SlideShare uma empresa Scribd logo
1 de 22
S
AN ASSIGNMENT ON
COTTON SPECIES
Submitted by:
Santosh pathak
IAAS , Lamjung Campus
WEL-COME
INTRODUCTION:
 Cotton, the king of fibers, usually referred as white gold
is soft, fluffy staple fiber that grows in a ball, or
protective capsule, around the seed of cotton plants of
the genus Gossypium.
 The plant is shrub native to tropical and subtropical
regions around the world, including the Americas,
Africa ,and India.
 The greatest diversity of wild cotton species is found in
Mexico, followed by Australia and Africa.
 Cotton was independently domesticated in old and new
world
 Current estimates for world production are about 25 million
tons annually, accounting for 2.5% of the world’s arable
land.
 China is the world’s largest producer of the cotton, but
most of this is used domestically and India rank first in
area (1, 10, 00,000 ha).
 The United State has been the largest exporter for many
years .some important cotton growing country are India ,
USA, China ,Brazil , Egypt ,Pakistan, Greece ,etc.
In Nepal it is mostly cultivated in western parts of the
country like in Banke, Bardiya, Kailali, Dang, and
kanchanpur.
.In 2003/04 its total production is 12.5 in 15.5 ha ,2009 59
tons in 100ha and in 2010 area and the production of seed
cotton is 121ha and 109 tons (a/c to FAO).
 Long cotton fiber are spur into thread for textile,
toweling, Paper, Banknotes, surgical sutures, rope,
and Sheets.
 Short cotton fibers or linter, provide cellulose used
for dynamites,
sausageskin,lino,cellophane,rayon,photographic
film, nail polish, solid fuel rockets, chewing gums
etc.
 crushed cotton seed yields a useful vegetable oil
and the meal from crushed seeds is used for a
cattle feed ,fish bait and organic fertilizer.
SPECIES OF COTTON
 The genus Gossypium which belong to the family malvaceae and
the tribe Gossypieae, it is the leading fiber crop in the world.
 Although the genus has approximately 50 species, including 45
diploids and five allotetraploids
 Only four of them are cultivated for their spinable fiber, including
two diploid(2n = 29 = 26): G. arboreum .L (A2A2) and G.
herbaceum L. (A1A1), and two tetraploid (2n = 49 = 52): G.
hirsutum L. (AD1AD1) and G. barbadense L. (AD2AD2)
 . The remaining 46 species are distributed throughout the tropics
and subtropics of the world in wild form.
 The wild species of Gossypium are important source of useful traits
such as special and superior fiber properties.
 cytoplasmic male sterility, resistance to biotic and abiotic stress
etc. which can be introgressed into the cultivated germplam in
breeding programmes
 .It has become a necessity to develop basic germplam materials
enriched with rare useful genes from wild species through
introgression. Among 46 wild species few wild species are listed
below;
 G.africanum
 G.amomalum
 G.triphyllum
 G.capitis viridis
 G.sturtianum
 G.nandedewarense
 G.aridum etc
 According to the classification of Hutchinson
(1947) the following four cultivated species
contain almost all the varieties of the cotton.
 Gossypium herbaceum (n=13)
 Gossypium arboreum(n=13)
 Gossypium hirsutum (n=26)
 Gossypium barbadense(n=26)

 G. arboreum and G. herbaceum are
desi cotton whereas G .hirsutum and G.
barbadense are American cotton.

 Gossypium herbaceum
 Gossypium herbaceum, called
Levant cotton, height of 1.5 to 2m.
 It is a species of cotton native to
the semi-arid region of sub-
Saharan Africa and Arabia where it
still grows in the wild as a perennial
shrub.
 It was first cultivated in western
Sudan from there it spread to India,
before being introduce to Egypt
 Its blooming period is late
spring/early summer.
 Genome : A1
 Ploidy level : 2n=26
 Morphological features ;
 Annual hard stems and branches round, faintly
striated, bent slightly at the joints, sparsely hairy.
 Leaves leathery, prominently reticulate, deeply
cordate, less than half cut into 5-7 broad ovate
rotund, suddenly acute or apiculate lobes, below
distinctly pilose, especially along the veins.
 Bracteoles large, green coloured, broadly ovate
rotund obtuse, only very slightly united at the
bottom, but profoundly cordate, gashed across the
top into 7-9 fairly long teeth.
 Flowers not very large, yellow with purple claws
and rotating to right; calyx large, loose, undulate,
and with large glands.
 Capsule small, round, pitted with 3-4 valves, seeds
large, angled beaked, coated with grey fuzz and harsh
grayish-white wool.
 Some varieties: G 67, K-7, kalyan, Sanjay etc.

 Characters of breeding value: Disease, insects and
drought resistance.

 Key character for identification;Bushy annual.
 Bracteoles flaring widely from the flower bud, usually
broader than long, upper margin usually serrated into 6-
8 teeth.
 Capsule small, round with 3-4 locules.
 Races of G. herbaceum: Persicum, Kuljianum,
Acerifolium and Wightianum.
 Gossypium arboreum
 Gossypium arboreum ,commonly
called as tree cotton is a species of
cotton native to India ,Pakistan and
other regions of the world .
 There is the evidence of its cultivation
as long ago as the Harappa civilization
of the Indus valley for the production of
cotton textile.
 The shrub was included in Linnaeus’
species planetarium published in 1753.

 Genome: A2,

 Ploidy level : 2n=26

 Distribution : Indo-Burma, China
and Arab

 Morphological features :
 A perennial, usually 6 to 10 feet in height, having long
trailing thin branches, stems and more especially the
young branches, petioles, peduncles and bracteoles of
a deep glossy purple color
 Apeculiarity sometimes even possessed by the young
leaves, especially on the under surface.
 Leaves of a thick and leathery consistence, gland
dotted, sub-glabrous or having short, abortively stillate
hairs on the blade, especially more under surface, and a
few younger spreading hairs on the petiole and young
shoots.
 Blade of the leaf mostly five to seven lobed.
 Flowers yellow with purplish red petal spot. The flower
are set on short pedicel(i.e. flower stalk).
 The corolla is pale yellow in color some time with purple center
and occasionally entirely purple.
 The staminal tubes bear the anther and are 1.5 to 2cm in length.
 The fruit is a three to four celled capsule .it is ovoid and oblong in
shape and glabrous(i.e. hairless)
 The seed within are globular and are covered in long white
cotton.
 Some varieties: Shyamali, Western-1, D46-2-1,231-R etc.
 Characters of breeding value: Disease, insects and drought
resistance.
 Key character for identification: Bracteoles closely investing
the flower bud, entire or with 3-4 coarse teeth near the apex,
longer than broad. Capsule round to tapering with 3-4 loculi.
 Races of Arboreum : Soudanense, Sinense, Burmanicum,
Cernuum, Bengalense and Indicum
 Gossypium hirsutum

