Timor Hybrid 832/1
A Timor Hybrid accession used with Caturra in Catimor breeding. Kept distinct from accession 832/2.
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A curated starting point: 113 records across two species, reviewed against World Coffee Research and Brazil’s Instituto Agronômico. This is not a complete catalog. Liberica, other Coffea species, many regional selections and emerging trade names are not yet covered. Featured labels are editorial choices. Zoom in to see every name.
Origins refer to documented discovery or selection, not every country of cultivation. Missing or ambiguous origins remain unknown. Evidence filters match any claim in a profile. Genetic groups are not direct parents. Links only represent reviewed relationships; accession names in descriptions are not automatically varieties.
Manually maintained, with original summaries and claim-level citations. Sources may change after review; no automatic freshness or completeness is promised.
Suggest a variety or correction ↗World Coffee Research · bourbon · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · typica · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · caturra · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · pacas · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · villa-sarchi · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · maragogipe · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · mundo-novo · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · catuai · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · sl28 · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · sl34 · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · pacamara · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · geisha-panama · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · nemaya · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · kr-1 · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · pache · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · venecia · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · tekisic · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · caripe · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · sl14 · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · nyasaland · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · harar-rwanda · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · bourbon-mayaguez-139 · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · bourbon-mayaguez-71 · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · jackson-2-1257 · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · k7 · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · java · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · ab3 · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · bpl10 · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · batian · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · ruiru-11 · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · casiopea · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · h3 · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · centroamericano · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · milenio · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · esperanza · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · mundo-maya · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · evaluna · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · nayarita · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · starmaya · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · catisic · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · costa-rica-95 · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · lempira · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · ihcafe-90 · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · oro-azteca · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · kartika-1 · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · fronton · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · t5175 · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · t8667 · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · t5296 · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · cuscatleco · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · parainema · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · iapar-59 · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · limani · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · marsellesa · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · obata-red · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · monte-claro · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · ipr-107 · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · catigua-mg2 · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · paraiso · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · s795 · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · sln-6 · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · rab-c15 · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · bp-534 · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · bp-936 · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · bp-939 · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · sa-237 · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · tr4 · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · tr9 · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · tr11 · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · trs1 · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · xanh-lun · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · sln-1-r · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · sln-2-r · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · sln-3-r · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · kr-2 · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · kr-3 · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · kr-4 · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · kr-5 · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · kr-6 · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · kr-7 · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · kr-8 · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · kr-9 · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · kr-10 · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · brs-1216 · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · brs-2299 · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · brs-2314 · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · brs-2336 · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · brs-2357 · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · brs-3137 · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · brs-3193 · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · brs-3210 · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · brs-3213 · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · brs-3220 · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · inifap-00-24 · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · inifap-00-28 · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · inifap-95-9 · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · inifap-97-14 · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · inifap-97-15 · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · roubi-1 · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · roubi-2 · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · roubi-3 · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · roubi-4 · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · roubi-6 · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · roubi-7 · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · roubi-8 · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · roubi-9 · Reviewed 2026-09-16 · Publication date not provided
World Coffee Research · roubi-10 · Reviewed 2026-09-16 · Publication date not provided
Instituto Agronômico · Programa café · Reviewed 2026-09-16 · Publication date not provided
Instituto Agronômico · Registro de cultivares · Reviewed 2026-09-16 · Publication date not provided
A curated starting point: 113 records across two species, reviewed against World Coffee Research and Brazil’s Instituto Agronômico. This is not a complete catalog. Liberica, other Coffea species, many regional selections and emerging trade names are not yet covered. Featured labels are editorial choices. Zoom in to see every name.
A Timor Hybrid accession used with Caturra in Catimor breeding. Kept distinct from accession 832/2.
Sources & evidenceA Timor Hybrid accession used with Villa Sarchi in Sarchimor breeding. Kept distinct from accession 832/1.
Sources & evidenceA landrace parent of the F1 hybrids Centroamericano and Milenio.
Sources & evidenceA compact Typica mutation found in Guatemala in 1949.
Sources & evidenceICAFE selected this natural Bourbon mutation in Costa Rica.
Sources & evidenceAn ISIC mass selection of Bourbon released in 1977.
Sources & evidenceA Venezuelan Typica selection identified in 1956.
Sources & evidenceA Scott Laboratories selection from 1936 with a Typica-like genetic background.
Sources & evidenceA historic East African population traced to coffee introduced from Jamaica to Malawi in 1878.
Sources & evidenceThe Rwandan Harar population belongs to the Typica genetic group; the name does not identify every Harar coffee.
Sources & evidenceOne of two related selections from Bourbon Mayaguez populations introduced to East Africa.
Sources & evidenceA Bourbon Mayaguez population selection maintained separately from BM139.
Sources & evidenceSelected from Jackson; its Bourbon genetic affinity is not a documented direct Bourbon parent.
Sources & evidenceSelected from French Mission and released in Kenya in 1936.
