In the agricultural district of Al-Mishkhab in Najaf province, farmers are once again flooding fields and sowing rice after severe water shortages forced widespread restrictions on cultivation in recent years.

The turnaround follows heavy rainfall and increased river inflows that have replenished reservoirs and boosted water levels in the Tigris and Euphrates river systems, providing relief to one of the Middle East’s most water-stressed countries.

Farmer Alaa Al-Ibrahimi said he had been unable to cultivate rice last year because of water shortages but has resumed planting this season on approximately 100 dunams of land. Like many growers in the region, he views the improved water situation as an opportunity to restore income and support his family.

The Agriculture Ministry has dramatically expanded approved rice-growing areas this year. According to Deputy Agriculture Minister Mahdi Sahar Al-Jubouri, authorities have authorized cultivation on roughly 362,000 dunams compared with only 200 dunams during the peak of last year’s drought.

Officials attribute the increase to stronger water flows in Iraq’s two main rivers and a substantial improvement in national water reserves.

Water expert Harry Istepanian, founder of the Iraq Climate Change Center, said Iraq’s water storage capacity has risen from approximately 4.5 billion cubic meters in 2025 to around 30 billion cubic meters in 2026, marking one of the most significant annual recoveries in recent years.

The improved conditions are expected to boost domestic rice production to around 300,000 metric tons this season, according to government estimates. Last year’s harvest was negligible after authorities curtailed cultivation because of the water crisis.

Most of the harvest will be purchased by the government for distribution through Iraq’s food ration program, which supplies subsidized staples to millions of households. Despite the increase in local production, Iraq is still expected to import approximately 800,000 metric tons of rice to satisfy domestic demand.

Farmers are also adjusting planting strategies to maximize returns. While the aromatic Anbar variety remains highly valued in Iraqi markets, many producers have shifted toward jasmine rice, which offers higher yields and stronger commercial returns.

The recovery comes amid broader concerns about Iraq’s long-term environmental outlook. The United Nations ranks Iraq among the countries most vulnerable to climate-related risks, with rising temperatures, declining rainfall and increasing pressure on water resources threatening agricultural productivity.

Experts caution that this year’s improvement reflects favorable weather conditions rather than a structural solution to the country’s water challenges.

“The recovery is real, but it is not yet sustainable,” Istepanian said, warning that a single dry season could reverse recent gains.

Iraq’s water security is further complicated by its dependence on cross-border river systems. The country receives a significant share of its water from rivers originating in neighboring Türkiye and Iran, where dam construction and water management policies have long affected downstream flows.

This year’s increase in river volumes was aided by heavy rainfall and snowmelt in upstream countries, which filled reservoirs and resulted in additional releases into shared waterways.

Analysts say sustaining agricultural growth will require continued regional cooperation on water management, investments in irrigation efficiency and reforms aimed at reducing waste in one of the region’s most water-intensive farming sectors.

For farmers across Iraq’s rice-growing heartland, however, the immediate priority remains making the most of a season many feared would never return after years of drought and uncertainty.

Bangladesh is facing a growing challenge in balancing groundwater conservation with the survival of farming communities as water shortages intensify across the country’s northwestern Barind region.

Agricultural experts, government officials and local farmers warn that declining groundwater reserves, driven by climate pressures and decades of intensive extraction, are threatening both food production and rural livelihoods in one of Bangladesh’s most important agricultural zones.

The crisis has prompted renewed debate over how the country can maintain crop production while reducing dependence on underground aquifers that have sustained farming for decades.Development specialists argue that long-term solutions must move beyond emergency restrictions and focus on building more resilient agricultural systems.

According to water and sanitation experts working in Bangladesh, sustainable adaptation requires investment in water-efficient irrigation technologies, climate-resilient crop varieties, climate-smart farming practices and community-led water management initiatives.

Such measures are increasingly viewed as essential as traditional groundwater supplies become less reliable and climate variability makes rainfall patterns more unpredictable.Experts also stress that women must play a central role in future water-management strategies.

In rural Bangladesh, women often bear primary responsibility for household water collection, agricultural labor and family care, making them particularly vulnerable to the effects of water scarcity.Water-sector specialists say gender-sensitive approaches to water-service delivery are critical to ensuring equitable access to resources, strengthening community resilience and supporting inclusive decision-making processes.

They argue that policies designed without considering women’s experiences risk overlooking some of the most significant social impacts of water shortages.At the local level, many farmers believe solutions should focus on maximizing the use of surface water rather than relying exclusively on groundwater extraction.

Residents across the Barind region are calling for expanded rainwater harvesting projects, restoration of wetlands and rehabilitation of ponds capable of storing seasonal rainfall for use during dry months. Farmers argue that large quantities of rainwater continue to be lost because existing storage systems are inadequate.

Sreemoti Shobdorani, a farmer from the region, said deeper excavation of ponds could create additional capacity to capture monsoon rainfall and provide irrigation water during extended dry periods. She expressed concern that insufficient attention has been given to preserving water resources above ground.

The proposal reflects a growing recognition among farming communities that long-term water security will require a shift away from exclusive dependence on underground reserves. Surface-water storage projects are increasingly being viewed as a practical way to supplement irrigation supplies while reducing pressure on depleted aquifers.

Government officials acknowledge the seriousness of groundwater depletion and say alternative irrigation systems are being evaluated to ensure agricultural production can continue without further accelerating water loss.Authorities face a difficult balancing act. Restricting groundwater use may help protect dwindling reserves, but it could also reduce agricultural output and threaten incomes in regions where farming remains the primary economic activity.

The stakes are significant for Bangladesh’s broader food security. Agricultural experts estimate that more than 2.5 million hectares of farmland could remain uncultivated if water shortages continue to worsen. Such a scenario could reduce national crop production by approximately 2.7 million tonnes, affecting both local markets and national food supplies.

The economic consequences could extend beyond agriculture. Reduced harvests would likely increase financial pressures on farming households already dealing with rising living costs and recurring climate-related disruptions. Experts warn that prolonged crop failures could deepen rural indebtedness, accelerate migration to urban centers and increase food insecurity among vulnerable populations.

For many communities in the Barind region, the issue is no longer a distant environmental concern but an immediate economic reality. Farmers report increasing difficulties accessing irrigation water, while local residents worry that shortages could become more severe if sustainable alternatives are not developed quickly.

The challenge confronting policymakers is therefore broader than groundwater conservation alone. It involves designing a transition that protects water resources while preserving agricultural livelihoods, maintaining food production and preventing social disruption.Climate change is expected to intensify these pressures in the coming decades through rising temperatures, changing rainfall patterns and more frequent extreme weather events.

As a result, experts increasingly argue that adaptation strategies must combine environmental protection with economic and social support for affected communities.The experience of the Barind region highlights a growing challenge facing many climate-vulnerable agricultural areas around the world.

As water resources come under increasing pressure, governments are being forced to reconsider how agriculture is managed, how water is allocated and how rural communities can adapt to a future in which access to water can no longer be taken for granted.

For Bangladesh, the success of those efforts may determine not only the future of groundwater reserves but also the sustainability of farming systems that support millions of people and form a cornerstone of the country’s food security.