Morphology and Classification Plant Carrots

Wednesday, 18 December 2013



Morphology and Classification Plant Carrots (Daucus carota L).



1.      Plant Systematics Carrots

In the system of plants (taxonomy), carrot plants are classified as follows:
Devisio: Spermatophyta
Sub devisio: Angiospermae
Class: dicotyledon
Order: Umbelliferales
Family: Umbelliferae
Genus: Daucus
Species: Daucus carota L. (Cahyono, 2002 in (Pohan, 2008)).

2.      Carrot Plant Morphology .
2.1  leaf
Carrot leaves are compound pinnate double two or three , children are lancet -shaped leaves ( lines ) . Each plant has a size 5-7 petiole rather long . Petiole stiff and thick with a smooth surface , while the leaf blade limp and thin.
2.2  Rod
Carrot plant stems are so short that barely visible , round rods , tidakberkayu , somewhat hard , and small diameter ( approximately 1-1.5 cm ) . In general, dark green stems . Unbranched stems of plants , but overgrown by measuring tangkaidaun long , so it looks like branching.
2.3  Roots
Plant carrots have fibrous root system and riding. In the taproot growth will change the shape and function of the storage of food reserves. Root form will turn into a big elongated and round, until it reaches a diameter of 6 cm and a length of up to 30 cm, depending on varieties. Taproot that has changed form and function is often called or known as “Carrot Root”.
2.4  Interest
Flowers grow carrot plants at the end of the crop , double umbrella -shaped , and white or pale pink . Flowers have short stalks and thick . Flower petals lie in the same plane . Who had experienced carrot flower pollination will produce fruit and seeds are small and furry (Cahyono, 2007 in (Keliat, 2008)).
2.5  Bulbs
Carrot is a tuber vegetable crop season, shaped shrub that can be grown throughout the year, both in the wet and dry seasons. The trunk is short and stable roots whose function turns round and elongated . Color reddish yellow bulbs, have a very high carotene, carrots Bulbs also contain B vitamins, vitamin C and minerals (faithful, 1995dalam ( Pohan, 2008)).

Cahyono (2002) in (Rini, 2010) said that at first only known a few varieties of carrot , but with the development of human civilization and technology, today has found new varieties that are superior to previous generations. Carrot varieties are divided into three groups based on the shape of the tuber, which is the type of Imperator, Chantenay and Nantes.
·         Type Imperator has elliptical bulbs with the pointy end (resembling a cone), length 20-30 cm bulbs, and less sweet flavor that is less favored by consumers.
·         Chantenay type has a bulb elliptic with blunt ends, the length between 15-20 cm, and a sweet taste that is preferred by consumers.
·         Type of Nantes has a bulb -shaped transition between Imperator types and types of Chantenay, namely the short round with a length of 5-6 cm or slightly rounded shape with a length of 10-15 cm length.
Of the three groups , varieties including Chantenay into groups that can deliver results (output) of the most good, so that the most widely developed.

Cottonwood



Cottonwood (Ceiba pentandra L)



1.      Plant Classification Randu (Ceiba pentandra L.)
Scientific classification of plants kapok (Ceiba pentandra L.) based on taxonomy (Lanting and Palaypoyan, 2002) :
Kingdom         : Plantae
Division           : Magnoliophyta
Subdivision     : Spermatophyta
Class                : Magnoliopsida
Order               : Malvales
Family             : Malvaceae
Genus              : Ceiba
Species            : Ceiba pentandra L.

2.      Plant Morphology of cottonwood (Ceiba pentandra L.)
cottonwood (Ceiba pentandra L.) is a tropical tree that is widely grown in Asia. An abort kapok tree flowers with trees 8-30 m high and can have a trunk large enough to reach a diameter of 3 m. In the trunk there are large spikes paste cone shaped. The leaves are long-stemmed and berbilang 5-9. Flowers gathered in the armpit leaves that have fallen down (near the end of the branch). Calyx bell-shaped , with a short notched 1-2 cm high. Obovate petals and elongated with a length of 2.5-4 cm. Number of stamens 5, united into a short tube shape, and has a twist anthers. 5 will bear fruit with seeds that would pretty much. Kapok tree has fruit elongated shape with a length of 7.5-15 cm, hanging, hard -skinned and green when young and brown if it is old . In the fruit seeds are surrounded by fine hairs, yellowish fiber that is a mix of lignin and cellulose. Seed shape is round, small, and black (Setiadi, 1983).

