Types of Flowers๐ธThe Secret Ways Flowers Stand ๐ท๐บโจ
๐ธโจ A follow-up story that branches from Chapter The Flower, in the Biology Album ๐๐ท๐บโจ It encourages children to notice the secret ways flowers stand on the plantโsolitary, terminal, axillary, or in an inflorescence ๐ผ๐ฟ๐โand to discover that these are not just naming words, but clues to the many flower experiments ๐งช๐ธ and the many clever ways flowers attract attention, survive, and reproduce ๐๐ฆ๐๐ฌ๏ธโจ The Secret Ways Flowers Stand quietly prepares the child for later connections ๐ฑ๐: observing types of flowers can lead to noticing patterns of stamens and corollas ๐, and to exploring the many strategies ๐ญflowers use to live and continue their story. ๐ฌ๏ธ This story invites children to go out, notice, observe carefully, and wonderโฆ ๐ญCan a terminal flower be solitary? Can an inflorescence be terminal? Are the corollas of solitary flowers bigger than the flowers in an inflorescence? ๐บ๐๐ผ
BIOLOGY STORIES
4/8/20264 min read


Today I want to show you something very curious ๐โจ
When we look at flowers, we notice different things. We notice the colours, the bright corollas, the different shapes, and the arrangement of the petals ๐ธ๐๐๐คWe notice if a flower is tiny or huge ๐ค๐ป We notice the smell too๐ Some smell pleasant, almost like honey ๐ฏ Othersโฆ wellโฆ not quite so lovely ๐ sometimes more like pee or poo ๐ฉ
But people who study plants noticed something curious too ๐๐ฟ They asked an important question: Where does the flower grow on the plant? ๐ค
And then they discovered that flowers do not all choose the same place to stand ๐ฑ๐ท Some flowers seem to say, โLook at me! I want my very own place!โ ๐๐ธ These are called solitary flowers. Letโs clap it: sol-i-tar-y ๐๐๐๐ Solitary comes from the Latin word solus, which means alone ๐ค๐ท A solitary flower grows one by one, not in a crowd. It stands by itself, as if it is saying, โI can do this on my own!โ ๐ช๐ ๐ฃ๐ธLook at this daffodil ๐ผNotice how there is one flower standing on its own.It is not in a bunch with many others. ๐โจAnd look carefully at its corolla. Do you see how bright it is? Notice the arrangement of the petals. And look in the middle โ it almost has a part that looks like a little tube or trumpet ๐บ What a clever way to guide the pollinators!
And that flower stands on its own stalk. That stalk has a special name: peduncle. Letโs clap it: pe-dun-cle ๐๐๐๐ฟ it comes from the Latin word pedunculus, which means little foot ๐ฆถJust like the petiole is like the leafโs little foot, the peduncle is like the flowerโs little foot.You can think of it as the flowerโs little standing stick or its own special flower handle ๐ธ๐
But scientists looked even more carefully ๐๐ They asked another question: Exactly where on the plant does the flower appear? ๐ฑ๐คAnd they found more patterns. Sometimes a flower grows right at the end of a branch, almost like the branch stretched out its arm and put a flower on its fingertip ๐ฟ๐๐ธโจThese are called terminal flowers. Let's clap it : ter-mi-nal ๐๐๐ It means they are at the end ๐๐ธ So if you see a flower right at the tip of a stem or branch, you can say,โAh! That one is terminal.โ ๐ Look at this trillium. Its flower is lifted right at the top, easy to see.It is right at the end, like it has climbed onto a little stage so everyone can notice it ๐ญโจ
But some flowers do not grow at the end. They grow at a little meeting place on the plant, called a node, where the leaf grows.๐๐ฟ That little joining place on the stem, is called an axil. Let's clap it:ax-il๐๐ So flowers that grow there are called axillary flowers ๐ธ๐ The name comes from the latin word axilla, meaning armpit. ๐Some flowers grows from this node between the stem and the leaf, other grow on the armpit instead of the leaf., but they are all the armpit that forms between the stem and the leaf. So an axillary flower grows in the plantโs little leafy corner ๐ฟ๐ธ๐ Look at this hibiscus ๐บ Do you see how the flower is not at the very end of the whole branch? It is tucked into that leafy corner, growing from the side where the leaf grows on the stem.
But some flowers make a very different choice ๐ผ๐ผ๐ผ They do not grow alone. They grow together ๐ค๐ธ๐ธ Almost as if they are shouting:"Team work, makes a dream work!" Lots of them gather on one main axis, almost like a flower party ๐๐ผ๐ธ๐บThis is called an inflorescence. That word comes from Latin inflorescere, which means to be covered with flowers ๐ธ๐ธ๐ธLook at lilac ๐Do you notice that there are many flowers gathered together? Not one flower standing all alone, but a whole group. Imagine the plant saying, โI am so full of flowers, I am covered with them!โ ๐๐ฟ โMy advertising team is really big!โ ๐ฃ๐ผ๐ผ๐ผ And there are also different types of inflorescence, but that is a story for another dayโฆ ๐๐
So now we know one way scientists organize flowers when they look at them ๐ก
Flowers are not only different in colour, shape, or smell ๐๐๐ They are also arranged in different ways. And when we know this, the way we see flowers change. โจ A walk outside is no longer just a walk past flowers ๐ถโโ๏ธ๐ถโโ๏ธ๐ธ It becomes a treasure hunt for patterns ๐บ๏ธ๐๐ผ
We begin to notice flowers that stand proudly by themselves, almost saying, โSolitary flower here!โ ๐ทโจ We notice others blooming right at the very end of a stem or branch, whispering, โTerminal flower here!โ ๐ฟ๐ธ We spot flowers tucked beside a leaf, as if calling out,โAxillary flower here!โ ๐๐ธ
And we see whole bouquets gathered together in groups, joyfully announcing,โTeam Inflorescence flowers here !โ ๐ผ๐ผ๐ผ๐
Scientists are careful observers ๐๐ They do not rush ๐ซ๐ They discovered these different arrangements of flowers by looking closely ๐ Comparing ๐Wondering ๐ค And naming ๐ท๏ธ They have noticed that sometimes one flower can fit more than one describing word. That is why we must look very carefully before we name what we see ๐ฟ๐ธ
So now let us become flower detectives ๐ต๏ธโโ๏ธ๐ต๏ธโโ๏ธ๐๐ผ Letโs go outside and explore the types of flowers we can find on our way ๐ถโโ๏ธ๐ฟ๐ถโโ๏ธ๐ธ
I wonderโฆ what types of flowers will we discover? ๐คโจLetโs collect specimens and see into how many groups we can organise them. Can we find terminal inflorescence ? ๐ฟ๐ฉ๐ธCan we find a flower that is both axillary and solitary? ๐บ Take the nomenclature booklet f-11 and letโs go outside! ๐ฃ๐ผโจ
With Montessori joy,
Vanina ๐

