Neither snow nor rain nor heat nor gloom of night will prevent your perennial plant from surviving. The mail delivery person in your area, in fact, will blush if you tell him or her about how the perennial can survive any season and be taken care of by any gardener any time. What is it about perennials that enables it's winter survival abilities, whereas other plants will shrivel up and die as soon as the going get tough?
Why can't scientists engineer annuals or biennials to last as long the perennial plant?
It's like George Orwell's Animal Farm - some plants are created more equal than others - but in any case, scientists can actually make certain annual plants and biennial plants survive longer. In order for them to succeed in this, they have to take a look at the perennial plant and find out just what it is that makes it survive when others die in the same environment. Money isn't the only factor that satiates our curiosity - there are many other reasons why people want to know how a non-perennial can extend its lifespan, and it isn't all about the floral industry coming on like gangbusters and taking the whole world by storm. If we had vast amounts of plants that have medicinal and life saving properties, we could study their curing capabilities at an exponential rate. The longevity of the perennial plant is definitely an exciting curiosity for many people.
Interestingly enough, the perennial plant is able to thrive year after year due to a few survival tricks it has up it's sleeve. Take trees and shrubs for example. After they shed their leaves, they protect the coming year's growth with scales of a waxy consistency. These scales feel waxy, and sure enough you will notice a waterproof substance sticking to the bud of a perennial plant. Now here's the really interesting part - once this bud would start blooming, it would develop scars as the scales start falling off, and once you measure the distance between scars, this marks the number of times per year the perennial plant would grow.
The perennial plant gets ready for the winter by removing its food supply starting from the leaves found inside the twigs, branches and trunk. The "hardening" process happens when the winter is in full force, as the tissues of the perennial plant stiffen and protect themselves from the cold. During these changes, the chlorophyll of a perennial plant will decompose and lose its propensity to project a green hue - leaving the tree with its trademark red, yellow, orange, and brown autumn leaves.
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