inger-derived rice varieties - irribooks.irri.org/9712201228_content.pdfinger-derived rice varieties...

INGER-derived rice varieties directly released in various countries

Compiled by

R.C. Chaudhary, D.V. Seshu, K. Alluri, F. Cuevas-Pérez, V.C. Lopez, and G.S. Khush

Former INGER global coordinator, Genetic Resources Center, IRRI, Philippines; former plant breeder and INGER global coordinator; former INGER-Africa joint coordinator; former INGER-Latin America and Caribbean coordinator; database administrator, Genetic Resources Center; and principal plant breeder and head, Plant Breeding, Genetics, and Biochemistry Division, IRRI

MCPO Box 3127, Makati City 1271, Philippines

IRRI INTERNATIONAL RICE RESEARCH INSTITUTE

The International Rice Rehearch Institute (IRRI) was established in 1960 hy the Ford and Rockefeller Foundations with the help and approval of the Government of the Philippines. Today IRRI is one of 16 nonprofit international research centers supported by the Consultative Group on International Agricultural Research (CGIAR). The CGIAR is cosponsored by the Food and Agriculture Organization of the United Nations (FAO), the Internationa1 Bank for Reconstruction and Development (World Bank), the United Nations Development Programme (UNDP), and the United Nations Environment Programme (UNEP). Its memhership comprises donor countries, international and regional organizations, and private fomtlations.

As listed in its most recent Corporate Report, IRRI receives support, through the CGIAR, from a numher of donors including UNDP, World Bank, European Union, Asian Development Bank, and Rockefeller Foundation, and the international aid agencies of the following governments: Australia, Belgium, Canada, People’s Republic of China, Denmark, France, Germany, India, Indonesia, Japan, Republic of Korea, The Netherlands, Norway, Philippines, Spain, Sweden, Switzerland, Thailand, United Kingdom, and United States.

The responsibility for this publication rests with the International Rice Research Institute. The designations employed in the presentation of the material in this publication do not imply the expression of any

opinion whatsoever on the part of IRRI concerning the legal status of any country, territory, city, or area, or of its authorities, or the delimitation of its frontiers or boundaries.

Copyright International Rice Research Institute 1998 Los Baños, Philippines Mailing address: MCPO Box 3127, 1271 Makati City, Philippines Phone: (63-2) 845-0563. 844-3351 to 53 Fax: (63-2) 891-1292, 845-0606 Email: [email protected] Telex: (ITT) 40890 Rice PM: (CWI) 14519 IRILB PS Cable: RICEFOUND MANILA Home page: http://www.cgiar.org/irri Riceweb: http://www.riceweb.org Riceworld: http://www.riceworld.org Courier address: Suite 1009, Pacific Bank Building

6776 Ayala Avenue, Makati Metro Manila, Philippines Tel. (63-2) 891-1236, 891-1174, 891-1258, 891-1303

Suggested citation: Chaudhary RC, Seshu DV, Alluri K, Cuevas-Pérez F, Lopez VC, and Khush GS, compilers. 1998. INGER-

Institute. 37 p. derived rice varieties directly released in various countries. Manila (Philippines): International Rice Research

EDITORS: Bill Hardy, Tess Rola COVER DESIGN: Juan Lazaro IV PAGE MAKEUP AND COMPOSITION: Erlie Putungan ARTWORK: Emmanuel Panisales

ISBN 971-22-0122-8

mailto:[email protected]

http://a\vw.cgiar.org/irri

Foreword

Over the past 20 years, more than 20,000 breeding lines and varieties of rice developed in countries around the world have been exchanged and evaluated through the International Net- work for Genetic Evaluation of Rice (INGER), crossing all political, religious, cultural, and philosophical boundaries. Both the international agricultural research centers and the national agricultural research systems have participated in the process of sharing their best and most promising rice germplasm, which was then evaluated at INGER for yield performance and/or resistance to both biotic and abiotic stresses.

The results of the INGER evaluation are shared with participating countries, with the best- performing rice germplasm freely shared and used without copyright or patent considerations. INGER itself facilitates the distribution of seeds to cooperating countries, strictly adhering to safety and quarantine procedures. Through the years, INGER’s transport of seeds from one country to another has not caused any pest or disease outbreak.

As the program looks back to its many years of rewarding performance, a total of 349 breeding lines tested through INGER have already been released as 525 varieties in 62 countries across the globe. Yale economist Bob Evenson has computed the annual net worth of each released variety to be USS2.5 million—a large impact, indeed. especially in the developing countries which are the cooperators and main supporters of INGER.

Over the years. INGER has been funded by the United Nations Development Programme (1975-96). the World Bank (1991-96), the Swiss Agency for Development and Cooperation (1993, and the Federal Ministry of Economic Cooperation /German Agency for Technical Cooperation (1995-97).

In the light of the significant impact of INGER, this compilation of INGER-tested and locally released rice varieties will help further improve access to rice information needed by plant breeders and rice scientists around the world.

Konald P. Cantrell Director General

Introduction About 1,000 rice scientists from the national agricultural research systems (NARS) in countries of Asia, Africa, and Latin America participate in the International Network for Genetic Evaluation of Rice (INGER). Participants are asked to nominate their best varieties and breeding lines for global testing in INGER nurseries. Half of the test entries in INGER trials originate outside IRRI. These are nominated by cooperating plant breeders who send the seed to INGER. Besides IRRI, other international agricultural research centers (IARCs) such as the Centro lnternacional de Agricultura Tropical (CIAT), the International Institute of Tropical Agriculture (IITA), and the West Africa Rice Development Association (WARDA) also participate. Plant breeders, agronomists, physi- ologists, plant pathologists, entomologists, and soil scientists of IARCs and NARS are involved. The best breeding lines and varieties developed at IARCs and NARS are acquired and combined into a series of observational, yield, and screening nurseries for evaluation in about 800 locations.

There are about 25 different kinds of nurseries for irrigated, rainfed lowland (rainfed), upland, and flood-prone ecosystems. A large number of breeding lines are evaluated in observational nurseries. A limited number of lines are evaluated intensively in replicated trials in yield nurseries. The stress-oriented nurseries focus on major biotic (pests, diseases) and abiotic (temperature, moisture, soil) stresses. Once entries are found to be promising for stress resistance, they are further tested in national systems and used. A general flow diagram of the germplasm acquisition, testing, and utilization scheme is given in Figure 1.

Fig. 1. INGER’s germplasm acquisition, testing, and utilization scheme.

System of cross and pedigree designation The system of cross and pedigree designation is more or less universal with some exceptions. The system used for designating crosses employs a slash (/) to indicate a single cross and two slashes (//) for the second cross, and so forth:

Cross no. Symbol 1 / 2 // 3 /// 4 /4/ 5 /5/ n /n/

Thus, if parent A is crossed to parent B, and the F 1 hybrid is crossed to parent C, it would be designated as

A/B//C

Backcrosses are designated by an asterisk (*) and a number indicating the dos- age of the recurrent parent. The asterisk and the number are placed adjacent to the crossing symbol, which divides the recurrent and donor parents. The following exam- ples involve one backcross (2 doses).

A is the recurrent parent: B is the recurrent parent: A/B is the recurrent parent: C is the recurrent parent:

A*2/B A/2*B A/B*2//C A/B//2*C

IR numbers are assigned consecutively to crosses made at IRRI just before the hybrid seeds are incubated for germination. When plant selections are made from the F 2 and subsequent generations of an IR cross, numerical designations are given for each breeding line. For example, lR2061-214-3-8-2, a breeding line which was named IR28 in 1974, was selected from the cross IR2061. Plant selections from F 2 of this cross numbering 806 were grown in the pedigree nursery as F 3 rows which were consecutively designated as IR2061-1, lR2061-2, and so on up to lR2061-806. From selection 214, three plants were selected, planted in the pedigree nursery as F 4 selections, and designated as lR2061-214-1, lR2061-214-2, and lR2061-214-3. From selection lR2061-214-3, ten plants were again selected and planted in the pedigree nursery as F 5 rows. These selections were designated as lR2061-214-3-1 up to IR2061- 214-3-10. From selection lR2061-214-3-8, three plants were again selected and planted in the pedigree nursery as F 6 rows. These were designated as lR2061-214-3-8-1, lR2061-214-3-8-2, and lR2061-214-3-8-3. At maturity, selection lR2061-214-3-8-2 appeared uniform and seeds of the entire row were bulk-harvested and used for yield evaluation in replicated yield trials and other tests. This line was evaluated in the lowland rice performance trials conducted by the Rice Varietal Improvement Group of the Philippine Seed Board and, on the basis of its superior performance, was released as IR28.

2

Thus, there is no relationship between the IR designation of a recommended variety (IR28) and the IR cross no. (IR2061) from which it was selected. The exceptions to this statement are the first two varieties, IR8 and IR5, which were selected from cross numbers IR8 and IR5. respectively. IR20, the next variety, was selected from cross no. lR576. This practice has been followed and the recommended varieties are designated with consecutive even numbers. Of the four odd-numbered varieties, IR29 and IR65 are glutinous and IR43 and IR45 were recommended for upland conditions. There are 34 IR recommended varieties to date.

In 1990, the Philippine Seed Industry Council decided to name rice varieties irre- spective of their source under the designation PSBRc. PSBRc1, PSBRc4, PSBRc10, PSBRc18, PSBRc20, PSBRc28, PSBRc30, PSBRc52, and PSBRc54 are IRRI breeding lines.

Letters of the alphabet are occasionally used in the designation of selections. The use of alpha designations has been systematized as follows:

1. Alpha after a hyphen • B for bulk generations; e.g., IR11288-B-B-118-1 indicates that F 3 and F 4 gen-

erations were grown in bulk. • R for rapid generation advance (RGA); e.g., IR40000-R-R-R-110-3 indicates

that F 3 , F 4 , and F 5 generations were grown in RGA and plant selections were made in F 5.

• Ci for composite populations with i indicating the specific cycle of composite; e.g., IR41235-C3-11 indicates plant selection number 11 from the third cycle of composite population lR41235.

• AC for true breeding materials obtained from an F 1 hybrid through anther CUI- ture; e.g., IR42002-AC-1 and IR42002-AC-2 designate the first and second lines selected through anther culture from the cross lR42002, whereas lR42002-15-2 designates an F 4 line selected from lR42002 through the con- ventional breeding method.

• BPi for materials from biparental crosses where several F 2 plants of a cross are intermated, with i indicating the specific cycle of mating; e.g., lR51463- BP1 designates F 1 progenies from the first cycle of mating.

• Three-alpha codes for collaborative institutions handling the breeding materials through shuttle breeding; e.g., IR46856-CNR-1 indicates plant selection number 1 made from an F 2 population of the cross lR46856 grown at the China National Rice Research Institute (CNRRI). Keys to other codes are listed below:

CPA KKN PMI SKN SRN UBN

Chum Phai, Thailand Khon Kaen, Thailand Phimai, Thailand Sakhon Nakhon, Thailand Surin, Thailand Ubon, Thailand

3

2. Alpha at other positions • A and B (as suffix to IR cross number) for a breeding line or a variety sterilized

through a backcrossing program using one of the sources of cytoplasmic male sterility; A for the cytosterile line (IR50201A) and B for its fertile counterpart (IR50201B).

• R (at the end of the selection) for a stable and purified breeding line or a variety with restoration capacity to restore the fertility of the male sterile line; e.g., purified lR9761-19-1 with restoration ability is designated as lR9761-19- IR.

• H (as suffix to IR cross number) for an elite hybrid combination involving the cytoplasmic male sterile lines and restorer lines; e.g.. IR55150H is a promising F 1 combination IR50201A/IR54R.

The crossing designs and methods of germplasm development are described in Table 1.

Origin and parentage of germplasm Pedigree designation, origin, and method used in germplasm improvement, and the parentage of various entries released are given in Table 2. In a few cases, the method could not be ascertained and therefore has been left blank. Entries (numbering 349) are listed alphabetically.

The origin of entries for testing in the INGER nursery has been identified either by country or by organization from where the entry was nominated. In a few cases, the cross was made by a certain organization, but segregating generations were handled in another country. Upon nomination, this country was recognized as the source of origin of that germplasm.

The sources of information on the IR line pedigrees were two IRRI publications (1985 and 1995). Similarly for IITA-bred germplasm, two IlTA publications (1990a, b) were the authentic sources. For germplasm originating from Latin America and the Caribbean countries, verification was made from Martínez and Cuevas-Pérez (1996). For Indian-bred lines, aside from reports from the All India Coordinated Rice Improve- ment Project (AICRIP), a compilation from the Directorate of Rice Research in Hyderabad (DRR 1991) was considered authentic. For other varieties. individual sources from the regions and countries involved were contacted. In spite of all these efforts, it was not possible to find a reliable source of the parentage and breeding method used for a few varieties. These spaces in the table were left blank.

These breeding lines and selections were developed in 46 countries and organizations.

Varieties released in different countries A total of 349 breeding lines and varieties were released as 525 varieties in 62 countries as of 1995 (Fig. 2). Table 3 gives the pedigree designation of entries, country or organization of origin, name given, year of release, and ecosystem suitability.

Table 4 shows the number of varieties released in different countries, that originated from the breeding programs of various countries and organizations. Varieties released in Brazil, Burkina Faso, China, Côte d’lvoire, Myanmar, China, Sierra Leone, and Vietnam were bred in nine or more countries and organizations.

4

Table 1. Methods of developing germplasm.

Method

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

Class a

DER

GEN

GEN

GEN

GEN

GEN

GEN

GEN

GEN

GEN

DER

DER

DER

DER

DER

DER

DER

DER

GEN

GEN

DER

GEN

Name Description

Unknown source (uniform) Unknown source used in a generative process

Unknown source (heterogeneous) Unknown source used in a derivative process

Single cross Biparental cross with both parents pure lines

Three-way cross Biparental, one parent an F 1 , the other a pure line

Backcross, cytoplasm unknown A cross between an F 1 and one of its parents (recurrent) but not known if used as male or female

Male backcross A cross between an F 1 and its male parent used as recurrent male

Female backcross A cross between an F 1 and its female parent used as recurrent female

Double cross Biparental, both parents are F 1

Complex biparental cross Cross between complex. early generation lines as parents

Natural or induced mutants Obtained through natural or artificial mutagenesis

Single plant selection

Bulk selection

Single seed descent

Doubled haploidy

Derived through selection of a single self-pollinated plant

Bulking seed of more than one selfed plant originating from the same progeny

Derived through selection of a single seed per plant

Obtained through anther culture from F 1 hybrid or less likely from later generation

Landrace traditional variety Pure line or mixture of a few homozygous lines

Wild species Wild species

Collection Collection from variety or landrace

Purification Purification from a variety or landrace

Hybridization and selection Uniform line produced by hybridization and selection

Interspecific cross Cross with wild or other cultivated species

Harvest all Harvesting all plants of a line without selection

Mixed pollen cross Mixed pollen from several male parents

a DER = derivative, GEN = generative.

5

Fig.

2.

Flow

of r

ice

bree

ding

line

s re

leas

ed in

Asi

a, A

fric

a, a

nd S

outh

Am

eric

a th

roug

h IN

GER

, 197

5-95

.