 Gossypium hirsutum, known as upland cotton or
Mexican cotton is the most widely planted species of the
cotton ,constituting worldwide some 90% of all
production for this species;
 it is native to Central America and possibly Mexico.
G.hirustum include number of varieties or cross bred
cultivar with varying fiber lengths and tolerance to a
number of growing condition.
 Highly adoptable cultivar like Laxmi and Gujarat 67 also
belongs to this species.
 The longer length varieties are called 'long staple
upland" and the shorter length varieties are referred to
as“ short staple upland“ the long staple varieties are
mostly cultivated in commercial production.
 Genome : (AD)1
 Ploidy level : 2n=52
 Distribution : America
 Morphological features ;
 Annual shrub of 1 to 1.5 m tall, stem
tip green to pigmented, glabrous to
densely hairy.
 Leaf broad to very narrow, nectaries
present, pedicel large variable,
bracteole size large but variable,
serrations few to several.
 Corolla yellow, petal spot usually
absent.
 Bolls is rounded, 3to 5locular with 5
to 7 seeds per locules.
 Seed bear copious lint and a thick
Fuzz.
 Anther color greenish to yellow
 Stigma generally none protruding. Boll round, oval or
elongated large.
 Locules 3-5, generally smooth, tip blunt, lint white, cream,
brown, green etc.
 Characters of breeding value : Fiber yield, length,
strength, fineness and
 Elongation, resistance to Verticillium wilts absent.
 Some Varieties: 320F, H14, Indore-1, laxmi, Krishna,
Narbada.

 Key character for identification : Flower yellow and petal
spot usually a

 Races of G.hirustum : Latifolium, Punctatum, Morilli,
Richmondii, Palmeri, Marie Galente, and Yucatenense

 Gossypium barbadense
 Gossypium barbadense, also known
as extra-long staple cotton as it is generally
has a staple of at least 13/8" or longer.
 It is tropical frost sensitive perennial plant
that produce yellow flower and has black
seed.
 it grows as a small bushy tree and yield
cotton with unusually long, silky fibers. To
grow, it requires full sun and high humidity
and rainfall.
 This plant contain the chemical gossypol,
which reduces its susceptibility to insect and
fungal damage .
 The leaves of G. barbadense are used to
treat hypertension and delayed irregular
menstruation.
 it contributes about 8% of total cotton
production.

 Genome : (AD)2

 Ploidy level : 2n=52

 Distribution: America
 Morphological features :
 A shrub, 1.5 to 2 m tall, broad leaves, slightly hairy
or deeply coated with long grey hair, with deep 3-5
lobes.
 Nectaries present, stem weak, pedicel 1.0 cm.
long, bracteole size 3.0-3.5 cm, fused at base,
serrations 8-13 in number
 . Corolla yellow, size 4.5-5.5 cm, petal spot present,
anther yellow, pollen yellow, stigma protruding, boll
elongated, locules 3, slightly pitted, tip pointed, lint
white
 Bolls are large and round and bold 5 to 8 seeds per
locules.
 Seeds are bald with no Fuzz
 Some Varieties: Sujata, Varlaxmi, Andrew etc.
 .
 Characters of breeding value : Fiber fineness
 Key character for identification: Petal spot
present deeply pitted pointedbolls.
 Races of G.barbadense: Brasiliense
 The lint length of Gossypium arobreum and Gossypium
herbaceum is less than about 22mm and are short staple
cotton.
 While list length of Gossypium hirsutum is 25 to 30 mm
and are classified as medium to long staple cotton. There
are distinct races within species based on the geographical
distribution.
 It is supposed that the present day cultivated arobreum
are derived from this perennial race. The race Cernuum is
suited to high rainfall region of Assam and Bangladesh
 . It has produced comilla cotton. The Sinense race has
provided the commercial cultivar of china Korea and
Japan.
 The race bangalense has provided the annuals with high
ginning, coarse cotton of Punjab and Sindh regions of
Pakistan, Uttar Pradesh.
 The important races of G. herbaceum included Persicum
and Africana which has spread to Iran, Afghanistan and
apart of Africa.
 In upland cotton G. hirsutum race Marie galnte is large
perennial shrubs or small tree. Highly photo periodic
and spread over Caribbean island, panama, and
northern Brazil. The race Punctatum of upland cotton is
found in Gulf of Mexico.
THANK-YOU

Mais conteúdo relacionado

Mais procurados

HISTORY, DISCRIPTION, CLASSIFICATION, ORIGIN AND PHYLOGENETIC RELATIONSHIP GE...
HISTORY, DISCRIPTION, CLASSIFICATION, ORIGIN AND PHYLOGENETIC RELATIONSHIP GE...HISTORY, DISCRIPTION, CLASSIFICATION, ORIGIN AND PHYLOGENETIC RELATIONSHIP GE...
HISTORY, DISCRIPTION, CLASSIFICATION, ORIGIN AND PHYLOGENETIC RELATIONSHIP GE...Vinod Pawar
 
Breeding techniques in self pollinated crops presentation
Breeding techniques in self pollinated crops presentationBreeding techniques in self pollinated crops presentation
Breeding techniques in self pollinated crops presentationDev Hingra
 
SELECTION- PURELINE & MASS METHODS
SELECTION-PURELINE & MASS METHODSSELECTION-PURELINE & MASS METHODS
SELECTION- PURELINE & MASS METHODSOm Prakash
 
PEDIGREE METHOD OF PLANT BREEDING
PEDIGREE METHOD OF PLANT BREEDINGPEDIGREE METHOD OF PLANT BREEDING
PEDIGREE METHOD OF PLANT BREEDINGShekhAlisha
 
