Plants

You don't often find crowds flocking to take in the pungent scent of rotting flesh, yet that's just what happens when a corpse flower blooms at a public garden. But this iconic endangered plant is now facing a new threat – our aversion to paperwork.

The sooner a farmer knows that their crops are suffering, the faster they can take action to prevent major crop failure. A new plant-leaf-poking sensor could soon help them do so, by sending an alert as soon as the plant gets stressed.

Scientists have identified new gene modifications that can make tomatoes and eggplants grow bigger, which could help boost yields in developing countries.

Built to be carnivorous, giant pandas spend up to 16 hours a day on their backsides eating bamboo. But contrary to all the panda jokes, it's not because they're lazy or too dumb to know better. It's far more fascinating – and it may help humans, too.

Crop fertilizers are a major source of pollution, as the chemicals make their way out of the soil and into the environment. Scientists are now working on a solution to that problem, by developing a fertilizer that takes the form of tiny glass beads.

When most people think of duckweed, they likely picture a green film growing across the surface of a stinky, stagnant slough. The protein-rich plant may soon be on your plate, however, as it's been approved for human consumption in Europe.

While everyone loves the thought of growing fresh veggies indoors, not everyone has the green thumb required to do so. The Plantaform system was designed with that fact in mind, as it grows edible plants automatically … using a nutrient-rich fog.

Common ivy is better known as a garden invader or a rather attractive indoor plant that's prone to triggering allergies. Now, for the first time, it's been found to be very effective in blocking pain signals – by instead invading a key pain receptor.

When it comes to monitoring the health of crops, aerial images captured by aircraft are only going to tell you so much. That's where an experimental new spectral sensor comes in, as it's mounted directly on the underside of individual plants' leaves.

Unlike nearly all flowering plants, which rely on the likes of wind or animals to reproduce, the squirting cucumber instead uses "ballistic seed dispersal," shooting a forceful, watery jet more than 30 feet into the air. And now we know how it does it.

Even if you don't know what 3D microfluidic networks are, that doesn't change the fact that they have some very valuable possible uses. Scientists have now devised a much easier method of making the things, by taking casts of plant roots.

Scientists in Japan have created hybrid plant-animal cells, essentially making animal cells that can gain energy from sunlight like plants. The breakthrough could have major benefits for growing organs and tissues for transplant, or lab-grown meat.