Videos

Daniely
Reis Santos
UHasselt

Converting CO2 from the air into useful products

Daniely Reis Santos is a plant lover. She especially loves plants' ability to engage in photosynthesis: capturing CO2 from the air and converting it into sugar using the sun's energy. In her doctorate, she is determined to do the same: use solar energy to convert CO2 into useful products through a process called photo electrocatalysis. But in order to do so, there are some challenges she must tackle.
Luiza
Teixeira-Costa
VUB

Enemies with benefits: positive effects of mistletoes

When you think of mistletoe, you probably think of the Christmas kissing tradition and ancient druids, while the word parasite may not come to mind. Yet mistletoe is a parasitic plant that grows on the branches of numerous tree species, from which it draws water and nutrients. This can lead to serious damage to this host tree. Still, we should not hastily remove mistletoe from these trees, says Luiza Teixeira-Costa. Watch her explain the positive side of this 'enemy with benefits'. 
Vaidehi
Narsingh
imec
UAntwerpen

A story of our global garden: plants storing excess CO2

Plants capture CO2 and, through photosynthesis, convert it into green leaves. Over the past 30 years, the increase in CO2 in the atmosphere has thus led to a widespread increase in the number of green leaves around the world. But recently, there has been a shift: the increase in the number of green leaves is slowing down even though CO2 levels are still rising. Vaidehi Narsingh (Imec - UAntwerp) explains why she is determined to find out what is happening.
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.
Federico
Banfi
FWO
UAntwerpen

Why do snakes have horns?

When you think of animals with horns, you probably think of cows, goats, and rhinos. But did you know that many species of snakes have horns too? While this has been under the eye of researchers for a long time, it's still unclear why some snakes have horns. What do you think they're for? Federico Banfi sheds some light on current hypotheses. He hopes to find answers in his Ph.D. research.  
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.
Yael
Hirschberg
UAntwerpen
VITO

Detecting dementia through proteins

Every three seconds, someone in the world is diagnosed with dementia. But what causes it? Dementia can be caused by diseases such as Alzheimer's & Parkinson's. The only way to find out the exact cause is by studying the brain tissue of a patient after his death 🧠  Yaël Hirschberg hopes to develop a method of identifying this earlier so that a patient can receive targeted care even before the first symptoms of dementia appear. Watch her explain how  
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.
Philippos
Koulousakis
UHasselt

Oxytocin against dementia

What if you could help someone with dementia by giving them a big, old hug? Might sound crazy, but neuroscientist Philippos Koulousakis (UHasselt) explains why he looks at oxytocin, aka 'the hugging hormone', to boost the brains of patients with Alzheimer's disease.
Yoran
De Vos
VITO

A sponge to tackle climate change

Wouldn't it be nice if we could use a sponge to suck carbon dioxide out of the air and help stop global warming? That's what Yoran De Vos (VITO) is hoping to achieve. But his sponge is nothing like an ordinary kitchen sponge.