Cotton evolution at a glance
Cotton evolution  at a glance   Cotton evolution  at a glance
Cotton evolution at a glance yash pansuriya
 
Three line system of hybrid seed production
Three line system of hybrid seed productionThree line system of hybrid seed production
Three line system of hybrid seed productionmuruganjey
 
Pedigree Selection
Pedigree  Selection Pedigree  Selection
Pedigree Selection Majid Rashid
 
Definition and historical aspects of heterosis by Devendra kumar
Definition and historical aspects of heterosis by Devendra kumarDefinition and historical aspects of heterosis by Devendra kumar
Definition and historical aspects of heterosis by Devendra kumarDevendraKumar375
 
Floral biology and crossing techniques in greengram
Floral biology and crossing techniques in greengramFloral biology and crossing techniques in greengram
Floral biology and crossing techniques in greengramManjappa Ganiger
 
Plant Breeding - Objectives and History
Plant Breeding - Objectives and HistoryPlant Breeding - Objectives and History
Plant Breeding - Objectives and HistoryVikas Kashyap
 
Polyploidy breeding
Polyploidy breedingPolyploidy breeding
Polyploidy breedingPawan Nagar
 

Mais procurados (20)

HISTORY, DISCRIPTION, CLASSIFICATION, ORIGIN AND PHYLOGENETIC RELATIONSHIP GE...
HISTORY, DISCRIPTION, CLASSIFICATION, ORIGIN AND PHYLOGENETIC RELATIONSHIP GE...HISTORY, DISCRIPTION, CLASSIFICATION, ORIGIN AND PHYLOGENETIC RELATIONSHIP GE...
HISTORY, DISCRIPTION, CLASSIFICATION, ORIGIN AND PHYLOGENETIC RELATIONSHIP GE...
 
Breeding techniques in self pollinated crops presentation
Breeding techniques in self pollinated crops presentationBreeding techniques in self pollinated crops presentation
Breeding techniques in self pollinated crops presentation
 
SELECTION- PURELINE & MASS METHODS
SELECTION-PURELINE & MASS METHODSSELECTION-PURELINE & MASS METHODS
SELECTION- PURELINE & MASS METHODS
 
Breeding methods in sugarcane
Breeding methods in sugarcaneBreeding methods in sugarcane
Breeding methods in sugarcane
 
PEDIGREE METHOD OF PLANT BREEDING
PEDIGREE METHOD OF PLANT BREEDINGPEDIGREE METHOD OF PLANT BREEDING
PEDIGREE METHOD OF PLANT BREEDING
 
Cotton evolution at a glance
Cotton evolution  at a glance   Cotton evolution  at a glance
Cotton evolution at a glance
 
Three line system of hybrid seed production
Three line system of hybrid seed productionThree line system of hybrid seed production
Three line system of hybrid seed production
 
Pedigree Selection
Pedigree  Selection Pedigree  Selection
Pedigree Selection
 
Definition and historical aspects of heterosis by Devendra kumar
Definition and historical aspects of heterosis by Devendra kumarDefinition and historical aspects of heterosis by Devendra kumar
Definition and historical aspects of heterosis by Devendra kumar
 
Cotton
CottonCotton
Cotton
 
6. mass selection
6. mass selection6. mass selection
6. mass selection
 
Botany of maize
Botany of maizeBotany of maize
Botany of maize
 
Presentation on population improvement
Presentation on population improvementPresentation on population improvement
Presentation on population improvement
 
Floral biology and crossing techniques in greengram
Floral biology and crossing techniques in greengramFloral biology and crossing techniques in greengram
Floral biology and crossing techniques in greengram
 
origin of cotton
 origin of cotton origin of cotton
origin of cotton
 
Plant Breeding - Objectives and History
Plant Breeding - Objectives and HistoryPlant Breeding - Objectives and History
Plant Breeding - Objectives and History
 
Breeding sorghum
Breeding sorghumBreeding sorghum
Breeding sorghum
 
Pigeon pea
Pigeon peaPigeon pea
Pigeon pea
 
Sugarcane
SugarcaneSugarcane
Sugarcane
 
Polyploidy breeding
Polyploidy breedingPolyploidy breeding
Polyploidy breeding
 

Destaque

Allopolyploid Genotyping Algorithm on Affymetrix' Axiom Arrays
Allopolyploid Genotyping Algorithm on Affymetrix' Axiom ArraysAllopolyploid Genotyping Algorithm on Affymetrix' Axiom Arrays
Allopolyploid Genotyping Algorithm on Affymetrix' Axiom ArraysAffymetrix
 
Cotton Crop Presentation
Cotton Crop PresentationCotton Crop Presentation
Cotton Crop PresentationDavid Taylor
 
Cotton ppt final..
Cotton ppt final..Cotton ppt final..
Cotton ppt final..Aftab Mulla
 
Linter Static Analysis (Scala Workshop 2013)
Linter Static Analysis (Scala Workshop 2013)Linter Static Analysis (Scala Workshop 2013)
Linter Static Analysis (Scala Workshop 2013)Hairy Fotr
 
Από που πρέκυψαν τα εσώρουχα των γυναικών
Από που πρέκυψαν τα εσώρουχα των γυναικώνΑπό που πρέκυψαν τα εσώρουχα των γυναικών
Από που πρέκυψαν τα εσώρουχα των γυναικώνesorouxa mariveta
 
τρόποι καλλιέργειας
τρόποι καλλιέργειαςτρόποι καλλιέργειας
τρόποι καλλιέργειας101dsthessalonikis
 
(New)Coating Materials - SRC Metals
(New)Coating Materials - SRC Metals(New)Coating Materials - SRC Metals
(New)Coating Materials - SRC MetalsIven Zhu
 
Birja updated resume
Birja updated resumeBirja updated resume
Birja updated resumeBIRJA KUMAR
 

Destaque (11)

Allopolyploid Genotyping Algorithm on Affymetrix' Axiom Arrays
Allopolyploid Genotyping Algorithm on Affymetrix' Axiom ArraysAllopolyploid Genotyping Algorithm on Affymetrix' Axiom Arrays
Allopolyploid Genotyping Algorithm on Affymetrix' Axiom Arrays
 
παρουσίαση βαμβακι
παρουσίαση βαμβακιπαρουσίαση βαμβακι
παρουσίαση βαμβακι
 
Cotton Crop Presentation
Cotton Crop PresentationCotton Crop Presentation
Cotton Crop Presentation
 
Cotton ppt final..
Cotton ppt final..Cotton ppt final..
Cotton ppt final..
 
