green Economy”. However, despite its growing popularity in academic and policy circles, the Nexus has struggled to translate into tangible, on-the-ground impact due to several key challenges, including fragmented governance structures, a lack of clear definitions, best practices and standards, and insufficient practical guidelines. Full policy brief here
- [Toward Community-Engaged Sustainable Development Goals Localization: San Antonio, TX](https://basseldaher.com/toward-community-engaged-sustainable-development-goals-localization-san-antonio-tx/): Sustainable urban development requires locally relevant strategies that respond to complex challenges of climate change, inequality, and rapid population growth. This paper demonstrates how the Sustainable Development Goals (SDGs) can serve as a guiding framework for city-level planning, applied through participatory approaches. We leveraged expert stakeholder engagement and broad public participation in San Antonio, TX, to operationalize the SDGs for local action. We collaborated with city leaders, organizations, and communities to identify priority goals, adapt national targets to the city&#8217;s context, and co-develop localized indicators and interventions. Through a combination of technical research, multi-stakeholder workshops, and city-wide symposiums, we developed [&hellip;]
- [From Data to Decisions: Water-Energy-Food-Environment (WEFE) Nexus Modeling Under Changing Climate](https://basseldaher.com/from-data-to-decisions-water-energy-food-environment-wefe-nexus-modeling-under-changing-climate/): Transforming data into actionable insights is crucial for building resilient and sustainable water, energy, food, and environmental systems. However, the accelerating impacts of climate change are reshaping the dynamics of WEFE systems, intensifying resource interdependencies, and challenging conventional resource planning approaches. To navigate this complexity, decision-makers increasingly need integrated modeling frameworks that reflect cross-sectoral linkages and support data-driven decisions and policy formulation. This session will explore how cutting-edge technologies—such as earth observation, data analytics, artificial intelligence, and integrated modeling—are being leveraged to monitor, predict, and manage WEFE systems for a water and food secure world under a changing climate. It [&hellip;]
- [Integrating Health in the Water-Energy-Food Nexus: A Comprehensive Review of Interdependencies, Challenges, and Future Research Opportunities](https://basseldaher.com/integrating-health-in-the-water-energy-food-nexus-a-comprehensive-review-of-interdependencies-challenges-and-future-research-opportunities/): The Water-Energy-Food (WEF) Nexus has become a crucial framework for understanding resource interdependencies, nevertheless its integration with health remains underexplored. This review paper examines the current literature in the Water Energy Food Health (WEFH) Nexus, emphasizing the complex relationships between resource security and public health outcomes. Through a systematic literature review, the existing research trends, methodological approaches, and regional disparities in WEFH studies are analyzed. You can find the full article here: https://link.springer.com/article/10.1007/s40572-025-00516-4
- [Securing Our Future: A Water-Energy-Food Nexus Approach to Climate Risks, Resource Scarcity, and Human Mobility in the Middle East](https://basseldaher.com/securing-our-future-a-water-energy-food-nexus-approach-to-climate-risks-resource-scarcity-and-human-mobility-in-the-middle-east/): Global challenges, including disasters escalating from extreme weather, population growth, urbanization, and resource scarcity, strain critical systems. Projected supply–demand gaps by 2030, coupled with migratory crises driven by conflict, famine, and resource deprivation, threaten human security and global stability. The Arab region faces acute water, energy, and food system pressures intensified by resource limitations, population growth, migration, and climate change. A holistic, systems-based Water-Energy-Food (WEF) Nexus approach is essential for regional sustainability. This chapter examines the WEF Nexus as a strategy for resource security in the Arab context, using Jordan and Kuwait as case studies. Jordan, severely water-scarce, illustrates the [&hellip;]
- [Farmer field schools: cultivating collaborative innovation for synergies in water, energy and food security in Uganda](https://basseldaher.com/farmer-field-schools-cultivating-collaborative-innovation-for-synergies-in-water-energy-and-food-security-in-uganda/): In the specific context of Uganda, this report highlights the key benefits of farmer field schools and provides recommendations for policymakers to support and scale up initiatives at the district level. A district-level focus is valuable because it aligns with existing governance structures and facilitates integration into broader development plans, which can accelerate sustainable development in Uganda. Read more
- [Simplexifying Sustainability](https://basseldaher.com/simplexifying-sustainability/): How can sustainability science avoid paralysis in the face of complexity and ensure it catalyses meaningful action? The key lies in practising the science and art of simplexity, argues Bassel Daher. You can find the full article here: https://www.nature.com/articles/s41893-025-01650-5.epdf
- [Financing the Water-Energy-Food-Ecosystem Nexus project: challenges, opportunities, and pathways for sustainable investment](https://basseldaher.com/financing-the-water-energy-food-ecosystem-nexus-project-challenges-opportunities-and-pathways-for-sustainable-investment/): The Water-Energy-Food-Ecosystem (WEFE) Nexus framework provides a holistic approach to sustainable resource management, addressing the interdependencies between these sectors to enhance resilience against climate change and resource scarcity. Despite its potential, financing WEFE projects remains a significant challenge due to complex investment structures, long-term payback periods, and difficulties in demonstrating economic returns. This paper explores innovative financing mechanisms, including climate finance, blended finance, and public-private partnerships (PPPs), which are essential for overcoming these financial barriers. It highlights the need for de-risking investment, ensuring regulatory clarity, and integrating standardized financial metrics to attract private-sector engagement. Several successful WEFE financing case studies [&hellip;]
- [Fifty years of excellence in water resources research: insights from the most cited articles per decade published in Water International](https://basseldaher.com/fifty-years-of-excellence-in-water-resources-research-insights-from-the-most-cited-articles-per-decade-published-in-water-international/): It has been emphasized since its inception that IWRA is established not to duplicate the functions of many existing organizations but to supplement their activities and to fill in the interdisciplinary voids that occur in the professional field of water resources. The concept of WATER INTERNATIONAL is therefore to provide broad knowledge and information on water resources and to create an international forum for interdisciplinary discourse and communication. Full link: https://doi.org/10.1080/02508060.2025.2533540
- [Food policy monitoring in the Near East and North Africa region | Digital solutions for small-scale farmers in the  NENA region: opportunities and challenges](https://basseldaher.com/food-policy-monitoring-in-the-near-east-and-north-africa-region-digital-solutions-for-small-scale-farmers-in-the-nena-region-opportunities-and-challenges/): In the second quarter of 2025, the food security situation in the Near East and North Africa (NENA) region remained fragile due to ongoing conflict, relatively high food prices, and volatile agricultural production. While global food commodity prices showed marginal signs of stabilization, regional inflationary pressures and constrained access to food continued to affect vulnerable populations, especially in conflict-affected countries. At the same time, several governments in the region introduced new policy measures and investment initiatives aimed at improving agricultural resilience and food systems. Digital technologies also gained traction across NENA, offering promising tools for small-scale farmers, although gaps in [&hellip;]
- [Inclusive policy development from the ground up: Insights from the household water-energy-food nexus](https://basseldaher.com/inclusive-policy-development-from-the-ground-up-insights-from-the-household-water-energy-food-nexus/): Despite substantial contemporary research and a growing trend in exploring the water-energy-food (WEF) nexus, most research efforts have been invested in macro-level supply-side infrastructure and policies. However, prioritizing demand-side management policies can provide new opportunities and untapped potential for addressing interconnected resource challenges. Demand management inherently encompasses users’ consumption patterns, behaviors, socio-economic conditions, and choices, thereby necessitating active engagement and participation. Understanding household-level demands is fundamental to assess the demand for and consumption of water, energy, and food, as well as to inform policy decisions. In this context, our study investigated household consumption patterns within the interconnected WEF nexus, including [&hellip;]
- [Technology for Disaster Risk Reduction](https://basseldaher.com/technology-for-disaster-risk-reduction/): This special report examines the past, present and future applications of technology in advancing disaster risk reduction (DRR) efforts. By providing detailed explanations, definitions and regional case studies, this report showcases how various technologies have helped bridge critical gaps in data gathering, data processing and disaster risk modelling related to multiple hazards and at different scales in recent years. The report concludes that despite substantial progress in areas such as Earth observation, early warning systems (EWS) and hazard analysis, it is clear that technology alone cannot resolve all DRR challenges. While artificial intelligence (AI) and machine learning (ML) have driven [&hellip;]
