Dataset Viewer
Auto-converted to Parquet Duplicate
prompt
stringlengths
0
23.6k
completion
stringlengths
1
15.1k
enhanced_prompt
stringlengths
0
19.7k
enhanced_completion
stringlengths
199
178k
crop
stringclasses
392 values
dataset_version
stringclasses
2 values
evidence_policy
stringclasses
2 values
fact_group
stringlengths
0
29
generation_method
stringclasses
7 values
id
stringlengths
0
22
language
stringclasses
3 values
license
stringclasses
4 values
region
stringlengths
0
160
safety_flags
stringclasses
10 values
source_id
stringclasses
4 values
source_row_id
stringlengths
0
55
source_url
stringclasses
4 values
task_type
stringclasses
8 values
verification_status
stringclasses
5 values
Agricultural evidence task — TL|South Coast Lowland — Bean, broad green — calendar interval membership Answer for a farmer-facing technical workflow. Accuracy and traceability take priority over fluency, and every unsupported field condition must remain unknown. Producer or analyst question Does 1 May fall within the...
1. Direct answer No. The recorded sowing range(s) are window 1: 15 November to 1 December; window 2: 15 May to 15 June; window 3: 30 May to 5 June; window 4: 20 November to 10 December. This is a historical regional calendar, not a live forecast or a field-specific recommendation. 2. Evidence used This calendar interv...
1. Agricultural finding No. 1 May does not fall within the recorded sowing window for Bean, broad green in South Coast Lowland, Timor-Leste, using FAO record windows 1–4. 2. Supporting record Source: FAO Crop Calendar API. Crop and place: Bean, broad green; South Coast Lowland, Timor-Leste. Record update: 26/02/2021. ...
Bean, broad green
2.0.0
completion_numbers_and_units_must_be_supported
fao:TL:crop-0027:aez-006
deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging
agroveritas-v200-15451
en-US
cc-by-4.0
TL|South Coast Lowland
historical_calendar_not_live_forecast
fao_crop_calendar_api
v05:fed1d06cf417c8472e6ade8e:membership
https://api-cropcalendar.apps.fao.org/
calendar_date_membership
date_interval_formula_verified+source_text_preserved
Agricultural evidence task — Nigeria|Katsina|Ingawa — unspecified — evidence-bounded agricultural advisory Act as a bilingual-ready agricultural evidence steward. Recover the requested result, show how it follows from the record, and prevent unsafe overinterpretation. Producer or analyst question What are the best ir...
1. Agricultural finding The supplied evidence cannot establish the live weather requested. For the representative grid cell for Katsina, Nigeria, NASA POWER's 20-year Meteorological and Solar Monthly & Annual Climatologies (January 2001 - December 2020) gives March averages of 27.9 °C mean temperature, 41.5 °C daily ma...
1. Planning answer The provided evidence does not contain information on specific irrigation methods for beans and maize, nor does it provide current weather conditions for Katsina. Therefore, no recommendation on the "best irrigation methods" can be made from this record alone. The historical data indicates that March...
unspecified
2.0.0
completion_numbers_and_units_must_be_supported
region-climate:2334797
real_farmer_query+deterministic_climate_guardrail+deterministic_five_part_grade10_packaging
agroveritas-v200-17104
en-US
cc-by-4.0+cc0
Nigeria|Katsina|Ingawa
historical_climatology_not_live_forecast|intent:live_weather
digigreen_farmerchat_queries+nasa_power_climatology
v05:70655ac7dd553f2d5d78a3bf
https://huggingface.co/datasets/DigiGreen/farmerchat-queries
regional_climate_advisory_guardrail
source_metadata_and_formula_verified+source_text_preserved
Agricultural evidence task — CV|Areas sub-humid and wet altitude — Sweet potato — regional crop-calendar extraction Convert the structured agricultural record into a practical answer without filling gaps from general knowledge or turning historical evidence into a live prescription. Producer or analyst question Accor...
1. Agricultural finding FAO records for Sweet potato in Areas sub-humid and wet altitude, Cabo Verde: Window 1 (saison pluviale): sowing 15 July to 30 September; harvest 31 October to 31 January. These are record windows 1–1 of 1. The source record was last updated 26/02/2021. Treat the dates as a historical regional c...