Inter- and intracontinental movement of germplasm Germplasm is acquired from all collaborative institutions in various countries and organizations. More than 20,000 breeding lines and varieties thus acquired were evaluated through the INGER nurseries during the period 1975-95 (Fig. 3). Test entries, if found suitable, were released by various countries. The mutual benefits derived from such an exchange and utilization are reflected in the number of varieties that moved from one continent to another.

INGER, with its forerunner, the International Rice Testing Program (IRTP), has evaluated more than 20,000 breeding lines which it has shared with 95 countries over a period of 20 years. Out of this vast rice germplasm acquisition, thousands of lines have been used as parents in hybridization to diversify and improve rice germplasm in cooperating countries. Hundreds have been used as donors of resistance to problem pests and diseases and abiotic stresses such as drought, submergence, nutritional disorders, problem soils, and cold. At the top of the list are materials which have been tested rigorously in national programs and been found promising for specific growing situations. Based on these considerations, these have been released as varieties for cultivation by farmers. These lines were produced by the breeding programs of 31 countries and IARCs such as IRRI, IITA, and CIAT. Germplasm has moved not only from one continent to another but also within a continent — from one country to another (Fig. 3). Some of these countries have no diplomatic relations and the political neutral- ity of INGER has helped these countries overcome those barriers.

Fig. 3. Intra- and intercontinental movement of elite rice germplasm through INGER from 1975 to 1995.

7

More than 3,000 breeding lines and varieties distributed through INGER have been used in hybridization by national programs to improve the productivity of local varieties. Similarly, IRRI and other IARCs working with rice had easy access to breeding material in NARS. The genetic materials made available through INGER have contributed sig- nificantly to increased rice production in many countries.

Worldwide germplasm exchange accelerates the development of improved varieties and enhances genetic diversity. A study of Evenson and Gollin (1993) clearly brought out the following points about INGER: • A 1992 study of germplasm dispersal examined data on rice varieties released in

18 countries from 1965 to 1990. Of 1,709 modern varieties released, 390 were borrowed—developed in one country and released in another. IRRI provided 75% of the borrowed varieties. Most of the varieties borrowed were made available through INGER.

• Of all the varieties released, some 75% have at least one borrowed parent, more than 45% have at least one parent from IRRI, and more than 3% have at least one parent from another country. About 80% of the parental borrowings appear to have been chosen from INGER nurseries.

• The diversity of the varietal pedigree has increased: only three varieties released before 1965 contained more than four ancestors; 222 varieties released during 1986-91 could be traced to five or more ancestors, and 72 had more than 15 ancestors.

• The share of ancestors delivered through IRRI lines continues to grow: IRRI provided more than half of the ancestors for varieties during 1965-74 and nearly three-fourths of the ancestors for varieties released during 1981-90. The average number of land races and other progenitors was considerably higher for materials with IRRI ancestors than for those without. IRRI materials represent a significant source of germplasm and genetic diversity in the varieties for which they were ancestors or parents. These donor parents have rendered a very valuable service and the same will be

available in the near and remote future. The exact value of these donors is hard to imagine as they protect the crop, stabilize yield, save on pesticides and other agrochemicals, and thus protect the environment and human health. The widened genetic base of farmers’ varieties reduces vulnerability to attacks of pests and diseases and their wide-scale impact. In fact, the origin of 1,709 modern varieties can be traced to 11,592 cultivars used in developing those resistances. Varieties with a superior degree of resistance to pests and diseases make the use of harmful pesticides unnecessary, thus ensuring human health and environmental protection.

The less developed countries benefited most from INGER. Cambodia, Myanmar, and Vietnam, where research infrastructure was lacking or even nonexistent, took the best advantage of breeding lines developed at IRRI. Cambodia’s research infrastructure was ruined during the civil war which started in the 1960s, and no scientific capability existed. Almost all rice varieties cultivated were unimproved. IR8, the Green Revolution variety, did not even reach Cambodia. But from 1988 to 1993, a total of 12 varieties were released in Cambodia, 10 of which came directly from INGER nurseries. This would not have been possible without INGER. The newly released varieties have spread to more than 150,000 ha in such a short time and the country became self- sufficient in rice.

8

Multiple releases Some of the test entries were released in more than one country (Table 5). Multiple releases speak of the wider adaptability of a breeding line. A total of 85 breeding lines and selections were released as 263 varieties.

The relative adaptability of a breeding line can also be gleaned in Table 5. For example, the breeding line BG90-2, which was bred at the Central Rice Research and Development Centre (Batalagoda) in Sri Lanka, was released in 12 Asian (China, India, Myanmar, Nepal) and African (Benin, Cotê d’lvoire, Gambia, Ghana, Kenya, Nigeria, Sierra Leone, Tanzania) countries. These countries represent a wide diversity of agro- climate, soil types, cultural methods, and consumer preferences.

Country of origin of released varieties Table 6 shows the country of origin of varieties released in different countries. If the number of varieties released is any measurement of the strength of a country’s or organization’s breeding program, Table 6 reflects that. Out of the 525 varieties released, 207 originated from IRRI, followed by 58 from CIAT, 41 from India, and 39 from IITA. It is heartening to note that some relatively smaller NARS, such as Sri Lanka, have been very successful in contributing to the release of varieties. Sri Lanka provided 25 varieties which were released in other Asian, African, and Latin American countries.

Released varieties vis-à-vis breeding method and ecosystem The breeding materials tested in INGER nurseries over a period of more than 20 years provide an excellent opportunity to test the relative prevalence and strength of a breeding method used in developing the germplasm (Table 2). Most of the varieties released were developed by the single cross method. Using three parents in the form of a three- way cross was the next most popular method. For 39 varieties, information on the method used to generate the breeding material was not available and they were clas- sified as unknown.

A majority of the varieties were released for the irrigated ecosystem (315), followed by the rainfed and upland ecosystems. The rainfed and flood-prone ecosystems benefited less by way of varietal release of INGER-shared material. Information on the type of ecosystem for which 86 varieties were released could not be gathered in spite of strong efforts.

Acknowledgments Compilation is hard, painstaking, and tedious, particularly when it relates to varietal releases for which information trickles down slowly. The system of varietal releases varies from country to country (and even within the same country), making it hard to monitor. Dr. D.V. Seshu, former INGER global coordinator, began compiling the list; the list was later verified, corrected, and updated to bring it to the present form. Assist- ance from Latin America was also provided by Dr. Elcio P. Guimarães, former lNGER Latin America coordinator (now with EMBRAPA/CNPAF, Goiânia, Brazil). Valuable support was likewise given by Dr. Harold E. Kauffman (first joint coordinator of IRTP, now professor of crop science, University of Illinois, USA). Members of the INGER Advisory (now Steering) Committee, particularly Dr. N.M. Miah and Dr. M. Nasiruddin (Bangla- desh), Prof. Tang Shengxiang (PR China), Dr. M.S. Balal and Dr. A. Tantawi Badawi

9

(Egypt), Dr. K. Krishnaiah (India), Dr. Zainuddin Harahap (Indonesia), Dr. Othman bin Omar (Malaysia), Dr. Min Aung and Dr. Daw Khin Than Nwe (Myanmar), Dr. Santiago Obien (Philippines), Dr. Boriboon Somrith (Thailand), Dr. R.M.T. Rajapakse (Sri Lanka), Dr. Nguyen Huu Nghia (Vietnam), Dr. Beatriz S. Pinheiro (Brazil), and Dr. Kouame Miezan (WARDA), through their reports, verified and updated data on varietal releases. The numerous contributions of other country representatives and INGER cooperators are gratefully acknowledged. One IRRI publication — International Rice Research Notes (IRRN) —has been a dependable source of information on varietal releases and we encourage plant breeders to continue publishing notes about varietal releases in the IRRN.

The help of other INGER staff, in particular Dr. S.W. Ahn, Ms. Imelda Malabanan, Ms. Zenaida Federico, and Ms. Christina Abuan, is gratefully acknowledged. They continuously updated the data base and made this compilation possible. Ms. Tess Rola edited the manuscript.

Last but not least, the financial support of the Federal Ministry of Economic Coop- eration (BMZ)/German Agency for Technical Cooperation (GTZ) is gratefully acknowledged. Without this support, this publication would not have seen the light of day.

Bibliography Chaudhary RC. 1994. International exchange and evaluation of rice germplasm through

International Network for Genetic Evaluation of Rice (INGER). In Temperate rice: achievements and potentials. Vol. II. Yanco, Griffith. Australia. p 149-157.

Chaudhary RC. 1996. Twenty years of international efforts in linking centers of diversity and utilization of elite rice germplasm. In Proceedings of the 29th Rice Techni- cal Working Group Meeting, San Antonio, Texas, USA. p 70-71.

Chaudhary RC, Ahn SW. 1996. International exchange and evaluation of rice germplasm through the International Network for Genetic Evaluation of Rice. In Cooper M, Hammer GL, eds. Plant adaptation and crop improvement. Oxon, UK: CAB Interna- tional. p 139-164.

DRR (Directorate of Rice Research). 1991. Rice varieties released in India (as of 1 Jan 1990). Hyderabad (India): DRR. 13 p.

Evenson R, Gollin D. 1993. The economic impact of the International Rice Germplasm Center (IRGC) and the International Network for Genetic Evaluation of Rice (INGER). Yale University, USA (unpubl.). 50 p.

IITA (International Institute of Tropical Agriculture). 1990a. Parentage of IlTA rice crosses. lbadan (Nigeria): IITA. Vol. 1. 78 p.

IITA (International Institute of Tropical Agriculture). 1990b. Parentage of IlTA rice crosses. lbadan (Nigeria): IITA. Vol. 2. 50 p.

IRRI (International Rice Research Institute). 1985. Parentage of IRRI crosses, IR1- IR50000. Manila (Philippines): IRRI.

IRRI (International Rice Research Institute). 1995. Parentage of IRRI crosses, IR50001- IR70000. Manila (Philippines): IRRI.

Martínez CP, Cuevas-Pérez FR. 1996. Registro de cruzamientos de arroz. Publication ClAT No. 244. Cali (Colombia): Centro lnternacional de Agricultura Tropical. 313 p.

Somrith B, Assawasophonkul A. 1994. Parentage of Thai rice crosses, 1978 to 1989: deepwater rice. Bangkhen, Bangkok (Thailand): Rice Research Institute. 111 p.

10

Table 2. Pedigree designation, origin, method of germplasm generation, and parentage of INGER entries named as varieties in different countries.

Designation/pedigree

11365 4418 4456 AD9246 ADNY 11 ADNY301 B2161C-MR-57-1-3-1 B2983B-SR-85-3-2-4 B541B-KN-22-7-2 B7136E-MR-22-1-5 B922C-MR-118 Barkat (K78-13) Basmati 217 BG1203 BG367-4 BG367-7 BG374-1 B6380-2 BG400-1 BG90-2 BIET360(RAU14-28-1-1) Biplab

BKN6986-108-3 BKN6986-167 BKNFR76023 Bouake 189 BR153-28-10-1-3 BR1704-6-3-3-4 BR1890-10-2-1-1 BR203-70-B-1 BR4-34-13-5 BR51-319-3 BR51-46-1-C1 BR51-91-6 BR601-3-3-4-2-5 BR802-118-4-2 BR850-22-1-4 BW196

C168 BW293-2

C19M069-9M0-lC-

C22 C4-113 C4-63

13M0-1M0

C702043 C712035 C712068 C74 Chianung Sen Yu 13 Chianung Sen Yu 23

Chianung Sen Yu 26 Chianung Si-Pi 661020

ClCA 8

Origin Germplasm Cross/parentage generation method

ClAT Liberia Three-way cross lR665-23-3-1//lR841-63-5-104-lB/C46-15 Liberia India Single cross ADT31/AD198 Liberia Liberia Indonesia Single cross Pelita I-1/lR1544 (Tetep comb.) Indonesia Single cross Sirendah Merah/lR2153-159-1-4 Indonesia Single cross Pelita I-1/lR1108-2 Indonesia Male backcross Bahbutong/2*Bogowonto Indonesia Single cross B9B-TK-23-5-5-3/T442-36 India Single cross Shinei/China 971 India Pure line selection Pure line selection Sri Lanka Female backcross BG330*2/BG367-5 Sri Lanka Female backcross BG280-1*2/PTB33 Sri Lanka Female backcross BG280-1*2/PTB33 Sri Lanka Single cross BG66-1/lR20 Sri Lanka Female backcross BG90-2*4/0B677 Sri Lanka Three-way cross 0B678//IR20/H4 Sri Lanka Single cross IR262/Remadja India Single cross IR8/CH45 Bangladesh Complex lR8//B589A4-18-1*2/TNl///Latisail

Thailand Single cross IR262-43-8-11/Pin Gaew 56 Thailand Single cross IR262-43-8-11/Pin Gaew 56 Thailand Single cross IR34/BKN6986-147-2 Côte d'lvoire Bangladesh Single cross lR578-172-2-2/BR1-2-B-19 Bangladesh Three-way cross BR51-46-5-HR65//BR4-30-51-2/lR5-114-3-1 Bangladesh Single cross KN-1B-361-1-8-6-9/C168 Bangladesh Single cross lR577-11-2-3/IR5 Bangladesh Single cross IR8/Dudsar Bangladesh Single cross IR20/IR5-114-3-1 Bangladesh Single cross IR20/IR5-114-3-1 Bangladesh Single cross IR20/IR5-114-3-1 Bangladesh Single cross BR6/Purbachi Bangladesh Single cross BG90-2/BR51-46-5 Bangladesh Single cross IR46/BR4 Sri Lanka Three-way cross K8 Muant//Hondarawala/C104 Sri Lanka Single cross IR2071-586/BG400-1 Philippines Single cross Intan/BPI 76-1 Mexico Slngle cross Sinaloa A68/BBT50

Philippines Double cross Tjerernas/BPI 76//Palawan/Azucena Philippines Single cross Peta/BPI 76 Philippines Single cross Peta/BPI 76 Taiwan (China) Single cross C671177/Milyang 23 Taiwan (China) Female backcross C671177*2/RP825-71-4-11 Taiwan (China) Three-way cross Yushin//lRI 316/IR26 Philippines Taiwan (China) Single cross Kaohsiung Sen Yu 12/IR22 Taiwan (China) Three-way cross Hebi 611330//Chianung Sen Yu 7/IR1561-

Taiwan (China) Single cross C632082/Chianung Sen 8 Taiwan (China) Three-way cross IR1561-15 Chianung Sen 11//Chianung

Sen 7 Colombia Three-way cross ClCA 4//IR665-23-3/Tetep

biparental cross

343-5-6

11

Table 2 continued.