Cotton ppt
Cotton pptCotton ppt
Cotton ppt
 
Linter Static Analysis (Scala Workshop 2013)
Linter Static Analysis (Scala Workshop 2013)Linter Static Analysis (Scala Workshop 2013)
Linter Static Analysis (Scala Workshop 2013)
 
Από που πρέκυψαν τα εσώρουχα των γυναικών
Από που πρέκυψαν τα εσώρουχα των γυναικώνΑπό που πρέκυψαν τα εσώρουχα των γυναικών
Από που πρέκυψαν τα εσώρουχα των γυναικών
 
τρόποι καλλιέργειας
τρόποι καλλιέργειαςτρόποι καλλιέργειας
τρόποι καλλιέργειας
 
(New)Coating Materials - SRC Metals
(New)Coating Materials - SRC Metals(New)Coating Materials - SRC Metals
(New)Coating Materials - SRC Metals
 
MY CV 15.08.2016
MY CV 15.08.2016MY CV 15.08.2016
MY CV 15.08.2016
 
Birja updated resume
Birja updated resumeBirja updated resume
Birja updated resume
 

Semelhante a A presentation on cultivated cotton species in world

Semelhante a A presentation on cultivated cotton species in world (20)

Target(2)
Target(2)Target(2)
Target(2)
 
ENTO 332_Lec No.7_Moriculture.ppt
ENTO 332_Lec No.7_Moriculture.pptENTO 332_Lec No.7_Moriculture.ppt
ENTO 332_Lec No.7_Moriculture.ppt
 
Carrot and radish
Carrot and radishCarrot and radish
Carrot and radish
 
Albizia lebbeck and albizia falcataria final
Albizia lebbeck and albizia falcataria finalAlbizia lebbeck and albizia falcataria final
Albizia lebbeck and albizia falcataria final
 
chickpea.ppt
chickpea.pptchickpea.ppt
chickpea.ppt
 
HEMP & SUNHEMP Cultivation
HEMP & SUNHEMP Cultivation HEMP & SUNHEMP Cultivation
HEMP & SUNHEMP Cultivation
 
Asif Nawaz chickpea
Asif Nawaz chickpeaAsif Nawaz chickpea
Asif Nawaz chickpea
 
pop of indian bean.pptx
pop of indian bean.pptxpop of indian bean.pptx
pop of indian bean.pptx
 
HPM Benister
HPM BenisterHPM Benister
HPM Benister
 
Moraceae power point
Moraceae power pointMoraceae power point
Moraceae power point
 
Moraceae power point
Moraceae power pointMoraceae power point
Moraceae power point
 
Mulberry and raspberry
Mulberry and raspberryMulberry and raspberry
Mulberry and raspberry
 
Cotton pest
Cotton pestCotton pest
Cotton pest
 
CROP IMPROVEMENT OF RUBBER
CROP IMPROVEMENT OF RUBBERCROP IMPROVEMENT OF RUBBER
CROP IMPROVEMENT OF RUBBER
 
Identification of monocot weeds pdf
Identification of monocot weeds pdfIdentification of monocot weeds pdf
Identification of monocot weeds pdf
 
Pest of Pear
Pest of PearPest of Pear
Pest of Pear
 
Jasmine
JasmineJasmine
Jasmine
 
An introduction to the edible mushroom which is found in nepal
An introduction to the edible mushroom which is found in nepalAn introduction to the edible mushroom which is found in nepal
An introduction to the edible mushroom which is found in nepal
 
Khabal grass
Khabal grassKhabal grass
Khabal grass
 
Elucine coracana ragi
Elucine coracana  ragiElucine coracana  ragi
Elucine coracana ragi
 

Mais de Santosh pathak

crop improvemnet in oilseeds
crop improvemnet in oilseedscrop improvemnet in oilseeds
crop improvemnet in oilseedsSantosh pathak
 
Engineering methods to control soil erosion
Engineering methods to control soil erosionEngineering methods to control soil erosion
Engineering methods to control soil erosionSantosh pathak
 
presentation on transgenic animals
presentation on transgenic animals presentation on transgenic animals
presentation on transgenic animals Santosh pathak
 
Effect of Azotobactor inoculation with Nitrogen levels on Yield and Quality o...
Effect of Azotobactor inoculation with Nitrogen levels on Yield and Quality o...Effect of Azotobactor inoculation with Nitrogen levels on Yield and Quality o...
Effect of Azotobactor inoculation with Nitrogen levels on Yield and Quality o...Santosh pathak
 
Presentation on Epistasis
Presentation on EpistasisPresentation on Epistasis
Presentation on EpistasisSantosh pathak
 
Presentation on diseases of cotton plants
 Presentation on diseases of cotton plants  Presentation on diseases of cotton plants
Presentation on diseases of cotton plants Santosh pathak
 
Sloping agriculture land technology
Sloping agriculture land technology Sloping agriculture land technology
Sloping agriculture land technology Santosh pathak
 
Bio engineering methods and their control for soil erosion
Bio engineering methods and their control for soil erosionBio engineering methods and their control for soil erosion
Bio engineering methods and their control for soil erosionSantosh pathak
 
Leaf miner and its control mechanism
Leaf miner and its control mechanismLeaf miner and its control mechanism
Leaf miner and its control mechanismSantosh pathak
 
Presentation on Heritability
 Presentation on Heritability Presentation on Heritability
Presentation on HeritabilitySantosh pathak
 
Budget estimation for establishment of medium level oyster
Budget estimation for establishment of medium level oysterBudget estimation for establishment of medium level oyster
Budget estimation for establishment of medium level oysterSantosh pathak
 
EVALUATION OF PERFORMANCE OF COWPEA (Vigna unguiculata L) VARIETIES IN AGRON...
EVALUATION OF PERFORMANCE OF COWPEA (Vigna unguiculata L) VARIETIES  IN AGRON...EVALUATION OF PERFORMANCE OF COWPEA (Vigna unguiculata L) VARIETIES  IN AGRON...
EVALUATION OF PERFORMANCE OF COWPEA (Vigna unguiculata L) VARIETIES IN AGRON...Santosh pathak
 

Mais de Santosh pathak (18)

Umesh ppt
Umesh pptUmesh ppt
Umesh ppt
 
crop improvemnet in oilseeds
crop improvemnet in oilseedscrop improvemnet in oilseeds
crop improvemnet in oilseeds
 
Engineering methods to control soil erosion
Engineering methods to control soil erosionEngineering methods to control soil erosion
Engineering methods to control soil erosion
 
presentation on transgenic animals
presentation on transgenic animals presentation on transgenic animals
presentation on transgenic animals
 
Effect of Azotobactor inoculation with Nitrogen levels on Yield and Quality o...
Effect of Azotobactor inoculation with Nitrogen levels on Yield and Quality o...Effect of Azotobactor inoculation with Nitrogen levels on Yield and Quality o...
Effect of Azotobactor inoculation with Nitrogen levels on Yield and Quality o...
 