- [Coproducing water-energy-food Nexus actionable knowledge: Lessons from a multi-actor collaborative learning school in Uganda, East Africa](https://basseldaher.com/coproducing-water-energy-food-nexus-actionable-knowledge-lessons-from-a-multi-actor-collaborative-learning-school-in-uganda-east-africa/): The water-energy-food (WEF) Nexus is an integrative framework for addressing the multi-scalar interdependencies that challenge sustainability solutions across the water, energy, and food systems. However, challenges linked to scale and data availability often make WEF analyses more theoretical, limiting their ability to offer practical, implementable solutions in policy and decision contexts. This paper introduces Collaborative Learning Schools (CLS) as a transdisciplinary process that fosters stakeholder engagement, cross-cultural knowledge exchange, and participatory learning for actionable policy and management solutions from WEF Nexus research, which we tested in Buikwe district in the central region of Uganda, East Africa. Our CLS brings together [&hellip;]
- [Quantifying sustainability and resilience in food systems: a systematic analysis for evaluating the convergence of current methodologies and metrics](https://basseldaher.com/quantifying-sustainability-and-resilience-in-food-systems-a-systematic-analysis-for-evaluating-the-convergence-of-current-methodologies-and-metrics/): The global food system faces multiple challenges including growing demand, climate change, conflicts, economic shocks, pandemics, and disasters. Food systems aim to provide healthy and nutritious food for all, while minimizing environmental impacts, ensuring social equity and economic viability, and enhancing resilience to shocks and stresses. The fragility of the global food system has been exposed by COVID-19 and the Russia-Ukraine war, resulting in disruptions in supply chains and reduced access to food for vulnerable populations. Recognizing the importance of transitioning to more “sustainable” and “resilient” food systems, a notable gap exists in clear metrics for quantifying “sustainability” and “resilience,” [&hellip;]
- [The Exposome and Cardiovascular Health: Webcast December 12 2024](https://basseldaher.com/the-exposome-and-cardiovascular-health-webcast-december-12-2024/): This 61-minute webcast features a conversation about “The Exposome and Cardiovascular Health”—the focus of Issue 20.5. Led by the issue’s editors, the discussion engages the authors on emerging themes and lessons learned while researching and writing the articles. View the video at https://vimeo.com/1027348229 You can find the full article here: https://pmc.ncbi.nlm.nih.gov/articles/PMC11697851/
- [Challenges and future actions on water‐economy‐ecology‐societynexus under changing environment](https://basseldaher.com/challenges-and-future-actions-on-water%e2%80%90economy%e2%80%90ecology%e2%80%90societynexus-under-changing-environment/): View full journal article: https://onlinelibrary.wiley.com/doi/epdf/10.1002/rvr2.111 &nbsp;
- [Food for Thought: Nourishing Cardiovascular Health Amidst the Exposome](https://basseldaher.com/food-for-thought-nourishing-cardiovascular-health-amidst-the-exposome/): The cumulative exposures of an individual during their lifetime, known as the exposome, encompass environmental exposures and lifestyle factors that significantly impact cardiovascular health. The exposome concept aims to provide a comprehensive framework for understanding how various exposures combine to influence disease risk and health outcomes over a lifetime. Diet is a well-studied aspect of the exposome, recognized as a critical contributor to cardiovascular health and influencing various other health metrics and behaviors. Furthermore, understanding agricultural food systems and their interrelationships with dietary choice and impacts on environmental and human health requires a systems approach. Through a review of the [&hellip;]
- [Mapping affordable and transferrable climate-smart technologies for smallholder farmers](https://basseldaher.com/3442-2/): In response to the pressing need for innovative solutions to address food security challenges, a tripartite cooperation agreement between FAO’s Regional Office for the Near East and North Africa, the International Fund for Agricultural Development (IFAD) and the Islamic Development Bank (IsDB), initiated a comprehensive “Mapping exercise of affordable and transferrable food security related technologies.” This project targets ten countries where smallholder farmers face different challenges, including Bangladesh, Brazil, Egypt, Jordan, Morocco, Nigeria, Palestine, Tajikistan, Tunisia and Türkiye. The mapping effort focuses on six technology thematic areas critical to improving food security: 1) postharvest, reducing food loss and waste; 2) [&hellip;]
- [Predictive simulation of the water-energy-food nexus for the City of Cape Town](https://basseldaher.com/predictive-simulation-of-the-water-energy-food-nexus-for-the-city-of-cape-town/): The City of Cape Town (CoCT), South Africa faced a critical situation between 2015 and 2018 in which the municipal water supply was almost completely exhausted. This situation, commonly referred to as Day Zero in South Africa emanated from a decline in rainfall, resulting in one of the most severe droughts in history. The crisis was also aggravated by rapid population growth and urbanization. CoCT was on the verge of becoming the first city in the past decade to experience a complete cessation of water supply for urban and agricultural purposes. In addition to the effects of low rainfall and population surge, urban energy consumption and [&hellip;]
- [From Agricultural Waste to Energy: Assessing the Bioenergy Potential of South-Central Texas](https://basseldaher.com/from-agricultural-waste-to-energy-assessing-the-bioenergy-potential-of-south-central-texas/): This paper addresses the challenge of meeting increasing energy needs by assessing the potential of bioenergy as a sustainable resource option in South Central Texas. Available agricultural crop residues suitable for bioenergy production are evaluated from the 21 counties in South Central Texas Regional Water Planning Area (Region L). The residues produced and available for bioenergy are quantified according to the production areas for each field crop and tree area. Residue-to-product ratios of field crops are determined according to crop type and production quantity. Biomass potential of trees is calculated based on tree density and biomass production per tree. The [&hellip;]
- [A Systems Approach for Disaster Risk Reduction: Exploring the Nexus of Energy, Food, and Human Mobility in the Northern Countries of Central America](https://basseldaher.com/a-systems-approach-for-disaster-risk-reduction-exploring-the-nexus-of-energy-food-and-human-mobility-in-the-northern-countries-of-central-america/): Globally, disasters and their impacts have been characterized by increasing frequency and changing patterns. Global warming effects, including climate change, have exacerbated the severity and frequency of hydrometeorological and oceanographic, and other risk factors or drivers, such as population growth, urbanization, limited access to resources, inadequate infrastructure, and prevailing structural development conditions, putting additional lives and infrastructure in danger. Additionally, COVID-19 highlighted the lack of resilience in many areas and led to the first rise in global poverty since 1998. The Sendai Framework for Disaster Risk Reduction 2015-2030, the first major agreement of the post-2015 development agenda, sets forth seven [&hellip;]
- [Water–energy–food–health nexus in Lebanon](https://basseldaher.com/water-energy-food-health-nexus-in-lebanon/): This study used a water–energy–food system-of-systems assessment to evaluate the sustainability of the Mediterranean diet in Lebanon. The specific aims were to: 1) identify and quantify the critical interconnections between water, energy and food systems in Lebanon; 2) develop a nexus framework to assess the trade-offs associated with adopting interventions within current water, energy and agriculture portfolios and practices; 3) evaluate stakeholder perceptions around regional resource challenges and their willingness to implement proposed interventions. Link to report 
- [Building resilience in fragile and conflict-affected agrifood systems through a water-energy-food nexus approach](https://basseldaher.com/building-resilience-in-fragile-and-conflict-affected-agrifood-systems-through-a-water-energy-food-nexus-approach/): Fragility has become a prevailing reality in an increasing number of countries in various areas, including Central and West Asia and North Africa (CWANA) [1]. The concept of fragility encompasses a range of dimensions, including armed conflict, migration, economic and political instability, erosion of the social fabric, and scarcity, depletion, and contamination of natural resources [2]. The World Economic Forum’s recent survey data highlights the significant risks the region is least prepared to face, with water crises ranking among the top risks, followed by profound social instability, state collapse, and interstate conflict [3]. These risks are all interconnected with situations [&hellip;]
- [Addressing Food Security Challenges in Lebanon: A Water-Energy-Food-Health Nexus Approach](https://basseldaher.com/addressing-food-security-challenges-in-lebanon-a-water-energy-food-health-nexus-approach/): As Lebanon faces compound challenges including a pandemic, economic, financial and political failure, a looming food security crisis is rapidly approaching. Much of this crisis could be attributed to the lack of long-term planning and investment in the sustainability of the agricultural sector. Another challenge lies in the existing disconnect between decision making between the agricultural sector, and other interconnected sectors, including water, energy, health, economy, among others. This is exacerbated by the lack of integrative national tools that allow for quantifying the trade-offs associated with possible plans and interventions, which could play a role in facilitating a dialogue between [&hellip;]
