Controlled-environmental agriculture (CEA) is becoming more popular, but University of Florida research shows there’s still room to improve.

Here are five of the best ways to adapt, upgrade, and optimize your greenhouse irrigation system design for efficiency and sustainability.

We all should pay very close attention to what’s going on around us and – perhaps more importantly – recognize the value of engaging in cross-industry learning opportunities.

It’s important to stay on top of the latest developments in new products, systems, and market trends.

Some growers believe it is too costly to automate their greenhouse tasks, but doing so in a simple fashion can cut costs and improve efficiency.

Any degree of automation, from the addition of simple sensors up to image processing artificial intelligences, brings real value through labor savings to growers of all types.

Greenhouse Grower Editor Janeen Wright outlines why the goals and needs of your operation should be the main factors driving investments in technology.

The Global Ag Tech Initiative offers a portfolio of events and informative products to forward ag tech development and adoption globally to improve agricultural practices.

Agricultural data and tools have applications that impact the full food value supply chain, from inputs through the farm and all the way to the consumer.

AI can seem like a strange, almost alien technology, but the future will bring more AI into even more greenhouses.

One of these five innovations in greenhouse technology will be recognized as the best of the best at Cultivate’21.

Production of baby greens in a greenhouse often requires very specific and advanced technology. lēf Farms learned this […]

The Greenhouse Technology Network has launched an online hub that is designed to help grow innovation for Ontario’s greenhouse industry.