Hardyweinberg law
Hardyweinberg lawHardyweinberg law
Hardyweinberg law
 
Presentation on Epistasis
Presentation on EpistasisPresentation on Epistasis
Presentation on Epistasis
 
Presentation on diseases of cotton plants
 Presentation on diseases of cotton plants  Presentation on diseases of cotton plants
Presentation on diseases of cotton plants
 
Mushroom
MushroomMushroom
Mushroom
 
Sloping agriculture land technology
Sloping agriculture land technology Sloping agriculture land technology
Sloping agriculture land technology
 
Maize seed production
Maize seed productionMaize seed production
Maize seed production
 
Offsite and onsite
Offsite and onsiteOffsite and onsite
Offsite and onsite
 
Bio engineering methods and their control for soil erosion
Bio engineering methods and their control for soil erosionBio engineering methods and their control for soil erosion
Bio engineering methods and their control for soil erosion
 
Leaf miner and its control mechanism
Leaf miner and its control mechanismLeaf miner and its control mechanism
Leaf miner and its control mechanism
 
Presentation on Heritability
 Presentation on Heritability Presentation on Heritability
Presentation on Heritability
 
Biopesticides
BiopesticidesBiopesticides
Biopesticides
 
Budget estimation for establishment of medium level oyster
Budget estimation for establishment of medium level oysterBudget estimation for establishment of medium level oyster
Budget estimation for establishment of medium level oyster
 
EVALUATION OF PERFORMANCE OF COWPEA (Vigna unguiculata L) VARIETIES IN AGRON...
EVALUATION OF PERFORMANCE OF COWPEA (Vigna unguiculata L) VARIETIES  IN AGRON...EVALUATION OF PERFORMANCE OF COWPEA (Vigna unguiculata L) VARIETIES  IN AGRON...
EVALUATION OF PERFORMANCE OF COWPEA (Vigna unguiculata L) VARIETIES IN AGRON...
 

Último

What is 3 Way Matching Process in Odoo 17.pptx
What is 3 Way Matching Process in Odoo 17.pptxWhat is 3 Way Matching Process in Odoo 17.pptx
What is 3 Way Matching Process in Odoo 17.pptxCeline George
 
Spring gala 2024 photo slideshow - Celebrating School-Community Partnerships
Spring gala 2024 photo slideshow - Celebrating School-Community PartnershipsSpring gala 2024 photo slideshow - Celebrating School-Community Partnerships
Spring gala 2024 photo slideshow - Celebrating School-Community Partnershipsexpandedwebsite
 
Rich Dad Poor Dad ( PDFDrive.com )--.pdf
Rich Dad Poor Dad ( PDFDrive.com )--.pdfRich Dad Poor Dad ( PDFDrive.com )--.pdf
Rich Dad Poor Dad ( PDFDrive.com )--.pdfJerry Chew
 
OSCM Unit 2_Operations Processes & Systems
OSCM Unit 2_Operations Processes & SystemsOSCM Unit 2_Operations Processes & Systems
OSCM Unit 2_Operations Processes & SystemsSandeep D Chaudhary
 
Personalisation of Education by AI and Big Data - Lourdes Guàrdia
Personalisation of Education by AI and Big Data - Lourdes GuàrdiaPersonalisation of Education by AI and Big Data - Lourdes Guàrdia
Personalisation of Education by AI and Big Data - Lourdes GuàrdiaEADTU
 
Details on CBSE Compartment Exam.pptx1111
Details on CBSE Compartment Exam.pptx1111Details on CBSE Compartment Exam.pptx1111
Details on CBSE Compartment Exam.pptx1111GangaMaiya1
 
COMMUNICATING NEGATIVE NEWS - APPROACHES .pptx
COMMUNICATING NEGATIVE NEWS - APPROACHES .pptxCOMMUNICATING NEGATIVE NEWS - APPROACHES .pptx
COMMUNICATING NEGATIVE NEWS - APPROACHES .pptxannathomasp01
 
Graduate Outcomes Presentation Slides - English (v3).pptx
Graduate Outcomes Presentation Slides - English (v3).pptxGraduate Outcomes Presentation Slides - English (v3).pptx
Graduate Outcomes Presentation Slides - English (v3).pptxneillewis46
 
TỔNG HỢP HƠN 100 ĐỀ THI THỬ TỐT NGHIỆP THPT TOÁN 2024 - TỪ CÁC TRƯỜNG, TRƯỜNG...
TỔNG HỢP HƠN 100 ĐỀ THI THỬ TỐT NGHIỆP THPT TOÁN 2024 - TỪ CÁC TRƯỜNG, TRƯỜNG...TỔNG HỢP HƠN 100 ĐỀ THI THỬ TỐT NGHIỆP THPT TOÁN 2024 - TỪ CÁC TRƯỜNG, TRƯỜNG...
TỔNG HỢP HƠN 100 ĐỀ THI THỬ TỐT NGHIỆP THPT TOÁN 2024 - TỪ CÁC TRƯỜNG, TRƯỜNG...Nguyen Thanh Tu Collection
 
Analyzing and resolving a communication crisis in Dhaka textiles LTD.pptx
Analyzing and resolving a communication crisis in Dhaka textiles LTD.pptxAnalyzing and resolving a communication crisis in Dhaka textiles LTD.pptx
Analyzing and resolving a communication crisis in Dhaka textiles LTD.pptxLimon Prince
 
