Plant Biology
The flesh-eating Venus flytrap plant generates its own magnetic fields
In recent decades, more and more techniques from physics have been applied to biological systems, often with far-reaching consequences. For example, noninvasive techniques like magnetic resonance imaging (MRI) are now commonly used to study or diagnose the human brain and body. The successful transfer of... click to read more
Figuring out the evolved chemistry of fig trees
Furanocoumarins are small organic molecules produced by plants and known to play defense roles against pathogens and herbivores. Interestingly, some of them are also potential treatments for cancer or vitiligo. These compounds are found in specific but surprisingly distantly related plant families, such as in... click to read more
The seed’s hidden defense arsenal: using bacteria to defend against disease
Stable cereal production plays an important role in maintaining a food supply for the world’s growing population. However, seed-borne bacterial diseases can limit crop production and quality. This has been aggravated in recent decades by changes in both the global climate and modern farming techniques.... click to read more
Can forests survive climate change?
Many forests across the globe are experiencing tree mortality episodes as a consequence of long, intense drought periods, likely associated to anthropogenic – human-caused, as opposed to natural – climate change. To date, most research has focused on plant mortality processes during drought, and the... click to read more
How roots help us fight against hard soils
Soil is a vital commodity for food security - more than 95% of global food production depends on soil. Modern intensive farming practices help us to meet the growing demand for food today. On the downside, they often compromise the health of agricultural soils. Increasingly heavy... click to read more
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