Food Security in Morocco: From Self-Sufficiency to Systemic and Strategic Resilience

Food security has long been a central pillar of Morocco’s development strategy and social contract. Since its independence, successive governments have largely equated food security with food self-sufficiency, particularly for so-called strategic commodities such as cereals, sugar, oils, meat and milk. This production-centered approach was historically understandable: in a young state seeking sovereignty, political stability and protection from external shocks, domestic control over staple food supplies appeared essential.

Today, however, Morocco stands at a critical crossroads. Climate change, acute water scarcity, demographic pressure, fiscal constraints and rising global volatility have fundamentally altered the parameters of food security in the Kingdom. The challenge is no longer whether Morocco can produce more food domestically, but whether it can build a resilient, inclusive and sustainable food system capable of ensuring availability, access, affordability and stability in an increasingly constrained and uncertain environment.

Agriculture: a strategic sector under structural stress

Agriculture remains a cornerstone of Morocco’s economy and society. The sector employs around one-third of the national labor force and accounts for more than 70 % of employment in rural areas, where approximately 61% of the population depends directly on agricultural livelihoods. Beyond its contribution to food production, agriculture plays a critical role in social stability, territorial cohesion and poverty reduction.

Yet, the economic contribution of the agricultural sector, around 10% of GDP, remains highly volatile. In 2024, agricultural value added contracted by 4.8% in real terms, reflecting rainfall variability and adverse climatic conditions. This volatility continues to transmit shocks to rural incomes, domestic demand and overall macroeconomic performance, underscoring the sector’s structural vulnerability.

Morocco’s agricultural base covers around 8.7 million hectares of utilized agricultural land, of which nearly 6 million hectares remain rainfed. Cereal alone occupies roughly two-thirds of cultivated land, despite being among the least water-productive crops in economic terms, meaning they generate relatively low economic value per unit of water consumed, particularly when compared with higher-value crops such as fruits and vegetables. This heavy reliance on rainfed cereal production exposes both farmers and national food supply to recurrent climatic shocks.

Water scarcity: the binding constraint

Water scarcity has become the defining constraint shaping Morocco’s food security trajectory. Per-capita renewable water availability has fallen dramatically, from over 2,500 m³ per year in the 1960s to around 620 m³ today approaching the absolute scarcity threshold of 500 m³. Climate change is expected to further reduce average rainfall while increasing its volatility, intensifying droughts, accelerating evapotranspiration and deepening groundwater depletion.

Agriculture absorbs more than 80% of available water resources, yet aquifers in key basins such as Haouz, Souss-Massa and Tadla are severely overexploited. While decades of public investment, from the Politique des Barrages (Water Dam Policy) to the Green Morocco Plan and the National Program for Water Savings in Irrigation, have expanded irrigated areas and boosted productivity in some regions, they have not delivered systemic resilience. This is in part because these policies emphasized supply-side infrastructure and expanded irrigation coverage without sufficiently addressing demand management, regulatory control of groundwater extraction, or integrated basin governance. In practice, subsidies for irrigation expansion under the Green Morocco Plan and related water-saving programs inadvertently encouraged unregulated private irrigation and deeper drilling of wells, accelerating the over-exploitation of aquifers rather than conserving them. The resulting expansion of irrigation in rainfed areas drew heavily on groundwater, undermining long-term sustainability and weakening resilience to recurring droughts. Moreover, these strategies lacked strong monitoring, enforcement mechanisms and comprehensive water-use governance frameworks, which limited their effectiveness in ensuring sustainable resource management across sectors.

Water-saving technologies, particularly drip irrigation, have often produced paradoxical outcomes. Gains in efficiency at the plot level – that is, at the individual farm or field where irrigation technologies are applied – have led to increased total water withdrawals at the basin level. This illustrates a classic example of Jevons’ paradox. According to this principle, improvements in resource-use efficiency reduce the effective cost of using the resource. As a result, overall consumption increases rather than leading to conservation. Without firm demand management, pricing reform, and crop reallocation, irrigation expansion risks locking agriculture into an environmentally unsustainable trajectory.

The limits of food self-sufficiency

Despite sustained public intervention, Morocco has not achieved stable self-sufficiency in strategic crops. Wheat self-sufficiency, for instance, has declined from over 80% in the 1970s to around 60% today, fluctuating sharply with rainfall. During the 2023/2024 season, cereal output fell to approximately 31 million quintals, compared to 55 million quintals in the previous year, reflecting reduced planted area and historically low yields.

Other crops have shown more differentiated performance. While sugar and fodder crops experienced sharp declines, vegetables, olives and citrus benefited from irrigation and recorded moderate growth. This divergence highlights a structural dualism between irrigated, higher-value agriculture and rainfed staple production.

At the same time, Morocco remains deeply integrated into global food markets. In 2024, agricultural and forestry imports reached 49.15 billion dirhams, driven largely by cereals. Between January and July 2025 alone, cereal imports exceeded 5.8 million tons. Morocco sources a large share of its food products imports from key global suppliers, notably Brazil, the United States, Spain, France, and Argentina, which together account for a significant share of its agri-food imports. Paradoxically, agricultural and agri-food exports also continue to expand, reaching 87 billion dirhams in 2024, fueled by export-oriented, irrigated crops. This coexistence of rising food imports and expanding exports reflects a structural tension at the heart of Morocco’s food system and underscores the limits of a self-sufficiency paradigm in a water-scarce economy.

Inequality, smallholders, and rural vulnerability

Food security outcomes are shaped not only by production and trade, but by deep-seated social and structural inequalities. Moroccan agriculture remains highly fragmented: more than 70% of farms are smaller than five hectares, yet these holdings control only around a quarter of agricultural land. This fragmentation is largely the result of inheritance practices that divide land across generations, progressively reducing plot sizes. It is further compounded by demographic pressure and the coexistence of multiple land tenure systems, which limit consolidation and constrain land markets. As a result, smallholders face persistent constraints related to land fragmentation, limited access to finance, weak market integration, and high exposure to climate risks.

Poverty remains predominantly rural. In 2024, nearly 72% of Morocco’s poor lived in rural areas, and although rural poverty has declined over the past decade, it remains more than four times higher than in urban areas. These disparities weaken household resilience and directly affect food access and nutritional outcomes.

The water-energy-food nexus and integrated policy

As conventional water resources decline, Morocco is increasingly turning to desalination and wastewater reuse. While necessary, these solutions are energy-intensive and interact directly with Morocco’s decarbonization objectives and renewable energy strategy. Managing the water–energy–food nexus coherently has therefore become central to food security.

Fragmented policymaking treating agriculture, water, energy, trade and social protection as separate silos will not suffice. What is needed is integrated planning, realistic pricing of scarce resources, transparent governance and continued investment in climate-smart agriculture, storage, logistics and value addition.

Ultimately, Morocco’s food security challenge is no longer about self-sufficiency at all costs. It is about managing interdependence, reducing vulnerability and building systemic and strategic resilience across production systems, markets and households in a water-scarce future.