Latest News from BPCA

03 August 2021

Funding secured for gadget that identifies apple moth pest

PRESS RELEASE

MothNet, a partnership between two companies, has secured funding from Innovate UK to develop a fully automated codling moth monitoring system for apple growers.

Funding-secured-for-gadget-that-identifies-apple-moth-pest

The codling moth is a major pest of fruit such as apples and pears.

The eggs are laid on leaves or the surface of fruit and larvae hatch after 7 to 10 days. They bore into the core causing the fruit to be unsellable due to unsightly damage.

Infestations of codling moth (Cydia pomonella) can reduce the apple harvests by up to 50% and account for 70% of the chemicals used by growers in their orchards.

Key to controlling infestations is using integrated pest management which includes both monitoring and control strategies, including mating disruption dispensers, and then using chemicals as a last resort.

A reliable, automated pest monitoring system is a lower-cost alternative to time-consuming manual checks. The new system called MothNet will be able to pinpoint local outbreaks which can then be treated appropriately. Farmers will be able to reduce yield losses and reduce unnecessary pesticide use, which means greater profit and environmental sustainability.

The MothNet project is led by Agsenze in collaboration with International Pheromone Systems (IPS) - developers and manufacturers of trap and pheromone products. 

“The economic losses caused by codling moths are immeasurable."

Graeme Hartley, IPS

Graeme Hartley, Managing Director of IPS, said: “The agricultural industry is rapidly moving towards a digital platform to deal with the growing demands of the world-wide population.

"With the industry focusing more on Integrated Pest Management, funding was available from Innovate UK for a digital project around identifying and real-time control of prominent pests to agriculture. We highlighted the Codling moth which is one of the 100 worst invasive alien species in the world and is the most destructive apple pest.

“The economic losses caused by codling moths are immeasurable. We are delighted to be working with AgSenze and together there is a high motivation to bring this project to commercial reality. We are both very grateful for the funding and excited about MothNet.”

MORE INFO

Read about the project in more detail on the IPS website.

internationalpheromones.com/news

Source: IPS press release

Highlights View all news

29 January 2026

Latest news

Have your say on the new Level 4 pest management qualification

The professional pest management industry is entering a key period of change. As standards rise, the need for a clear, credible and practical career pathway has never been more important.

Read more

27 January 2026

Latest news

BPCA submits evidence on Decent Homes Standard (Northern Ireland)

BPCA is taking the fight against pests in rented properties to Northern Ireland, responding to proposals to update the Decent Homes Standard, which applies to social housing.

Read more

08 January 2026

Latest news

Glue trap sales changes can move forward after committee backs regulations

The Draft United Kingdom Internal Market Act 2020 (Exclusions from Market Access Principles: Glue Traps) Regulations 2025 cleared an important hurdle yesterday.

Read more
Latest View all news

29 January 2026

Latest news

Have your say on the new Level 4 pest management qualification

The professional pest management industry is entering a key period of change. As standards rise, the need for a clear, credible and practical career pathway has never been more important.

Read more

28 January 2026

Latest news

Free government AI training opens up for everyone

The UK government has announced a major expansion of its AI Skills Boost programme , making free, practical AI training available to every adult in the country.

Read more

27 January 2026

Latest news

Inovus announce new Technical Director

Press release: Insect Light Trap expert, Tom Holmes, has joined Inovus as their new Technical Director.

Read more