- [Evaluating farmer priorities and readiness to adopt new water, energy, and agricultural solutions in Lebanon](https://basseldaher.com/evaluating-farmer-priorities-and-readiness-to-adopt-new-water-energy-and-agricultural-solutions-in-lebanon/): As Lebanon faces compound challenges including a pandemic, economic, financial and political failure, a looming food security crisis is rapidly approaching. Much of this crisis could be attributed to the lack of long-term planning and investment in the sustainability of the agricultural sector. Another challenge lies in the existing disconnect between decision-making between the agricultural sector, and other interconnected sectors, including water, energy, health, economy, among others. This is exacerbated by the lack of integrative national tools that allow for quantifying the trade-offs associated with possible plans and interventions, which could play a role in facilitating a dialogue between multiple [&hellip;]
- [Examining Lebanon's Resilience Through a Water-Energy-Food Nexus Lens](https://basseldaher.com/examining-lebanons-resilience-through-a-water-energy-food-nexus-lens/): Lebanon faces a mix of underlying political and economic challenges, shocks, and triggering events that threaten the sustainability and resilience of its interconnected resource systems. The complex nature of these pressures begs for a systems approach to better understand the existing interconnections and to support the co-creation of cross-sectoral solutions to address them. This article specifically aims to: 1) conduct a scoping review of the existing literature and current events to identify interconnections between water-, energy-, and food-related challenges as they relate to the underlying conditions and triggering events at play in the context of Lebanon; 2) highlight ways in [&hellip;]
- [Toward Resilient Water-Energy-Food Systems under Shocks: Understanding the Impact of Migration, Pandemics, and Natural Disasters](https://basseldaher.com/toward-resilient-water-energy-food-systems-under-shocks-understanding-the-impact-of-migration-pandemics-and-natural-disasters/): The historic pandemic faced by the international community today boldly demonstrates the complexity and interconnectedness of the resource challenges we must better understand and address in the future. Further complexity is observed when accounting for the impact of compounded shocks related to natural disasters and forced migration around the world. Effectively addressing these challenges requires the development of research that cuts across disciplines and innovates at their interfaces, in order to develop multifaceted solutions that respond to the social, economic, technological, and policy dimensions of these challenges. Water, energy, and food systems are tightly interconnected. They are faced with pressures [&hellip;]
- [Toward creating an environment of cooperation between water, energy, and food stakeholders in San Antonio](https://basseldaher.com/toward-creating-an-environment-of-cooperation-between-water-energy-and-food-stakeholders-in-san-antonio/): The San Antonio Region is home to a rapidly growing population with developing energy and agricultural sectors competing for water, land, and financial resources. Despite the tight interconnectedness between water, energy, and food challenges, little is known about the levels of communication and coordination among the various officials responsible for making the decisions that affect the management and planning of the three resource systems. It has been postulated that efficient communication is a prerequisite to developing resource allocation strategies that avoid potential unintended negative consequences that could result from inefficient allocation of natural resources and competing demands. Factors that may [&hellip;]
- [Evaluating the Potential of a Water-Energy-Food Nexus Approach toward the Sustainable Development of Bangladesh](https://basseldaher.com/evaluating-the-potential-of-a-water-energy-food-nexus-approach-toward-the-sustainable-development-of-bangladesh/): In pursuit of continuous economic development, Bangladesh has undertaken long-term plans to boost its productivity in the agriculture, energy, and industrial sectors and to align with the United Nations Sustainable Development Goals (SDGs). Unless these strong interconnections and cross sectoral impacts are recognized, achievement of the future policy goals and national priorities of the concerned ministries regarding food self-sufficiency, cleaner energy sources, and water availability will be compromised. This study focuses on evaluating the impacts of cross-sectoral policy decisions on the interconnected resource systems at a national scale in Bangladesh. A quantitative analysis is performed to identify resource requirements, synergies, [&hellip;]
- [WATER AND YOUTH ENGAGEMENT STRATEGY](https://basseldaher.com/water-and-youth-engagement-strategy/): Youth make up a large portion of the world’s population, as well as the UfM member states population. Nearly 15.5% of the world’s population is between the ages of 15-24.4 Within the UfM member states, a similar population average of 12.8% of the total population are between the age range of 15-24.5 If we consider the larger combined youth age groups including between 15-34, 26.5% of the UfM member states population is within this age range. This portion of the population is large. It is large, and it is critical for our future, meaning it deserves our meaningful investment. Empowering [&hellip;]
- [Agriculture in a Water Scarce World](https://basseldaher.com/agriculture-in-a-water-scarce-world/): According to the McKinsey report (2009), the world is facing a water scarcity challenge agriculture is its predominant consumer. It accounts for approximately 3100 billion percent of global water withdrawals today and is expected to increase 2030. This increase is due to a number of factors: growing population and the ever necessity to cater for its food needs, economic growth, the variability of increase in global temperatures. In add sector faces an enormous challenge of producing almost 50% more production by 2050 (OECD, 2010). The main objective of this light on different policies to sustainably manage our water greatest consumer [&hellip;]
- [A Platform for Trade-off Analysis and Resource Allocation The Water-Energy-Food Nexus Tool and its Application to Qatar’s Food Security](https://basseldaher.com/a-platform-for-trade-off-analysis-and-resource-allocation-the-water-energy-food-nexus-tool-and-its-application-to-qatars-food-security/): This paper was commissioned as part of the Valuing Vital Resources research series focused on the Arab Gulf region. All countries in the region have a sensitive and interlinked relationship between oil, gas, water and food. This means policy to achieve sustainability in one area must also take into account its effects on others. Many participants in the workshops for this project were interested in how modeling resources in a more integrated way could help improve decision-making based on a better understanding of where value should be more effectively reflected in price. The short case study presented in this paper [&hellip;]
- [MENA Policy Brief Series // The WEF Nexus in the Arab Region](https://basseldaher.com/mena-policy-brief-series-the-wef-nexus-in-the-arab-region/): The WEF Nexus in the Arab Region Series is published by the League of Arab States (LAS), with technical and financial support from the Deutsche Gesellschaft fur Internationale Zusammenarbeit (GIZ). The series comprises 6 policy briefs with different focus areas on the implementation of the WEF Nexus in the MENA region. All policy briefs are available both in English and in Arabic. &#8220;Link of full article&#8221;
- [Sustainability in the Water-Energy-Food Nexus Bridging Science and Policy Making](https://basseldaher.com/sustainability-in-the-water-energy-food-nexus-bridging-science-and-policy-making/): Water, energy, and food security underpin nations’ well-being, and global sustainability. Awareness of the tight interconnections between these three resource systems is not new. Nevertheless, a combination of intensifying demands on resources, increasing uncertainty of external pressures, and resource scarcity have intensified the interlinkages and amplified the cost of inaction and mismanagement. Policy decisions made within one sector are felt across all others connected to it. A clear understanding of how future policy decisions will impact all three of the interconnected WEF sectors is vital. To reach this understanding, we need to quantify the linkages between these sectors, underpinned by [&hellip;]
- [Multi-stakeholder Dialogue: Water-Energy-Food (WEF) Nexus and Implementing the SDGs](https://basseldaher.com/multi-stakeholder-dialogue-water-energy-food-wef-nexus-and-implementing-the-sdgs/): Building on the strong policy messages and momentum established through a growing coalition of global partners at the Stockholm World Water Week (2016) and the XVI World Water Congress in Cancun (2017), the World Water Forum in Brasilia (2018) hosted a High Level Panel (HLP) linked to the theme of Development (Water for Sustainable Development), and the subthemes of water for food and water for energy. This HLP session complemented and built upon the earlier events to provide the opportunity for stakeholders outside of the water sector to engage in dialogue and address topics that cut across the multiple themes [&hellip;]
- [Water, energy, and food: The Ultimate Nexus](https://basseldaher.com/water-energy-and-food-the-ultimate-nexus/): Our global community is facing unprecedented risks and challenges that are directly linked to the way we currently understand and manage our resources. Providing sustainable solutions to overcome present challenges poses the need to study the existent interlinkages between these resources. This entry presents water, energy, and food as the main systems that form a nexus, which itself is affected by defined external factors. Promoting integrative thinking in the process of strategic planning comes through highlighting the intimate level of interconnectedness between these systems. &#8220;Link to full article&#8221;
