Abstract
The common bean (Phaseolus vulgaris L.) is a grain legume species, mostly cultivated in many developing countries of Africa, America and Asia. It is considered a key crop for improving food security of people vulnerable to malnutrition. From the 1930s, common bean genetic improvement has historically been conducted by international programs in coordination with government institutions and following traditional methods. Those efforts have created successful varieties in recent decades. But, current climate change effects and the reduced adoption of adequate technologies for cultivation, have threatened common bean productivity. Probably, challenges for the next decades cannot meet using only traditional breeding. Thus, new techniques and approaches for conducting breeding should be soon adopted to obtain new varieties with broad resistance to varied biotic and abiotic stresses. When planning new breeding programs, it is important to consider the current agro-biotechnology advances in molecular markers, functional genomics, mutagenesis, tissue culture and even genetic engineering, which could improve breeding efficiency. Additionally, the conservation, utilization of genetic resources and the promotion of participatory breeding will be crucial to strengthen the least productive common bean systems. It will be important to provide varieties that respond well to agro-ecological management under an integral ecology approach. Finally, it is evident that there is still an opportunity to improve productivity by improving access and adoption of more resilient technologies. In this particular case, community seed banks can play an important role in the future.
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Appendices
Appendices
5.1.1 Appendix I: Research Institutes and Online Resources Available for Common Bean Breeding
Institute | Area of specialization and research activities | Contact information |
---|---|---|
Bioversity International | Plant genetic resources, conservation of common bean genetic resources in situ and ex situ; support to community seed banks for high-quality seed production; plant breeding using participatory approaches | Via dei Tre Denari, 472/a 00054 Maccarese (Fiumicino), Italy |
Brazilian Agricultural Research Corporation (Embrapa) | Plant breeding, agro-biotechnology, crop management, plant breeding for high yield, resistance to biotic and abiotic stresses; tissue culture; genetic engineering | Rodovia GO-462, Km 12, Fazenda Capivara, Zona Rural Caixa Postal: 179 CEP: 75375-000 – Santo Antônio de Goiás GO, Brasil https://www.embrapa.br/en/arroz-e-feijao/ |
International Center for Tropical Agriculture (CIAT) | Plant breeding, crop management, seed production, phenotypic and molecular characterization of germplasm; plant breeding for high yield, resistance to biotic and abiotic stresses, high grain iron and zinc concentration; pre-breeding; conservation of genetic resources in situ and ex situ; support to community seed banks for high-quality seed production | Km 17 Recta Calí-Palmira CP 763537 Apartado Aéreo 6713, Calí, Colombia Dr. Stephen Beebe (s.beebe@cgiar.org) http://ciat.cgiar.org/what-we-do/breeding-better-crops/beans/ |
International Crops Research Institute for the Semi-Arid Tropics (ICRISAT) | Plant breeding, agro-biotechnology, crop management, genetic improvement using modern genomics, molecular biology and breeding approaches | Patancheru 502324 Telangana, India Dr. Rajeev K. Vashney (r.k.varshney@cgiar.org) |
