Videos

Esther
Geukens
ILVO
KU Leuven

Is Japanese holly a good alternative to boxwood?

Away with bare boxwood bushes! The infamous boxwood moth went on a rampage in Flanders in recent years 🐛🌳 But don't panic! Meet Japanese holly, a robust alternative that is immune to these voracious caterpillars. The catch? The soil in many Flemish gardens is not acidic enough for this shrub to grow well. Bioengineer Esther Geukens will therefore tinker with the plants and the soil so that Japanese holly can thrive here.
Valerie
Dewaelheyns
KU Leuven

How do we activate the climate power of our gardens?

In 2021, a major water bomb fell in Wallonia, and in recent summers we have constantly struggled with heat waves and periods of drought. But did you know that our gardens can help protect us from the effects of climate change? Valerie Dewaelheyns sheds some light on how to turn your garden into a climate garden, which will help protect you from the effects of climate change.
Margot
Geerinck
KU Leuven

Fighting the southern green stink bug

We are facing a little green problem: the southern green stink bug, an insect from Ethiopia, is on the rise in our country. And that's bad news for our vegetable growers. Fortunately, Margot Geerinck is working on a solution. The protagonists: ichneumon wasps & fungi!
Tine
Van den Bossche
ILVO
UGent

How do we reduce our dairy cows' nitrogen emissions?

How do you make a dairy cow emit less nitrogen without her producing less milk? To this end, Tine Van Den Bossche (ILVO - UGent) is doing tests with different feed additives that help the cow make milk proteins, among other things. Her goal: to provide milk that is not only good for all of us, but also better for the environment!
Kobe
Coorevits
ILVO
KU Leuven

Smart measurement of emissions in dairy barns

Milk is a source of many delicacies, such as cheese and ice cream. Unfortunately, milk also has a smell to it... Cows produce ammonia and methane through their breath and manure. These harmful gases are mainly released when cows are in their stables. In his Ph.D., Kobe Coorevits is looking for a way to accurately and affordably monitor the emission of these gases in dairy barns.
Annelore
Aerts
VITO

Plastic reincarnation as a solution for plastic pollution

Less than 10%... That's how much of all the plastic is recycled today. The rest is incinerated or ends up in landfills or -worse- in our oceans... The problem is that with current recycling methods, the quality of the plastic decreases with each recycling cycle. So is there no method to recycle plastic repeatedly without losing quality? There is: chemical recycling, aka the 'reincarnation' of plastic. Annelore Aerts (VITO) explains how that works.
Nor
Kamariah
KU Leuven
VITO

Extraction of valuable metals from mine tailings

What if we could give mining waste a second life? Mining produces a lot of waste, so-called mine tailings. These tailings still contain some leftover valuable metals, Nor Kamariah is researching new approaches to extract these remaining metals from the mining waste, while cleaning these tailings all at once. These clean tailings can then be recycled as construction materials. 
Jorn
Van de Velde
FWO
UGent

How accurate are our climate models?

Last summer, Wallonia experienced massive rainfall, resulting in deadly floods. Did you know that we only expect such weather once every 400 years at the most? We can calculate this because we have been measuring precipitation in our country for more than 120 years. But with 120 years of data, how (well) can you predict 400 years from now? Jorn Van de Velde will tell in this video. 
Wouter
Deleersnyder
FWO
KU Leuven
UGent

Mapping saltwater with a metal detector

Did you know that the sea can penetrate our lands and water resources unnoticed? Today, we find that saltwater in our polders, up to several kilometers inland. This salt water can make agricultural land and water supplies unusable. To find out exactly how far inland and how deep the saltwater problem reaches, Wouter Deleersnyder and his colleagues use a helicopter, a giant metal detector, and their knowledge of physics & geology. How all of this works, is explained by Wouter in this video.
Marina
Perdigao
VITO

Microbes converting greenhouse gases into biofuels

Saving good microbes from starvation. That is the aim of the research carried out by Marina Perdigao Elisiario (VITO - TU Delft). This is necessary because the microbes she works with can help us in the fight against climate change. They are very good at converting greenhouse gases such as CO2 and carbon monoxide into biofuels. Unfortunately, with the current techniques, they die of starvation too often and too quickly. Marina is working on a new technique to overcome this.
Ruth
Vandeputte
VITO

Internet of water: smarter measurement of Flemish water quality

Flanders is a water-scarce region. We must therefore handle our water resources carefully and monitor their quality well. That is why researchers such as Ruth Vandeputte (VITO) are building the 'Internet of Water', a network of sensors that will continuously measure water quality in the whole of Flanders from 2023 onwards and transmit it in real time. Ruth tells you more about it.
Camille
Meeussen
UGent

How do we keep our forests cool?

Camille Meeussen (Ghent University) designs forest edges. Yes - you read that correctly: forest edges 🌳 Forests offer a lot of cooling on hot days because trees block the sun's rays. But the edge of a forest has a big impact on that cooling effect. Watch the video to find out more.