- [Current Water for Food Situational Analysis in the Arab Region and Expected Changes Due to Dynamic Externalities](https://basseldaher.com/current-water-for-food-situational-analysis-in-the-arab-region-and-expected-changes-due-to-dynamic-externalities/): Uneven distribution of water, food, and energy (WEF) resources, together with demographic, geographic, political, and other natural constraints, burden WEF security plans in many regions of the world. Decision makers are under pressure to bridge the WEF supply-demand gap, and often propose reactive, rather than preventive, strategies that are associated with uncertainty, challenges of sustainability, and various socio-economic, environmental, cultural, and political drawbacks. Arab countries, like most regions of the world, face internal and external challenges to managing, sustaining, and securing these scarce, unevenly distributed natural resources. According to the World Bank (2007), current management plans for addressing the WEF [&hellip;]
- [Modeling the Water-Energy-Food Nexus: A 7‐Question Guideline](https://basseldaher.com/modeling-the-water-energy-food-nexus/): Water, energy, and food resource systems are under increasing stress. As we prepare to move toward more sustainable resource allocation and management strategies, it is critical that we quantify and model the interconnections that exist between these sectors. Such action will help guide decision making and planning for the future of these resources and related strategies. While there is no single cookbook method for “modeling the nexus,” this chapter provides a list of seven guiding questions to help conceptualize a nexus case, model it, and then assess it. The 7-Question nexus modeling guideline is demonstrated using three case studies that [&hellip;]
- [Security, climate change, and the resource nexus](https://basseldaher.com/security-climate-change-and-the-resource-nexus/): This chapter presents major nodes of research and analysis around climate change and security linkages, around more attempts to link security to the resource nexus, and the need to position equity and justice-related concerns at the center of the complex perspectives. It explores a broad view of security at national, regional, and global scales, which span the traditional geopolitical definition to include perspectives on water, energy, and food securities as key elements of economic and physical security. The chapter suggests that better and more integrative resource planning might alleviate some of the related stresses – stresses that traditional security analysis [&hellip;]
- [Modeling the Sustainable Development Nexus as a Complex-Coupled System: System Dynamics Modeling](https://basseldaher.com/modeling-the-sustainable-development-nexus-as-a-complex-coupled-system-system-dynamics-modeling/): This chapter begins with defining complex systems, presents an overview of the applied science of dynamical systems by focusing on the main components of complexity and chaos, and introduces the concept of dimensionality of systems. Systems have structural and temporal (dynamic) components – they exist in space and time. This chapter focuses on the time dimension, called temporality. The authors classify a third dimension, chaos (randomness), and illustrate that all systems can be defined according to their structure, dynamics, and chaos. These three dimensions constitute the dimensionality of systems, which can be used to define and categorize all types of [&hellip;]
- [Water, Energy, Food Resource Challenges in Migration: Role of Informal Institutions](https://basseldaher.com/water-energy-food-resource-challenges-in-migration-role-of-informal-institutions/): Water, energy and food are vital resources for human well-being, poverty reduction, and sustainable development. Demand for these resources is projected to increase due to population growth and will be affected by economic development, international trade, urbanization, diversifying diets, cultural and technological changes, climate variability, and migration trends. These current societal megatrends, coupled with environmental, technological, economic, and demographic changes, continue to pressure already scarce or depleted natural resources: threatening their sustainability and undermining community resilience. Human migration in its various forms has taken place at all times and for various reasons. It is triggered by economic, political and security [&hellip;]
- [Water-Energy-Food Interconnections: Methods, Tools, and Cross-Sectoral Decision Making](https://basseldaher.com/water-energy-food-interconnections-methods-tools-and-cross-sectoral-decision-making/): Interdependence, interactions, and linkages refer how variables in a system connect, inﬂuence, and depend on one another. Scientiﬁc ﬁelds, especially the social sciences, primarily analyze how a given variable is affected by one or many others. Across-impact analysis is an approach to determine how those interactions can affect future events or a way to visualize a system, qualitatively, semi-quantitatively, and quantitatively. Anexus represents the interface of different sectors, areas, or relatively exclusive groups, like sectors in an economy, departments in a corporation, or disciplines in sustainable development (water, energy, etc.)Causality is the effect of some variable(s) on some other variable(s). It [&hellip;]
- [Water-Energy-Food Sustainable Development Goals in Morocco](https://basseldaher.com/water-energy-food-sustainable-development-goals-in-morocco/): Water, energy, and food security challenges are complex and tightly interconnected (Hoff 2011; Mohtar and Daher 2012; FAO 2014a; IRENA 2015). Food production demands water; water extraction, treatment, and redistribution demand energy; and energy production requires water. With growing pressures on these interconnected resource systems due to climate change and population growth, it is critical that we understand and quantify those interlinkages to minimize the competition that might arise as different sectors plan for their future development. The water-energy-food nexus is an approach that offers an equidistant platform for multi-sectoral evidence-based dialogue about trade-offs associated with decisions made across the different sectors (Mohtar and [&hellip;]
- [The relevance and challenges in communicating the nexus](https://basseldaher.com/the-relevance-and-challenges-in-communicating-the-nexus/): Beyond academic debates, the nexus remains a new concept for many practitioners and decision-makers, with often only a fuzzy delineation (intersection of water, energy, food, land, climate, biodiversity, health, etc.) and limited attraction. In addition, its association to &#8216;complexity&#8217; often hampers the uptake in solution-oriented and sector-specific planning and management, whilst simplified approaches are discarded as &#8216;too obvious&#8217;. Proper communication about the nexus is needed to enable meaningful discourses and discussions about trade-offs and synergies with the right people who hold the power to change management across sectors and silos, and to engage stakeholders. The chapter addresses reasons for communicating [&hellip;]
- [National and International Funding for Financing Sustainable Development Goal 6: Case of Jordan](https://basseldaher.com/national-and-international-funding-for-financing-sustainable-development-goal-6-case-of-jordan/): In September 2015, the United Nations General Assembly announced the list of new sustainable development goals (SDGs). These goals were put forward to guide the progress and development of member states as they plan into the future. Achieving the 17 goals described in the UN 2030 Agenda for Sustainable Development will require unprecedented levels of coordinated funding and international attention. In a world of increasing challenges of climate change, urbanization, conflict-driven population relocations, widening income inequalities, threatened food security, youth unemployment, and existing governance practices, do we have the proper mechanisms to move forward with implementing the SDGs? Who finances [&hellip;]
- [Water–energy–food (WEF) Nexus Tool 2.0: guiding integrative resource planning and decision-making](https://basseldaher.com/water-energy-food-wef-nexus-tool-2-0-guiding-integrative-resource-planning-and-decision-making/): The paper introduces a framework and set of methodologies that define the linkages between the interconnected resources of water, energy and food, and enable explicit corresponding quantifications. The paper presents a new water–energy–food (WEF) Nexus modelling tool (WEF Nexus Tool 2.0) based on that framework which offers a common platform for scientists and policy-makers to evaluate scenarios and identify sustainable national resource allocation strategies. The tool is applied to a case study focusing on Qatar, a hyper-arid Gulf country. &#8220;Link to full article&#8221;
- [Water-Energy-Food Nexus Framework for facilitating multi-stakeholder dialogue](https://basseldaher.com/water-energy-food-nexus-framework-for-facilitating-multi-stakeholder-dialogue/): &#8220;Link to full article&#8221;
- [Governance of the Water-Energy-Food Nexus: the Conceptual and Methodological Foundations for the San Antonio Region Case Study](https://basseldaher.com/governance-of-the-water-energy-food-nexus-the-conceptual-and-methodological-foundations-for-the-san-antonio-region-case-study/): Purpose of Review The goal of the case study is to provide an outline of the “governance” group’s approach to conducting research on nexus issues in this case study. Recent Findings A significant part of the Texas A&amp;M Water-Energy-Food Nexus initiative focuses on issues of governance and public policy. The governance and public policy element of this initiative represents one potentially unique contribution to the applied scholarship on nexus issues writ large. Summary Both as a significant research project in its own right, and as a proof-of-concept effort, the initiative has decided to engage in a significant collaborative research project [&hellip;]
- [Beyond zero sum game allocations: expanding resources potentials through reduced interdependencies and increased resource nexus synergies](https://basseldaher.com/beyond-zero-sum-game-allocations-expanding-resources-potentials-through-reduced-interdependencies-and-increased-resource-nexus-synergies/): The 2030 goal for the implementation of the Sustainable Development Goals (SDGs) gives rise to challenging questions stemming from the inherent interconnections and potential competition between primary resources. ‘Economic Growth’ and ‘Clean Water and Sanitation’ are intimately related SDGs. Access to quality water is critical to growth, but as economies and populations grow, so does their demand for water. As pressures on water systems increase, existing and proposed economic activities are subject to growing water related stresses, such as service disruptions, droughts, floods, and contamination. Growth is dependent upon investment in critical resources to mitigate water related risks and for [&hellip;]
