2nd November 2026

Field Observation of Nanomectin Risha 1.8 EC in Brinjal Fields: A 9-Minute Observation in Sapahar

Nanomectin Risha 1.8 EC: A 9-Minute Field Observation in a Brinjal Field in Sapahar

Sapahar, Naogaon, Bangladesh: Red mites and sucking pests are among the challenges faced by brinjal growers. These pests can damage leaves and tender plant parts, affecting normal plant growth. To address these challenges, a field-level application and observation of Nanomectin Risha 1.8 EC was conducted in a brinjal field in Sapahar, Naogaon.

Nanomectin Risha 1.8 EC is marketed by Shikor Agriculture Ltd., with Nano Bio Green Crop Science as its affiliated organization. The product is intended for the management of targeted mites and selected insect pests, subject to approved label directions.

According to the timestamps on the field photographs, the application process began at 12:48 PM. The first follow-up observation was recorded at 12:52 PM, four minutes after application. A further observation was recorded at 12:57 PM, nine minutes after application. During these observations, the condition of affected leaves and the presence and movement of mites were examined.

This nine-minute timeline represents an observation from a specific field activity. It should not be interpreted as a guarantee that all mites or insects will die within nine minutes. Actual results may vary depending on pest species, infestation level, environmental conditions and application practices.

Target Pests and Intended Benefits

- Red mite management.

- Management of Jassid and selected sucking pests.

- Use against Thrips, subject to approved label directions.

- Support for integrated pest management in brinjal cultivation.

Application Guidance

The suggested application information provided for this field activity is 5–7 ml per litre of water. Users should always follow the registered product label, approved crop and pest recommendations, safety precautions and advice from qualified agricultural professionals. Reapplication should be based on label directions and field conditions.