Andreas Schleicher presents at the launch of What does child empowerment mean...
Andreas Schleicher presents at the launch of What does child empowerment mean...Andreas Schleicher presents at the launch of What does child empowerment mean...
Andreas Schleicher presents at the launch of What does child empowerment mean...EduSkills OECD
 
DEMONSTRATION LESSON IN ENGLISH 4 MATATAG CURRICULUM
DEMONSTRATION LESSON IN ENGLISH 4 MATATAG CURRICULUMDEMONSTRATION LESSON IN ENGLISH 4 MATATAG CURRICULUM
DEMONSTRATION LESSON IN ENGLISH 4 MATATAG CURRICULUMELOISARIVERA8
 
Spellings Wk 4 and Wk 5 for Grade 4 at CAPS
Spellings Wk 4 and Wk 5 for Grade 4 at CAPSSpellings Wk 4 and Wk 5 for Grade 4 at CAPS
Spellings Wk 4 and Wk 5 for Grade 4 at CAPSAnaAcapella
 
PSYPACT- Practicing Over State Lines May 2024.pptx
PSYPACT- Practicing Over State Lines May 2024.pptxPSYPACT- Practicing Over State Lines May 2024.pptx
PSYPACT- Practicing Over State Lines May 2024.pptxMarlene Maheu
 
How to Send Pro Forma Invoice to Your Customers in Odoo 17
How to Send Pro Forma Invoice to Your Customers in Odoo 17How to Send Pro Forma Invoice to Your Customers in Odoo 17
How to Send Pro Forma Invoice to Your Customers in Odoo 17Celine George
 
FICTIONAL SALESMAN/SALESMAN SNSW 2024.pdf
FICTIONAL SALESMAN/SALESMAN SNSW 2024.pdfFICTIONAL SALESMAN/SALESMAN SNSW 2024.pdf
FICTIONAL SALESMAN/SALESMAN SNSW 2024.pdfPondicherry University
 

Último (20)

What is 3 Way Matching Process in Odoo 17.pptx
What is 3 Way Matching Process in Odoo 17.pptxWhat is 3 Way Matching Process in Odoo 17.pptx
What is 3 Way Matching Process in Odoo 17.pptx
 
Spring gala 2024 photo slideshow - Celebrating School-Community Partnerships
Spring gala 2024 photo slideshow - Celebrating School-Community PartnershipsSpring gala 2024 photo slideshow - Celebrating School-Community Partnerships
Spring gala 2024 photo slideshow - Celebrating School-Community Partnerships
 
ESSENTIAL of (CS/IT/IS) class 07 (Networks)
ESSENTIAL of (CS/IT/IS) class 07 (Networks)ESSENTIAL of (CS/IT/IS) class 07 (Networks)
ESSENTIAL of (CS/IT/IS) class 07 (Networks)
 
Rich Dad Poor Dad ( PDFDrive.com )--.pdf
Rich Dad Poor Dad ( PDFDrive.com )--.pdfRich Dad Poor Dad ( PDFDrive.com )--.pdf
Rich Dad Poor Dad ( PDFDrive.com )--.pdf
 
OSCM Unit 2_Operations Processes & Systems
OSCM Unit 2_Operations Processes & SystemsOSCM Unit 2_Operations Processes & Systems
OSCM Unit 2_Operations Processes & Systems
 
Personalisation of Education by AI and Big Data - Lourdes Guàrdia
Personalisation of Education by AI and Big Data - Lourdes GuàrdiaPersonalisation of Education by AI and Big Data - Lourdes Guàrdia
Personalisation of Education by AI and Big Data - Lourdes Guàrdia
 
Details on CBSE Compartment Exam.pptx1111
Details on CBSE Compartment Exam.pptx1111Details on CBSE Compartment Exam.pptx1111
Details on CBSE Compartment Exam.pptx1111
 
COMMUNICATING NEGATIVE NEWS - APPROACHES .pptx
COMMUNICATING NEGATIVE NEWS - APPROACHES .pptxCOMMUNICATING NEGATIVE NEWS - APPROACHES .pptx
COMMUNICATING NEGATIVE NEWS - APPROACHES .pptx
 
Graduate Outcomes Presentation Slides - English (v3).pptx
Graduate Outcomes Presentation Slides - English (v3).pptxGraduate Outcomes Presentation Slides - English (v3).pptx
Graduate Outcomes Presentation Slides - English (v3).pptx
 
TỔNG HỢP HƠN 100 ĐỀ THI THỬ TỐT NGHIỆP THPT TOÁN 2024 - TỪ CÁC TRƯỜNG, TRƯỜNG...
TỔNG HỢP HƠN 100 ĐỀ THI THỬ TỐT NGHIỆP THPT TOÁN 2024 - TỪ CÁC TRƯỜNG, TRƯỜNG...TỔNG HỢP HƠN 100 ĐỀ THI THỬ TỐT NGHIỆP THPT TOÁN 2024 - TỪ CÁC TRƯỜNG, TRƯỜNG...
TỔNG HỢP HƠN 100 ĐỀ THI THỬ TỐT NGHIỆP THPT TOÁN 2024 - TỪ CÁC TRƯỜNG, TRƯỜNG...
 
Analyzing and resolving a communication crisis in Dhaka textiles LTD.pptx
Analyzing and resolving a communication crisis in Dhaka textiles LTD.pptxAnalyzing and resolving a communication crisis in Dhaka textiles LTD.pptx
Analyzing and resolving a communication crisis in Dhaka textiles LTD.pptx
 
Andreas Schleicher presents at the launch of What does child empowerment mean...
Andreas Schleicher presents at the launch of What does child empowerment mean...Andreas Schleicher presents at the launch of What does child empowerment mean...
Andreas Schleicher presents at the launch of What does child empowerment mean...
 
DEMONSTRATION LESSON IN ENGLISH 4 MATATAG CURRICULUM
DEMONSTRATION LESSON IN ENGLISH 4 MATATAG CURRICULUMDEMONSTRATION LESSON IN ENGLISH 4 MATATAG CURRICULUM
DEMONSTRATION LESSON IN ENGLISH 4 MATATAG CURRICULUM
 
VAMOS CUIDAR DO NOSSO PLANETA! .
VAMOS CUIDAR DO NOSSO PLANETA!                    .VAMOS CUIDAR DO NOSSO PLANETA!                    .
VAMOS CUIDAR DO NOSSO PLANETA! .
 