- [Trade-offs and Decision Support Tools for FEW Nexus-Oriented Management](https://basseldaher.com/trade-offs-and-decision-support-tools-for-few-nexus-oriented-management/): Purpose Existing assessment and decision support tools have limited application to real-world food-energy-water (FEW) Nexus challenges. Integrated assessment approaches are often discipline-specific or highly theoretical, lacking grounding in real-world FEW issues. Recent Findings FEW systems require application of integrated techniques that address multiple attributes of trade-off analyses, dynamic and disparate datasets, and difficult decision contexts. Research must enable: appropriate tool sets matched with FEW Nexus hotspots; customizing existing tools to fit local specifics; compatibility between collected data and integrative nexus assessment tool needs; evaluation of these assessments through incorporation of stakeholder input and guidance forward for solution implementation. Summary The [&hellip;]
- [Water–energy–food nexus: a platform for implementing the Sustainable Development Goals](https://basseldaher.com/water-energy-food-nexus-a-platform-for-implementing-the-sustainable-development-goals/): This high- level panel was partially supported by the Texas A&amp;M WEF Nexus Initiative, BMZ, European Union, and respective co-author institutions (American University of Beirut, OCP Policy Center, University of Zaragoza, Global Environmental Facility, Circle of Blue, Stockholm Environment Institute, National Scientific and Technical Research Council, International Commission on Irrigation and Drainage, World Bank, and Water Foundry). This text was developed as an outcome of the “Water-Energy-Food Nexus” high-level panel at the XVI World Water Congress, Cancun Mexico, 1 June 2017. The panel’s goal was to demonstrate the extent of interconnection between the water, energy and food Sustainable Development Goals [&hellip;]
- [Developing Socio-Techno-Economic-Political (STEP) Solutions for Addressing Resource Nexus Hotspots](https://basseldaher.com/developing-socio-techno-economic-political-step-solutions-for-addressing-resource-nexus-hotspots/): The challenge of meeting increasing water, energy, and food needs is linked not only to growing demands globally, but also to the growing interdependency between these interconnected resource systems. Pressures on these systems will emerge to become hotspots with different characteristics, and will require a fresh look at the challenges existing both within each of the resource systems and at their respective interfaces. Proposing solutions to address different resource hotspots must be multi-faceted and need to acknowledge the multiple dimensions of the biophysical water, energy, and food systems, and the players connected with them. This commentary first explores the multiple [&hellip;]
- [Complexity versus simplicity in water energy food nexus (WEF) assessment tools](https://basseldaher.com/complexity-versus-simplicity-in-water-energy-food-nexus-wef-assessment-tools/): Approaching water, energy, and food, as interconnected system of systems, as an alternative to traditional silo-based resources planning and management approaches continues to fall short of expectations of its research-backed benefits. The lack of nexus applications in policy and decision making can be related to numerous factors, with the main barrier being the complex nature of &#8220;nexus&#8221; systems combined with the disarray of tools attempting to model its interconnections. The paper aims to provide a method for comparing the perceived complexity of nexus tools identified by international organizations as well as primary literature sources. Eight separate criteria are introduced and [&hellip;]
- [Economic, social, and environmental evaluation of energy development in the Eagle Ford shale play](https://basseldaher.com/economic-social-and-environmental-evaluation-of-energy-development-in-the-eagle-ford-shale-play/): This research investigates the relation between water, energy, and transportation systems, using the growing hydraulic fracturing activity in the Eagle Ford shale play region of southwest Texas in which the local water systems and road infrastructure were not designed for the frequent transport of water into the production site and of produced gas and oil from the site as are often required for hydraulic fracturing. The research: 1) quantifies the interconnections between water, energy, and transportation systems specific to the Eagle Ford shale region; 2) identifies and quantifies the economic, social, and environmental indicators to evaluate scenarios of oil and [&hellip;]
- [Water-Energy-Food-Health Solutions & Innovations for Low-Carbon, Climate-Resilient Drylands](https://basseldaher.com/water-energy-food-health-solutions-innovations-for-low-carbon-climate-resilient-drylands/): Primary resources gaps facing dryland, including access to water, food, energy, nutrition, and health care, are expected to increase with demographic, political, and climatic changes. These highly interlinked primary resources carry high risk and vulnerability. Disentangling these to better understand the complex system of systems they represent is crucial and requires multi-disciplinary work that includes the technologies, science, policies, health, communication, and economics, at both local process and system-level scales. In 2018, the American University of Beirut (AUB) launched WEFRAH, one of the biggest research communities in the MENA region: the Water-Energy-Food Health (WEFH) Nexus Renewable Resources Initiative. This university-wide [&hellip;]
- [Towards bridging the water gap in Texas: A water-energy-food nexus approach](https://basseldaher.com/towards-bridging-the-water-gap-in-texas-a-water-energy-food-nexus-approach/): The 2017 Texas Water Development Board&#8217;s State Water Plan predicts a 41% gap between water demand and existing supply by 2070. This reflects an overall projection, but the challenge will affect various regions of the state differently. Texas has 16 regional water planning zones characterized by distinct populations, water demands, and existing water supplies. Each is expected to face variations of pressures, such as increased agricultural and energy development (particularly hydraulic fracturing) and urban growth that do not necessarily follow the region&#8217;s water plan. Great variability in resource distribution and competing resource demands across Texas will result in the emergence [&hellip;]
- [Water-Energy-Food Nexus: Towards Knowledge Synthesis, Action Prioritization and Revitalization of Security Debates](https://basseldaher.com/water-energy-food-nexus-towards-knowledge-synthesis-action-prioritization-and-revitalization-of-security-debates-2/): The Water-Energy-Food nexus (WEF nexus) has emerged as a colossal environmental debate on how to improve the sustainability and resilience of resource systems. This debate has been inclusive of different disciplines and methodological approaches that have improved our understanding of the tight interconnectedness between the resource systems, and have highlighted the need for great coordination across the respective sectors. Following a decade of growing global attention toward WEF nexus-related challenges and opportunities, particularly after the Bonn Conference and World Economic Forum in 2011, the resulting body of academic literature has coined an area of study that mainly relies on decision [&hellip;]
- [Special Issue "Urban Drainage Systems"](https://basseldaher.com/special-issue-urban-drainage-systems/): Increased population growth and, in many areas, uncontrolled urbanization, have led to increased imperviousness in cities across the world. This has resulted in an upsurge of urban flooding and the impairment of waterbodies due to increased stormwater flow rate, peak flow, and total volumes draining into streams, lakes, and estuaries. It has also resulted in larger pollutant loads that have impaired these water bodies. Traditional urban drainage systems, built with flooding in mind, drain stormwater rapidly into surface or subsurface conduits. Alternative sustainable urban drainage systems (SUDS) that integrate green stormwater infrastructure (GSI) practices can minimize flows from existing developments [&hellip;]
- [ASSESSING THE SUSTAINABILITY OF CROP PRODUCTION IN THE GEDIZ BASIN, TURKEY: A WATER, ENERGY, AND FOOD NEXUS APPROACH](https://basseldaher.com/assessing-the-sustainability-of-crop-production-in-the-gediz-basin-turkey-a-water-energy-and-food-nexus-approach/): This study assesses the sustainability of crop production system in Gediz Basin, Turkey and develops forward-looking scenarios for optimal utilization and sustainable allocation of its resources using the water, energy, and food (WEF) Nexus holistic systems approach. Gediz basin data for the year 2014 are used to analyze the current situation and to develop future scenarios, including climate change, urbanization, changes in water sources, and technological developments in the field of agricultural production. The study results indicate that reduction in land availability as a consequence of urbanization and increased water scarcity due to climate change are inevitable. Moreover, sustainably maintaining [&hellip;]
- [WATER-ENERGY-FOOD NEXUS STAKEHOLDER INFORMATION SHARING AND ENGAGEMENT WORKSHOP](https://basseldaher.com/water-energy-food-nexus-stakeholder-information-sharing-and/): The interconnection of water, energy, and food resources is complex, with the availability of these resources increasingly stressed by climatic, social, political, economic, demographic, technologic, and other pressures. Addressing these challenges requires a better understanding of the nexus formed by the interconnections between the resources. On January 10, 2018, the Texas A&amp;M University System WaterEnergy-Food Initiative held the Water-Energy-Food Nexus Stakeholder Information Sharing and Engagement Workshop on the campus of Texas A&amp;M University-San Antonio. The workshop involved over 70 stakeholders drawn from the water, energy, and food sectors in San Antonio and surrounding region. Stakeholders attending the workshop heard presentations [&hellip;]