Michigan State University | Plant breeding, crop management, breeding and genetics for drought tolerance and disease resistance; support to community seed banks for high-quality seed production | 220 Trowbridge Rd., East Lansing, MI 48824, USA Dr. James D. Kelly (kellyj@msu.edu), http://www.canr.msu.edu/psm/research |
Misión Biológica de Galicia | Crop biodiversity, plant breeding, phenotypic and molecular characterization of germplasm; breeding for resistance to biotic and abiotic stresses | Pazo de Salcedo. Carballeira, 8. Salcedo. 36143 Pontevedra, España Dr. Marta Santalla (msantalla@mbg.csic.es) |
National Institute of Forestry, Agriculture and Livestock Research (INIFAP México) | Plant breeding, plant genetic resources conservation, crop management, plant breeding for resistance to biotic and abiotic stresses; conservation of genetic resources in situ and ex situ; plant breeding using participatory approaches; support to community seed banks for high-quality seed production | Avenida Progreso No. 5, Col. Barrio de Santa Catarina, Delegación Coyoacan C.P. 0401, México, D.F. |
United States Department of Agriculture / Agricultural Research Service | Plant breeding for high yields, resistance to biotic and abiotic stresses and to improve cooking time and nutritional value of harvested seeds | Jamie L. Whitten Building, Room 302A, 1400 Independence Ave., S.W. Washington DC 20250, USA https://www.ars.usda.gov/office-of-international-research-programs/ftf-grain-legumes/ |
University of California (Davis) | Crop biodiversity, plant breeding, study of evolutionary factors that affect crop biodiversity, plant factors such as gene flow and gene diversification, environmental correlations with crop biodiversity, and human effects on the maintenance and generation of diversity | 1 Shields Ave, Davis, CA 95616, USA Dr. Paul Gepts (plgepts@ucdavis.edu) |
University of Puerto Rico | Plant breeding, seed production, plant breeding for high yield, resistance to biotic and abiotic stresses. High-quality seed production | Universidad de Puerto Rico, Mayagüez, Puerto Rico 00681-9000 Dr. James S. Beaver (james.beaver@upr.edu) |
Zamorano University | Plant breeding, crop management, plant breeding for high yield, high grain iron and zinc concentration and resistance to biotic and abiotic stresses. Research on Phaseolus-rhizobia interaction, high quality seed production | PO Box 93, Km 30 road from Tegucigalpa to Danlí, Yeguare Valley, Municipality of San Antonio de Oriente. Francisco Morazán, Honduras Dr. Juan Carlos Rosas (jcrosas@zamorano.edu) |
5.1.2 Appendix II: Genetic Resources of Common Bean
5.1.2.1 Most Popular Common Bean Varieties in African Countries, Their Characteristics and Site of Cultivation
Country | Variety name | Characteristics | Site of cultivation |
---|---|---|---|
Tanzania | Lyamungu 85 | Tolerant to drought and diseases. Yield 2–2.5 mt/ha. Large red/brown Calima type seeds | Northern and Western zone |
Lyamungu 90 | Tolerant to drought and diseases. Yield 2–2.7 mt/ha. Large red mottle, Calima type seeds | Northern and Western zone | |
Uyole 90 | Tolerant to ALS and R. Yield 2–2.5 mt/ha. Medium cream/brown stripe seeds | Southern highlands | |
SUA 90 | Tolerant to ALS and R. Yield 2–2.5 mt/ha. Small beige seeds | Eastern zone | |
Selian 94 | Tolerant to A and storage pests. Yield 2–2.5 mt/ha. Medium pink with red spots seeds | Northern and Western zone | |
Uyole 94 | Tolerant to ALS, R. Yield 2–3 mt/ha. Large cream/dark red seeds | Southern highlands | |
