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Table 1 Background of major approved upland cotton varieties of Pakistan

From: Progress and perspective on cotton breeding in Pakistan

Variety Name

Parentage

Breeding organization

Year of release

Potential SCY /(kg·ha−1)

Potential features

4-F

Selection from American Cotton

CRI, Faisalabad

1914

800

Busy growth, improved fiber quality, large scale cultivation

289-F

Selection from 4-F

CRI, Faisalabad

1921

950

Spreading growth, high yield, high staple length

L.S.S

Bulk selection from 289-F

CRI, Faisalabad

1934

1 000

Spreading growth, medium tall, late maturity

238-F

Selection from 289-F/43

CRI, Faisalabad

1948

1 000

Spreading growth, high yield, improved staple length

Lasani-11

Selection from 181-F

CRI, Faisalabad

1959

1 600

High GOT%, improved fiber quality, lodging resistant

AC-134

148-F × 199-F

CRI, Faisalabad

1959

1 600

Semi spreading growth, High GOT% and fiber strength

362-F

Selection from 289-F

CRI, Faisalabad

1959

1 500

Drought resistant, heat tolerant, high fiber strength

MS-39

Natural hybrid in L-11 field

CRS, Multan

1970

1 650

Spreading growth, high GOT% and staple length

149-F

124-F x Babda

CRS, Multan

1971

2 000

Compact growth, high GOT% and fiber strength

MNH-93

(124-F x Babdal) x (MS-39 × Mex 12)

CRS, Multan

1980

3 500

Spreading growth, medium maturity, popular variety during 1980

NIAB-78

(DPL-16 × AC-134)-F1 mutation

NIAB, Faisalabad

1983

3 500

Higher yield, the most popular variety, wider cultivation in 1987

CIM-70

Coker 8314 x (124-F x Babdal) x Coker 100 WA)

CCRI, Multan

1986

3 100

Heat tolerant, short stature, early maturity

S-12

MNH 93 × 7203–14-4-Arizona

CRS, Multan

1988

3 900

Higher yield potential, early maturity, Highest SCY/ha in 1991

NIAB-86

(DPL-16 × AC-134-F1 30kr) x Stoneville-213

NIAB, Faisalabad

1990

2 800

High GOT% and staple length

CIM-240

CIM-70 × W 1104

CCRI, Multan

1992

3 000

Heat tolerant, early maturity, good boll opening

FH-682

(B-557 × Ala (68)1) x Lankart-57

CRI, Faisalabad

1992

3 200

Early maturity, lodging resistant, spreading growth

MNH-147

431/79 × 283/80

CRS, Multan

1992

3 300

High GOT%, medium maturity, lodging resistant

S-14

H-2102–1/83 × H-2105–1/83

CRS, Multan

1995

3 000

Compact growth, high GOT%, medium maturity

NIAB-Karishma

NIAB-86 × W-83–29-Mex

NIAB, Faisalabad

1996

3 000

Semi spreading, highly heat tolerant, early maturity

MNH-329

K-401/78 × 479–81/83

CRS, Multan

1996

3 000

Spreading growth, bigger boll, high GOT%

CIM-446

CP 15/2 × S-12

CCRI, Multan

1998

3 000

CLCuV and heat tolerant, early maturity

CIM-443

CIM-109 × LRA-5166

CCRI, Multan

1998

3 000

CLCuV and heat tolerant, early maturity

MNH-552

(124-F x Babdal) x LRA -5166

CRS, Multan

2000

2 900

Early maturity, CLCuV tolerant, good boll opening

FH‐900

(FH-672 × AET-5) x (B- 557 × LRA- 5166)

CRI, Faisalabad

2000

3 000

CLCuV and heat tolerant, semi spreading growth

CIM‐482

CIM-229 × CP15/2

CCRI, Multan

2000

3 000

Semi erect, CLCuV tolerant, good boll opening

BH‐118

BS-48 × 829–4/90

CRS, Bahawalpur

2000

3 000

CLCuV tolerant, semi compact growth

CIM-506

CIM-360 × CP 15/2

CCRI, Multan

2002

3 000

Early maturity, CLCuV tolerant, high GOT%

NIAB‐999

(DPL -16 × AC -134-F1 30kr) x LRA- 5166 mutation

NIAB, Faisalabad

2003

3 500

Heat and salt tolerant

NIAB‐111

(NIAB-313/12 × CIM-100)-F1 mutation

NIAB, Faisalabad

2004

3 500

CLCuD resistant, heat tolerant

CIM-496

CIM-425 × 755–6/93

CCRI, Multan

2005

3 000

Early maturity, CLCuV and heat tolerant

MNH‐786

(S-14 × CIM-448) x (MNH-564 × MNH-516)

CRS, Multan

2006

3 500

High GOT%, Big boll size and weight

BH‐167

(VH-53 × BH-142)

CRS, Bahawalpur

2012

3 000

Drought and heat tolerant,

FH‐942

(FH-900(S) x CIM-121)

CRI, Faisalabad

2012

3 500

Highly responsive to inputs, early maturity

FH‐114

FH-925 × NuCot-N-33B

CRI, Faisalabad

2012

3 500

Medium CLCuV tolerant, early maturity

FH‐142

FH-114 × FH-207

CRI, Faisalabad

2013

4 000

CLCuV and heat tolerant, wider adaptability

MNH‐886

(FH-207 × MNH-770) x Bollgard-I

CRS, Multan

2013

4 000

Big boll size, CLCuV and heat tolerant

IUB-13

IUB-09 × MNH-789

IUB, Bahawalpur

2015

4 000

CLCuV and heat tolerant, good boll weight

FH-Lalazar

FH-207 × NuCot-N-33B (Bollgard-I)

CRI, Faisalabad

2016

4 500

High Yield, Big boll size, low CLCuV infestation

FH-152

FH-207 × FH-113

CRI, Faisalabad

2018

4 200

Higher boll weight, CLCuV tolerant

  1. SCY seed cotton yield, CRS cotton research station, CRI cotton research institute, CCRI central cotton research institute, NIAB nuclear institute of agriculture and Biology, CLCuV cotton leaf curl virus, CLCuD cotton leaf curl disease, GOT ginning out turn