Videos

A strawberry picking robot: a fine example of innovation in agriculture. Yet innovations seem difficult to spread in the agricultural sector. That's why Evelien Cronin is researching how we can improve the innovation process: "Alone you go faster, but together you get further."

Our poo and pee are too precious to waste, says Angelou Papangelou. The phosphorus in our excrement and in animal manure can serve as the food of our food and shouldn't go to waste. That's why Anastasia Papangelou is mapping the nutrient stocks and flows in the country, so that we can put our poo and pee to good use!

The land of farmers in coastal Bangladesh remains flooded for almost half of the year. To tackle this, Bangladeshi farmers use 'floating farms'. Jinat Hossain tells you more about this innovative adaptation mechanism. 

Do you also love bread? Belgians eat an average of 33 kg of bread a year, about 1,000 slices. But that's mostly white bread, which doesn't contain much fibre. To make us eat more of that healthy fibre, Sara Petit-Jean (KU Leuven) is working on new, high-fibre white bread.

Have you ever noticed how seeds are omnipresent? You find them in our daily bread, they are used in medicines, cosmetics, and even jewelry. This has always been the case, throughout the history of mankind. Archaeobotanist Sidonie Preiss dives into archaeological wells, granaries, and even latrines to recover seeds and reconstruct the shared history of plants and mankind.

Each of us has lost a precious plant to aphids or other insects before. Unfortunately, most insecticides to combat these creatures are harmful to the environment. That's why Tessa Acar is committed to the development of a new and better weapon: bacteria that can fight insects.

In order to provide the growing world population with sufficient protein, Reindert Devlamynck (University of Ghent) focuses on duckweed. In addition to ducks, he also wants people to eat this tasty little plant and is setting a good example for himself 🍽

Meat is an important source of protein. But did you know that these proteins can also be obtained from microbes and bacteria? Janne Spanooghe wants to introduce a new source of protein on our plate: purple bacteria.

Fertilization is crucial in agriculture, but over-fertilization causes environmental pollution and all-rich algae growth in our watercourses. Wouldn't it be great if plants and crops could grow well with less fertilizer? That's what Astrid Gadeyne wants to achieve in her PhD.

Frederik Engelen is working on vaccines for cattle. This way, he wants to ensure that beef does not become contaminated with a dangerous variant of the e-coli bacterium.

Lucas Vanhaelewyn (Universiteit Gent) studies plants to try to unravel how they actually 'see' and respond to different types of lights. This knowledge can help to optimize the conditions for plants and crops to grow better.

Like humans, plants are constantly attacked by diseases. Joren De Ryck (VIB - UGent) does research on a bacterium called Ralstonia, which can infect and kill all these crops in a few weeks time.