Njano-Uyole | Tolerant to ALS and R. Yield 2–3 mt/ha. Medium yellow seeds | Southern highlands, Western and Northern zones | |
Uyole 96 | Tolerant to R and ALS. Yield 2–2.5 mt/ha. Large dark red kidney seeds | Southern highlands | |
JESCA | Drought tolerant, early maturing variety. Yield 2–2.5 mt/ha. Large purple rounded seeds | Northern and Western zone | |
Selian 97 | Tolerant to ALS and R. Yield 2–2.5 mt/ha. Large dark red kidney seeds | Northern and Western zone | |
Uyole 03 | Tolerant to A, ALS and HB. Yield 2–2.5 mt/ha. Large sugar/red specked seeds | Southern highlands | |
Wanja | Tolerant to drought due to its early maturing nature. Yield 1.5–2 mt/ha. Large khaki seeds | Southern highlands | |
Uyole 04 | Tolerant to A, ALS and HB. Yield 2.5–3 mt/ha. Medium cream seeds | Southern highlands | |
Calima-Uyole | Tolerant to A and ALS. Yield 2–3 mt/ha. Red mottled (Cranberry) medium seed size seeds | Southern highlands, Western and Northern zone | |
Cheupe | Tolerant to A, ALS and HB. Yield 4–6.5 mt/ha. Medium white seeds | Northern and Western zone | |
Selian 06 | Tolerant to A, ALS and HB. Yield 4.6–7.5 mt/ha. Medium purple seeds | Northern and Western zone | |
Ethiopia | Lehode | Tolerant to foliar diseases | Northeastern |
Loko | Tolerant/Resistant to ALS, HB, A, BCMNV | Western | |
Batu | Tolerant/Resistant to ALS and BCMNV | In areas with short season | |
Deme | Tolerant/Resistant to ALS and BCMNV | In all bean growing areas | |
Kufanzik | Tolerant/Resistant to ALS, HB, A, BCMNV | Eastern (Hararghe highlands) | |
Dursitu | Tolerant/Resistant to ALS and BCMNV | Eastern (Hararghe highlands) | |
Hawassa Dume | Tolerant/Resistant to ALS, HB, A, BCMV | Southern region (Wolaita, Sidama, Gamu Gofa) | |
CRANSCOPE | Tolerant/Resistant to ALS and BCMNV | Central Rift Valley | |
ACOS RED | Tolerant/Resistant to ALS and BCMNV | Central Rift Valley and southern region | |
GABISA | Resistant to CBB | Western bean growing region | |
Chercher | Tolerant/Resistant to ALS, HB, A, BCMV | Eastern (Hararghe highland) | |
Haramaya | Tolerant/Resistant to ALS and BCMNV | Eastern (Hararghe highland) | |
Chore | Tolerant/Resistant to ALS and BCMNV | Central Rift Valley and Eastern | |
Dinkinesh | Tolerant to CBB | All bean growing areas | |
Melkadima | Tolerant/Resistant to ALS and BCMV | Southern and Southwest | |
Batagonia | Tolerant/Resistant to ALS and BCMNV | Southern | |
Anger | Tolerant/Resistant to ALS and BCMNV | Western | |
Tibe | Tolerant/Resistant to ALS, HB, A, BCMNV | Western | |
Wedo | Tolerant/Resistant to ALS and BCMV | Northwest | |
Ibado | Tolerant/Resistant to ALS and BCMNV | Southern | |
Omo-95 | Tolerant/Resistant to ALS | Southern | |
Nasir | Tolerant/Resistant to ALS and BCMV | Across all bean growing regions | |
Dimtu | Resistant to BGMV | Across all bean growing regions | |
Tabor | Tolerant/Resistant to ALS and BCMNV | Central Rift Valley and Southern | |
Zebra | Tolerant/Resistant to ALS, HB, A, BCMNV | Across all bean growing regions | |
Gobe Rasha-1 | Tolerant/Resistant to ALS and BCMNV | Southern and Southwest | |
Red Woliata | Tolerant/Resistant to ALS and BCMNV | Southern | |
Awash Melka | Tolerant/Resistant to ALS, HB, A and BCMV | All bean growing regions | |
Roba | Tolerant/Resistant to ALS, HB, A and BCMNV | All bean growing regions | |
Awash 1 | Tolerant/Resistant to ALS, HB, A and BCMNV | All bean growing regions | |
Mexican 142 | Resistant to ALS | All bean growing regions | |
Kenya | New Rose Coco | Moderate resistance to R, CBB, ALS, A, BCMV and BCMNV. Yield 1.3–2.3 mt/ha. Large/ calima type seeds | Eastern, Western and Rift valley |