Including Mental Health Support in Project Delivery, 14 May.pdf
Including Mental Health Support in Project Delivery, 14 May.pdfIncluding Mental Health Support in Project Delivery, 14 May.pdf
Including Mental Health Support in Project Delivery, 14 May.pdf
 
Spellings Wk 4 and Wk 5 for Grade 4 at CAPS
Spellings Wk 4 and Wk 5 for Grade 4 at CAPSSpellings Wk 4 and Wk 5 for Grade 4 at CAPS
Spellings Wk 4 and Wk 5 for Grade 4 at CAPS
 
Mattingly "AI & Prompt Design: Named Entity Recognition"
Mattingly "AI & Prompt Design: Named Entity Recognition"Mattingly "AI & Prompt Design: Named Entity Recognition"
Mattingly "AI & Prompt Design: Named Entity Recognition"
 
PSYPACT- Practicing Over State Lines May 2024.pptx
PSYPACT- Practicing Over State Lines May 2024.pptxPSYPACT- Practicing Over State Lines May 2024.pptx
PSYPACT- Practicing Over State Lines May 2024.pptx
 
How to Send Pro Forma Invoice to Your Customers in Odoo 17
How to Send Pro Forma Invoice to Your Customers in Odoo 17How to Send Pro Forma Invoice to Your Customers in Odoo 17
How to Send Pro Forma Invoice to Your Customers in Odoo 17
 
FICTIONAL SALESMAN/SALESMAN SNSW 2024.pdf
FICTIONAL SALESMAN/SALESMAN SNSW 2024.pdfFICTIONAL SALESMAN/SALESMAN SNSW 2024.pdf
FICTIONAL SALESMAN/SALESMAN SNSW 2024.pdf
 