- [Lessons learned: Creating an interdisciplinary team and using a nexus approach to address a resource hotspot](https://basseldaher.com/lessons-learned-creating-an-interdisciplinary-team-and-using-a-nexus-approach-to-address-a-resource-hotspot/): Moving resource management and allocation away from sectoral silos to a paradigm founded in integration and leveraging cross-sectoral and trans-disciplinary synergies will result in expanded opportunities for economic development and improved social well-being (Mohtar, 2017; Mohtar and Daher, 2017). Interventions to address complex resource challenges must identify opportunities while cognizant of holistic, system level trade-offs (Daher and Mohtar, 2015; Daher et al., 2018a, b, c). These interventions must be contextualized locally: Texas has spatially varied water scarcity, energy resource abundance, and rapid population growth; in the northeastern United States water quality, drainage, and extreme weather events pose far greater challenges. [&hellip;]
- [Analyzing FEW nexus modeling tools for water resources decision-making and management applications](https://basseldaher.com/analyzing-few-nexus-modeling-tools-for-water-resources-decision-making-and-management-applications/): Social changes such as growing population, urbanization, globalization, and economic growth, compounded with uncertainties due to climate change are expected to result in substantial shifts in the demand for food, energy, and water. Food, energy and water resource systems are tightly interconnected. Addressing challenges facing any of these resource systems requires a holistic understanding and quantification of the existing interdependencies and trade-offs. This study is aimed at analyzing FEW nexus modeling tools with a specific focus on addressing issues of water management through a nexus lens. In particular, an exploratory approach is taken to assess available FEW nexus modeling tools [&hellip;]
- [Global Sustainable Development Report 2015 (Advance Unedited Version) (GSDR 2015)](https://basseldaher.com/global-sustainable-development-report-2015-advance-unedited-version-gsdr-2015/): 2015 will be a watershed year for sustainable development. Major international conferences – on financing for development the post-2015 development agenda, and climate change – will take momentous decisions that could, if effectively followed up, have profound implications for the future of our societies, our economies and of our planet. This is the context in which this year’s Global Sustainable Development Report (GSDR) appears. Building upon the 2014 Prototype report,1 the current Report responds to the Rio+20 mandate to contribute to strengthening the science-policy interface (SPI) for sustainable development, particularly in the context of the high-level political forum (HLPF).2 Given [&hellip;]
- [Toward understanding the convergence of researcher and stakeholder perspectives related to water-energy-food (WEF) challenges: The case of San Antonio, Texas](https://basseldaher.com/toward-understanding-the-convergence-of-researcher-and-stakeholder-perspectives-related-to-water-energy-food-wef-challenges-the-case-of-san-antonio-texas/): In the past decade, research on interconnected resource challenges has primarily focused on quantifying physical resource interconnections, and there is a growing focus on the social, economic, and policy dimensions of these interconnections. While the nature of the complexity of interconnected resource challenges resulted in emphasizing the need for inter- and trans-disciplinary research and in increased collaboration between research groups, little work has examined the convergence of perspectives between the research groups and their respective stakeholders. This paper focuses on the San Antonio Region of Texas: a resource hotspot characterized by rapid urbanization, increased energy production in the Eagle Ford [&hellip;]
- [A Water-Energy-Food Nexus approach for conducting trade-off analysis: Morocco's phosphate industry in the Khouribga region](https://basseldaher.com/a-water-energy-food-nexus-approach-for-conducting-trade-off-analysis-moroccos-phosphate-industry-in-the-khouribga-region/): The study objective was to develop and use the Water-Energy-Food Nexus Phosphate (WEF-P) Tool to evaluate the impact of Morocco&#8217;s phosphate industry on water, energy, and food sectors of Khouribga, which is the representative phosphate mining region of Morocco. The developed WEF-P Tool enabled a trade-off analysis based on integrating supply-chain processes, transportation, and water–energy footprints of the region. Field data from the mining to transportation processes were collected and applied to possible supply-chain scenarios in accordance with the type of product (phosphate rock and slurry). The potential impacts of the scenarios were considered in terms of the water supply [&hellip;]
- [Renewable Energy in the Water, Energy & Food Nexus](https://basseldaher.com/renewable-energy-in-the-water-energy-food-nexus/): Renewable energy technologies can address trade-offs between water, energy and food, bringing substantial benefits in all three key sectors. This report from the International Renewable Energy Agency (IRENA) looks at how adopting renewables can ease trade-offs by providing less resource-intensive energy services compared to conventional energy technologies. &#8220;Link to full article&#8221;
- [The United Nations World Water Development Report 2020 : water and climate change](https://basseldaher.com/the-united-nations-world-water-development-report-2020-water-and-climate-change/): The 2020 edition of the United Nations World Water Development Report (UN WWDR 2020) entitled ‘Water and Climate Change’ aims at helping the water community to tackle the challenges of climate change and informing the climate change community about the opportunities that improved water management offers in terms of adaptation and mitigation. The scientific evidence is clear: the climate is changing and will continue to change, affecting societies mainly through water. Climate change will affect the availability, quality and quantity of water for basic human needs, threatening the effective enjoyment of the human rights to water and sanitation for potentially [&hellip;]
- [SDSN USA Zero Hunger Pathways Project Submission for the White House Conference on Hunger, Nutrition, and Health](https://basseldaher.com/sdsn-usa-zero-hunger-pathways-project-submission-for-the-white-house-conference-on-hunger-nutrition-and-health/): In the 1970’s, after the U.S. significantly reduced poverty, increased economic opportunity, and dramatically expanded federal nutrition safety net programs, the nation almost entirely ended domestic hunger. In the succeeding decades, as poverty increased, real wages decreased, and safety net programs were scaled back, hunger and food insecurity in America soared. Therefore, in 2022 hunger in America is persistent and pervasive. More than 10 percent of people across the United States lived in food-insecure households in 2020. Nearly 35 percent of households with incomes below the Federal poverty line are food insecure (Coleman-Jensen et al., 2020). Almost 30 percent of [&hellip;]
- [Reimagining Sustainable Community Sports Fields of the Future: a Framework for Convergent Science-Stakeholder Decision-Making](https://basseldaher.com/reimagining-sustainable-community-sports-fields-of-the-future-a-framework-for-convergent-science-stakeholder-decision-making/): Community-level sports fields are public spaces that provide numerous physical, mental, and societal benefits. These fields are often governed, constructed, managed, and used by various interacting groups who have different value systems and preferences that impact their decisions. While sports fields offer an opportunity for community engagement and physical activity to residents of communities, poor field quality or lack of access from misinformed decisions can increase health issues and decrease physical activity participation, especially among youth. That is in addition to decisions made regarding water and energy resources required to maintain these fields. Those who have decision-making authority should consider [&hellip;]
- [Reflecting on water challenges of the past, present and future: an intergenerational perspective](https://basseldaher.com/reflecting-on-water-challenges-of-the-past-present-and-future-an-intergenerational-perspective/): &#8220;Link to full article&#8221;
- [Opportunities and Challenges for Establishing a Resource Nexus Community of Science and Practice](https://basseldaher.com/opportunities-and-challenges-for-establishing-a-resource-nexus-community-of-science-and-practice/): The American Chemical Society’s Division of Environmental Chemistry symposium Toward Creating a Water-Energy-Food (WEF) Nexus Community of Practice, brought together 25 cross-disciplinary speakers in five thematic areas: 1) state of the art models and approaches, 2) WEF Nexus initiatives and case studies, 3) WEF governance and stakeholder engagement, 4) chemical processes and WEF Nexus, 5) WEF education, community, and practice. Discussions included diverse perspectives from different areas of expertise and provided key take-home messages toward building a WEF community of practice. This paper summarizes those messages, drawing conclusions regarding the anticipated challenges and opportunities moving toward establishing a resource-nexus community of science and practice that [&hellip;]
- [Food security under compound shocks: Can Lebanon produce its own Mediterranean food basket?](https://basseldaher.com/food-security-under-compound-shocks-can-lebanon-produce-its-own-mediterranean-food-basket/): As Lebanon faces compound challenges, a looming food security crisis is rapidly approaching, much of which could be attributed to the lack of long-term planning for sustainability in its agricultural sector. The disconnect between decision-makers within the agricultural sector, and other interconnected sectors is exacerbated by the lack of integrative national platforms and methodologies for quantifying the trade-offs associated with possible interventions. This study aims to: (1) identify and quantify the critical interconnections between water, energy, nutrition, and food systems in Lebanon; (2) develop a framework to quantify the trade-offs associated with adopting interventions within current water, energy, and agriculture [&hellip;]