Miezi mbili | Resistance to R, CBB, ALS, A, BCMV and HB. Yield 1.2–2.3 mt/ha. Large seeds | Central, and Rift valley | |
Kenya Early | Moderate resistance to R, CBB, ALS, A and BCMV. Yield 1.1–2.2 mt/ha. Large seeds | Eastern, Nyanza, Central, Western and Rift valley | |
Kenya Red Kidney | Moderately resistance to R, CBB, ALS, A, BCMV and BCMNV. Yield 1.1–2.8 mt/ha. Large seeds | Eastern, Nyanza, Central, Western | |
Kenya Wonder | Moderate resistance to HB, CBB, ALS, A and BCMV. Yield 1.1–2 mt/ha. Large seeds | Eastern, Nyanza, Central, Western and Rift valley | |
Kenya Sugar Bean | Moderate resistance to HB, CBB, ALS, A and BCMV. Yield 1.1–1.8. mt/ha. Large seeds | Eastern, Nyanza, Central, Western and Rift valley | |
Tasha | Resistant to ALS, A and RR. Yield 1.1–2.1. mt/ha. Large/calima type seeds | Eastern and Rift valley | |
Kenya Afya | High grain iron and zinc concentration, medium and brownish yellow seeds. Yield 2.2–3.2 mt/ha. Calima type seeds | Eastern, Nyanza, Central, Western and Rift valley | |
Kenya Majano | High grain iron and zinc concentration. Yield 2.2–3 mt/ha. Medium and yellow seeds | Eastern, Nyanza, Central, Western and Rift valley | |
Kenya Madini | High grain iron and zinc concentration. Yield 2.2–2.5 mt/ha. Calima type seeds | Eastern, Nyanza, Central, Western and Rift valley | |
Kenya mavuno | Resistant to A and CBB. Yield 2–3 mt/ha. Medium/Calima type seeds | Eastern, Nyanza and Central, | |
Kenya Safi | Resistant to A. Yield 1.2–1.5 mt/ha. Medium grains/Calima type seeds | Eastern, Nyanza, Central, Western and Rift valley | |
Mwitemania | Drought tolerant. Yield 1.2–1.5 mt/ha. Medium size/pinto seeds | Eastern, Nyanza, Central, and Rift valley | |
Katheka (KATB 1) | Early maturity, heat and drought tolerant, cooks fast. Yield 1.2–1.5 mt/ha. Medium round yellow seeds | Nyanza, Central, Western and Rift valley | |
KATB 9 | Tolerant to heat, high yielding, drought tolerant, early maturing, cooks fast. Yield 1–1.8 mt/ha. Medium round red seeds | Eastern, Nyanza, Central, Western and Rift valley | |
Malawi | Namajengo | High yielding. Yield 2.5 mt/ha | Livingstonia, Viphya, Dedza |
Kanzama | High yielding and wide adaptation. Yield 2.5 mt/ha | Chitipa, Livingstonia, Viphya | |
Kalima | Tolerant to ALS and A. 2 mt/ha. Large seeds | Chitipa, Livingstonia, Viphya, Dedza | |
Bunda 3 | Resistant to BCMV. Yield 2 mt/ha | Lake Basin, Phalombe | |
Kambidzi | High yielding, tolerant to ALS. Yield 2.5 mt/ha | Lake Basin, Phalombe | |
Nagaga | Tolerant to low soil fertility, resistant to BCMV. Yield 2 mt/ha | Mzimba, Lilongwe, Dowa, Nmawera, Shire | |
Kabalabala | Tolerant to ALS and CBW. Yield 2.5 mt/ha | Lake Basin, Phalombe | |
NUA 59 | Early maturing, high grain iron and zinc concentration. Yield 1.7 mt/ha | Mzimba, Lilongwe, Dowa, Nmawera, Shire | |
Iris | Drought tolerant, early maturing. Yield 3.5 mt/ha. Carioca type seeds | Guruve, Gokwe south and Nyanga | |
Cardinal | Wide adaptation. Yield 4 mt/ha. Calima type seeds | Kwekwe, Marondera, Chipinge and Lupane | |
Speckled Ice | Wide adaptation. Yield 3.5 mt/ha. Sugar type seeds | Chimanimani, Shrugwi, Binga and Chirumanzu | |
NUA 45 | Good taste, high grain iron and zinc concentration, quick to cook. Yield 2.4 mt/ha. Calima type seeds | Guruve, Gokwe south and Nyanga | |
Gloria | Attractive seed color (local market). Yield 2.4 mt/ha | Chimanimani, Shrugwi, Binga and Chirumanzu | |
Bounty | Yield 2 mt/ha. Sugar type seeds | Chimanimani, Shrugwi, Binga and Chirumanzu | |