Designation/pedigree Origin Germplasm Cross/parentage generation method -

CN499-160-13-6

CN505-5-32-9 CN540

CNA4140 CNA5714

CNA5751 CNA6187 CNA6710 CNA6870 CNM 539

CNA104-B-2-43-2-1B

CNTBR82075-43-2-1

CO 38 CP4-C1 CR1002 CR1009 CR1016 CR123-23 CR156-5021-207 CR222-MW10 CR237-1 CR401-7 CR404-48 CSR10 CT5633-?-2-1-5

CT5747-12-9-3-7

CT5747-24-5-2-1- 1BA-1BRH-2P

CT6079-F3 CT6196-33-11-1-1-B

CT6196-33-11-2-2-1P CT6240-12-2-2-1-3P CT6279-4-6-6-6

CT6417-2-1-2-1

CT7363-13-5-7M CT7363-5-3-10-M CT8008-3-5-8P-M-2P

DJ11-307-3 DJ12-519 DJ8-341 Dourado Precoce DR29 ECIA179-S13 ECIA24-107-1-1-1-2 ECIA24-2 F10 Faro 15 Farox 228-2-1 Farox 239-2-1 Farox 299

India

India India Brazil Brazil Brazil

Brazil Brazil Brazil Brazil India Thailand

India Cuba India India India India India India India India India

ClAT India

ClAT

ClAT

ClAT ClAT

Bolivia Bolivia ClAT

ClAT

ClAT CIAT ClAT

Senegal Senegal Senegal Brazil Pakistan Cuba Cuba Cuba Tanzania Nigeria Nigeria Nigeria Nigeria

Double cross

Single cross Single cross Single cross Single cross Double cross

Three-way cross Single cross Single cross Three-way cross Mutation Three-way cross

Single cross Single cross Single cross Single cross Single cross Single cross Single cross Single cross Single cross Single cross Single cross Single cross Three-way cross

Double cross

Double cross

Three-way cross Double cross

Single cross Double cross Three-way cross

Double cross

Three-way cross Three-way cross Three-way cross

Single cross

Pure-line selection Single cross Double cross Single cross Single cross Single cross Single cross Single cross Single cross Single cross

R34/KLG6987-143-2-P//IR38/ Habiganj DW8

IR262/Khao Nahng Nuey 11 IR26/SML40-10-4

IAC47/SR2041-50-1 IAC 67/63-83 P901-22-7-2-3-2-1B/P918-19-9-3-1-3-1B// P918-25-1-4-2-3-1B/P* Metica 1//H5/Ceysvoni CNA × 104-B-18PY-2B/Perola IREM293-B/IAC 81-176 P3085-F4-54//IR52/IR19743-25-2-2-3-1 OC 1393 mutant IR13146-158-1/lR15314-43-2-3-3// BKN6995-16-1-1-2 IR8/CO 25

CR70-80-2/Pankaj Pankaj/Jagannath Waikoku/T90

BU1/CR115 Dunghansali/Jagannath

MTU35/Waikoku ACC540/Ratna Vijaya/CR94-1512-6 Pusa 2-21/CR94-1512-6 M40431-24-114/Jaya TO×1010-45-1//Colombia 1/Mutant 312A-

Colombla 1/P 1274-6-8M-1-3M-1//P 1274-6-

Colombia 1/P 1274-6-8M-1-3M-1//P 1274-6-

P 2062-F4-17-33-1/lRAT120//Oryzica 1

IR880-C9/IR759-54-2-2-2

74-2-8-8

8M-1-3M-1/P 2060-*

8M-1-3M-1/P 2060-*

COL 1/M312A-74-2-8-8//IRAT124/RHS107- 2-1-2TB-1JM P5607/RHS107-2-1-2TB-1JM Ngobie / lRAT124 // COL 1 / M312A-74-2-8-8 P2062-F4-17-33-1/IRAT120 // P 1274-6-8M

P3304-F4-54-5/IRAT120 // Ceysvoni / P 1-3M-1

1897-15-1-4-1-1B P3085-F4-54//IR52/lR19743-25-2-2-3-1 P3085-F4-54//IR52/lR19743-25-2-2-3-1 P3050-F4-52/Oryzica1//lR21015-72-3-3- 3-1

D-25-4 / SE 288D

Pure-line selection IR662/lR710-PDl-PD3-PD2 CP3-C2 / ECIA13-31-1// CP1-C8 / CE4-10-1 IR1529-430 / VNI lR3223 IR1529-430 / VNI IR3223 Faya / lR661 BG79 / IR8 Faro 15/IR28 IR28 / Faro 12 IR1154/1069M-1-2

12

Table 2 continued.


FAROX228-3-1-1 Gama 318 GZ1394-10-1 HA80-848 HPU71 HPU734 lAC164 IAC165

IDSA6(IRAT216) IET1444 IET2397 IET360 lguape Cateto lntan

IAC84-198

lR10120-7-2-1-4

lR10147-113-5-1-1-5

lR10781-75-3-2 lR11141-6-1-4 lR11288-B-B-118-1 IR11288-B-B-69-1 lR13149-71-3-2 lR13240-10-1 lR13240-108-2-2-3 lR13427-45-2 lR13429-150-3-2-1-2 lR13429-299-2-1-3 lR13543-66 lR1416-131-5 lR1529-680-3 lR1529-680-3-2 IR1529-ECIA lR15323-78-1-3-1 lR1541-102-7 lR1545-339-2-2 IR1561-228-3-3 lR1561-250-2-2 IR15853-89-7E-P3 lR1626-203 lR17492-18-10-2-2-2

IR1750-F5B-5 lR1820-210-2 lR1846-284-1 lR19274-26-2-3-1-2 lR19661-131-1-3-1-3

lR19661-150-2-2-2-1

IR19728-9-3-2 lR19743-46-2-3-3-2 IR20 lR2053-206-1-3 lR2053-87-3-1 lR2061-214-3-8-2


Nigeria Single cross Faro 15/IR28 Indonesia

Taiwan (China) India Single cross Improved Sabarmati/Ratna India Single cross IR8/Tadukan Brazil Single cross Dourado Precoce/lAC 1246 Brazil Single cross Dourado Precoce/lAC 1246 Brazil Female backcross IAC165*2/PL9 Côte d’lvoire Single cross Colombia/M312A India Single cross TN1/CO 29 India India Single cross GEB 24/TN1 Haiti Philippines Single cross Cina/Latisail IRRI Complex IR1754-F5B-23/MRC168//BPI 76*9/Dawn

IRRI biparental cross Complex KN-1B-361-1-8-6/lR1750-F5B-3//BPI 76*9/

IRRI biparental cross Dawn Single cross BG90-2/lR2863-38-1

IRRI Single cross IR2061-465-1-5-5/Leb Mue Nahng 111 Thailand Single cross IR36/Leb Mue Nahng 111 IRRI Single cross IR36/Leb Mue Nahng 111 IRRI Three-way cross BG90-2/lR46//1R4417-177-1-4 IRRI Three-way cross IR30 (BPH S)/Babawee//lR36 IRRI Three-way cross IR30 (BPH S)/Babawee//lR36 IRRI Three-way cross IR3403-267/PTS33//IR36 IRRI Three-way cross IR4432-53-33/PTB33//lR36 IRRI Three-way cross IR4432-53-33/PTB33//IR36 IRRI Three-way cross Rathu Heenati/lR3403-267-l//IR34 IRRI Single cross IR400-28-4-5/Tetep IRRI Single cross lR305-3-17-1-3/1R661-1-140-3 IRRI Single cross lR305-3-17-1-3/1R661-1-140-3 Cuba Single cross lR305-3-17-1-3/1R661-1-140-3 IRRI Three-way cross PT633/IR4432-53//IR5201-127-1 IRRI Single cross IR24/TKM6 IRRI Single cross IR24/DZ192 IRRI Single cross lR579-48-1-2/IR74702-6-3 IRRI Single cross lR579-48-1-2/IR74782-6-3 IRRI Three-way cross lR2307-217-2-2/IR46//lR2793-10-2 IRRI Single cross IR24/IR22 IRRI Complex Rathu Heenati/2*lR3403-267-1//lR3403-

IRRI Single cross E425/IR22 IRRI Single cross lR1539-60/lR1416-128-5 IRRI Single cross JP5/YRL-1 IRRI IRRI

IRRI

IRRI IRRI IRRI Single cross IR262-24-3/TKM6 IRRI Three-way cross IR1416-131-5/IR22//C4-63 IRRI Three-way cross IR1416-131-5/IR22//C4-63 IRRI Complex lR833-6-2-1-1///lR1561-149-1//lR24*4/

Egypt Double cross IR20/IR1541-6//Giza 180/Giza 14

biparental cross 267-1

Three-way cross lR2071-586-5-6/lR2153-96-1-5//IR36 Complex PTB33/3*IR3403-267-1//lR3403-267-1 biparental cross Complex PTB33/3*IR3403-267-1//lR3403-267-1 biparental cross Single cross Single cross lR9129-192-2-3/lR10176-79

lR8608-298-3-l/lR10179-23

biparental cross O. nivara

13

Table 2 continued.

Designation/pedigree Origin

lR2061-628-1-6-4-3 IRRI

lR2070-199-3-6-6 IRRI

lR2070-414-3-9-6 IRRI

lR2071-586-5-6-3-4 IRRI lR2071-621-2-3-6 IRRI lR2071-625-1 IRRI IR20913-8-60 Korea lR21015-80-3-3-1-2 IRRI IR2153-276-1-10-PR509 India

lR21820-154-3-2-2-3 IRRI

lR21836-90-3 IRRI

lR21848-65-3-2-2 IRRI

lR21929-12-33 IRRI

IR22 IRRl IR2298-PLPB-3-2-1-1B India

IR24 IRRI lR2307-247-2-2-3 IRRI

lR25588-7-3-1 IRRI lR2793-80-1 IRRI

lR2797-115-3 IRRI

IR28 IRRI

lR28125-79-3-3-2 IRRI lR28128-45-2 IRRI lR28128-45-3-3-2 IRRI lR2823-399-5-6 IRRI IR29 IRRI

IR30 IRRI

lR31802-48-2-2-2 IRRI

lR31868-64-2-3-3-3 IRRI

IR32 IRRI

lR32429-47-3-2-2 IRRI lR3273-P339-2 IRRI

lR33059-26-2-2 IRRI

IR34 IRRI

IR36 IRRI IR38 IRRI lR3941-25-1 IRRI IR3941-4-PLP2B India IR3941-45-PLP2B (HPU741)

India

14

Germplasm generation method

Complex biparental cross Complex biparental cross Complex biparental cross Three-way cross Three-way cross Three-way cross Three-way cross Three-way cross Complex biparental cross Three-way cross

Three-way cross

Three-way cross

Complex biparental cross Single cross Single cross Single cross Single cross Single cross Three-way cross

Three-way cross

Complex biparental cross Three-way cross Three-way cross Three-way cross Three-way cross Complex biparental cross Complex biparental cross Three-way cross

Three-way cross

Complex biparental cross Single cross Complex biparental cross Three-way cross

Complex biparental cross Three-way cross Complex Single cross Single cross Single cross

I Cross/parentage

lR833-6-2-1-l///lRl561-149-1//lR24*4/ O. nivara IR20*2/ O. nivara //CR94-13

IR20*2/ O. nivara //CR94-13

lR1561-228-1-2/IR1737//CR94-13 lR1561-228-1-2/IR1737//CR94-13 lR1561-228-1-2/IR1737//CR94-13 lR7149-51-1-3/1R36//Paro White Batatals/lR36//IR52 lR1541-102-6-3//IR20*4/ O. nivara

IR1529-680-3-2/1R4432-52-6-4// lR7963-30-2 IR4227-28-3-2/Khao Dawk Mali 105// lR4570-124-3-2-2-2 lR4570-124-3/IR4432-52-6-4//lR4570- 124-3-2-2-2 Rathu Heenati/3*lR4432-53//IR36///IR36

IRS/Tadukan ClCA 4/Kulu CR94-13/IR1561-228-3-3 IR8/IR127-2-2 lR19657-37-3/1R9129-209-2-2 lR1416-131-5/IR1364-37-3-1// IR1514A-E666 IR1529-680-3/CR94-13//lR1721-11-13- 25-2-3 lR833-6-2-1-1///lR1561-149-1//lR24*4/

IR36/IR10176-24-6-2//lR9752-222-3-2-2 IR36/IR10154-23-3-3//lR9129-209-2-2-2-1 IR36/IR10154-23-3-3//lR9129-209-2-2-2-1 CR94-13/IR1529-680-3//lR1818-1-19-2 lR833-6-2-1-1///lR1561-149-1//lR24*4/

O. nivara

IR1541-102-6-3//IR20*4/ O. nivara O. nivara

lR13168-143-1/lR13240-10-1// lR9129-209-2-2-2-1 Khao Dawk Mali 105/lR9224-117-2-3-3//

IR20*2/ O. nivara //CR94-13 lR9129-209-2-2-2-1

lR19058-143-2-3/1R9129-209-2-2-2-1 lR8//IR8*5/PK203

lR17491-5-4-3-3/IR9828-41-2-1//lR19661- 131-1-2 lR833-6-2-1-l///lR1561-149-1//lR24*4/

lR1561-228-1-2/lR1737//CR94-13 O. nivara

IR20*2/ O. nivara //CR94-13 CR126-42-5/IR2061-213 CR126-42-5/IR2061-213 CR126-42-5/IR2061-213

Table 2 continued.


IR40

IR42 IR43 lR43342-10-1-1-3-3 lR442-2-58 lR4422-98-3-6-1 lR44595-70-2-2-3 lR44624-127-1-2-2-3

lR45411-40-2-1 IR46

lR4744-295-2-3 lR47686-1-4-6 lR47686-6-2-2-1 IR48

lR480-5-93-3 lR48525-100-1-2 lR49459-50-1-2-3-2-1 lR49517-23-2-2-3-3

IR5 IR50 lR50401-77-2-1-3 lR51672-115-2-3-1-3 lR51673-172-1-3 IR52

IR54

lR54751-2-34-10-6-2

lR54751-2-44-15-24-3

IR56 lR56450-28-2-2 lR5657-33-2-2-3

IR58

lR59606-119-3 IR62 IR64 IR66

IR68 IR70

IR72

IR74 IR8

lR58099-51-3-1

lR661-1-170-1-3

lR7167-33-2-3

lR8192-200-3-3-1-1

lR8208-146-1 IR841 lR841-67-1-2-1-2

Origin

IRRI

IRRI IRRI IRRI IRRI IRRI IRRI IRRI

IRRI IRRI

IRRI IRRI IRRI IRRI

IRRI IRRI IRRI IRRI

IRRI IRRI IRRI IRRI IRRI IRRI

IRRI

IRRI

IRRI

IRRI IRRI IRRI

IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI lRRI

IRRI IRRI IRRI

IRRI IRRI IRRI

Germplasm Cross/parentage generation method

Complex biparental cross Three-way cross Single cross Single cross Single cross Single cross Three-way cross Three-way cross

Single cross Double cross

Three-way cross Single cross Single cross Three-way cross

Three-way cross Single cross Three-way cross Three-way cross

Single cross Three-way cross Single cross Single cross Single cross Three-way cross

Three-way cross

Complex biparental cross Complex biparental cross Three-way cross Single cross Double cross

Three-way cross Single cross Single cross Three-way cross Single cross Single cross Single cross Three-way cross Three-way cross Single cross Three-way cross

