If you’re as bad a plant parent as me, you’ve probably been in the position of coming home from a long summer vacation and being faced with crispy plants and the big question: is it worth watering your plants and hoping for their recovery, or should you immediately chuck everything in the bin and start from scratch?… Read more
Observing plant growth relies in many ways on actually being able to see the plant parts you’re interested in. The aerial tissue, the bits growing above ground, are easy enough to view. It’s no issue to count leaves or fruit, describe the colour of a flower, or studiously note the branching architecture of the stems. But when it comes to the roots- those underground organs that have such an important role in defining the water and nutrients available to the organism, it gets a bit trickier.… Read more
Evolutionary progress requires genetic material to build on- building blocks that can be shaped and changed with time and selective pressure. Plants are especially good at copy-pasting large chunks of their own DNA or even entire chromosomes, and then altering them, slowly but surely, to make new functional genes.
Sometimes however, they get fresh material from the outside.
Let’s talk about horizontal gene transfer: nature’s own way of creating GMOs.… Read more
Plants are great listeners. Your average houseplant will happily spend hours hearing about your daily troubles, and won’t bat an eye if you sing Brittney’s ‘Toxic’ out of key for the best part of an hour. Out in the wild, this ‘listening’ has a more practical side- plants listen, by feeling sound vibrations on their leaves, for signs of attack. And when they hear the angry munchings of a hungry caterpillar, they prepare to fight for their lives!… Read more
For the first half, Tegan is pretty much eating ice cream and Joram is talking about plant science to himself – and to you people out there. So be kind and support Joram in his struggle and listen to his tales. You might also have ice cream to go with it.
Joram’s paper: Sun, Y., Wollman, A. J. M., Huang, F., Leake, M. C., & Liu, L.-N. (2019). Single-Organelle Quantification Reveals Stoichiometric and Structural Variability of Carboxysomes Dependent on the Environment. … Read more
Sometimes, the world doesn’t seem to work in your favour. Your co-worker’s experiment works on the first try, everyone finds a seat on the train but you, and your lawn can’t really compete with your neighbour’s. Today we’re looking at whether the grass really is greener on the other side, a journey that takes us deep into the centre of the leaf.… Read more
*If it actually helped reduce air pollutants?
There’s a lot of talk on the internet about the ability of certain houseplants to clean ‘toxins’ out of the air. Take a deep dive into Pinterest, and you’ll see hundreds of pictures suggesting the best ‘pollutant purifier plants’. Unfortunately, so far, the scientific evidence for our chlorophyllous friends actually cleaning is pretty scant. But what if plants could be genetically modified to improve them in this manner?… Read more
What is more fun than talking about molecular research? I hope you’re shouting now “diving deep into the horrors of the climate crisis!” because you’re right. In this fun and upbeat episode we wonder whether we can stop the climate crisis by planting trees. Can you guess the answer? … Read more
Plants can’t really choose whose pollen they get covered with. All kinds of pollinators bring all kinds of pollen to the party. And with it they bring the burden, to the plant, of figuring out which pollen to allow in and which to send away. But as it turns out, plants know just which molecular bouncers to use, to keep the party going.… Read more