Can smart sensing prevent potato rot and blight?

November 09, 2017

This past week, the 30MHz UK team had the opportunity to join Agritech-East for its annual REAP event. Throughout the day of talks, we saw first-hand just how important a role technology can (and must!) play in creating a sustainable, productive and profitable future for agriculture. But if technology is going to make farmers’ jobs easier, it needs to be usable, easy to deploy, and show immediate value.

The real power of out of the box, plug and play technology is its ability to make a difference to a farmer’s bottom line within days of use. Smart sensing technology deploys in minutes, and starts generating insights within moments of deployment.  Customers like Van Lipzig Tuinderijen have seen quick results from real-time monitoring, wasting no time on deployment or implementation. Van Lipzig adapted its cucumber screening strategy based on actionable data two days into measuring. A week into monitoring, the company identified opportunities to lower greenhouse temperatures and save energy. Accurate, real-time monitoring of crop and environmental conditions can improve productivity and cut losses with significant return on investment– and it all begins with the simple opportunities for automating measurement, the “low hanging fruit.”

Preventing unnecessary potato loss

As we heard at the REAP conference, £100 million worth of potatoes are lost in the UK annually from bruising. £100 million is lost from potato blight. According to Growing Produce, the U.S. potato industry estimates losses during the storage of potatoes at 7%. How can technology help prevent unnecessary potato losses?

According to the University of Idaho, optimising temperature and humidity during potato storage “is critical for rapid wound healing, which reduces the harm from shatter bruise and skinning” while offsetting the potential for decay and moisture-borne disease. Wireless sensors monitoring temperature and humidity are already helping the Dutch flower bulb industry reduce fungus and rot during processing and storage, could the same real-time data ensure more potatoes reach grocery stores?

Developed for the needs of commercial farmers, the temperature humidity sensor is designed to provide real-time granular data on environmental conditions from any location, whether it’s the furthest corner of a greenhouse or a sealed cold storage container. Read more about the pointed temperature sensor here.

 

How can smart sensing transform your industry?
Sensory data from physical environments is helping businesses across industries make better decisions, improving productivity and cutting costs. Let's talk about how smart sensing can work for your organization. Get in touch below.

Let’s meet at CropTec 2017

30MHz customers use smart sensing technology across industries. But we have to admit, we get particularly excited to talk to farmers about how they’re using data from their environments to improve yields and refine their cultivation methods. Farmers are the original innovators– they’ve been at the cutting edge of innovation well before computers existed and continue ...
Read more

Saving farmers’ time with smart sensing technology

“How do they do it?” The 30MHz team meets with its fair share of farmers, in the Netherlands and the world over. We get to tour greenhouses, fields and storage facilities, and hear firsthand from farmers how they work, what their challenges are, and where technology can play a role in increasing sustainability and productivity. With ...
Read more

30MHz, Wageningen University and creating agritech products farmers actually want

It feels obvious but is easy to forget: when you’re a growing company developing a new technology, make sure you’re creating a product customers need. The potential of the technologies that fall under the umbrella term “the Internet of Things” is so vast, it’s easy to get caught up in theory of it all, losing ...
Read more