Single cross Single cross Three-way cross

Three-way cross Single cross Single cross

Peta//Peta*3/TN1

lR1561-228-1-2/IR1737//CR94-13 lR305-3-17-1-3/IR661-1-140-3 Meedon Hmwe/lR21313-39-3-2 R95-31-4/Leb Mue Nahng 111 lR2049-134-2/IR2061-125-37 lR18348-36-3-3/lR25863-61-3-2//IR58 IR21841-81-3-3-2/Ceysvoni SML// lR21848-65-3-2 SPR7215-1-25-1-5/IR20925-238-2-1-3-3 lR1416-131-5/IR1364-37-31//IR1366-120- 3-1/lR1539-111 RPW6-13/IR1721-11-6-8-3-2//IR2061-464-2 IRAT104/Palawan IRAT104/Palawan lR1702-74-3-2/1R1721-11-6-8-3//IR2055- 481-2 NMS4//NMS4/TN1 lR24632-34-2/IR31868-64-2-3-3-3 lR18348-36-3-3/5174//lR24632-34-2 lR24632-34-2/IR18348-36-3-3//IR25587- 133-3-2-2-2 Peta/Tangkai Rotan lR2153-14-1-6-2/IR28//IR36 lR33021-39-2-2/IR31802-48-2-2-2 lR24594-204-1-3-2-6-2/IR28222-9-2-2-2-2 lR24594-204-1-3-2-6-2/IR68 Nam Sagui 19/IR2071-88//

Nam Sagui 19/IR2071-88//

lR1529-680-3-2/ O. officianalis // IR1529-

lR1529-680-3-2/ O. officianalis // lR1529-680-

lR2061-214-3-6-20

IR2061-214-3-6-20

680-3-2///lR1529-680-*

3-2///IR1529-680-* IR4432-53-33/PTB33//IR36 PSBRc-4/IR64 IR2006-P3-31-3/IR2146-68-1//lR2061-465- 1-4/IR2055-475-2 IR28/Kwang-Chang-Ai//IR36 lR72/IR24632-34-2

PTB33/IR30//IR36 lR44592-62-1-3-3-2/IR28239-94-2-3-6-2

lR5657-33-2-1/lR2061-465-1-5-5 lR13240-108-2-2-3/IR9129-209-2-2-2-1 IR8/IR127-2-2 lR19660-73-4/lR2415-90-4-3-2//IR54 lR19660-73-4/lR54//IR9828-36-3 China 1039 DWF MUT/KN-1B-361-1-8-6-10 R19661-9-2-3/IR15795-199-3-3//IR9129- 209-2-2-2-1 lR19661-131-1-2/IR15795-199-3-3 Peta/Dee-Geo-Woo-Gen lR2070-747-6/IR2055-219-1-3//IR2061- 213-2-16 lR3265-193-3/IR5//lR2061-213-2-16 IR262-43-8-11/Khao Dawk Mali 105 IR262-43-8-11/Khao Dawk Mali 105

15

Table 2 continued.

Designation/pedigree Origin Germplasm Cross/pareritage generation method

lR9129-102-2 lR9201-30-1-3-1-3

lR9202-25-1-3 9-1 lR9224-117-2-3-3 lR9224-73-2-2-2-3 lR937-55-3

lR9729-67-3 lR9763-11-2-2-3 lR9965-48-2 IRAT10 IRAT104 IRAT109 IRAT112 IRAT13 IRAT133 IRAT136 IRAT144 IRAT147 IRAT161 IRAT170 IRAT216 IRAT300 IRAT79 IRAT177 IRAT177 IRAT235 IRI 352 ITA117 (TOX356-1-1-1) ITA123 (TOM1-3) ITA125

IRRI Three-way cross IRRI Three-way cross

IRRI Three-way cross

IRRI Three-way cross IRRI Three-way cross IRRI Complex

IRRI biparental cross

IRRI Three-way cross

IRRI Three-way cross Three-way cross

Côte d'lvoire Single cross Côte d'lvoire Single cross Côte d'lvoire Single cross Côte d'lvoire Single cross Côte d'lvoire Mutation Côte d'lvoire Single cross Côte d'lvoire Single cross Burkina Faso Single cross Burkina Faso Single cross Côte d'lvoire Single cross Côte d'lvoire Single cross Côte d'lvoire Single cross IRAT Single cross Cote d'lvoire Mutation Guyana Mutation IRAT Mutation Brazil/Guyana Single cross Korea IlTA

Three-way cross

UTA Single cross Mutation

I ITA Mixed pollen cross

ITA128 IITA

ITA150 (TOX502-41-1-1) IlTA ITA212 IITA ITA222 (Faro 36) I ITA ITA230 II TA ITA233 IITA

ITA257 II TA ITA301 IITA

ITA235 (TOX1785-19-18) IlTA

ITA302 ITA304

ITA312 ITA315

ITA306 (Faro 37)

J276-43-1-15

Jaya

K1 K2

Khao Dawk Mali 105

KN117

JS52-102

K39-96-1-1-1-2

KN-1B-361-1-8-6-10

IITA IITA IITA IITA IITA Dominican Republic India India Japan Japan India Thailand Indonesia Indonesia

Mixed pollen cross

Mixed pollen cross Female backcross Single cross Single cross Female backcross Single cross Three-way cross Three-way cross

Single cross

Three-way cross Single cross Single cross Single cross

Single cross Single cross Single cross Single cross Single cross Pure-line selection Single cross

lR28/IR2053-521-1-1//lR2071-625-1 lR2053-521-1-1/1R2061-464-2//1R2071- 625-1 lR2053-521-1-1/K116//KN-lB-361-1-8-6-

lR2153-14-1-6-2/IR28//IR36 lR2153-14-1-6-2/IR28//IR36 IR8///IR8//Dawn/TN1

BG34-8/IR28//IR36 IR32/Mahsuri//lR28 BG34-8/IR28//IR46 Lung Sheng 1163-104 IRAT13/Moroberekan IRAT13/1RAT10 IRAT13/Dourado Precoce Mutant of 63-83 IRAT13/IRAT10 IRAT13/Moroberekan IRAT10/IRAT13 IRAT13/Dourado Precoce IRAT13/Moroberekan IRAT13/Palawan Colombia/M312 Cuttack 4/IRAT104 63-83 Mutant Mutant of lRAT79 Mutant of IRAT79 Bekassaka/Kagoshirna Hakamuri 1 Yushin//IRI 316/IR26

Mutant of OS6

TOX7-3-2-3-2) 63-83/(lguape Cateto, IET1444,

63-83/(ROK1,SE363G, Dourado Precoce) BG90-2-4 /Tetep Mahsuri/lET1444 IR262/Badagia BG90-2*4/Tetep OS6 Dwarf Mutant/0S6

IRAT13/Dourado Precoce 689// Padipapayak lguape Cateto/T0X6-4-2

13A-18-3-1-3/TOX7-4-2-5-2

63-83/(IET1444, TOX7-4-2-3-2,

lR1416-131, LlTA 506)

IRAT13/DP689//TOX490-1

TOX494-3696/TOX711//BG6812 TOX504/IET5854 IR43/lguape Cateto J212/Mingolo

TN1/T141 Jikoku/Seraup Ketchil Norin 8/PI NO.1 Pusur/N22 China 1039/IR580-19-2-3-3 Khao Dawk Mali selection Jerak/lR8

16

Table 2 continued.

Designation/pedigree Origin Germplasm Cross/parentage generation method

KN96 Indonesia Krasnodarski 424 USSR Kulu Australia LAC23 Liberia Pure-line selection Pure-line selection LG240 Philippines LIETO Italy Single cross Precoce Monticelli/Vialone Nano M114 Mahsuri Mahsuri mutant 3628 MALA/J15 MG444 Milyang 54 (Gayabyeo) Moroberekan MR1 MR114

MR159 NC492 Ngieya Yakei No. 11 (Takanenishiki) OM269 OM997-6 OR142-99 OR163-104 (lET10393 OR164-5 OR253-2

OS6 P1035-5-6-1-1-1M

OR609-15

India Malaysia India Bangladesh Brazil Korea Africa Malaysia Malaysia

Malaysia India

Japan Vietnam Vietnam India India India India lndia Zaire ClAT

P1035-5-6-1-1-2M ClAT

P1044-86-5-3-1-2M ClAT

P1274-6-8M-1-3M-1 ClAT

P1278-6-17M-1-1B ClAT

P1369-4-16M-1-2M-4 CIAT

P1429-8-9M-2-1M-5 ClAT

P2020 ClAT P2023-F4-74-2-1B ClAT P2025-F4-159-3-1B ClAT P2030-F4-217-4-1B ClAT P2034-F4-46-1B-1B ClAT P2053-F4-99-44-1B-CR3 ClAT P2056-F4-59-2 ClAT

P2231-F4-13-3-1 ClAT P2217-F4-30-4-1B ClAT

P2231-F4-138-6-2-1 ClAT P2231-F4-138-6-2-1B- ClAT

CR1 P2231-F4-45-8-18 ClAT

P3293-F4-7 ClAT P3299-F4-33 ClAT P3299-F4-7 ClAT

P3293-F4-27-1P-1P-1B ClAT

Male backcross Taichung 65/2*Mayang Ebos 80 Mutation Mutant of Mahsuri Female backcross CP-SLO*2/Sigadis Three-way cross Nanicao/CICA 8//MG1 Double cross Milyang 21/IR32//Milyang 23/Milyang 30

Single cross IR22/Pazudofuzu Complex Y614///PTB33/3*MAH//P.S.2/ biparental cross 2*MAH/4/Y614/Chianung SI-PI Single cross Y833/IR5491 Pure-line selection Pure-line selection from Boyan

Single cross Single cross Slngle cross Slngle cross Three-way cross Three-way cross Single cross Pure-llne selection Double cross

Double cross

Three-way cross

Double cross

Double cross

Double cross

Double cross

Three-way cross Three-way cross Three-way cross Three-way cross Three-way cross Three-way cross Three-way cross Three-way cross Three-way cross Three-way cross Three-way cross

R32843/M296 Colombia/lR64 Pankaj/Sigadis Suphala/D2192 TN1/T141//Annapurna ADT27/IR8//Annapurna Jajatl/Mahsuri Pure-line selection P738-137-3-1/P881-191410// P738-137-3-1/P881- 19-24-5 P738-13-7-3-1/P881-19-14-10//P738-137- 3-1 / P 881-19-24-5 P738-137-3-1//P738-137-3-1/P881-19- 24-4 P901-22-7-2-3-2-1B/P914-43-8-3-5-2-1B//

P901-22-7-2-3-2-1B/P914-4383-5-2-1B// P917-30-3-3-3-2-1*

P914-43-8-3-5-2-1*

P901-22-7-2-3-2-1B/P918-19-9-3-1-3-1B// P918-25-1-4-2-3-1* P901-22-7-2-3-2-1B/P881-19-22-12-1B-7- 1B // P901-22-7-2-3-* ClCA 8//BG90-2/Tetep

ClCA 4//CICA 9/CICA 7 ClCA 4//CICA 8/CICA 7 ClCA 8//BG90-2/CICA 4 ClCA 7//S1230/CICA 4 ClCA 7//S1230/CICA 8 ClCA 7//CICA 8/Remadja ClCA 7//CICA 8/Pelita I-1 ClCA 7//CICA 8/Pelita I-1 ClCA 7//CICA 8/Pelita I-1

BG90-2//CICA 8/CICA 7

Three-way cross ClCA 7//CICA 8/Pelita I-1 Three-way cross Oryzica 1// lR480-5-7-3-2-1/Costa Rica Three-way cross Oryzica 1 // lR480-5-7-3-2-1/Costa Rica Three-way cross P1274-6-8M-1-3M-1//lR1909-1-3-3/IRAT8 Three-way cross P1274-6-8M-1-3M-1//lR1909-1-3-3/IRAT8

17

Table 2 continued.

Designation/pedigree Origin

P3299-F4-78-3-18-1 ClAT (L-1916)

P3304-F4-5 ClAT P3831-F3-RH3&8-1M ClAT P3831-F3-RH38-8- CIAT

1M-J182 P4070-F3-3-RH3-7-1BA CIAT P4382-F3-39-5-2 ClAT

P4382-F3-70 ClAT

P881-19-22-4-1-1B- 16-CR1

P882-2-1-6-4-6-1-1 P901-22-11-2-6-1-1B P918-25-1-4-2-3-1B P918-25-15-2-3-2-1B Panama 1537 Panke Pelita I-1 Pinlot 330 Plovdiv PNA1010-F4-31-1 PNA1022-F4-110-1 PNA237-F4-130-1 PNA237-F4-223-1 PNA237-F4-33-1 PR106

ClAT

ClAT ClAT ClAT ClAT Panama India Indonesia Sri Lanka Bulgaria Peru Peru Peru Peru Peru India

PSBRc-20 (lR57301- IRRI 195-3-3)

PSBRc-4 IRRI

PSBRc-18 (IR51672- IRRI 62-2-1-1-2-3)

PSRM1-16-46-11 India Pusa 44-33 India R22-2-10-1 India RAU4072-13 India RD15 Thailand RD17(BKN6987-161-1-3)

Germplasm Cross/parentage generation method

Three-way cross P1274-6-8M-1-3M-1//IR1909-1-3-3/IRAT

Three-way cross Oryzica 1//63-83/Camponi Three-way cross Oryzica 1//P1897-15-1-4-1-1B/Costa Rica Three-way cross Oryzica 1//P1897-15-1-4-1-1B/Costa Rica

Three-way cross P1386-6-8M-1-3M-1//Camponi/Tpuripa Three-way cross P2053-F4-26-4-6//P1897-15-1-4-1-1B/

Three-way cross P2053-F4-26-4-6//P1897-15-1-4-1-1B/

Three-way cross IR22//IR930-147-8/Colombia 1

Three-way cross IR22//lR930-147-13/Colombia 1 Three-way cross IR665-23-3-1//IR841-63-5-104-1B/C46-15 Three-way cross ClCA 4//1R665-23-3-1/Tetep Three-way cross ClCA 4//1R665-23-3-1/Tetep Three-way cross ClCA 7//S12-33/P 901-22-11-5-3-2-1B Pure-line selection Pure-line selection Single cross IR5/Syntha

Metica 1

Metica 1

Single cross INTI/PNA386-F4-341-1 Single cross INTl/lR8460-120-2-2 Female backcross Naylamp*2/Tetep Female backcross Naylamp*2/Tetep Female backcross Naylamp*2/Tetep Complex IR8//Peta*5/Belle Patna biparental cross Three-way cross lR35293-125-3-2-3/IR32429-47-3-2-2//

Three-way cross lR4547-4-1-2/IR1905-81-3-1//

Single cross lR24594-204-1-3-2-6-2/IR28222-9-2-2-2-2

Mutation Mutant of Rasi Single cross IARl 5901-2/IR8 Single cross IR22/Sigadis Single cross IR1833-208-1-3/Mahsuri Mutation Khao Dawk Mali 105 Mutant Thailand Single crosslR262-43-8-11/Khao Nahng

lR41985-111-3-2-2

lR25621-94-3-2

Nuey 11 RD19 Thailand Single cross IR262-43-8-11/Pin Gaew 56 RH2 ROHYB6

Sierra Leone French Guinea Single cross CCA/RH2

ROHYB6-WAR-6-2-6-2 Sierra Leone Single cross CCA/RH2 ROK5 Sierra Leone Single cross SR26/Wellington RP143-4 India Female backcross HR19/IR8*2 RP2095-5-8-31 India Single cross Vikram/Andrewsali RP319-34-8-1-3 India Single cross T141/1R661-1-175-3 RP6-13 India Single cross IR8/TKM6 RS16-516-1-1-1T Brazil RTN500-5-1 India Single cross IR8/RTN24 Sabarmati India Male backcross TN1/4*Basmati 370 Sabitri Nepal Three-way cross lR1561-228-1/lR1737//CR94-13 Si-Pi 681032 Taiwan (China) Three-way cross Si-Pi 632063/Chianung Sen Yu 7//

Si-Pi 692033 Taiwan (China) Single cross Si-Pi 661044/Si-Pi 651020 Sona India Single cross GEB24/TN1

Tainung Sen 12

18

Table 2 continued.


