ANATOMY OF FLOWERING PLANTS Flashcards
CHARACTERISTICS OF MERISTEMATIC TISSUE (4)
- PERFECTLY LIVING
- PROMINENT NUCLEUS
- VACUOLE ABSENT/ REDUCED
- NO INTERCELLULAR SPACE
- ISODIAMETRIC
- CELLULOSIC CELL WALL
BASED ON THE POSITION, MERISTEM CAN BE
- APICAL
- INTERCALARY
- LATERAL
INTERCALARY MERISTEM AT A LEAF NODE IS PROMINENT IN
MONOCOTS
FATHER OF PLANT ANATOMY
NEHEMIAH GREW
FATHER OF MODERN PLANT ANATOMY
CARL NAGELI
FATHER OF INDIAN PLANT ANATOMY
K H CHAUDARY
MOTHER OF PLANT ANATOMY
KATHERINE ESAU
STUDY OF STRUCTURE AND ORGANISATION OF TISSUES
HISTOLOGY
TERM HISTOLOGY DERIVED BY
MAYER
MERISTEM CLASSIFICATION BASED ON ORIGIN
- PRO OR PRIMORDIALOR EMBRYONAL MERISTEM
- PRIMARY MERISTEM
- SECONDARY MERISTEM
PROMERISTEM GIVES RISE TO
PRIMARY MERISTEM
PRIMARY MERISTEM GIVES RISE TO
PRIMARY PERMANENT TISSUE
SECONDARY MERISTEM ORIGINATES FROM
DEDIFFERENTIATED PRIMARY PERMANENT TISSUE
EG FOR PRIMARY MERISTEM
APICAL AND INTERCALARY
EG FOR SECONDARY MERISTEM
LATERAL MERISTEM
LOCATION OF INTERCALARY MERISTEM
B/W PERMANENT CELLS, ORGANS AND BASE OF INTERNODES.
MONOCOTS : LEAF SHEATH
CYLINDRICAL MERISTEM
LATERAL MERISTEM
LATERAL MERISTEM PRODUCES
SECONDARY PERMANENT TISSUE
EG FOR LATERAL MERISTEM
FASCICULAR , INTERFASCICULAR VASCULAR CAMBIUM AND CORK CAMBIUM
REGENERATION OF PLANTS LIKE GRASS IS DUE TO
INTERCALARY MERISTEM
BASED ON FUNCTION MERISTEM CAN BE
- PROTODERM
- PROCAMBIUM
- GROUND MERISTEM
PROTODERM GIVES RIDE TO
EPIDERMAL TISSUE
PROCAMBIUM GIVES RISE TO
VASCULAR TISSUE
GROUND MERISTEM GIVES RISE TO
FUNDAMENTAL TISSUE