Monitoring data from CropWatch (Figure 2.13) indicate that the 2026 winter wheat production scenario in Pakistan features a contraction in sown area coupled with a marginal increase in yield. The total sown area for winter wheat was 9.073 million hectares, representing a 2.63% decline from 2025. This contraction was mainly due to an extreme precipitation deficit during the monitoring period; cumulative national precipitation was only 24 mm, 37% below the long-term average, which prevented timely sowing in some rainfed areas without assured irrigation. In contrast, the yield is expected to reach 5,599 kg/ha, registering a slight increase of 0.90%. This yield increase, occurring against the trend of area reduction, was facilitated by an advantageous combination of light and temperature. While the average temperature was slightly lower by 0.27°C, which slowed thermal accumulation, photosynthetically active radiation was 2% above average. In the well-irrigated zones of northern Punjab and the lower Indus Basin, the enhanced radiation significantly promoted early tillering. As the magnitude of the area reduction outweighed the slight yield gain, the national total wheat production is estimated at 50.81 million tons, a modest year-on-year decrease of 1.75%. 

An analysis of crop condition dynamics reveals pronounced spatial heterogeneity in vegetation signals. The VCIx value of 0.88 underscores the critical buffering effect of irrigation against drought stress. CropWatch data show that greenness was above average in approximately 49% of the monitored area, particularly in the lower Indus Basin. Despite drought-induced constraints on potential biomass in this region, the cropped arable land fraction increased by 6.0%, highlighting the production resilience of the irrigated areas.

 Conversely, areas exhibiting low NDVI values in January, accounting for about 16.4% of the region, emerged as the primary uncertainty factor for final yields. In conclusion, after the sowing and establishment phase from November to December, Pakistan's 2026 Rabi wheat entered its growing period in January. The national Crop Production Index of 1.01 indicates conditions broadly in line with the normal baseline. Although northern Punjab faced the most significant precipitation deficit, irrigation maintained a very high VCIx of 0.93, underpinning stable production in this key area. Future monitoring priorities should include assessing NDVI recovery following the green-up in February to better understand the impact of localized January fluctuations on tiller density.

Figure 2.13 Remote Sensing Monitoring Results of Winter Wheat in Pakistan (2025-2026 Crop Year) (Left: Area Monitoring; Right: Yield Monitoring)