![]() ![]() Therefore, it may well be that the way tomatoes or small trees respond to this kind of disturbance (not only from the wind) is part of their genetic repertoire.ħ Speyside single malt scotch that should be on every whisky lover’s radar in India ![]() The same is true, of course, for movement caused when animals brush past plants-plants that are less stable are more likely to fall over. The shorter the plant, the less leverage the wind gets and the less pressure there is on the plant’s roots, so a tomato plant with a shorter, thicker stem is more stable. This, however, is not the plant saying it loves you, too, but rather the plant reacting to what it likely experiences as a breeze blowing by, because the wind elicits a similar response. All you have to do, for example, is stroke your tomato plants for a few minutes each day and they slow their upward growth and put their energy into growing thicker stems instead. But might the tree be aware of your touch in some other way? There is one strong contender here-with young trees, at least-and this is a process known as thigmomorphogenesis, which is when plants grow more slowly after being touched. When you hug a tree, nothing electric happens, because, as you now know, your voltages are the same. ![]()
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