- [Water-Energy-Food-Health Solutions and innovations for low-carbon, climate-resilient drylands](https://basseldaher.com/water-energy-food-health-solutions-and-innovations-for-low-carbon-climate-resilient-drylands/): We live in a world of complex and tightly interconnected grand challenges that threaten the sustainability of our societies. Examples of such challenges are summed up in the United Nations Sustainable Development Goals (UN-SDGs), which include specific goals to address water, energy, and food insecurities. Our ability to address these challenges depends on our readiness to collaborate across disciplines and sectors to reimagine thriving, healthy, resilient societies that respect the boundaries and health of our planet. As nations work toward implementing the UN- SDGs, we need to support decision makers, create synergies, and avoid unintended competition between societal goals. Thus, [&hellip;]
- [Water-Energy-Food nexus: Towards knowledge synthesis, action prioritization and revitalization of security debates](https://basseldaher.com/water-energy-food-nexus-towards-knowledge-synthesis-action-prioritization-and-revitalization-of-security-debates/): The Water-Energy-Food nexus (WEF nexus) has emerged as a colossal environmental debate on how to improve the sustainability and resilience of resource systems. This debate has been inclusive of different disciplines and methodological approaches that have improved our understanding of the tight interconnectedness between the resource systems, and have highlighted the need for great coordination across the respective sectors. Following a decade of growing global attention toward WEF nexus-related challenges and opportunities, particularly after the Bonn Conference and World Economic Forum in 2011, the resulting body of academic literature has coined an area of study that mainly relies on decision [&hellip;]
- [Urban FEW Nexus Model for the Otun River Watershed](https://basseldaher.com/urban-few-nexus-model-for-the-otun-river-watershed/): The food-energy-water (FEW) nexus has emerged as an alternative to improve the management of the resources used in the food, energy, and water systems. However, there are limited case studies in the Latin American and Caribbean region where a FEW nexus methodology has been implemented. This region will greatly benefit from a FEW nexus approach since more than half of the electricity comes from hydropower, and even though the region has excess in water resources, these resources are not equally distributed and they are poor managed. In this study, an urban FEW nexus framework was used in the Otun River [&hellip;]
- [Developing a strategic network to address the global challenges of agricultural land and soil management to adapt to climate change.](https://basseldaher.com/developing-a-strategic-network-to-address-the-global-challenges-of-agricultural-land-and-soil-management-to-adapt-to-climate-change/): Agricultural land and soil (ALS) systems face complex and interacting socio-ecological challenges and tradeoffs. These systems play a critical role in food and water security and climate change adaptation and mitigation. Improving the resilience of complex ALS systems is a societal grand challenge that requires cross-disciplinary research collaboration and cross-sectoral stakeholder engagement. We have established a network of researchers and practitioners who have been meeting for the past two years to discuss ways to leverage research and educational resources on food and water security to address challenges associated with adapting climate change mitigation strategies in ALS systems. Full link here

## Pages

- [Approach and Thematic Areas](https://basseldaher.com/approach-and-thematic-areas/): Approach and Thematic Areas Approach and Thematic Areas Research Innovation Programming Capacity Development Stakeholder Engagement Network Building WEF Nexus Multi-Criteria Scenario-Analysis Tools SDG Localization Food System Transformation Energy Transition Artificial Intelligence Human and Planetary Health WEF Nexus Governance Youth Engagement Migration Disaster Risk Reduction Visit link Research Links
- [Teaching Experience](https://basseldaher.com/teaching-experience/): Teaching and Capacity Development Dedicated educator across multiple institutions with expertise in energy,sustainability, water-food-energy nexus, and global policy issues. Master of Science in Energy, Texas A&amp;M Energy Institute, College Station, TX, USA ICPE/ENGY 631: Sustainability Considerations in Energy, offered to Master of Science in Energy students. ICPE/ENGY 689: Contemporary Issues in Energy Master of Science in Energy, Texas A&amp;M Energy Institute, College Station, TX, USA Co-Instructor | Feb – May 2023 ICPE 610 The Global Energy Future Department of Biological and Agricultural Engineering, Texas A&amp;M University, College Station, TX, USA Co-Instructor | Jan &#8211; May 2022 CVEN/BAEN 642 Water-Energy-Food Nexus: [&hellip;]
- [Research Projects](https://basseldaher.com/research-projects/): Funded Research and Engagement Projects 2020-2026 | 14 funded projects | $8,628,711 Ongoing funded projects PI, 2026 Evaluating Data Center Development in San Antonio: Toward community-engaged, evidence-based decision-making, The City of San Antonio, $15,000 (2026) Co-PI, 2026 The Residential Energy Visibility and Economic Affordability Landscape (REVEAL) Study, Department of Energy, $160,000 (2026) Co-PI, 2023-2026 Global Center on Climate Change and Water Energy Food Health Systems, National Institutes for Health, $1,173,517 (2023-2026) – Project Number: 1P20TW012709-01 Senior Personnel, 2022-2027 AccelNet-Implementation: US-Africa Sustainable Food Systems through Water-Energy- Food Nexus Networking (SustainFood), National Science Foundation, $2,000,000 (2022-2027) – Award Number:2201446 | Project webpage Past projects PI, 2025 The evolving role of universities in [&hellip;]
- [Appointments](https://basseldaher.com/appointments/): Current and Past Academic Appointments Texas A&amp;M Energy Institute, Texas A&amp;M University, College Station, TX, USA Assistant Director for Sustainable Development | Sep 2024 – PresentResearch Scientist | Sep 2023 – Aug 2024Assistant Research Scientist | Feb 2020 – Aug 2023 Providing thought leadership and engaging researchers within Texas A&amp;M and globally, while leading stakeholder driven projects on sustainable agrifood system transformation, Water-Energy-Food nexus, disaster risk reduction, and energy transition, resulting in 89 highly cited (2600+) knowledge products to date, including high impact peer-reviewed journal articles (Nature Sustainability), book chapters (Encyclopedia of the UN Sustainable Development Goals), policy briefs (FAO, [&hellip;]
- [Journal List](https://basseldaher.com/journal-list/): List of Publications 91&nbsp;published knowledge products including 41&nbsp;peer-reviewed journal articles, 13&nbsp;book chapters, 10&nbsp;policy briefs, 8&nbsp;conference proceedings, 14&nbsp;reports,&nbsp;and 5&nbsp;edited special issues Google Scholar (2600+ citations, h-index=23, i-10 index= 32) Journal Articles Angell, S. Y., Al-Kindi, S., Daher, B., Abdel Magid, H. S., Adams, A., Boeing, G., Davis, S. K. K., Fanzo, J., Madrigano, J., Myers, S. S., Navas-Acien, A., Newman, J. D., Peng, W., Diez Roux, A. V., Solomon, C. G., &amp; Rajagopalan, S. (2026). Research opportunities to advance cardiovascular health through a planetary health lens. American Journal of Preventive Cardiology, 101575. https://doi.org/10.1016/j.ajpc.2026.101575 Williams, P., Jones-Crank, J. L., Daher, B., Thomas, [&hellip;]
- [empty](https://basseldaher.com/empty/)
- [Education](https://basseldaher.com/education/): Education and Summary of Trasferrable Skills Education Texas A&amp;M University, College Station, Texas, USA Aug 2015 &#8211; May 2019 Doctor of Philosophy, Water Management and Hydrological Sciences  Dissertation: Bridging Physical and Social Sciences to Unlock New Potential for Addressing Interconnected Resource Challenges Purdue University, West Lafayette, Indiana, USA Aug 2010 &#8211; Dec 2012 Master of Science in Engineering, Agricultural and Biological Engineering Thesis: Water, Energy, and Food Nexus: A Basis for Strategic Planning for Natural Resources American University of Beirut, Beirut, Lebanon | Sep 2006 &#8211; Jun 2010 Bachelor of Civil Engineering, with distinction Research Project: Civil and infrastructural upgrade of [&hellip;]
- [Philosophy](https://basseldaher.com/philosophy/): PHILOSOPHY These three commitments emerged from 15 years of building tools, convening stakeholders, growing networks, and learning what actually moves the needle on sustainability. Building Bridges Early in my career I learned that the best technical solution in the world will fail if it does not account for the people it is meant to serve. Engineering know-how alone is not sufficient. The political, social, and economic dimensions of a resource challenge are not complications to be managed after the design is done. They are the design problem. That lesson has guided every project since. The hardest sustainability challenges do not [&hellip;]
- [About Me](https://basseldaher.com/about-me/): About Me Transforming complexity into clarity that communities, governments, and organizations can act on. About me We live in a world of interconnected economic, social, environmental, and geopolitical challenges. Food system transformation, energy transition, water management, climate action, and human and planetary health are not isolated issues. Yet the institutions responsible for them rarely coordinate. And the people closest to these realities remain too often the furthest from the decisions that shape them. Bridging that disconnect is the thread that runs through everything I do. I understood this before I had the language for it. Growing up in Lebanon, I [&hellip;]