Sources & evidenceGenetic evidence places this historically distributed population with Ethiopian landraces.
Sources & evidenceSelected from Ethiopian material introduced to Indonesia; nationally released in 1995.
Sources & evidenceA Typica population selection associated with the Blawan-Pasoemah breeding history in Indonesia.
Sources & evidenceA composite of three lines released in Kenya in 2010. Its complex pedigree is not reduced to direct-parent arrows.
Sources & evidenceA Kenyan composite hybrid combining Catimor material with multiple breeding parents.
Sources & evidenceAn F1 cross of Caturra with the Ethiopian accession ET41.
Sources & evidenceAn F1 cross of Caturra with Ethiopian accession E531.
Sources & evidenceAn F1 cross between T5296 and Rume Sudan.
Sources & evidenceAn F1 hybrid from T5296 and Rume Sudan, distinct from Centroamericano.
Sources & evidenceAn F1 cross of T5296 with Ethiopian accession ET25.
Sources & evidenceSelected by ECOM-CIRAD from T5296 crossed with Ethiopian accession ET01.
Sources & evidenceAn F1 cross of Naryelis and Ethiopian accession ET06.
Sources & evidenceAn ECOM-CIRAD selection from Naryelis crossed with Ethiopian accession ET26.
Sources & evidenceMarsellesa crossed with a male-sterile Ethiopian or Sudanese landrace; propagated through seed.
Sources & evidenceSelected from Timor Hybrid 832/1 crossed with Caturra.
Sources & evidenceAn ICAFE pedigree selection from Timor Hybrid 832/1 crossed with Caturra.
Sources & evidenceAn IHCAFE selection from Timor Hybrid 832/1 crossed with Caturra.
Sources & evidenceA Honduran pedigree selection with Timor Hybrid 832/1 and Caturra ancestry.
Sources & evidenceINIFAP released this Timor Hybrid 832/1 × Caturra selection in Mexico in 1995.
Sources & evidenceA Timor Hybrid 832/1 × Caturra selection released in Indonesia in 1993.
Sources & evidenceSelected in Puerto Rico from Timor Hybrid × Caturra material introduced from Brazil.
Sources & evidenceA breeding population from Timor Hybrid 832/1 × Caturra, not an officially released ICAFE cultivar.
Sources & evidenceA Catimor breeding selection from Timor Hybrid 832/1 × Caturra.
Sources & evidenceA breeding population from Timor Hybrid 832/2 × Villa Sarchi; parent of several F1 hybrids.
Sources & evidencePROCAFÉ selected Cuscatleco from T5296 in El Salvador.
Sources & evidenceAn IHCAFE pedigree selection of T5296, released in 2004.
Sources & evidenceA Brazilian selection from Timor Hybrid 832/2 crossed with Villa Sarchi.
Sources & evidenceA Puerto Rican selection from Timor Hybrid 832/2 × Villa Sarchi, released in 1994.
Sources & evidenceAn ECOM-CIRAD selection from Timor Hybrid 832/2 × Villa Sarchi, released in 2009.
Sources & evidenceAn IAC selection from Timor Hybrid 832/2 × Villa Sarchi, released in Brazil in 2000.
Sources & evidenceA Venezuelan selection from Timor Hybrid 832/2 crossed with Villa Sarchi.
Sources & evidenceA cross between IAPAR 59 and Mundo Novo, released in 2010.
Sources & evidenceEPAMIG developed this cultivar using Timor Hybrid UFV 440-10 and Catuaí Amarelo IAC 86.
Sources & evidenceDeveloped by EPAMIG and UFV from Catuaí Amarelo IAC 30 and Timor Hybrid UFV 445-46.
Sources & evidenceAn Indian selection from S288 × Kent, carrying Liberica introgression through S288.
Sources & evidenceDerived from Kent crossed with canephora S.274 and successive backcrosses to Kent.
Sources & evidenceRwanda released this selection of the Indian population Sln.6 in 2015.
Sources & evidenceAn individually selected clone from a plantation in Jember, East Java.
Sources & evidenceSelected from the cross SA 164-11 × BP 42 by ICCRI.
Sources & evidenceSelected from BP 42 × SA 1366 by ICCRI.
Sources & evidenceA clone selected from robusta populations at West Kendenglembu.
Sources & evidenceA Daklak mother-tree selection recognized in Vietnam in 2006.
Sources & evidenceA Daklak mother-tree selection recognized in Vietnam in 2011.
Sources & evidenceA Daklak mother-tree selection recognized in Vietnam in 2011.
Sources & evidenceA synthetic variety combining TR4, TR9, TR11 and TR12; released in Vietnam in 2015.
Sources & evidenceA farmer-selected mother tree from Lam Dong, subsequently evaluated by WASI.
Sources & evidenceAlso known as S.274; an Indian selection with congensis introgression.
Sources & evidenceA seed mixture derived from selected Balehonnur Robusta progenies.
Sources & evidenceAn Indian breeding product involving canephora and congensis with backcrossing.
Sources & evidenceA NaCORI clone selected in Uganda after screening for coffee wilt disease resistance.
Sources & evidenceA NaCORI clone selected in Uganda after screening for coffee wilt disease resistance.
