Dicot and Monocot Root

Monocot RootMonocot root

1. Periycle produces only lateral roots
2. Number of Xylem and phloem numerous ( 8 to many)
3. Xylem vessels are oval or rounded.
4. Conjunctive tissue mostly sclerenchymatous sometimes parenchymatous.
5. Pith large and well developed
6. No secondary growth
7. The conjunctive tissue is sclerenchymatous so it does not produce vascular cambium

Examples: Colocasia, Musa, Maize

Dicot Root
Dicot Root
Dicot Root Cross-Sections 
1. Pericycle give rise to lateral roots , cork cambium and part of vascular cambium
2. Number of xylem and phloem groups limited (2-6 or 8)
3. Xylem vessels angular or polygonal in transverse section
4. Conjunctive tissue parenchymatous
5. Pith absent or very small
6. Secondary growth occurs.
7. The parenchymatous conjunctive tissue forms vascular cambium

Examples: Cicer, Ficus,  Gram, Pea, Limnanthemum
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37 Comments

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    ReplyDelete
    Replies
    1. Unknown17 November 2017 at 08:43

      Tysm

      Delete
    2. Unknown1 August 2018 at 07:56

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  28. Anonymous24 October 2017 at 17:44

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  29. Unknown10 November 2017 at 05:48

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  30. Anonymous11 December 2017 at 19:43

    But why does more number of vascular bundle present in monocot plant?
    Another question---cucurbita has bicolateral vascular bundle that means it has cambrium but why secondary growth not occur???
    Please help

    ReplyDelete
  31. Anonymous11 December 2017 at 20:05

    But why does more number of vascular bundle present in monocot plant?
    Another question---why does secondary growth not occur in cucurbita although it has bicolateral vascular bundle that means it has cambrium?

    ReplyDelete
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  35. Unknown19 May 2019 at 13:47

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