SPR6726-134-2-26 SPR72103-67-2

Suakoko 8 Suakoko 10 Suakoko 12 Suweon 287

Suweon 289 Suweon 290

(Hangangchalbyeo) Suweon 294

(Nampungbyeo) Taichung Sen 10 Taichung Sen 30 Taichung Sen Yu 195 Taichung Sen Yu 285

Tainan 5 TN1 TOX1011-4-A2

SPR7232-2-3-1

(Taebaegbyeo)

TOX3107-56-1-2-2 TOX3118-6-E2-3 TOX728-1 TOX1101-4K-A2 TOX516-19-SLR

TXD40-85-35-1-2-3 UPLRi-3 UPLRi-7 Vijaya X72-7-1 X72-7-10 X72-7-15 X72-8-22 X73-12-8 X73-20-19 X73-3-18 X73-3-9 YN91-45 YN92-7 Zhe 733


Thailand Three-way cross C4-63//Gow Ruang 88/Sigadis Thailand Single cross RD3/Khao Hawn India Thailand Single cross Leb Mue Nahng 111/lR8 Liberia Malaysia IRRl Korea Female backcross lR24*2/IR74782-6-3

Korea Single cross IR8/SR814-47-3-8-56 Korea Single cross IR2061-464/KR51-28-5-1

Korea Single cross Milyang 23/Milyang 30

Taiwan (China) Single cross Taichung Sen Yu 204/Chianung Sen Yu 14 Taiwan (China) Taiwan (China) Single cross Bin-Tang-Chieh/lR661-1-140-3-54 Taiwan (China) Single cross Taichung Sen Shih 204/Taichung Sen

Taiwan (China) Taiwan (China) Single cross Dee-Geo-Woo-Gen/Tsai-yuan-Chan IITA Three-way cross IRAT13/Dourado Precoce 689//

IITA I ITA Single cross TA212/IR13149-19-1 IlTA Single cross Mahsuri/lET1444 IlTA Single cross TOX502-7-21/TOX516-21-LS IITA Mixed pollen cross Moroberekan/(Juma 1, TOX7-3-2-3-2,

Tanzania Philippines Single cross Malagkit Sungsong/lR20 Philippines Double cross C22/IR26//C22/OS4 India Single cross T90/IR8 Myanmar Single cross IR24/Yebawsein Myanmar Single cross IR24/Yebawsein Myanmar Single cross IR24/Yebawsein Myanmar Single cross IR24/Kauk Hmwe Myanmar Single cross C4-63/Yethuma Myanmar Single cross C4-63/Ngakywebyu Myanmar Single cross IR24/Lonni Myanmar Single cross IR24/Lonni Myanmar Single cross C22/IR2035 Myanmar Single cross C22/IR2153 PR China Single cross Hezhenzao/Chikuaiaixuan

Shih 199

TOX490-1

SE363G)

19

Table 3. INGER entries emanating from various countries and organizations released as varieties in different countries.

Country Designation/pedigree Origin Name given Year Ecosystem

Bangladesh Bangladesh Bangladesh Bangladesh Bangladesh Bangladesh Belize Belize Benin Benin Benin Benin Benin Benin Benin Benin Benin Benin Benin Benin Benin Benin Benin Bhutan Bhutan Bhutan Bhutan Bhutan Bhutan Bhutan Bolivia Bolivia Bolivia Bolivia Bolivia Bolivia Bolivia Bolivia Bolivia Bolivia Brazil Brazil Brazil Brazil Brazil Brazil Brazil Brazil Brazil Brazil Brazil Brazil Brazil Brazil Brazil Brazil Brazil Brazil Brazil

B541B-KN-22-7-2 lR2053-87-3-1 lR2793-80-1 IR28 lR44595-70-2-2-3 KN-1B-361-1-8-6-10 ClCA 8

11365 ADNY 11

CO 38

P4382-F3-70

BG90-2

DJ11-307-3 lR1529-680-3 IR22

IR5 IR8

ITA212 ITA222 (Faro 36) ITA304

Barkat (K78-13)

lR442-2-58

lR937-55-3

RAU4072-13

BR153-2B-10-1-3 BW293-2 IR20913-B-60 R36 IR64 Milyang 54 (Gayabyeo) ClCA 8 CT5633-?-2-1-5 CT6279-4-6-6-6 CT6417-2-1-2-1 CT8008-3-5-8P-M-2P ECIA24-107-1-1-1-2 IR43 IR52 P1369-4-16M-1-2M-4 P4070-F3-3-RH3-7-1BA BG374-1 Chianung Sen Yu 13 ClCA 8 CT6196-33-11-1-1-B CT7363-13-5-7-M CT7363-53-10-M IR1529-ECIA lR442-2-58 IR46 lR8208-146-1 lR841-67-1-2-1-2 lRAT216 IRAT79 MG444 MR1 P1035-5-6-1-1-1M P1274-6-8M-1-3M-1 P1278-6-17M-1-1B P2020

20

Indonesia IRRI IRRI IRRI IRRI Indonesia Colombia ClAT ClAT Liberia Sri Lanka India Senegal IRRI IRRI IRRI IRRI IRRI IRRI IITA IITA IITA India India Bangladesh Sri Lanka Korea IRRI IRRI Korea Colombia ClAT ClAT ClAT ClAT Cuba IRRI IRRI ClAT ClAT Sri Lanka Taiwan (China) Colombia ClAT ClAT ClAT

IRRI IRRI IRRI IRRI Côte d'lvoire Côte d'lvoire Brazil Malaysia ClAT ClAT ClAT ClAT

Cuba

BR18 BR7 BR16 BR6 BR26 BR17 ClCA 8 CARDI 70 11365 ADNY11

DJ-307

lR442

ITA212

RAU407 Barkat BR153 BW293

IR64

ClCA 8

CR-750 Sacia-1 (Tacu)

CR-751 INIAP 12 Sacia-2 (Tari) Saavedra 5 Saavedra San Pedro

MG 2 Fonaiap 1

Inca 4440 Progresso Epagri 106 Javae Dimante-Bra

Pesagro 102 Pesagro 101 Empasc 104 Rio Verde Cabacu Urucuia Pesagro 105 Metica 1 MG 1 AC 1278 Aliança

BR/MS-2

BR-2

1985 1978 1983 1978 1993 1985

1990 1989 1983 1982

1990

1980

1982 1989

1991 1992 1988 1990 1989 1988 1988 1989 1980 1993 1994 1994 1994 1993 1981 1987 1987 1993 1986 1989 1982 1993 1992 1993 1993 1978 1982 1982 1985 1991 1988 1994 1988 1987 1986 1982 1990

Irrigated

Irrigated Irrigated Irrigated Irrigated Irrigated

Flood-prone Irrigated Irrigated

Irrigated Irrigated Upland Upland Irrigated

Upland

Irrigated Upland Irrigated Irrigated Irrigated Irrigated Irrigated Irrigated lrrigated Irrigated

Irrigated

Irrigated Irrigated Upland Irrigated Irrigated Irrigated Irrigated Irrigated Irrigated Upland Irrigated

Irrigated Upland Rainfed Rainfed Upland Upland Upland Irrigated Irrigated Upland Irrigated Upland

Table 3 continued.

Country Designation/pedigree Origin

Brazil Brazil Brazil Brazil Brazil Brazil Brazil Brunei Brunei Burkina Faso Burkina Faso Burkina Faso Burkina Faso Burkina Faso Burkina Faso Burkina Faso Burkina Faso Burkina Faso Burkina Faso Burkina Faso Burkina Faso Burkina Faso Burkina Faso Burundi Burundi Burundi Burundi Burundi Burundi Burundi Burundi Burundi Cambodia Cambodia Cambodia Cambodia Cambodia Cambodia Cambodia Cambodia Cambodia Cameroon Cameroon Cameroon Cameroon Cameroon Cameroon Cameroon Cameroon Cameroon Cameroon Cameroon Cameroon Cameroon Cameroon Cameroon Cent.Afr. Rep. Colombia Colombia Colombia

P3293-F4-27-1P-1P-1B P3293-F4-7 P3299-F4-33 P3299-F4-7 P882-2-1-6-4-6-1-1 SPR72103-67-2 Taichung Sen Yu 195 lR49517-23-2-2-3-3 lR51672-115-2-3-1-3 4418 4456 BR51-319-3 C74 lR1529-680-3-2 lR21015-80-3-3-1-2 IR8 IRAT 10 IRAT177

ITA257 ITA123 (TOM1-3)

RP6-13 TOX728-1 Vijaya B2161C-MR-57-1-3-1 BR4-34-13-5 CR1009 IR841 IRAT 104 IRAT 13 IRAT 147 ITA312 TOX3118-6-E2-3 lR13429-150-3-2-1-2 lR43342-10-1-1-3-3 lR45411-40-2-1 lR48525-100-1-2 IR66 IR72 ITA150 (TOX502-41-1-1) ITA257 OR142-99 B2161C-MR-57-1-3-1 ClCA 8 IR20 IR24 IR28 IR42 IR46 lR7167-33-2-3 IR8 IRAT300 ITA212 ITA222 (Faro 36) ITA306 (Faro 37) Jaya Tainan 5 IR36 P1035-5-6-1-1-2M P1044-86-5-3-1-2M P1429-8-9M-2-1M-5

ClAT ClAT ClAT ClAT ClAT Thailand Taiwan (China) IRRI IRRI Liberia Liberia Bangladesh Philippines IRRI IRRI IRRI Côte d'lvoire Guyana IITA IITAlndia IITA lndia lndia Bangladesh India IRRI Côte d’lvoire Côte d’lvoire Burkina Faso IITA IITA IRRI IRRI IRRI IRRI IRRI IRRI IlTA IlTA lndia lndonesia Colombia IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRAT IITA IITA IlTA India Taiwan (China) IRRI ClAT ClAT ClAT

Name given Year Ecosystem

IAC101 IAC100 IAC242 IAC238 IAPAR 58 Pesagro 103 Empasc 105 BR2 BR3 FKR14 FKR16

FKR26 lR1529 FKR30

1992 1991 1988 1988 1992 1983 1987 1993 1994

1979

lrrigated lrrigated lrrigated Irrigated lrrigated lrrigated lrrigated Upland

lrrigated

lrrigated Irrigated lrrigated lrrigated

FKR28 lrrigatedUpland

1979 lrrigated FKR19 Upland

lrrigated Ninga GAGI

1993 lrrigated 1993 Irrigated

lrrigated

IRAT13 IRAT147 Mpanda lmbo Kru Santepheap 1 Santepheap 2 IR Kesar IR66 IR72 Rimke Sita Santepheap 3 B2161

IR28

IR46 lR7167

1978 1993 1993 1993 1990 1992 1992 1993 1990 1990 1991 1991 1992 1984

1982

1981 1984

Upland Upland Upland lrrigated Rainfed lrrigated Rainfed Rainfed lrrigated Irrigated lrrigated Upland Upland Rainfed lrrigated lrrigated lrrigated Rainfed lrrigated lrrigated Rainfed Irrigated lrrigated Upland Upland

Irrigated Irrigated

IR36 1982 Irrigated Metica 1 1981 lrrigated Metica 2 1980 Irrigated Oryzica 1 1982 Irrigated

21

Table 3 continued.

Country Designation/pedigree Origin

Colombia P2023-F4-74-2-1B ClAT Colombia P2231-F4-138-6-2-1 ClAT Costa Rica CT6279-4-6-6-6 ClAT Costa Rica CT6417-2-1-2-1 ClAT Costa Rica P2053-F4-99-44-1B-CR3 ClAT Costa Rica P2231-F4-138-6-2-1B-CR1 ClAT Costa Rica P881-19-22-4-1-18-18-CR1 ClAT Côte d'lvoire BG90-2 Sri Lanka Côte d'lvoire DJ8-341 Senegal Côte d'lvoire Dourado Precoce Brazil Côte d'lvoire IAC164 Brazil Côte d'lvoire IDSA6 (IRAT216) Côte d'lvoire Côte d'lvoire lguape Cateto Haiti Côte d'lvoire lR1561-228-3-3 IRRI Côte d'lvoire IR46 IRRI Côte d'lvoire IR5 IRRI Côte d'lvoire IRAT144 Burkina Faso Côte d'lvoire Jaya India Côte d'lvoire Moroberekan Africa Côte d'lvoire OS6 Zaire Cuba IR43 IRRI Cuba lR480-5-9-3-3 IRRI Dominican Rep. IR2153-276-1-10-PR509 India Dominican Rep. P3831-F3-RH38-8-1M-J182 ClAT Ecuador CT8008-3-5-8P-M-2P CIAT Ecuador lR1545-339-2-2 IRRI Ecuador P2025-F4-159-3-1B ClAT Egypt GZ1394-10-1 Egypt Egypt lR1561-228-3-3 IRRI Egypt IR28 IRRI El Salvador P1429-8-9M-2-1M-5 ClAT El Salvador P3299-F4-78-3-18-1 (L-1916) ClAT Gambia BG90-2 Sri Lanka Gambia BR4-34-13-5 Bangladesh Gambia IR28 IRRI Gambia IR36 IRRI Gambia lR442-2-58 IRRI Gambia IR54 IRRI Gambia ROHYB6 French Guinea Gambia ROHYB6-WAR-6-2-B-2 Sierra Leone Gambia ROK5 Sierra Leone Gambia TN1 Taiwan (China) Ghana BG90-2 Sri Lanka Ghana BR4-34-13-5 Bangladesh Ghana C168 Philippines Ghana Faro 15 Nigeria Ghana IR1750-F5B-5 IRRI Ghana lR1820-210-2 IRRI Ghana IR20 IRRI Ghana lR3273-P339-2 IRRI Ghana IR42 IRRI Ghana IR5 IRRI Ghana IR8 IRRI Ghana IRAT 10 Côte d’lvoire Ghana IRAT 13 Côte d’lvoire Ghana ITA302 IITA Ghana RP6-13 India Ghana TOX3107-56-1-2-2 IITA Ghana TOX516-19-SLR IITA Guatemala ClCA 8 Colombia

22

Name given

Oryzica 2 Oryzica 3 CR-750 CR-751 CR8341 CR8334 CR201

IR1561 IR46

IR1529-ECIA

Juma 62 Juma 64 INlAP 12 lR1545 INIAP 10 Giza 175 Sakha 2

Centa A4 Centa A5

IR28

IR28

lR442

GR14

GB19 GR21 GR20 Tamale 1 IR20 Grug 6 IR42

Grug 7 Afife/GR17 Grug 9 GR21 lcta Virginia

Year

1984 1987 1994 1994 1992 1992 1980 1980

1982

1980 1981

1979

1978 1988 1986 1990 1994 1981 1986 1986 1981

1987 1989

1987 1977 1987

1979

1986

1986 1980 1977 1982 1983

1982 1993 1986

Ecosystem

Irrigated Irrigated Irrigated

Irrigated Irrigated

Upland Upland

Upland Irrigated Rainfed Upland Upland Irrigated Upland Upland Upland Upland Irrigated

Irrigated Irrigated Irrigated Irrigated Irrigated Irrigated Irrigated Irrigated Irrigated Irrigated Irrigated Irrigated Upland Irrigated

Irrigated Irrigated Irrigated Irrigated Irrigated Rainfed Irrigated Upland Irrigated Irrigated Upland Irrigated Upland Irrigated Irrigated Upland Irrigated Irrigated Rainfed

Irrigated

Table 3 continued.