- [Consulting](https://basseldaher.com/consulting-2/): Consulting Experience Senior technical advisor to UN agencies, international organizations, and academic institutions, supporting agrifood innovation, WEFE Nexus implementation, climate-resilient and digital agriculture, and capacity development across the MENA region, Sub-Saharan Africa, and the Mediterranean. Food and Agriculture Organization of the United Nations (FAO)Consultant | Aug 2024 &#8211; Present Consultant | Aug 2024 &#8211; Present Provided program level strategic advisory and contributed to regional initiatives supporting innovation, capacity development, and governance in agrifood systems, with a focus on food safety, digitalization, and climate-resilient technologies across the Near East and North Africa (NENA) region. Co-led the design and implementation of a [&hellip;]
- [Publications](https://basseldaher.com/publications-2/): Publications 91&nbsp;published knowledge products including 41&nbsp;peer-reviewed journal articles, 13&nbsp;book chapters, 10&nbsp;policy briefs, 8&nbsp;conference proceedings, 14&nbsp;reports,&nbsp;and 5&nbsp;edited special issues Google Scholar (2600+ citations, h-index=23, i-10 index= 32) All Categories Book Chapters Conference Proceedings Guest Editor &#8211; Special Issues Journal Articles Policy Briefs Reports All Topics Newest First Oldest First Title A to Z Title Z to A Random Journal Articles &bull; March 25, 2026 Research Opportunities to Advance Cardiovascular Health through a Planetary Health Lens Cardiovascular health (CVH) across the life course requires stable, nurturing environments and a healthy planet. Increasing human demands on the&#8230; Read More Guest Editor &#8211; Special [&hellip;]
- [invited talks](https://basseldaher.com/invited-talks/): Invited Talks 115+ invited presentations across 30+ countries (2012–present)including keynote talks, UN panels, a TEDx Talk, and major global forums such as the IWRA World Water Congress, FAO Science and Innovation Forum, MIT Energy Conference, and COP18. Multimedia &quot;Food doesn&#039;t grow at supermarkets!&quot; &#8211; Global Forum for Food and Agriculture, Berlin, Germany 2023 How will you Choose to Contribute? | Bassel Daher | TEDxTAMU Texas A&amp;M Energy Institute Lecture Series: Dr. Bassel Daher &#8211; &quot;COnvergence REsearch Incubator&quot; Nexus Seminar Series N.80 by Dr. Daher Day 1: The Water-Energy-Food Ecosystems Nexus: From Research to Practice Governance and Financing Considerations for Operationalizing [&hellip;]
- [Leadership & Awards](https://basseldaher.com/leadership-awards/): Leadership, Service, and Awards Leadership Executive Board Member, International Water Resources Association (IWRA) 2022-Present Serving as Chair of the Memberships Committee; directing a strategy to build, maintain and leverage the association’s global membership while cultivating new institutional partnerships; launched activities including a webinar series, intergenerational dialogues, social media campaigns, and Global Networking Cafes. Serving as Co-chair of the Early Career and Young Professionals task force; elevating the role of youth across the association and promoting their contribution to SDG 6, through organizing youth-led webinars, panels, and online video series. Chair of the Scientific Program Committee to the XIX World Water [&hellip;]
- [Home](https://basseldaher.com/): Hello, I am Bassel Daher Assistant Director for Sustainable Development and&nbsp;Consultant Let&#8217;s work together toward a world that is more sustainable, resilient, equitable, and resource-secure for all About Me Contact Me 0 + years of Work Experience 0 + Knowledge Products Published 0 + Talks in 30+ Countries Welcome to my webpage Our most pressing global challenges, food insecurity, water scarcity, energy poverty, and climate disruption, do not respect sectoral boundaries.  Neither does my work.  For over 15 years, I have worked across research, policy, and practice to advance systems approaches to sustainable development, with a focus on the interconnections [&hellip;]
- [Talks](https://basseldaher.com/talks-2/): Invited Talks 100+ talks in 25+ countries at National and International academic, policy and professional organization conferences and events. Worcester Polytechnic Institute (WPI). Invited Lecture. Toward Evidence-Based Community-Engaged Water-Energy-Food System Transformation  FAO. Moderator and Speaker: Progress Summary and Next Steps. Co-creation Workshop to Establish the Regional Food Safety Research Network and Innovation Hub, Cairo, Egypt. BONEX, PRIMA. Keynote Speaker: Challenges and Opportunities for WEFE Nexus Solutions. WEFE Nexus International Conference, Rabat, Morocco. Texas A&amp;M University. Symposium on the Food, Energy, Water and Health (FEWH) Nexus as a Catalyst for Sustainability in Texas and Beyond. Panelist: Meeting Future Challenges in FEWH [&hellip;]
- [Contact](https://basseldaher.com/contact/): Contact Let&#8217;s Collaborate Contact Me Want to get in touch? I&#8217;d love to hear from you . Here&#8217;s how you can reach me&#8230;. Icon-email Twitter Linkedin
- [Leadership & Service](https://basseldaher.com/leadership-service-awards/): Leadership Executive Board Member, International Water Resources Association (IWRA), 2022-Present Co-Chair, Zero Hunger Pathways Project, Sustainable Development Solutions Network, 2020-2023 Co-leading a working group of national food and nutrition security academics aimed at creating evidence-based policy recommendations toward zero hunger in the U.S.; organizing a dialogue series Recommendations to the WHITE HOUSE Conference on Hunger, Nutrition, and Health Recommendations to the UN Food Systems Summit 2021 Zero Hunger Pathways Dialogue Series   Chair, Early Career &amp; Young Professionals Task Force, IWRA, 2020-2022 Leading a global team of young water professionals and delivering a Virtual Global Water Networking Café and a [&hellip;]
- [Publications](https://basseldaher.com/publications/): Publications 89 published knowledge products including 39 peer-reviewed journal articles, 13 book chapters, 10 policy briefs, 8 conference proceedings, 14 reports, and 5 edited special issues Google Scholar (2600+ citations, h-index=23, i-10 index= 31) Journal Articles Rasooli, S., Casiano-Flores, C., Farhoodi, S., Daher, B., Cervantes-Avilés, P. A., &amp; Huerta-Aguilar, C. A. (2026). Synergetic Benefits of Agricultural Sewage Reuse and Floating Photovoltaics in Mexican Wastewater System: A Municipal-Level WEF Nexus Study. Global challenges (Hoboken, NJ), 10(1), e00440. https://doi.org/10.1002/gch2.202500440 Albatayneh, R., Mohtar, R., Ashkanani, Z., Daher, B. et al. (2025). Integrating health in the water–energy–food nexus: A comprehensive review of interdependencies, challenges, and future research opportunities. Current Environmental Health Reports, 12, 52. [&hellip;]
- [Consulting](https://basseldaher.com/consulting/): Consulting Experience Food and Agriculture Organization of the United Nations (FAO) | Aug 2024 &#8211; Present  Developing a roadmap and action plan for the establishment of a regional food safety research network and innovation hub in the Near East and North Africa (NENA) Region.   Designing the consultation process leading to the co-creation of the research network and innovation hub model, including defining its vision, mission, functions, and operations in collaboration with key research institutions and national stakeholders in the region.   Conducting a mapping of innovations and technologies with high potential to address food safety and readiness for scaling in [&hellip;]
- [Academic](https://basseldaher.com/academic/): Current and Past Appointments Research &amp; Engagement Experience Assitant Director for Sustainable Development | Sep 2024 &#8211; PresentResearch Scientist | Sep 2023 &#8211; Aug 2024Assistant Research Scientist  | Feb 2020 &#8211; Aug 2023Texas A&amp;M Energy InstituteTexas A&amp;M University, College Station, TX, USA Leading the co-development of bottom-up, stakeholder driven, interdisciplinary research in thematic areas related to sustainable development, water-energy-food-migration nexus, food system transformation, and equitable energy transition  Leading and contributing to the development of large interdisciplinary proposals with cross-functional national and international experts and external stakeholders, while currently serving on 5 active federally funded projects (NSF and NIH) with thematic areas [&hellip;]
- [Bio](https://basseldaher.com/bio/): Summary of Experience During the past 15 years I held various research (Texas A&amp;M University, Purdue University, Qatar Foundation), consulting (UN FAO, UN DRR, UN ESCWA, IWMI, GIZ, GWP, IRENA, Oliver Wyman, IWRA, Union for the Mediterranean, Waterlution), coordination (Water-Energy-Food Nexus Initiative), program evaluation (Penn State University and PRIMA) and leadership (IWRA, Sustainable Development Solutions Network) positions with multiple international organizations. Moving forward, I am looking to leverage my diverse experiences and expertise gained from past roles to continue contributing to global sustainable development initiatives, fostering interdisciplinary collaboration, and guiding evidence-based, community-engaged, sustainable and resilient water, energy, and food systems transformation.  [&hellip;]
- [Home](https://basseldaher.com/home/): Hello, I am Bassel Daher Assistant Director for Sustainable Development and&nbsp;Consultant Let&#8217;s work together toward a world that is more sustainable, resilient, equitable, and resource-secure for all About Me Contact Me 15+ years of Work Experience 85+ Knowlege Products Published 100+ Talks in 25+ Countries About Me Welcome to my personal webpage! As an interdisciplinary-trained professional, my mission is to contribute to creating a more sustainable, resilient, equitable, and resource-secure world for all. I am dedicated to advancing systems approaches that acknowledge the complexity and interconnectedness of our global challenges, particularly on issues related to food system transformation, energy transition, [&hellip;]
- [Sample Page](https://basseldaher.com/sample-page/): This is an example page. It&#8217;s different from a blog post because it will stay in one place and will show up in your site navigation (in most themes). Most people start with an About page that introduces them to potential site visitors. It might say something like this: Hi there! I&#8217;m a bike messenger by day, aspiring actor by night, and this is my website. I live in Los Angeles, have a great dog named Jack, and I like pi&#241;a coladas. (And gettin&#8217; caught in the rain.) &#8230;or something like this: The XYZ Doohickey Company was founded in 1971, [&hellip;]


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