PAN148 | Widely adapted, resistant to BCMV. Yield 2.1 mt/ha. Sugar type seeds | Kwekwe, Marondera, Chipinge and Lupane | |
PAN127 | Moderately tolerant to rust and resistant to BCMV. Yield 1.6 mt/ha. Sugar type seeds | Kwekwe, Marondera, Chipinge and Lupane | |
Uganda | NABE 1 | Tolerant to ALS, A and BCMV. Medium/large/sugar/red mottled/yellow seeds | Western and Eastern Tall grass |
Kanyebwa | Tolerant to ALS, A and BCMV. Medium/large/sugar/red mottled/Yellow seeds | Western and Eastern Tall grass | |
Nambale | Tolerant to ALS, A and BCMV. Medium/large/sugar/red mottled/Yellow seeds | Western and Eastern Tall grass | |
NABE 4 | Tolerant to ALS, A and BCMV. Medium/large/sugar/red mottled/Yellow seeds | Western and Eastern Tall grass | |
K132, Kanyebwa, Otawa, NABE13, NABE 12C and Kamwanyi | Tolerant to ALS, CBW, wide adaptation. Sugar, medium to large red mottled, small to medium red and brown seeds | Eastern tall grass and Mt. Elgon regions | |
Burundi | Magorori | Tolerant to BCMV, A, BR and R; intermediate reaction to ALS. Yield 1.2–2 mt/ha. Medium grains/calima seeds | All high-altitude areas in Burundi |
Murengeti | Tolerant to ALS, BCMV, R, BR and A; intermediate reaction to HB. Yield 1.5–2 mt/ha. Large grains/kablanket seeds | All high-altitude areas in Burundi | |
Kinure | Tolerant to ALS, BCMV, A, BR and R. Yield 1.5–2 mt/ha. Medium/purple seeds | All high-altitude areas in Burundi | |
Mbunduguru | Tolerant to BCMV, A and BR; resistant to ALS; Intermediate reaction to R. Yield 1–1.3 mt/ha. Medium round yellow seeds | Low to medium altitudes | |
Inakayoba | Tolerant to BCMV, ALS and R; resistant to A and BR. | Low to medium altitudes | |
Inamunihire | Tolerant to A, ALS, BCMV; intermediate reaction to BR. Yield 1.2–2 mt/ha. Large/yellow seeds | Medium altitudes | |
Mubogora | Tolerant to A, ALS, BCMV. Yield 1–1.5 t/ha. Large/red kidney seeds | Medium to high altitudes | |
Bishaza | Resistant to ALS; tolerant to BCMV and CBB; intermediate reaction to A. Yield 1 mt/ha. Medium/Sugar seeds | Medium to high altitudes | |
Bisera | Tolerant to BCMV, ALS, A, BR and RR. Yield 1–1.5 mt/ha. Large/red mottled seeds | Medium altitudes |
5.1.2.2 Most Popular Common Bean Varieties in Central American Countries, Their Characteristics and Site of Cultivation
Country | Variety name | Characteristics | Site of cultivation |
---|---|---|---|
Costa Rica | Suru | Days to harvest 74–80 days. Yield 1.9 mt/ha. 100-SW of 22 g. White seeds | Whole country, recommended in Brunca region |
Tonjibe | Days to harvest 75–80 days. Resistant to BCMV. Yield 1.5 mt/ha. 100-SW of 23 g. Red seeds | Whole country, recommended in Brunca region | |
Chánguena | Days to harvest average 75 days. Resistant to BCMV. Yield 2.3 mt/ha. 100-SW of 21 g. Red seeds | Whole country, recommended in Central region | |
Curré | Days to harvest 74–79 days. Resistant to BCMV. Yield 1.8 mt/ha. 100-SW of 21.5 g. Red seeds | Whole country, recommended in Central region | |
Gibre | Days to harvest 65–70 days. Resistant to BCMV. Yield potential until 2.5 mt/ha. Red seeds | Whole country, recommended in Central region | |
Telire | Days to harvest 72–80 days. Resistant to BCMV and BGMV. Yield 1.8 mt/ha. 100-SW of 23 g. Small red seeds | Whole country, recommended in Brunca region | |
Cabécar | Days to harvest 72–75 days. Resistant to BCMV and BGMV. Yield 1.9 mt/ha. 100-SW of 24 g. Small red seeds | Whole country, recommended in north Huetar region | |
UCR 55 | Days to harvest between 80 and 104 days. Yield 2.3 mt/ha. Black seeds | Whole country, recommended in sites above 840 m under sea level | |