Sources & evidenceA NaCORI clone selected in Uganda after screening for coffee wilt disease resistance.
Sources & evidenceA NaCORI clone selected in Uganda after screening for coffee wilt disease resistance.
Sources & evidenceA NaCORI clone selected in Uganda after screening for coffee wilt disease resistance.
Sources & evidenceA NaCORI clone selected in Uganda after screening for coffee wilt disease resistance.
Sources & evidenceA NaCORI clone selected in Uganda after screening for coffee wilt disease resistance.
Sources & evidenceA NaCORI clone selected in Uganda after screening for coffee wilt disease resistance.
Sources & evidenceA NaCORI clone selected in Uganda after screening for coffee wilt disease resistance.
Sources & evidenceA Brazilian clone from Robusta 1675 × Encapa 03.
Sources & evidenceAn Embrapa field selection from a natural conilon–robusta cross; its individual parents are unknown.
Sources & evidenceA Brazilian clone from Robusta 640 × Encapa 03.
Sources & evidenceAn Embrapa field selection from a natural conilon–robusta cross; its individual parents are unknown.
Sources & evidenceAn Embrapa field selection from a natural conilon–robusta cross; its individual parents are unknown.
Sources & evidenceAn Embrapa field selection from a natural conilon–robusta cross; its individual parents are unknown.
Sources & evidenceAn Embrapa field selection from a natural conilon–robusta cross; its individual parents are unknown.
Sources & evidenceAn Embrapa field selection from a natural conilon–robusta cross; its individual parents are unknown.
Sources & evidenceAn Embrapa field selection from a natural conilon–robusta cross; its individual parents are unknown.
Sources & evidenceAn Embrapa field selection from a natural conilon–robusta cross; its individual parents are unknown.
Sources & evidenceA canephora clone evaluated and released by the Mexican breeding program; its parents are not identified in the profile.
Sources & evidenceA canephora clone evaluated and released by the Mexican breeding program; its parents are not identified in the profile.
Sources & evidenceA canephora clone evaluated and released by the Mexican breeding program; its parents are not identified in the profile.
Sources & evidenceA canephora clone evaluated and released by the Mexican breeding program; its parents are not identified in the profile.
Sources & evidenceA canephora clone evaluated and released by the Mexican breeding program; its parents are not identified in the profile.
Sources & evidenceA commercially released robusta clone; the source does not identify its genetic group or parents.
Sources & evidenceA commercially released robusta clone; the source does not identify its genetic group or parents.
Sources & evidenceA commercially released robusta clone; the source does not identify its genetic group or parents.
Sources & evidenceA commercially released robusta clone; the source does not identify its genetic group or parents.
Sources & evidenceA commercially released robusta clone; the source does not identify its genetic group or parents.
Sources & evidenceA commercially released robusta clone; the source does not identify its genetic group or parents.
Sources & evidenceA commercially released robusta clone; the source does not identify its genetic group or parents.
Sources & evidenceA commercially released robusta clone; the source does not identify its genetic group or parents.
Sources & evidenceA commercially released robusta clone; the source does not identify its genetic group or parents.
Sources & evidenceAn old Arabica variety carried from Yemen to Réunion. Its descendants include several compact mutations.
Sources & evidenceA foundational Arabica variety with a migration history through Yemen, India and Java. Its exact origin is not reduced to one country here.
Sources & evidenceA compact mutation of Bourbon discovered in Brazil and subsequently selected by IAC.
Sources & evidenceA compact Bourbon mutation discovered on the Pacas family farm in El Salvador.
Sources & evidenceA Bourbon mutation selected in Costa Rica. Its relationship to Bourbon is documented as a mutation.
Sources & evidenceA large-seeded mutation of Typica discovered in Brazil. It is one parent of Pacamara.
Sources & evidenceA Brazilian selection from a natural cross between Typica and Bourbon.
Sources & evidenceDeveloped at IAC by crossing Mundo Novo with Caturra. Multiple red- and yellow-fruited selections exist.
Sources & evidenceSelected at Scott Agricultural Laboratories in Kenya. Bourbon-like genetics indicate a group relationship, not a documented direct parent.
Sources & evidenceA Kenyan Scott Laboratories selection with Typica-like genetics. Group membership is separate from parentage.
Sources & evidenceA cross of Pacas and Maragogipe developed in El Salvador. The population is not fully genetically stabilized.
Sources & evidenceThis entry refers to the Panamanian lineage descended from accession T2722, collected in Ethiopia. It does not merge all coffees sold as Gesha.
Sources & evidenceA canephora rootstock bred from accessions T3561 and T3751 by PROMECAFE, CIRAD and CATIE. Those accessions are not separate varieties in this atlas.
Sources & evidenceA Ugandan NaCORI selection screened for coffee wilt disease resistance. Its parentage is not mapped in this edition.
Sources & evidenceAn IAC canephora cultivar registered in 1987 and used as a rootstock. Its listing comes directly from the Brazilian breeding institute.
Sources & evidenceA named red Caturra selection listed by IAC. Kept distinct from the broader Caturra entry; detailed pedigree remains unreviewed here.
Sources & evidenceA named yellow Caturra selection listed by IAC. This atlas preserves its selection identifier rather than merging it with Caturra.
Sources & evidence