Original Research Article I Volume 3 I Issue 4 I 2015

Study of anatomical alterations in mango leaf due to gall infestation

P.S. Managoli; P.B. Deshmukh

Biolife; 2015, 3(4), pp 880-882

DOI:https://doi.org/10.5281/zenodo.7306815

Abstract:

Gall causing insect Procontarinia matteiana leads to the different anatomical alterations. The tissue damage includes palisade layer, xylem and phloem. Egg laying induces the gall formation. Larval development leads to the formation of larval chamber. Starch deposition occurs in the tissues nearby the chamber. Undifferntiation of conducting tissues was also observed. Hyperplasia and hypertrophy in patisade layer was observed in the tissues of the mango leaf.

Keywords:

Leaf Gall , Procontarinia matteiana, Hyperplasia,

References:

f1)     Arudin,M. and Kraus, J.E(2001). Anatom, ia de galhas de ambrosia em folhas de Baccharis           concinnae Bacchris dra cunculifolia .Revista Brasileria de Botanica.24:63-70.

2)     Fay,P.A., Hartneet, D.C., and Knapp ,A.K.,(1993).Increased photosynthesis and water potentials in Silphium integrifolium galled by cynipid wasps .Oecologia, 93:114-120.

3)     Mc Calle, D.R Genthe, M.K and Hovantiz, w.(1962).Chemical nature of an insect gall growth factor. Plant Physiology.37:98-103.

4)     Nyman, R. and Julkunen-Tiitto,R. (221). Manipulation of the phenolic chemistry of willows by gall inducing sawflies. Proceedings of the National Academy of Sciences, 97:13184-13187.

5)     Rohfritch, O. (1992). Patterns in gall development in J.D. Shorthouse and D. Rotifritsch (eds), Biology of insect induced galls. Oxford University Press, Oxford England,pp 60-86.

6)     Sa, C.E.M.,Silveria, F.A.O, Santos, J.C.,ISAIAS R.H.S and FErnandes, G.W(2009).Anatomical and developmental aspects leaf galls induced by Schizoyia macrocapillaton Mia on Bauhinia bravipes vogel.Revista Brasileria de Botanica, 32:319-327.

olhas de Baccharis
concinnae Bacchris dra cunculifolia .Revista
Brasileria de Botanica.24:63
-
70.
2)
Fay,P.A
.,
Hartneet
,
D.C.,
and
Knapp
,A.K.,(1993).Increased photosynthesis and water
potentials in Silphium integrifolium galled by
cynipid wasps
.Oecologia, 93
:114
-
120.
3)
Mc Calle, D.R Genthe, M.K and Hovantiz,
w.(1962).Chemical nature of an insect gall
growth factor. Plant Physiology.37:98
-
103.
4)
Nyman,
R.
and Julkunen
-
Tiitto,R.
(221).
Manipulation of the phenolic chemistry of willows
by gall inducing
sawflies. Pro
ceedings
of the
National Academy of Sciences,
97:13184
-
13187.
5)
Rohfritch,
O.
(1992).
Patterns
in
gall
development in J.D. Shorthouse and D.
Rotifritsch
(eds),
Biology of insect induced galls.
Oxford University Press, Oxford England,pp 60
-
86.
6)
Sa, C.E.M.,Silv
eria, F.A.O,
Santos, J.C.,ISAIAS
R.H.S and FErnandes, G.W(2009).Anatomical
and developmental aspects leaf galls induced by
Schizoyia macrocapillaton Mia on Bauhinia
bravipes vogel.Revista Brasileria de Botanica,
32:319
-
327ambrosia em f
olhas de Baccharis
concinnae Bacchris dra cunculifolia .Revista
Brasileria de Botanica.24:63
-
70.
2)
Fay,P.A
.,
Hartneet
,
D.C.,
and
Knapp
,A.K.,(1993).Increased photosynthesis and water
potentials in Silphium integrifolium galled by
cynipid wasps
.Oecologia, 93
:114
-
120.
3)
Mc Calle, D.R Genthe, M.K and Hovantiz,
w.(1962).Chemical nature of an insect gall
growth factor. Plant Physiology.37:98
-
103.
4)
Nyman,
R.
and Julkunen
-
Tiitto,R.
(221).
Manipulation of the phenolic chemistry of willows
by gall inducing
sawflies. Pro
ceedings
of the
National Academy of Sciences,
97:13184
-
13187.
5)
Rohfritch,
O.
(1992).
Patterns
in
gall
development in J.D. Shorthouse and D.
Rotifritsch
(eds),
Biology of insect induced galls.
Oxford University Press, Oxford England,pp 60
-
86.
6)
Sa, C.E.M.,Silv
eria, F.A.O,
Santos, J.C.,ISAIAS
R.H.S and FErnandes, G.W(2009).Anatomical
and developmental aspects leaf galls induced by
Schizoyia macrocapillaton Mia on Bauhinia
bravipes vogel.Revista Brasileria de Botanica,
32:319
-
327

Article Dates:

Received: 4 october 2015; Accepted: 22 November 2015; Published: 7 December 2015

How To Cite:

P.S. Managoli, & P.B. Deshmukh. (2022). Study of anatomical alterations in mango leaf due to gall infestation. Biolife, 3(4), 880–882. https://doi.org/10.5281/zenodo.7306815

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