Bríbrí | Days to harvest 76–80 days. Resistant to BCMV. Yield 1.7 mt/ha. 100-SW of 18–20 g. Small red seeds | Whole country, recommended in Chorotega region | |
El Salvador | CENTA Ferromás | Resistant to BCMV and BGYMV. Yield 1.5 mt/ha. High grain iron and zinc concentration. Small red seeds | Most regions |
CENTA Nahuat | Resistant to BCMV and BGYMV. Yield 1.6 mt/ha. Small red seeds | Most regions | |
CENTA CPC | Resistant to BCMV and BGYMV. Tolerant to heat and drought. Yield 1.4 mt/ha. Small red seeds | Most regions | |
CENTA Pipil | Resistant to BCMV and BGMV. Tolerant to heat and drought. Small red (semi-dark) seeds | Most regions | |
CENTA San Andrés | Resistant to BCMV and BGMV. Tolerant to heat and drought. Small red (light) seeds | Most regions | |
CENTA 2000 | Resistant to BCMV and BGMV. Tolerant to R. Tolerant to heat and drought. Small red (semi-dark) seeds | Most regions | |
Guatemala | ICTA Chortí | Days to harvest in average 78 days. Tolerant to R, BGMV, ALS and drought. High grain iron and zinc concentration. Yield 1.9 mt/ha. Opaque black seeds | Regions close to the conditions of Jutiapa, Jalapa and Chiquimula |
ICTA Peten | Days to harvest in average of 78 days. Tolerant to R and BGMV. High grain iron concentration. Yield 2.2 mt/ha. Black seeds | Regions close to the conditions of Peten | |
ICTA Sayaxche | Days to harvest in average of 88 days. Tolerant to R and BGMV. Yield 2.5 mt/ha. Black seeds | Regions close to the conditions of Peten | |
ICTA Superchiva | Days to harvest 120–135 days. High grain iron and zinc concentration. Tolerant to fungus diseases. Yield 1.6 mt/ha. Black seeds | Highland regions | |
Hunapú | Days to harvest 120–135 days. Purple pods, Tolerant to R. Yield 1.9 mt/ha. Black seeds | Central and Western Altiplano region | |
Altanse | Days to harvest 120–135 days. White pods, Tolerant to R. Yield 1.9 mt/ha. Black seeds | Central and Western Altiplano region | |
Texel | Days to harvest 100–110 days. Yield 0.9 mt/ha. Black seeds | Central and Western Altiplano region | |
Honduras | Honduras Nutritivo | Resistant to BCMV and tolerant to BGYMV. Intermediate tolerance to CBB and R. High grain iron concentration. Small red seeds | Most regions |
Azavache 40 | Days to harvest 76–80 days. Resistant to BCMV and BCMNV. Intermediate tolerance to BGYMV, CBB, WB and R. Yield 2.5 mt/ha. Black seeds | Most regions | |
Lenca Precoz | Days to harvest 60–70 days. Resistant to BCMV, BCMNV and BGYMV. Tolerant to CBB, WB and R. Yield 2.2 mt/ha. Small black seeds | Most regions | |
Cardenal | Days to harvest 65–70 days. Resistant to BCMV and BGYMV. Tolerant to WB and R. Yield 1.8 mt/ha. Small red seeds | Most regions | |
Deorho | Days to harvest 70–80 days. Resistant to BCMV and BGYMV. Tolerant to ALS, WB, R, drought, heat and low soil fertility. Yield 2 mt/ha. Small red seeds | Most regions | |
Paraisito Mejorado 2 | Days to harvest 70–75 days. Resistant to BCMV. Intermediate tolerant to BGYMV, CBB and R. Yield 1.7 mt/ha. Small light-red seeds | Most regions | |
Tío Canela 75 | Days to harvest 70–80 days. Resistant to BCMV and BGYMV Intermediate tolerance to A and R. Yield 1.7 mt/ha. Small red seeds | Most regions | |
Amadeus 77 | Days to harvest 70–75 days. Resistant to BCMV and BGYMV. Tolerant to drought. Yield 1.7 mt/ha. Small red seeds | Most regions | |
Carrizalito | Days to harvest 70–75 days. Resistant to BCMV and BGYMV. Tolerant to drought. Yield 2.3 mt/ha. Small red seeds | Most regions | |
