Obstructive description of the Arabidopsis thaliana

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This species' physical structure is represented as a small plant in the mustard family. Its genome is small, it has a quick life cycle, it can expand in a laboratory, and it produces a lot of seeds. When quantitative morphological parameters are used to shape this plant, the habits that it has adopted over time can be visible. For eg, in both situations, the first step is to elaborate its obvious importance through the use of datasets in order to distinguish the human eye by disclosing the substantial connection that is discovered. Moreover, there will be additional visible phenotypes that are represented in the analyzed and quantified parameters of all images to show how plants grow within a projected image. This essay will demonstrate how settings reveal the single leaf morphology as well as the growth pattern of the Arabidopsis plant.

Compactness

Compactness is used to show the momentum of the plant irrespective of the size. For instance, the leaves of this species are near the centroid due to its long stripes. Moreover, yellow plants are seen to be separated from others because of its size. The grouping criteria of this plant show that they have a separating phenotype trait. Since the size is dependent, its compactness value has the same range between the orange and the red plants. The green plants, on the other hand, are quite compact because the yellow one is intermediate. This reflects the parameter for compactness.

Rational symmetry

The balance of the plants involves the whole shape of the plant as well as the free size. It also calculates the size-independent principal axis ratio as well as the distance of the leaves as a whole. For instance, the yellow and green plants are distinctly separated from the others due to their predominant leaves. Moreover, there is a small difference between them because of the higher value of the orange flower. Nevertheless, the yellow plant shows more significant separation from the green because of its reflective symmetry.

Surface coverage

The parameter of the coverage shows how dense the plants have covered the soil in the immediate growth area. A good example is seen with the green plants where they tend to have a wide coverage due to its ability of growth. Also since it’s an asymmetrical plant, it has a higher coverage because the red and orange flowers are barely visible.

Physical structure

The leaves of this plant have a continuous attachment to the rest of the plant through the vascular system so that they can freely exchange water, nutrients, and products through the process of photosynthesis (i.e., carbohydrates and oxygen in particular). The stem, on the other hand, is divided into nodded (point of leaves attachment) and internodes though a point called the shoot. The shoot is also seen to have two division; the long and short which provides the stem with food, water, storage, and conduction.

The width index of the leaves

The blade width index calculates the square of the plant skeleton as compared to the length of the leaf. It also describes the independent leaf difference, the overlapping effects as well as the integrating shape. The yellow plants, in this case, tend to have tiny leaves but comparatively with long stripes thus making it have a higher value. The green plants, on the other hand, have smaller index difference that makes them be separated from the yellow ones by size. The visual impression also corresponds well with the leaf width integrating stripes of both the yellow and green plants. However, when carefully observed, they have slightly shorter strips that are relatively thick.

Stockiness

In a mathematical sense, stockiness is the roundness of the species applicable to different shapes in comparison to the perfect circles. The size of the plant also depends on the ratio of the leaf divided by the circumference to allow it to be classified in the morphological traits. While applying the morphological algorithm to the object, the stockiness of the Arabidopsis plant images shows separation due to their relatively short leaves that have broad and short stripes from other plants. For instance, the green plants tend to have long striped leaves; the yellow ones have rounder as well as parallel shorter strips. The other plants, on the other hand, have shorter and wider leaves that are discerned from the rest.

Conclusion

The morphological assessment tool gives a compelling visual analysis of how the plants resemble themselves. The different parameters provide an allowance for various and reproducible groupings of the plants that are being viewed. This paper focused on the complete plant parameter selection like rational symmetry, compactness, physical structure, medium width index, surface coverage and stockiness. The quantitative parameter, on the other hand, allows the application to be applied to different group algorithm. Each parameter may be used in to determine the shape of the plant because it has different morphological traits. The system also allows the visual analysis of each plant regarding their development and physical structure. The size will be determined by how the plant has designed itself, the size of the leaves as well as the length of the stem.

October 25, 2022
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Science Economics

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856

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