Verticos: What are they and what are

Verticos: What are they and what are

By Dr. Kyle Muller

They are known as verticilos to the whole of both Leaves, branches and flowers that are born at the same height, or from the same knot, with respect to the stem of the plant. These joint formations of the different organs of the plant have both structural and reproductive function, especially when we talk about floral verticos.

In this ecology article, we want to teach you a little more about the morphology of plants so that you increase your knowledge about botany. Join us a little more to know What are verticilos and which are the most important.

What are floral verticilos and leaves

Before starting to explain in depth what are the floral verticils it is important to know that, as we have pointed out in the introduction, other organs of the plants (such as the leaves or branches) also make up verticos.

Verticilated leaves

In this way, we can classify the plants according to the arrangement of their leaves: alternate leaves or those that are arranged around the stem and vertical leaves, those that are arranged in verticos or that They are born in the same knot.

Floral verticils

As for the flower, remember that it is the most characteristic reproductive structure of the phanerogamy plants. The flowers are formed by a set of modified leaves that originate once the plant has reached its adult stage and usually stand out for its coloration. Thus, we can distinguish main parts: peduncle, chalice, corola, androceo and gynece. All these structures that make up the flower are known as floral verticils.

Thus, as with the leaves, we can make a Classification of flowers according to their verticos:

  • Acclamdeas: Those flowers without a perianto, also known as naked flowers.
  • CLAMรDEAS: Those flowers with perianto, also known as dressed flowers.

In turn, flowers are also distinguished from each other depending on the perianto of it. Remember that the perianto is called the set of floral wraps that protect the reproductive organs of the flower, that is, to the chalice and the corolla. Once that point understood, the flowers are divided into:

  • Monoclammwhen they only have the chalice.
  • Declamรญdeaswhen they have two verticos in the perianto.
  • Homoclammideaswhen they have two similar verticos.
  • Heteroclamรญdeaswhen both the corolla and the chalice are differentiated.

Verticos: What are and what are - what are the floral and leave verticilos

What are the floral verticilos and their parts

Next, we are going to talk about floral verticos or those structures that make up what is called as a flower. We will classify them into two groups:

  • Androceo and gene: These two floral verticos may be alone or coexist.
  • Chalice and corolla: These two foliace pieces make up what is known as perianto.

TOndroce

It is the Flower male sexual organ. It is formed by the stamens that, if time, have a filament with a closed sack just at the end that is called the Antera. The Antera is responsible for keeping the pollen. The stamens can occur both united and free and, in addition, grouped in different ways:

  • Monadelfos stamensthose who are united by the filaments in a single beam.
  • Diadelphs stamensthose who have two beams.
  • Polyadelphic stamens Those who have more than two beams.
  • Sygenic stamens Those who are united by the anteras in a single beam.
  • Didinamos stamens formed by two long and two short stamens.
  • Stamps tetradin formed by four long and two short stamens.

GINEECO

It is the female sexual organ where corpuscles are locked up whose function is to originate what we know as seeds. In the gynece, which is formed by capelos, are the ovary, style and stigma. This can be classified as

  • Monocarpelar When it is constituted by a single carpel leaf that also welds on itself.
  • Pluricarpelarwhen consisting of several carpelars. In this case they are also divided into two: syncรกrpicos, those that have welded carpels, and dialicarpelares, when carpels are free.

Chalice

The chalice is formed by the sepals, generally modified leaves of greenish color and performs a protective function. Depending on how the sepals are willing, we can differentiate them:

  • Dialisepalowhen these are free.
  • Gamosรฉpalowhen they are soldiers.

Sepals can also be classified according to their duration in ephemeral or fleeting. That is, if this emerges when the flower is opened after fertilization or if it remains accompanying the fruit.

Corolla

The corolla is formed by the petals, which are modified leaves with attractive shapes and colors to achieve pollination. In the same way that happens with the chalice, it also differs in Dialipheals or gamopรฉtala depending on the petals, free or soldiers respectively.

Verticos: What are and what are - what are the floral verticilos and their parts

Other parts of the flower

Now that you know what verticos are and what they are, we will discover others Flower parts which are important to know:

  • Peduncle: Peduncle is called the last part of the stem holding the flower. The peduncle is a thin pedicel that is responsible for joining flower to the stem. When the flower has it, it is classified as pedunculated flower. On the other hand, when it increases of it it is known as Sรฉsil or sitting flower. It is usually green and cylindrical shape, as well as it can have varied sizes depending on the species.
  • Receptacle: Also known as the floral axis, it is the widened part that follows the peduncle and where the rest of floral verticos settle. That is, the chalice, the corolla, the Androceus and the gynece.

Learn more about the parts of the flower and its functions reading this other article.

If you want to read more articles similar to Verticos: What are they and what arewe recommend that you enter our biology category.

Kyle Muller
About the author
Dr. Kyle Muller
Dr. Kyle Mueller is a Research Analyst at the Harris County Juvenile Probation Department in Houston, Texas. He earned his Ph.D. in Criminal Justice from Texas State University in 2019, where his dissertation was supervised by Dr. Scott Bowman. Dr. Mueller's research focuses on juvenile justice policies and evidence-based interventions aimed at reducing recidivism among youth offenders. His work has been instrumental in shaping data-driven strategies within the juvenile justice system, emphasizing rehabilitation and community engagement.
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