Nicaragua | INTA Fuerte Sequía | Days to harvest 72–75 days. Resistant to BCMV and BGYMV. Tolerant to drought and heat. Yield 1.6 mt/ha. Dark red seeds | Most regions |
INTA Precoz | Days to harvest 68–70 days. Resistant to BCMV and BGYMV. Tolerant to drought. Yield 1.3 mt/ha. Small red seeds | Most regions | |
INTA Rojo | Days to harvest 75–78 days. Resistant to BCMV and BGMV. Yield 1.6 mt/ha. Light red seeds | Most regions | |
INTA Cárdenas | Days to harvest 78–80 days. Resistant to BCMV and BGMV. Yield 1.6 mt/ha. Black seeds | Most regions | |
INTA Ferroso | Days to harvest 72–74 days. Resistant to BCMV and BGMV. High grain iron concentration. Yield 1.2 mt/ha. Small red seeds | Most regions | |
INTA Nutritivo | Days to harvest 68–72 days. Resistant to BCMV. Yield 1.6 mt/ha. High grain iron concentration. Red (light) seeds | Most regions | |
DOR364 | Days to harvest 80–85 days. Resistant to BCMV and BGMV. Yield 2.3 mt/ha. Deep dark red seeds | Most regions |
5.1.2.3 Most Popular Common Bean Varieties in South America, Their Characteristics and Site of Cultivation
Country | Variety name | Characteristics | Site of cultivation |
---|---|---|---|
Brazil | BRS Ametista | Tolerant to A, CBB and R. Moderate resistance to Fusarium wilt. 100-SW of 30 g | East and central regions |
BRS Notável | Resistant to CBB and moderately resistant to A, R, Fusarium wilt and Curtobacterium. 100-SW of 26 g | East and central regions | |
BRSMG Madreperola | Moderate potential resistance to A and ALS. 100-SW of 24.5 g | South-east regions | |
BRS Estilo | Adapted to mechanical harvest. Moderately resistant to A and R. 100-SW of 26 g | South and central regions | |
BRSMG Realce | High productive potential and excellent culinary properties. Tolerant to A, CBB, R, Fusarium wilt and Curtobacterium. 100-SW of 43 g | South-east regions | |
BRS Radiante | Good culinary quality. Tolerant to A, R, ALS, Fusarium wilt and Curtobacterium. 100-SW of 44 g | South-east and central regions | |
BRS Agreste | Adapted to direct mechanized harvesting. Moderate resistant to A and Fusarium wilt. 100-SW of 25 g | East regions | |
BRS Vereda | Uniform coloring and excellent culinary properties. Moderately resistant to A, ALS and Fusarium wilt. 100-SW of 26 g | South regions | |
BRS Pitanga | Excellent culinary properties. Moderate resistance to A, R, ALS and Fusarium wilt. 100-SW of 20 g. Red seeds. | West and central regions | |
BRS Executivo | It is an option for producers interested in Sugar Bean type beans. 100-SW of 76 g | South regions | |
BRS Embaixador | Moderate resistance to A and Fusarium wilt. Grains favored for the national market, providing price advantages and with potential for export. 100-SW of 63 g. Red seeds | South regions | |
Jalo Precoce | Early maturing and tolerant to CBB, R and Fusarium wilt. 100-SW of 35 g. Cream seeds | South-east and central regions | |
BRS Esplendor | Adapted to direct mechanical harvesting. Resistant to CBB and tolerant to A, R and Fusarium wilt and Curtobacterium. 100-SW of 22 g. Black seeds | South-east and central regions | |
BRS Campeiro | Excellent culinary qualities. Adapted to direct mechanized harvest. Tolerant to A, R and Fusarium wilt. 100-SW of 25 g. Black seeds | South-east and central regions |
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Jiménez, O.R. (2019). Common Bean (Phaseolus vulgaris L.) Breeding. In: Al-Khayri, J., Jain, S., Johnson, D. (eds) Advances in Plant Breeding Strategies: Legumes. Springer, Cham. https://doi.org/10.1007/978-3-030-23400-3_5
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