Country Designation/pedigree Origin Name given Year

Guatemala P1429-8-9M-2-1M-5 ClAT Icta Polochic 1987 Guatemala P3304-F4-5 ClAT lcta Motagua 1988 Guatemala P918-25-1-4-2-3-1B ClAT Icta Virginia 1982 Guatemala Suweon 287 (Taebaegbyeo) Korea lcta Crispo 1990 Guinea IR5 IRRI Guinea IRAT112 Côte d’lvoire Guinea Taichung Sen 30 Taiwan (China) Guinea Bissau BG380-2 Sri Lanka 1990 Guinea Bissau BG400-1 Sri Lanka BG400-1-SLR 1989 Guinea Bissau RD15 Thailand 1989 Guinea Bissau ROHYB6 French Guinea Guinea Bissau ROHYB6-WAR-6-2-6-2 Sierra Leone ROHYB6-WAR-6-2-B2 1988 Guyana CT5747-12-9-3-7 ClAT Mana 3 1994 Guyana lR44624-127-1-2-2-3 IRRI Guyana 91 1991 Honduras ClCA 8 Colombia ClCA 8 Honduras CT6079-F3 ClAT Capi-93 1993 Honduras P1035-5-6-1-1-1M ClAT Ica La Libertad 5005 1989 Honduras P4382-F3-39-5-2 ClAT Guaymas A90 1990 Honduras P918-25-15-2-3-2-1B ClAT Yojoa 44 1984 India B29838-SR-85-3-2-4 lndonesIa Mukthli(CTH1) 1990 India BG367-4 Sri Lanka ADT37 1987 India BG367-7 Sri Lanka 1993 India BG90-2 Sri Lanka Pant Dhan 4 1983 India BR51-46-1-C1 Bangladesh 1979 India BR51-91-6 Bangladesh Radha 1983 India Gama 318 lndonesia Avinash 1985 India lntan Philippines lntan India lR10781-75-3-2 IRRI KHP-2 1990 India lR13427-45-2 IRRI PY3 (Bharathithasan) 1983 India lR17492-18-10-2-2-2 IRRI co 45 1989 India lR1846-284-1 IRRI VL Dhan 16 1984 India lR19661-150-2-2-2-1 IRRI HKR120 lndia lR19728-9-3-2 IRRI Pant Dhan 6 1986 India lR2061-214-3-8-2 IRRI IR28 India lR2071-586-5-6-3-4 IRRI AU2 India lR21820-154-3-2-2-3 IRRI ADT38 1987 India IR34 IRRI IR34 1979 India IR36 IRRI IR36 1979 India IR3941-45-PLP2B (HPU741) lndla Himalaya 741 1986 India IR42 RRI AU42/1 1983 India lR442-2-58 IRRI Pant Dhan India IR50 IRRI IR50 India IR62 IRRI IR62 1988 India IR64 IRRI IR64 1990 India lR9201-30-1-3-1-3 IRRI Prabhat 1994 India lR9202-25-1-3 IRRI CTH3 1992 India lR9763-11-2-2-3 IRRI Pant Dhan 10 1992 India UPLRi-3 Philippines 1994 India UPLRi-7 Philippines 1992 Indonesia lR11141-6-1-4 IRRI PAD 4 1986 Indonesia lR11288-B-B-118-1 Thailand PAD 3 1986 Indonesia lR11288-B-B-69-1 IRRI Seililin 1991 Indonesia lR13543-66 IRRI Kelara 1984 lndonesla lR19661-131-1-3-1-3 IRRI Barumun 1991 Indonesia lR19743-46-2-3-3-2 IRRI Jangkok 1987 Indonesia IR2071-621-2-3-6 IRRI Asahan 1978 Indonesia lR2071-625-1 IRRI IR36 1978 Indonesia lR2307-247-2-2-3 IRRI Semeru 1980 Indonesia lR28128-45-3-3-2 IRRI Dodokan 1987 lndonesla IR46 IRRI IR46 1983

Ecosystem

lrrigated

lrrigated lrrigated Upland Upland

lrrigated lrrigated Rainfed

lrrigated

Irrigated lrrlgated

Upland

lrrlgated lrrlgated lrrlgated Upland lrrigated Irrigated lrrigated Upland Upland Rainfed lrrigated lrrigated lrrigated lrrigated lrrigated lrrigated lrrigated lrrigated lrrigated lrrigated lrrigated Irrigated Upland Irrigated lrrigated Irrigated

lrrigated lrrigated Upland Upland Flood-prone Flood-prone Flood-prone lrrigated

lrrigated lrrigated Upland Rainfed lrrigated Rainfed

23

Table 3 continued.


Indonesia lR4744-295-2-3 IRRI Tajum 1986 Indonesia IR48 IRRI IR48 1986 Indonesia IR50 IRRI IR50 1981 Indonesia IR52 IRRI IR52 1981 Indonesia IR54 IRRI IR54 1981 Indonesia IR56 IRRI IR56 Indonesia lR5657-33-2-2-3 IRRI Citanduy 1985 Indonesia IR68 IRRI IR68 1993 Indonesia IR70 IRRI IR70 1989 Indonesia IR72 IRRI IR72 1989 Indonesia IR74 IRRI IR74 1991 Indonesia SPR7232-2-3-1 Thailand PAD 6 1986 Iran IR28 IRRI Amol 2 1982 Iran K1 Japan Choram 1 1994 Iran K2 Japan Choram 2 1994 Iran SONA India Amol3 1982 Iraq BR1704-6-3-3-4 Bangladesh lPA1 1997 Iraq RP2095-5-8-31 India 1997 Kenya AD9246 India Kenya Basmati 217 India Kenya BG90-2 Sri Lanka 1982 Kenya BR4-34-13-5 Bangladesh Kenya BW196 Sri Lanka Kenya Dourado Precoce Brazil Kenya lR1561-228-3-3 IRRI 1981 Kenya lR2793-80-1 IRRI lR2793 1993 Liberia IR1416-131-5 IRRI Suakoko 12 1981 Liberia lR4422-98-3-6-1 IRRI lR4422 1984 Liberia IR5 IRRI Liberia Mahsuri Malaysia Suakoko 10 Liberia Suakoko 10 Malaysia Liberia Suakoko 12 IRRI Malawi CR156-5021-207 India Senga 1993 Malawi lR1561-250-2-2 IRRI Changu 1993 Malaysia IR42 IRRI IR42 1982 Malaysia lR8192-200-3-3-1-1 IRRI Lumayan 1986 Malaysia P901-22-11-2-6-1-1B ClAT Ohundus 1986 Mali I ET1444 India IET144A 1984 Mali lR1529-680-3 IRRI Mali lR1561-228-3-3 IRRI lR1561-228-3-3 1990 Mali IRAT112 Côte d'lvoire Mali Jaya India Mauritania lRl529-680-3 IRRI Mauritania lR1561-228-3-3 IRRI lR1561 1981 Mauritania lR2070-414-3-9-6 IRRI Mauritania lR442-2-58 IRRI Mauritania IR8 IRRI Mauritania Jaya India Mexico lR10120-7-2-1-4 IRRI Sureste A90 1990 Mexico lR3941-25-1 IRRI Cotaxtla A90 1990 Mexico P1035-5-6-1-1-1M CIAT Huimanguillo A88 1988 Mexico P2030-F4-217-4-1B ClAT Cuautla A88 1988 Mexico P2034-F4-46-1B-1B ClAT Loma Bonita A91 1995 Mexico P2231-F4-45-8-1B ClAT Apatzigan A87 1988 Mexico SPR6726-134-2-26 Thailand Cárdenas A80 1988 Mozambique C4-63 Philippines Mozambique IR36 IRRI Mozambique IR42 IRRI Mozambique IR48 IRRI Mozambique IR50 IRRI

Ecosystem

Rainfed Irrigated Irrigated Irrigated Irrigated Irrigated Irrigated Irrigated Irrigated Irrigated lrrigated Flood-prone Irrigated

Rainfed Rainfed Irrigated

Irrigated Irrigated Irrigated Upland Irrigated Irrigated Upland Irrigated Upland Rainfed

Irrigated Irrigated Irrigated Irrigated Irrigated Upland Irrigated Irrigated Upland Irrigated Irrigated Irrigated

Upland Irrigated Irrigated Upland Upland Upland lrrigated Upland Irrigated Upland Irrigated Irrigated Irrigated Irrigated Irrigated

24

Table 3 continued.

Country Designation/pedigree

Mozambique Mozambique Mozambique Mozambique Mozambique Myanmar Myanmar Myanmar Myanmar Myanmar Myanmar Myanmar Myanmar Myanmar Myanmar Myanmar Myanmar Myanmar Myanmar Myanmar Myanmar Myanmar Myanmar Myanmar Myanmar Myanmar Myanmar Myanmar Myanmar Myanmar Myanmar Myanmar Myanmar Myanmar Nepal Nepal Nepal Nepal Nepal Nepal Nepal Nepal Nepal Nicaragua Nicaragua Nicaragua Nicaragua Niger Niger Niger Nigeria Nigeria Nigeria Nigeria Nigeria Nigeria Nigeria Nigeria Nigeria Nigeria

IR52 IR54 IR64 ITA212 ITA312

BG1203 B922C-MR-118

BG90-2 BKN6986-108-3 BKN6986-167 BKNFR76023 BR51-91-6 C22 C4-113 lR13240-108-2-2-3 lR1529-680-3-2 lR21836-90-3 lR21848-65-3-2-2 IR28 IR34 IR36 IR42

Khao Dawk Mali 105 KN117 KN96 Kulu LG240 Mahsuri Mutant 3628 Pelita I-1 PSBRc-4

RD19 RH2

lR9224-117-2-3-3

RD17 (BKN6987-161-1-3)

BG90-2 CR123-23 IET1444 lR2061-628-1-6-4-3 IR2298-PLPB-3-2-1-1B IR3941-4-PLP2B lR9729-67-3 K39-96-1-1-1-2 Mala/J15 P2030-F4-217-4-18 P2231-F4-13-3-1 P3831-F3-RH38-8-1M P4382-F3-70 lR1529-680-3 lR1529-680-3-2 IR22 BG90-2 I R30 IR42 IR46 IRAT112 IRAT133 IRAT144 IRAT170

ITA128 ITA117 (TOX356-1-1-1)

Origin

IRRI IRRI IRRI IITA IITA Indonesia Sri Lanka Sri Lanka Thailand Thailand Thailand Bangladesh Philippines Philippines IRRI IRRI IRRI IRRI IRRI lRRl IRRI IRRI IRRI Thailand Indonesia Indonesia Australia Philippines India lndonesia IRRI Thailand Thailand Sierra Leone Sri Lanka lndia lndia IRRI lndla India IRRI lndla

CIAT Bangladesh

ClAT ClAT CIAT IRRI IRRI IRRI Sri Lanka IRRI IRRI IRRI Côte d’lvoire Côte d’lvoire Burkina Faso Côte d’lvoire IITA IITA

Name given

ITA312 Yenet 7 BG1203 Sin Thi Ri Yenet 1 Yenet 2 Yenet 8 Sin Thein Gi Yarsaba 1 Sein Ta Lay Thee Dat Yin Yarsaba 5 Hmawbi 2 Sin Ekari 4 Shwe War Lay Sin Shwe Thwe IR36 Pyi Lone Chan Tha Shwe Thwe Yin Lon Thwe Hmwe Yarsaba 3 Yarsaba 2 Sin Kalaya Yarsaba 4 Ma Naw Thu Kha Pa Le Thwe Yatanar Aung Yenet 3 Yenet 6 Yenet 5 Janaki Durga Bindeshwari Laxmi Himali Kanchen Chaite 3 Khumal 3 Mallika Altamira 7 Jalapa 1 Altamira 9 Altamira 10 lR1529 lR1529

Faro 29 IR30 IR42 IR46 Faro 42 Faro 38 Faro 39 Faro 41 Faro 47 Faro 43

Year

1987

1993 1984 1990 1978 1980 1981

1978 1981 1979 1991 1981 1984 1985 1977 1979 1979 1983 1991 1987 1981 1981 1980 1981 1977 1979 1994 1984 1984 1984 1978 1978 1981 1978 1982 1982 1987

1982 1986 1991 1991 1991 1979 1979

1982 1981 1981 1982 1986 1986 1986 1986 1991 1986

Ecosystem

Irrigated Irrigated lrrigated Upland Irrigated Upland lrrigated lrrigated Flood-prone Flood-prone Flood-prone lrrigated Upland

lrrigated Irrigated Rainfed lrrigated lrrigated Irrigated lrrigated lrrigated

Rainfed Upland Upland lrrigated Upland lrrigated Rainfed Irrigated lrrigated Flood-prone Flood-prone lrrigated Upland Upland lrrigated lrrigated lrrigated Irrigated lrrigated lrrigated lrrigated

lrrigated lrrigated lrrigated lrrigated lrrigated lrrigated Rainfed Upland Upland Upland Upland Upland Upland

25

Table 3 continued.


