Case Studies & Stories

Reducing chemical inputs while improving farm resilience

Lower costs, stronger soils and improved yields
In Demetno Village, Egypt, cotton farmer Mohamed Assra had spent years relying on fixed spraying schedules and intensive chemical use to protect his crops. While these practices initially appeared effective, over time they contributed to declining soil fertility, rising production costs, increasing soil salinity, and the disappearance of beneficial insects from his fields.
Through the REEL Regenerative Programme, implemented by CottonConnect in partnership with the Cotton Research Institute (CRI) and Modern Nile, Mohamed adopted regenerative farming practices designed to restore ecological balance, reduce chemical dependency, and improve long-term farm productivity.

The challenge

For many years, Mohamed followed a conventional farming model based on routine pesticide applications and high chemical input use. Spraying was carried out according to a calendar schedule rather than actual pest pressure, often involving multiple chemical mixtures during each application cycle. Although these methods initially reduced visible pest problems, they gradually created deeper challenges within the farming system.

The soil became increasingly degraded and saline, biodiversity within the fields declined, and beneficial insects that naturally help regulate pest populations disappeared. At the same time, production costs continued to rise due to ongoing dependence on pesticides and synthetic fertilisers.

Despite the increasing expense, crop productivity began to stagnate, leaving Mohamed searching for a more sustainable and effective approach to managing his farm.

The approach

Through training delivered by CottonConnect, the Cotton Research Institute (CRI), and Modern Nile, Mohamed was introduced to regenerative farming and Integrated Pest Management (IPM) practices focused on improving soil health and restoring natural ecological balance.

The programme supported him to adopt pest scouting and monitoring, threshold-based spraying, pheromone traps, crop rotation, intercropping practices, border crops, improved weed management, and increased farmyard manure (FYM) application. These approaches helped reduce unnecessary pesticide use while strengthening biodiversity and improving soil condition across the farm.

By understanding pest behaviour more effectively and encouraging beneficial insects back into the ecosystem, Mohamed was able to shift away from routine chemical applications toward more targeted and sustainable crop management practices.

Fertiliser use reduced from 430 kg to 350 kg

Reduced Chemical Dependency and Costs

Through the use of pest monitoring and threshold-based spraying, Mohamed significantly reduced pesticide applications and lowered pesticide costs by approximately EGP 1,500. Fertiliser use also declined substantially, decreasing from 430kg to 350kg, helping reduce input costs while improving nutrient efficiency.

Improved Productivity

Despite reducing chemical inputs, cotton yields increased by approximately 15%, reaching around 1,400 kg per feddan. This demonstrated that improved soil management and regenerative practices could enhance crop performance without increasing chemical dependency.

Restoring Soil and Biodiversity

One of the most significant outcomes was the visible improvement in soil condition and biodiversity across the farm. The increased use of farmyard manure and diversified cropping practices helped reduce soil salinity and restore healthier soil structure. Beneficial insects gradually returned to the fields, supporting natural pest control and improving ecological balance within the farming system. Mohamed’s success has also begun influencing other farmers in Demetno Village, demonstrating how regenerative agriculture can strengthen both environmental sustainability and farm profitability.

Looking ahead

Mohamed’s experience highlights the potential of regenerative farming practices to restore soil health, reduce chemical dependency, and improve resilience within cotton production systems.

By combining farmer training with practical ecological approaches, the REEL Regenerative Programme is helping farmers adopt more sustainable farming methods that support long-term productivity, biodiversity restoration, and improved livelihoods across cotton-growing communities in Egypt.