3.      Other Names Plant of cottonwood (Ceiba pentandra L.)
Another name of the plant Randu namely : Cotton, Randu (Indonesia), silk cotton tree (England) ; kapokier (Francis) ; kapokbaum (German) ; ceiba, ceibo (Spain).

Banana's



Banana (Musa paradisiaca)



Kingdom                     : Plantae (Plants)
Subkingdom                : Tracheobionta (Vascular Plants)
Super Division            : Spermatophyta (seed Produce)
Division                       : Magnoliophyta (flowering plants)
Class                            : Liliopsida (dashed one / monocots)
Sub Class                    : Commelinidae
Order                           : Zingiberales
Family                         : Musaceae (banana-Pisangan rate)
Genus                          : Musa
Species                        : Musa paradisiaca

Banana is a giant herb plants, stem a pseudo-stem, stem surface terihat former leaf midrib. This plant roots, stems wet and do not contain lignin. leaf sheath surrounds the stem of this plant.
Banana leaves have elongated leaf shape, namely an elongated shape, but also a bit wider than the oblong shape is the ratio of the length and the width is 21/2-3: 1.

At the end of the banana tree leaves are usually shaped to rompang. Meat such as paper thin leaves with pinnate leaves and pertulangan upper and lower leaf surfaces are slippery waxed. leaves on this plant are full of leaves, because it has the leaf midrib, petiole and leaf blade. Leaf stalks when cut transversely shaped like a crescent moon.


Jicama Plant



Jicama Plant


Classification:
Kingdom         : Plantae ( plants )
Division           : Magnoliophyta ( flowering )
Class                : Magnoliopsida ( dicots )
Order               : Fabales
Familia            : Fabaceae ( legumes )
Genus              : Pachyrrhizus
Species            : Pachyrrhizus erosus

Description:
Jicama (Pacchyrrizus erosus) has a single root tuber, the outer shell beige or light brown or dark brown, fleshy white or yellow-whitish ; wild bulbous in shape a lot, elongated shape. Compound leaves, leaf litter 3 ; bercuping menjari leaf blade or intact with scalloped edges ; mengetupat lateral leaflets asymmetrical to rounded eggs, mengginjal terminal leaflets. Inflorescence pseudo bunches, blooming lot. Flower petals were brown, purple-blue flowers crown or white. Fruit pods. Seeds flattened angular - rounded, green-colored brown or reddish brown.

MORPHOLOGY
1.      Root
Jicama root system of the plants root system is fibrous and forms the root of the yam (Pachyrrizus erosus) is shaped tops (napiformis) rounded base of the large roots , branches root root fibers form only in the narrow end of the tapered root . root is used as a place to store food reserves. Typically, the root of this plant will grow as the number of stored food reserves.
2.      Stems
Stems from the yam is soft and watery (herbaceous). Stems grow perpendicular (Homo) with monopodial branches
3.      Leaf
including incomplete leaf, including three compound leaves leaf litter, leaves toothed edge
4.      Flower
flower bunches of flowers including false, flowering much. Flower petals were brown, purple-blue flowers crown or white.
5.      seeds
Seeds flattened angular-rounded, green-colored brown or reddish brown.
6.      Root tubers
These plants form root tubers ( cormus ) which serves as a food reserve storage . Shaped like a top round or rounded weighing 5 kg can achieve . Tuber skin thin pale yellow and white inside .

ANATOMY

1.      Root
the roots of this plant consists of several parts , namely :
a.    The epidermis
b.   Cortex
c.    The endothermic
d.   Cylinders center / stele
2.      Stems
Stems of this plant has an open collateral type , while the parts of this plant are:
a.       The epidermis
b.      Cortex
c.       The endothermic
d.       Stele / central cylinder contained files Transportation ( BP ) / Transportation Networks ( JP ) open collateral type . There pith and perisikel
3.      Leave
parts of the anatomy of leaves on this plant , namely :
a.       Upper epidermis and lower epidermis
b.      Network mesophyll consists of palisade and spongy
c.       Network carrier
d.       Stomata
e.       Cells guard
 

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