Nigeria ITA150 (TOX502-41-1-1) IlTA Faro 46 1991 Nigeria ITA212 I ITA Faro 35 1986

ITA222 (Faro 36) Nigeria IITA Nigeria ITA230 Faro 50 1993

Faro 36 IITA

1986

Nigeria ITA257 I ITA Faro 45 1991 Nigeria ITA301 I ITA Faro 48 1991 Nigeria ITA306 (Faro 37) I ITA Faro 37 1986 Nigeria ITA315 I ITA Faro 49 1991 Nigeria SI-PI 692033 Taiwan (China) Faro 44 1993 Pakistan CR156-5021-207 India DR-82 1984 Pakistan lR15323-78-1-3-1 IRRI Sada Hayat 1988 Pakistan lR28128-45-2 IRRI Pakhel 1994 Panama ClCA 8 Colombia ClCA 8 Papua New Guinea IAC165 Brazil ER11 1993 Papua New Guinea lR47686-6-2-2-1 IRRI ER12 1994 Papua New Guinea IRAT104 Côte d’lvoire ER13 1994 Papua New Guinea IRAT170 Côte d’lvoire ER14 1995 Paraguay ClCA 8 Colombia Paraguay

Adelaide 1

Paraguay R22-2-10-1 India CEA 3 1989 Peru IR48 IRRI PA-3 1984 Peru P2056-F4-59-2 ClAT Porvenir 86 1986 PR China BG90-2 Sri Lanka Yang Dao 1 1983 PR China BR203-70-B-1 Bangladesh 1986 PR China C712068 PR China Chianung Sen Yu 13 Taiwan (China) E108 1980 PR China Chianung Sen Yu 23 Taiwan (China) Chianung 23 1982 PR China Chianung Sen Yu 26 Taiwan (China) Chuan Mi 1 1990 PR China Chianung Si-Pi 661020 Taiwan (China) Chianung 661020 1982 PR China DR29 Pakistan DR29 1986 PR China lR1541-102-7 IRRI IR26 1980 PR China lR1561-228-3-3 IRRI 32 Xuan 5 1980 PR China IR15853-89-7E-P3 IRRI N90 1981 PR China lR19274-26-2-3-1-2 IRRI PR China lR2061-214-3-8-2 IRRI IR28 1982

Xiang Zao Xian 1992

PR China lR21015-80-3-3-1-2 IRRI N304 1983 PR China lR21929-52-3-3 IRRI Min Kang 108 1986 PR China lR28125-79-3-3-2 IRRI Gui 713 1989 PR China IR29 IRRI Ha Nuo 15 1990 PR China IR36 IRRI IR36 1984 PR China lR9129-102-2 IRRI Guojiouzhan 1985 PR China lR9965-48-2 IRRI Wai Xuan 35 1981 PR China IRAT109 Côte d’lvoire IRAT109 1992 PR China IRI 352 Korea 352 1988 PR China M114 India 8085 1981 PR China MR114 Malaysia 8085 1981 PR China PNA237-F4-130-1 Peru Xiang Ge Xuan 1982 PR China Si-Pi 681032 Taiwan (China) Nan Jing 3714 1984 PR China Suweon 287 (Taebaegbyeo) Korea Minyin 1 1981 PR China Suweon 289 Korea Minyin 1 1981 PR China Suweon 290 Korea Shuiyuan 290 1982

PR China Suweon 294 (Nampungbyeo) Korea Chuan Mi 3 1989 PR China Taichung Sen Yu 285 Taiwan (China) Chuan Mi 2 1989 Rwanda IR5 IRRI Matwa Senegal BW293-2 Sri Lanka Sahel 201 1994 Senegal IET1444 India 1981 Senegal lR13240-108-2-2-3 IRRI Sahel 108 1994 Senegal lR1529-680-3 IRRI 1980 Senegal lR1561-228-3-3 IRRI

CR156-5021-207 India CEA 1 1989

Taiwan (China) Tai Nuo Xuan

(Hangangchalbyeo)

26

Ecosystem

Upland Upland

Rainfed Upland Upland

Upland Irrigated Irrigated Irrigated lrrigated Irrigated Upland Upland Upland Upland Irrigated Irrigated Irrigated Irrigated lrrigated Irrigated Irrigated Irrigated Irrigated Irrigated Irrigated Irrigated Irrigated

Irrigated Rainfed Irrigated Irrigated Irrigated Irrigated Irrigated Irrigated Irrigated Irrigated Irrigated Upland Irrigated lrrigated

Irrigated Irrigated Irrigated

Irrigated

Irrigated Irrigated Upland lrrigated Upland Irrigated Irrigated Irrigated

Table 3 continued.

Country Designation/pedigree Origin Name given Year Ecosystem

Senegal Senegal Senegal Senegal Senegal Senegal Sierra Leone Sierra Leone Sierra Leone Sierra Leone Sierra Leone Sierra Leone Sierra Leone Sierra Leone Sierra Leone Sierra Leone Sierra Leone Sierra Leone Sierra Leone Sierra Leone Sierra Leone Sierra Leone Sudan Tanzania Tanzania Tanzania Tanzania Tanzania Tanzania Tanzania Tanzania Tanzania Tanzania Tanzania Tanzania Tanzania Tanzania Tanzania Tanzania Tanzania Togo Togo Togo Togo Togo Turkey Turkey Turkey Uganda Uganda Uganda Venezuela Venezuela Venezuela Venezuela Venezuela Venezuela Venezuela Vietnam Vietnam

lR442-2-58 IR8 IRAT10 IRAT112 IRAT133

ADNY11 Jaya

ADNY301 BG400-1 BG90-2 BR4-34-13-5 CP4-C1 Farox 299 IDSA6 (IRAT216)

I R58 IRAT161

LAC23 Mahsuri Ngieya Yakei Suakoko 8

BG400-1

lR4422-98-3-6-1

ITA235 (TOX1785-19-18)

lR2053-206-1-3

BG90-2 BIET360 (RAU14-28-1-1) IET1444 IET2397 IET360 IR34 IR54 IR58 ITA125 ITA212 ITA233 Pinlot 330 RP143-4 Sabarmati Taichung Sen 10

ADNY 11 IET1444 IR46 IRAT 112 ITA212 Krosnodarski 424 Lieto Plovdiv

IRAT112 IRAT144 Chianung Sen Yu 23

TOX1101-4K-A2

lR2793-80-1

CT5747-24-5-2-1-1BA-1BRH-2P P2217-F4-30-4-18 P2231-F4-138-6-2-1 P4070-F3-3-RH3-7-1BA P901-22-11-2-6-1-16 PR106

C22 Biplab

IRRI IRRI Côte d’lvoire Côte d’lvoire Côte d’lvoire lndia Liberia Liberia Sri Lanka Sri Lanka Bangladesh Cuba Nigeria Côte d’lvoire IRRI IRRI Côte d’lvoire IlTA Liberia Malaysia

Liberia IRRI Sri Lanka Sri Lanka India lndia India India IRRI IRRI IRRI IlTA IITA IITA Sri Lanka India lndia Taiwan (China) IITA Liberia India IRRI Côte d’lvoire IITA USSR Italy BuIgaria IRRI Côte d’lvolre Burkina Faso Taiwan (China) ClAT ClAT ClAT ClAT ClAT India Bangladesh Phillppines

Jaya ROK12

ROK31 ROK28

ROK19 ROK18

ROK33 ROK20 ROK32 ROK17 ROK25 ROK3 ROK24 R2053

Katrin 1

Katrin 1 Subamati

lR2793 Abalony IRAT144 Cimarron Fonalap 2 Araure 4 Palmar Fonalap 1 Ciarllacen I Araure 3

C22

1980

1988 1988 1983

1988

1988 1988

1988 1979 1986 1984 1986 1984 1984

1984 1984 1984 1985

1986

1979 1978 1985

1985 1981 1982 1981 1993 1995 1990 1988 1993 1984 1988 1993 1978 1984

1985

1984

Upland lrrigated lrrigated Upland Upland lrrigated Flood-prone lrrigated Irrigated lrrigated lrrigated lrrigated Upland

lrrigated Irrigated Upland Upland Upland Rainfed

Irrigated Irrigated lrrigated lrrigated lrrigated Upland

lrrigated lrrigated lrrigated

Upland lrrigated Irrigated Rainfed Rainfed lrrigated

Flood-prone Upland Rainfed Upland Upland Irrigated Irrigated lrrigated lrrigated Upland Upland lrrigated

lrrigated lrrigated lrrigated Irrigated Irrigated Irrigated Upland

27

Table 3 continued.

Country

Vietnam Vietnam Vietnam Vietnam Vietnam Vietnam Vietnam Vietnam Vietnam Vietnam Vietnam Vietnam Vietnam Vietnam Vietnam Vietnam Vietnam Vietnam Vietnam Vietnam Vietnam Vietnam Vietnam Vietnam Vietnam Vietnam Vietnam Vietnam Vietnam Vietnam Vietnam Vietnam Vietnam Vietnam Vietnam Vietnam Vietnam Vietnam Vietnam Zambia Zambia Zambia Zambia Zambia Zambia Zimbabwe Zimbabwe Zimbabwe Zimbabwe


C702043 C712035 lR13240-10-1 lR13240-108-2-2-3 lR1820-210-2 lR2070-199-3-6-6 lR2071-625-1 lR21015-80-3-3-1-2 lR2307-247-2-2-3 lR25588-7-3-1 lR2797-115-3 lR2823-399-5-6 lR31802-48-2-2-2 lR31868-64-2-3-3-3 IR32 lR32429-47-3-2-2 lR33059-26-2-2 IR36 IR38 IR42 lR44595-70-2-2-3 lR47686-1-4-B IR48 lR49459-50-1-2-3-2-1 lR50401-77-2-1-3 lR51673-172-1-3 lR54751-2-34-10-6-2 lR54751-2-44-15-24-3 lR56450-28-2-2 lR58099-51-3-1 lR59606-119-3 IR64 IR9224-73-2-2-2-3 lR9729-67-3 IRAT216 IRAT177 Jaya Khao Dawk Mali 105 Pelita I-1 BG400-1 HA80-848 ITA222(Faro 36) ITA306(Faro 37) RTN500-5-1 Si-Pi 692033 IR400 ITA125 TOX1011-4-A2 TOX1101-4K-A2

28

Origin

Taiwan (China) Taiwan (China) IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI lRRl IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI Côte d’lvoire IRAT India Thailand Indonesia Sri Lanka Taiwan (China) IlTA IITA India Taiwan (China) IRRI IlTA IITA IITA

Name given

C70 C71 NN9A TN108 IR1820 NN8A NN3A OM86 NN6A OM88 NN3B NN2B OM87-1 OM87-9 IR32 OM86-9 lR33059 NN3A IR38 NN4B OM90-9 LC88-66 NN5B MTL 137 IR50401 lR51673 MTL 103 MTL 98 MTL 99 MTL 139 OMCS 94 IR64 OM33 lR9729 LC90-5 LC90-4

Khao Dawk Mali

BG400-1

Si-Pi 692033

Year

1993 1993

1988 1987 1983 1978 1988 1980 1988 1980 1980 1988 1990

1988 1993 1980

1981 1992 1993 1983 1993 1993 1993 1992 1993 1993 1993 1994 1985 1983 1992 1993 1993

1993

1991

1993

Ecosystem

Irrigated Irrigated Upland Irrigated Irrigated Irrigated Upland Irrigated Rainfed Upland Irrigated Irrigated Irrigated Irrigated Irrigated Irrigated Irrigated Irrigated Irrigated Irrigated Irrigated Upland lrrigated Irrigated Irrigated Irrigated

Flood-prone Irrigated Irrigated

Irrigated Irrigated Irrigated Upland Upland Irrigated Rainfed Rainfed Irrigated

lrrigated Irrigated

Table 4. Number of varieties released in each country and their country of origin.

Country of release Variety (no.) Originating country or organization

East Asia China, People’s

Republic of 32 Bangladesh (1), India (1), IRRI (13), Cote d’lvolre (1), Korea (5), Malaysia (1), Pakistan (1), Peru (1), Sri Lanka (1), Taiwan [China] (7)

Southeast Asia Brunei 2 IRRI (2) Cambodia 9 IlTA (2), lndia (1), IRRI (6) Indonesia 23 IRRI (21), Thailand (2) Malaysia 3 ClAT (1), IRRI (2) Myanmar 29 Australia (1), Bangladesh (1), India (1), lndonesia (4), IRRI

(10), Philippines (3), Sierra Leone (1), Sri Lanka (2), Thailand (6)

(32), Côte d’lvoire (1), Philippines (1), Taiwan [China] (2), Thailand (1)

Vietnam 41 Bangladesh (1), India (1), Indonesia (1), IRAT (1), IRRI

South Asia Bangladesh 6 Indonesia (2), IRRI (4) Bhutan 7 Bangladesh (1), India (1), IRRI (2), Korea (2),

Sri Lanka (1) India 30 Bangladesh (2), Indonesia (2), IRRI (20), Philippines (3),

Sri Lanka (3) Nepal 9 Bangladesh (1), India (5), IRRI (2), Sri Lanka (1) Pakistan 3 lndia (1), IRRI (2)

West Asia and North Africa Egypt 2 IRRI (2) Iran 4 India (1), IRRI (1), Japan (2) Iraq 2 Turkey 3

Bangladesh (1), India (1) Bulgaria (1), Italy (1), USSR (1)

Sub-Saharan Africa Benin

Burkina Faso

Burundi

Cameroon

Central African Republic Côte d’lvolre

Gambia

Ghana

Guinea Guinea Bissau

Kenya Liberia Malawi Mali Mauritania Mozambique Niger Nigeria

15

14

9

15

1 12

10

17

3 5

8 6 2 5 6

10 3

19

ClAT (1), IlTA (3), India (2), IRRI (6), Liberia (1), Senegal (1). Sri Lanka (1) Bangladesh (1), Guyana (1), IlTA (3), lndia (2), IRRI (3), Côte d’lvoire (1), Liberia (2), Philippines (1) Bangladesh (1), Burkina Faso (1), IlTA (2), lndia (1), lndonesia (1), IRRI (1), Côte d’lvotre (2) Colombia (1), IlTA (3), lndia (1), lndonesia (1), IRAT (1), IRRI (7), Taiwan [China] (1) IRRI (1) Africa (1). Brazil (2), Burkina Faso (1), Haiti (1), lndia (1), IRRI (3). Senegal (1), Sri Lanka (1), Zaire (1) Bangladesh (1), French Guinea (1), IRRI (4), Sierra Leone (2), Sri Lanka (1), Taiwan [China] (1) Bangladesh (1), IlTA (3), lndia (1), IRRI (7), Côte d’lvoire (2), Nigeria (1), Philippines (1), Sri Lanka (1) IRRI (1), Côte d’lvoire (1), Taiwan [China] (1) French Guinea (1), Sierra Leone (1), Sri Lanka (2), Thailand (1) Bangladesh (1), Brazil (1), India (2), IRRI (2), Sri Lanka (2) IRRI (4), Malaysia (2) India (1), IRRI (1) India (2), IRRI (2), Côte d’lvolre (1) India (1). IRRI (5) IlTA (2), IRRI (7), Philippines (1) IRRI (3) Burkina Faso (1), IITA (10), IRRI (3), Côte d'lvoire (3), Sri Lanka (1), Taiwan [China] (1)

29

Table 4 continued.

Country of release Variety (no.) Originating country or organization

Rwanda 1 Senegal 11 Sierra Leone 16

Sudan Tanzania

1 17

Togo Uganda Zambia Zimbabwe

5 3 6 4

Latin America and the Caribbean Belize 2 Bolivia 10 Brazil 25

Colombia Costa Rica Cuba Dominican Republic Ecuador El Salvador Guatemala Guyana Honduras Mexico Nicaragua Panama Paraguay Peru Venezuela

5 5 2 2 3 2 5 2 5 7 4 2 3 2 7

Oceania Papua New Guinea 4

IRRI (1) India (2), IRRI (5), Côte d’lvoire (3), Sri Lanka (1) Bangladesh (1), Cuba (1), IlTA (1), IRRI (2), Côte d’lvoire (2), Liberia (4), Malaysia (1), Nigeria (1), Sri Lanka (2), Unknown (1) IRRI (1) IlTA (4), India (6), IRRI (3), Sri Lanka (3), Taiwan [China] (1) IITA (1), India (1), IRRI (1), Côte d’lvoire (l), Liberia (1) Burkina Faso (1), IRRI (1), Côte d’lvolre (1) IITA (2), India (1), Sri Lanka (1), Taiwan [China] (2) IITA (3), IRRI (1)

ClAT (1), Colombia (1) ClAT (6), Colombia (1), Cuba (1), IRRI (2) ClAT (12), Colombia (1), Cuba (1), IRRI (4), Côte d’lvoire (2), Malaysia (1), Sri Lanka (1), Taiwan [China] (2), Thailand (1) ClAT (5) ClAT (5) IRRI (2) ClAT (1), India (1) ClAT (2), IRRI (1) ClAT (2) ClAT (3), Colombia (1), Korea (1) ClAT (1), IRRI (1) ClAT (4), Colombia (1) ClAT (4), IRRI (2), Thailand (1) ClAT (4) Colombia (1), Panama (1) Colombia (1), India (2) ClAT (1), IRRI (1) ClAT (5), India (1), Taiwan [China] (1)

Brazil (1), IRRI (1), Côte d’lvoire (2)

30

Table 5. INGER entries released as varieties in more than one country.

