Pakistan's Deteriorating Soil Health

Pakistan's Deteriorating Soil Health

Summary. Climate change is accelerating the degradation of Pakistan's soil health, posing serious threats to the country's food security, agricultural productivity and urban sustainability. Adding fuel to the fire are rapid loss of beneficial soil micro-organisms, shrinking green spaces, uncontrolled urbanization and the absence of a national soil policy. These factors are pushing the country toward a dangerously non-productive future. Without immediate climate adaptation measures and soil restoration programs, Pakistan could face severe food security challenges in the near future. This threat makes soil health a national priority issue, linking it not only to agriculture but also to safe drinking water, climate resilience, nutrition and urban heat stress.

Healthy soil, which is also rich in organic matter, microbes and nutrients, is essential not only for agricultural productivity but also for enhancing air quality and water environments. However, in its latest analysis on Pakistan's soils, the Food and Agriculture Organization (FAO) of the United Nations has found that they generally suffer from low fertility and major nutrient deficiencies, including essential elements. The analysis notes that organic matter levels in most soils are critically low, weakening soil structure and reducing water retention.

In Pakistan, around 36 million hectares are classified as agricultural land as of 2022. Out of this, approximately 30.2 million hectares are used for arable farming, 5 million hectares for permanent meadows and pastures and 0.72 million hectares are dedicated to permanent crops. Around 2.5 million hectares of the country's total area are classified as forest land.

Pakistan’s soil is predominantly alkaline, with large areas affected by salinity and sodicity, particularly in irrigated agricultural areas. Erosion and pollution are also widespread issues. Moreover, organic matter levels critically low, leading to reduced soil structure, poor water retention. Extreme heat, erratic rainfall, prolonged floodwater stagnation and widespread tree loss have damaged soil structure and reduced the activity of crucial beneficial soil microorganisms responsible for nutrient cycling.

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