A presentation on cultivated cotton species in world

  • 1. S AN ASSIGNMENT ON COTTON SPECIES Submitted by: Santosh pathak IAAS , Lamjung Campus WEL-COME
  • 2. INTRODUCTION:  Cotton, the king of fibers, usually referred as white gold is soft, fluffy staple fiber that grows in a ball, or protective capsule, around the seed of cotton plants of the genus Gossypium.  The plant is shrub native to tropical and subtropical regions around the world, including the Americas, Africa ,and India.  The greatest diversity of wild cotton species is found in Mexico, followed by Australia and Africa.  Cotton was independently domesticated in old and new world
  • 3.  Current estimates for world production are about 25 million tons annually, accounting for 2.5% of the world’s arable land.  China is the world’s largest producer of the cotton, but most of this is used domestically and India rank first in area (1, 10, 00,000 ha).  The United State has been the largest exporter for many years .some important cotton growing country are India , USA, China ,Brazil , Egypt ,Pakistan, Greece ,etc. In Nepal it is mostly cultivated in western parts of the country like in Banke, Bardiya, Kailali, Dang, and kanchanpur. .In 2003/04 its total production is 12.5 in 15.5 ha ,2009 59 tons in 100ha and in 2010 area and the production of seed cotton is 121ha and 109 tons (a/c to FAO).
  • 4.  Long cotton fiber are spur into thread for textile, toweling, Paper, Banknotes, surgical sutures, rope, and Sheets.  Short cotton fibers or linter, provide cellulose used for dynamites, sausageskin,lino,cellophane,rayon,photographic film, nail polish, solid fuel rockets, chewing gums etc.  crushed cotton seed yields a useful vegetable oil and the meal from crushed seeds is used for a cattle feed ,fish bait and organic fertilizer.
  • 5. SPECIES OF COTTON  The genus Gossypium which belong to the family malvaceae and the tribe Gossypieae, it is the leading fiber crop in the world.  Although the genus has approximately 50 species, including 45 diploids and five allotetraploids  Only four of them are cultivated for their spinable fiber, including two diploid(2n = 29 = 26): G. arboreum .L (A2A2) and G. herbaceum L. (A1A1), and two tetraploid (2n = 49 = 52): G. hirsutum L. (AD1AD1) and G. barbadense L. (AD2AD2)  . The remaining 46 species are distributed throughout the tropics and subtropics of the world in wild form.  The wild species of Gossypium are important source of useful traits such as special and superior fiber properties.
  • 6.  cytoplasmic male sterility, resistance to biotic and abiotic stress etc. which can be introgressed into the cultivated germplam in breeding programmes  .It has become a necessity to develop basic germplam materials enriched with rare useful genes from wild species through introgression. Among 46 wild species few wild species are listed below;  G.africanum  G.amomalum  G.triphyllum  G.capitis viridis  G.sturtianum  G.nandedewarense  G.aridum etc
  • 7.  According to the classification of Hutchinson (1947) the following four cultivated species contain almost all the varieties of the cotton.  Gossypium herbaceum (n=13)  Gossypium arboreum(n=13)  Gossypium hirsutum (n=26)  Gossypium barbadense(n=26)   G. arboreum and G. herbaceum are desi cotton whereas G .hirsutum and G. barbadense are American cotton. 
  • 8.  Gossypium herbaceum  Gossypium herbaceum, called Levant cotton, height of 1.5 to 2m.  It is a species of cotton native to the semi-arid region of sub- Saharan Africa and Arabia where it still grows in the wild as a perennial shrub.  It was first cultivated in western Sudan from there it spread to India, before being introduce to Egypt  Its blooming period is late spring/early summer.  Genome : A1  Ploidy level : 2n=26
  • 9.  Morphological features ;  Annual hard stems and branches round, faintly striated, bent slightly at the joints, sparsely hairy.  Leaves leathery, prominently reticulate, deeply cordate, less than half cut into 5-7 broad ovate rotund, suddenly acute or apiculate lobes, below distinctly pilose, especially along the veins.  Bracteoles large, green coloured, broadly ovate rotund obtuse, only very slightly united at the bottom, but profoundly cordate, gashed across the top into 7-9 fairly long teeth.  Flowers not very large, yellow with purple claws and rotating to right; calyx large, loose, undulate, and with large glands.
  • 10.  Capsule small, round, pitted with 3-4 valves, seeds large, angled beaked, coated with grey fuzz and harsh grayish-white wool.  Some varieties: G 67, K-7, kalyan, Sanjay etc.   Characters of breeding value: Disease, insects and drought resistance.   Key character for identification;Bushy annual.  Bracteoles flaring widely from the flower bud, usually broader than long, upper margin usually serrated into 6- 8 teeth.  Capsule small, round with 3-4 locules.  Races of G. herbaceum: Persicum, Kuljianum, Acerifolium and Wightianum.
  • 11.  Gossypium arboreum  Gossypium arboreum ,commonly called as tree cotton is a species of cotton native to India ,Pakistan and other regions of the world .  There is the evidence of its cultivation as long ago as the Harappa civilization of the Indus valley for the production of cotton textile.  The shrub was included in Linnaeus’ species planetarium published in 1753.   Genome: A2,   Ploidy level : 2n=26   Distribution : Indo-Burma, China and Arab 
  • 12.  Morphological features :  A perennial, usually 6 to 10 feet in height, having long trailing thin branches, stems and more especially the young branches, petioles, peduncles and bracteoles of a deep glossy purple color  Apeculiarity sometimes even possessed by the young leaves, especially on the under surface.  Leaves of a thick and leathery consistence, gland dotted, sub-glabrous or having short, abortively stillate hairs on the blade, especially more under surface, and a few younger spreading hairs on the petiole and young shoots.  Blade of the leaf mostly five to seven lobed.  Flowers yellow with purplish red petal spot. The flower are set on short pedicel(i.e. flower stalk).
  • 13.  The corolla is pale yellow in color some time with purple center and occasionally entirely purple.  The staminal tubes bear the anther and are 1.5 to 2cm in length.  The fruit is a three to four celled capsule .it is ovoid and oblong in shape and glabrous(i.e. hairless)  The seed within are globular and are covered in long white cotton.  Some varieties: Shyamali, Western-1, D46-2-1,231-R etc.  Characters of breeding value: Disease, insects and drought resistance.  Key character for identification: Bracteoles closely investing the flower bud, entire or with 3-4 coarse teeth near the apex, longer than broad. Capsule round to tapering with 3-4 loculi.  Races of Arboreum : Soudanense, Sinense, Burmanicum, Cernuum, Bengalense and Indicum
  • 14.  Gossypium hirsutum   Gossypium hirsutum, known as upland cotton or Mexican cotton is the most widely planted species of the cotton ,constituting worldwide some 90% of all production for this species;  it is native to Central America and possibly Mexico. G.hirustum include number of varieties or cross bred cultivar with varying fiber lengths and tolerance to a number of growing condition.  Highly adoptable cultivar like Laxmi and Gujarat 67 also belongs to this species.  The longer length varieties are called 'long staple upland" and the shorter length varieties are referred to as“ short staple upland“ the long staple varieties are mostly cultivated in commercial production.  Genome : (AD)1  Ploidy level : 2n=52  Distribution : America
  • 15.  Morphological features ;  Annual shrub of 1 to 1.5 m tall, stem tip green to pigmented, glabrous to densely hairy.  Leaf broad to very narrow, nectaries present, pedicel large variable, bracteole size large but variable, serrations few to several.  Corolla yellow, petal spot usually absent.  Bolls is rounded, 3to 5locular with 5 to 7 seeds per locules.  Seed bear copious lint and a thick Fuzz.  Anther color greenish to yellow
  • 16.  Stigma generally none protruding. Boll round, oval or elongated large.  Locules 3-5, generally smooth, tip blunt, lint white, cream, brown, green etc.  Characters of breeding value : Fiber yield, length, strength, fineness and  Elongation, resistance to Verticillium wilts absent.  Some Varieties: 320F, H14, Indore-1, laxmi, Krishna, Narbada.   Key character for identification : Flower yellow and petal spot usually a   Races of G.hirustum : Latifolium, Punctatum, Morilli, Richmondii, Palmeri, Marie Galente, and Yucatenense 
  • 17.  Gossypium barbadense  Gossypium barbadense, also known as extra-long staple cotton as it is generally has a staple of at least 13/8" or longer.  It is tropical frost sensitive perennial plant that produce yellow flower and has black seed.  it grows as a small bushy tree and yield cotton with unusually long, silky fibers. To grow, it requires full sun and high humidity and rainfall.  This plant contain the chemical gossypol, which reduces its susceptibility to insect and fungal damage .  The leaves of G. barbadense are used to treat hypertension and delayed irregular menstruation.  it contributes about 8% of total cotton production.   Genome : (AD)2   Ploidy level : 2n=52   Distribution: America
  • 18.  Morphological features :  A shrub, 1.5 to 2 m tall, broad leaves, slightly hairy or deeply coated with long grey hair, with deep 3-5 lobes.  Nectaries present, stem weak, pedicel 1.0 cm. long, bracteole size 3.0-3.5 cm, fused at base, serrations 8-13 in number  . Corolla yellow, size 4.5-5.5 cm, petal spot present, anther yellow, pollen yellow, stigma protruding, boll elongated, locules 3, slightly pitted, tip pointed, lint white  Bolls are large and round and bold 5 to 8 seeds per locules.
  • 19.  Seeds are bald with no Fuzz  Some Varieties: Sujata, Varlaxmi, Andrew etc.  .  Characters of breeding value : Fiber fineness  Key character for identification: Petal spot present deeply pitted pointedbolls.  Races of G.barbadense: Brasiliense
  • 20.  The lint length of Gossypium arobreum and Gossypium herbaceum is less than about 22mm and are short staple cotton.  While list length of Gossypium hirsutum is 25 to 30 mm and are classified as medium to long staple cotton. There are distinct races within species based on the geographical distribution.  It is supposed that the present day cultivated arobreum are derived from this perennial race. The race Cernuum is suited to high rainfall region of Assam and Bangladesh  . It has produced comilla cotton. The Sinense race has provided the commercial cultivar of china Korea and Japan.  The race bangalense has provided the annuals with high ginning, coarse cotton of Punjab and Sindh regions of Pakistan, Uttar Pradesh.  The important races of G. herbaceum included Persicum and Africana which has spread to Iran, Afghanistan and apart of Africa.
  • 21.  In upland cotton G. hirsutum race Marie galnte is large perennial shrubs or small tree. Highly photo periodic and spread over Caribbean island, panama, and northern Brazil. The race Punctatum of upland cotton is found in Gulf of Mexico.