Designation/pedigree Origin Name given Country

ADNY 11 Liberia ADNY 11 Benin Liberia ROK12 Sierra Leone Liberia Togo

Indonesia B2161 Cameroon

Sri Lanka ROK31 Sierra Leone Sri Lanka Tanzania Sri Lanka BG400-1 Zambia

Sri Lanka Gambia Sri Lanka GR14 Ghana Sri Lanka Pant Dhan 4 India Sri Lanka Côte d’lvoire Sri Lanka Kenya

Sri Lanka Janaki Nepal Sri Lanka Faro 29 Nigeria Sri Lanka Yang Dao 1 PR China Sri Lanka ROK28 Sierra Leone

B2161C-MR-57-1-3-1 Indonesia Ninga Burundi

BG400-1 Sri Lanka BG400-1-SLR Guinea Bissau

BG90-2 Sri Lanka Benin

BG90-2 Sri Lanka Sin Thi Ri Myanmar

BG90-2 Sri Lanka Tanzania BR4-34-13-5 Bangladesh Gagi Burundi

Bangladesh Gambia Bangladesh Ghana Bangladesh Kenya Bangladesh Sierra Leone

Bangladesh Sin Thein Gi Myanmar

Sri Lanka Sahel 201 Senegal

Philippines C22 Vietnam Chianung Sen Yu 13 Taiwan (China) BR/MS-2 Brazil

Taiwan (China) E108 PR China Chianung Sen Yu 23 Taiwan (China) Chianung 23 PR China

Taiwan (China) Cimarron Venezuela Cica 8 Colombia Cica 8 Belize

Colombia Cica 8 Bolivia Colombia INCA 4440 Brazil Colombia Cameroon

Clca 8 Colombia lcta Virginia Guatemala Colombia Cica 8 Honduras Colombia Cica 8 Panama Colombia Adelaide 1 Paraguay

India DR-82 Pakistan India CEA 1 Paraguay ClAT CR-750 ClAT CR-750

Bolivia Costa Rica

ClAT Bolivia Costa Rica

ClAT INIAP 12 Ecuador

Brazil Kenya

BR51-91-6 Bangladesh Radha lndia

BW293-2 Sri Lanka BW293 Bhutan

c22 Philippines Yarsaba 1 Myanmar

CR156-5021-207 India Senga Malawi

CT6279-4-6-6-6

CT6417-2-1-2-1 CIAT CR-751 CR-751

CT8008-3-5-8P-M-2P ClAT INIAP 12 Bolivia

Dourado Precoce Brazil Côte d’lvoire

Farox 299 Nigeria ROK19 Sierra Leone IDSA6(IRAT216) Côte d’lvoire ROK18 IET1444

Sierra Leone India IET1444 Mall India Bindeshwari Nepal

31

– –

– – – – –

–

– –

– –

–

–

–

Table 5 continued.


IET1444

IET1444 lR13240-108-2-2-3

lR1529-680-3

lR1529-680-3-2

lR1561-228-3-3

lR1561-228-3-3 lRl820-210-2

IR20

lR2061-214-3-8-2

lR2071-625-1

lR21015-80-3-3-1-2

IR22

lR2307-247-2-2-3

lR2793-80-1

IR28

IR34

IR36

IR42

IR42

Origin

India India India IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI RRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI

Name given

Thee Dat Yin Sahel 108 TN108

lR1529

IR1529 Yarsaba 5 IR1529 Sakha 2 IR1561

lR1561-228-3-3 IR1561 32 Xuan 5

Tamale 1 IR1820

IR20 IR28 IR28 IR36 NN3A FKR30 N304 OM86

Semeru NN6A BR16 lR2793 lR2793 BR6 IR28 IR28 IR28 Amol2 Shwe War Lay IR34 Sin Shwe Thwe

IR36

IR36

IR36 IR36 NN3A

IR42 AU42/1 IR42

Country

Senegal Tanzania Togo Myanmar Senegal Vietnam Benin Mall Mauritania Niger Senegal Burkina Faso Myanmar Niger Egypt Cote d'lvoire

Mall Kenya

Mauritania PR China Senegal Ghana Vietnam Cameroon Ghana lndia PR China Indonesia Vietnam Burkina Faso PR China Vietnam Benin Niger Indonesia Vietnam Bangladesh Kenya Uganda Bangladesh Cameroon Egypt Gambia Iran Myanmar India Myanmar Tanzania Bhutan Cent. African Rep. Gambia lndia Mozambique Myanmar PR China Vietnam Cameroon Ghana lndia Malaysia

32

– – –

– – –

–

–

–

– –

– –

–

–

–

Table 5 continued.


IR43

IR442-2-58

lR4422-98-3-6-1

lR44595-70-2-2-3

IR46

IR46

IR48

IR5

IR50

IR52

IR54

IR58

IR64

IR72

IR8

lR9729-67-3

IRAT10

IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI IRRI Côte d’lvoire Côte d’lvoire

Pyi Lone Chan Tha IR42 NN4B Saavedra 5 IR1529-Ecia lR442 BR-2 lR442 Pant Dhan

lR4422

BR26

Pesagro 102 IR46 IR46 IR46 IR46

OM90-9

IR48

PA-3 NN5B

Matwa IR50 IR50

Saavedra IR52

IR54

ROK33

IR64 IR64

IR64 IR72 IR72

Chaite 3 lR9729

Mozambique Myanmar Nigeria Vietnam Bolivia Cuba Benin Brazil Gambia India Mauritania Senegal Liberia Sierra Leone Bangladesh Vietnam Brazil Cameroon Indonesia Côte d’lvoire Nigeria Togo lndonesia Mozambique Peru Vietnam Benin Ghana Guinea Côte d'lvoire Liberia Rwanda India lndonesia Mozambique Bolivia lndonesia Mozambique Gambia lndonesia Mozambique Tanzania Sierra Leone Tanzania Bhutan lndia Mozambique Vietnam Cambodia lndonesia Benin Burkina Faso Cameroon Ghana Mauritania Senegal Nepal Vietnam Burkina Faso Ghana

33

–

– – – – – –

–

– –

– –

–

– – – – –

–

–

– –

–

– –

Table 5 continued.


IRAT104

IRAT109 IRAT112

IRAT13

IRAT133

IRAT144

IRAT170 IRAT170 IRAT216

ITA125

ITA150 (TOX502-41-1-1)

ITA212

ITA212

ITA222 (Faro 36)

ITA257

ITA257 ITA306 (Faro 37)

ITA312

Jaya

Khao Dawk Mali 105

Mahsuri

P1035-5-6-1-1-1M

P1429-8-9M-2-1M-5

Origin

Côte d’lvoire Côte d’lvoire Côte d’lvoire Côte d’lvoire Côte d’lvoire Côte d’lvoire Côte d’lvoire Côte d’lvoire Côte d’lvoire Côte d’lvoire Côte d’lvoire Côte d’lvoire Côte d’lvoire Côte d’lvoire Burkina Faso Burkina Faso Burkina Faso Côte d’lvoire Côte d’lvoire Côte d’lvoire Côte d’lvoire IITA IITA IITA IlTA IITA IITA IITA IITA IITA IITA IITA IITA IlTA IlTA IITA IITA IITA IITA IlTA IlTA IITA IITA India India India India India India Thailand Thailand Malaysia Malaysia ClAT ClAT ClAT ClAT ClAT ClAT

Name given

ER13 IRAT109

Faro 42

Abalony IRAT13

Faro 38

Faro 39 IRAT144 Faro 41 ER14 Rio Verde LC90-5

Rimke Faro 46 ITA212

Faro 35

Faro 36

SlTA Faro 45

Faro 37

Mpanda ITA312

Jaya

Lon Thwe Hmwe Khao Dawk Mali Suakoko 10 ROK25 Metica 1 Ica La Libertad 5005 Huimanguillo A88 Oryzica 1 Centa A4 ICTA Polochic

Country

Senegal Burundi Papua New Guinea PR China Guinea Mali Nigeria Senegal Togo Uganda Burundi Ghana Nigeria Senegal Côte d’lvoire Nigeria Uganda Nigeria Papua New Guinea Brazil Vietnam Tanzania Zimbabwe Cambodia Nigeria Benin Cameroon Vozambique Nigeria Tanrania Togo Benin Cameroon Nigeria Zambia Burkina Faso Cambodia Nigeria Cameroon Nigeria Lambia Burundi Mozambique Cameroon Côte d’lvoire Mali Mauritania Senegal Vietnam Myanmar Vietnam Liberia Sierra Leone Brazil Honduras Mexico Colombia El Salvador Guatemala

34

–

– – – –

–

–

– –

– – – –

– –

– –

– –

–

– –

– –

– –

Table 5 continued.


P2030-F4-217-4-1B ClAT ClAT

ClAT

ClAT

ClAT

ClAT Pelita I-1 Indonesia

Indonesia ROHYB6 French Guinea

French Guinea

Sierra Leone RP6-13 India

India Si-Pi 692033 Taiwan (China)

Taiwan (China) Suakoko 8 Liberia

Liberia Suweon 287 (Taebaegbyeo) Korea

Korea

IITA

P2231-F4-138-6-2-1 ClAT

P4070-F3-3-RH3-7-1BA ClAT

P4382-F3-70 ClAT

P901-22-11-2-6-1-1B ClAT

ROHYB6-WAR-6-2-B-2 Sierra Leone

TOX1101-4K-AZ IITA

Cuautla A88 Altamira 7 Oryzica 3 Palmar Fonaiap 1 Fonaiap 1 Cardi 70 Altamira 10 Ohundua Ciarllacen I Pa Le Thwe

ROHYBG-WAR-6-2-B2

Afife/GR17 Faro 44 SI-PI 692033

ROK24 lcta Crispo Minyin 1

Mexico Nicaragua Colombia Venezuela Bolivia Venezuela Belize Nicaragua Malaysia Venezuela Myanmar Vietnam Gambia Guinea Bissau Gambia Guinea Bissau Burkina Faso Ghana Nigeria Zambia Liberia Sierra Leone Guatemala PR China Tanzania Zimbabwe

35

– – – –

–

–

– –

Table 6. Origin of INGER entries released as varieties in various countries and continents.

Country of origin No. of varieties Country of release released

East Asia Japan 2 Iran (2) Korea, Republic of 8 Bhutan (2), Guatemala (1), PR China (5) Taiwan (China) 19 Brazil (2), Cameroon (1), Gambia (1), Guinea (1), Nigeria

Zambia (2) (1), PR China (7), Tanzania (1), Venezuela (1), Vietnam (2),

Indonesia 12 Bangladesh (2), Burundi (1), Cameroon (1), India (2),

IRRI 20 7 Myanmar (4), Vietnam (1) Bangladesh (4), Benin (6), Bhutan (2), Bolivia (2), Brazil (4), Brunei (2), Burkina Faso (3), Burundi (1), Cambodia (6), Cameroon (7), Cent. African Rep. (1), Côte d’lvoire (3), Cuba (2), Ecuador (1), Egypt (2), Gambia (4), Ghana (7), Guinea (1), Guyana (1), lndia (19), Indonesia (21), Iran (1), Kenya (2), Liberia (4), Malawi (1), Malaysia (2), Mali (2), Mauritania (5), Mexico (2), Mozambique (7), Myanmar (10), Nepal (2), Niger (3), Nigeria (3), Pakistan (2), Papua New, Guinea (1), Peru (1), China (13), Rwanda (1), Senegal (5), Sierra Leone (2), Sudan (1), Tanzania (3), Togo (1), Uganda (1), Vietnam (32), Zimbabwe (1)

Southeast Asia

Malaysia 5 Brazil (1), Liberia (2), PR China (1), Sierra Leone (1) Philippines 10 Burkina Faso (1), Ghana (1), India (3), Mozambique (1),

Thailand 12 Brazil (1), Guinea Bissau (1), Indonesia (2), Mexico (1), Myanmar (3), Vietnam (1)

Myanmar (6), Vietnam (1) South Asia

Bangladesh 14 Bhutan (1), Burkina Faso (1), Burundi (1), Gambia (1), Ghana (1), lndia (2), Iraq (1), Kenya (1), Myanmar (1), Nepal (1), PR China (1), Sierra Leone (1), Vietnam (1)

India 41 Benin (2). Bhutan (1), Burkina Faso (2), Burundi (1), Cambodia (1), Cameroon (1), Côte d’lvoire (1), Dommican Republic (1), Ghana (1), Iran (1), Iraq (1), Kenya (2), Malawi (1), Mall (2), Mauritania (1), Myanmar (1), Nepal (5), Pakistan (1), Paraguay (2), PR China (1), Senegal (2), Tanzania (6), Togo (1), Venezuela (1), Vietnam (1), Zambia (1)

Pakistan 1 PR China (1) Sri Lanka 25 Benin (1), Bhutan (1), Brazil (1), Côte d’lvoire (1),

Gambia (1), Ghana (1), Guinea Bissau (2), India (3), Kenya (2), Myanmar (2), Nepal (1), Nigeria (1), PR China (1), Senegal (1), Sierra Leone (2), Tanzania (3), Zambia (1)

Sub-Saharan Africa Burkina Faso 4 Burundi (1), Côte d’lvolre (1), Nigeria (1), Uganda (1) Côte d’lvoire 23 Brazil (2), Burkina Faso (1), Burundi (2), Ghana (2), Guinea

(1), Mali (1), Nigeria (3), Papua New Guinea (2), PR China (1), Senegal (3), Sierra Leone (2), Togo (1), Uganda (1), Vietnam (1)

IITA 39 Benin (3), Burkina Faso (3), Burundi (2), Cambodia (2), Cameroon (3), Ghana (3), Mozambique (2), Nigeria (10), Sierra Leone (1), Tanzania (4), Togo (1), Zambia (2), Zimbabwe (3)

French Guinea 2 Gambia (1), Guinea Bissau (1) IRAT 2 Cameroon (1), Vietnam (1) Liberia 8 Benin (1), Burkina Faso (2), Sierra Leone (4), Togo (1) Nigeria 2 Ghana (1), Sierra Leone (1) Senegal 2 Benin (1), Côte d’lvolre (1) Sierra Leone 4 Gambia (2), Guinea Bissau (1), Myanmar (1) Zaire 1 Côte d’lvoire (1)

36

inger-derived rice varieties - irribooks.irri.org/9712201228_content.pdfinger-derived rice varieties...

Documents