1. Decision According to the FAO Crop Calendar, the usual sowing window for Sweet potato in Areas sub-humid and wet altitude, Cabo Verde is 15 July to 30 September, and the harvest window is 31 October to 31 January for Cycle 1 (saison pluviale). 2. Source trace Record: FAO Crop Calendar API. Record update: 26/02/2021...
Sweet potato
2.0.0
completion_numbers_and_units_must_be_supported
fao:CV:crop-0341:aez-005
deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging
agroveritas-v200-06880
en-US
cc-by-4.0
CV|Areas sub-humid and wet altitude
regional_calendar_scope
fao_crop_calendar_api
v05:38e043690fd59e83089472b9
https://api-cropcalendar.apps.fao.org/
regional_crop_calendar
formula_and_field_verified+source_text_preserved
Agricultural evidence task — NP|A. Terai Agro-ecological Zone — Chard — regional crop-calendar extraction Produce a high-integrity agricultural planning response. Keep the answer bounded to the source and require current local verification before resources are committed. Producer or analyst question According to the ...
1. Agricultural finding FAO records for Chard in A. Terai Agro-ecological Zone, Nepal: Window 1 (Winter Season): sowing 15 October to 15 January; harvest 15 December to 15 March. These are record windows 1–1 of 1. The source record was last updated 26/02/2021. Treat the dates as a historical regional calendar, not a li...
### 1. Agricultural finding According to the FAO Crop Calendar data for **Chard** in the **A. Terai Agro-ecological Zone, Nepal**, the usual sowing window is **15 October to 15 January**, and the corresponding harvest window is **15 December to 15 March**. This represents the single recorded cycle (Winter Season) avail...
Chard
2.0.0
completion_numbers_and_units_must_be_supported
fao:NP:crop-0081:aez-001
deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging
agroveritas-v200-10561
en-US
cc-by-4.0
NP|A. Terai Agro-ecological Zone
regional_calendar_scope
fao_crop_calendar_api
v05:807e5d49310a997128fd75c4
https://api-cropcalendar.apps.fao.org/
regional_crop_calendar
formula_and_field_verified+source_text_preserved
Tarea de evidencia agrícola — CV|Las zonas semiáridas y sub-húmedo altitud media-baja — Frijoles, lima — pertenencia a un intervalo de calendario Produzca una respuesta de planificación agrícola de alta integridad. Manténgala dentro de la fuente y exija verificación local antes de comprometer recursos. Pregunta de la...
1. Hallazgo agrícola Sí. Los rangos registrados de siembra son ventana 1: 15 agosto a 15 septiembre. Es un calendario regional histórico, no un pronóstico en vivo ni una recomendación específica para un lote. 2. Registro de respaldo Esta respuesta de pertenencia a un intervalo de calendario está ligada a fao_crop_cale...
1. **Respuesta dentro del alcance** Sí, el 15 de agosto está dentro de la ventana registrada de siembra para Frijoles, lima en Las zonas semiáridas y sub-húmedo altitud media-baja, Cabo Verde, según los datos de la fuente proporcionada. 2. **Correspondencia con el registro** - **Fuente:** API del Calendario de Cultivo...
Frijoles, lima
2.0.0
completion_numbers_and_units_must_be_supported
fao:CV:crop-0029:aez-004
deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging
agroveritas-v200-01652
es-419
cc-by-4.0
CV|Las zonas semiáridas y sub-húmedo altitud media-baja
historical_calendar_not_live_forecast
fao_crop_calendar_api
v05:20b29c846af897c7686752c2:membership
https://api-cropcalendar.apps.fao.org/
calendar_date_membership
date_interval_formula_verified+source_text_preserved
Agricultural evidence task — SN|niayes — Sweet potato — calendar interval membership Work as an evidence-first agricultural analyst. Preserve the supplied record exactly and separate documentary facts from current field conditions. Producer or analyst question Does 1 January fall within the recorded harvesting window...
1. Planning answer Yes. The recorded harvesting range(s) are window 1: 1 January to 31 December. This is a historical regional calendar, not a live forecast or a field-specific recommendation. 2. Traceability This calendar interval membership answer is tied to fao_crop_calendar_api for SN|niayes. The original verified...
### 1. Source-bound response Yes, 1 January falls within the recorded harvesting window for Sweet potato in niayes, Senegal, according to the FAO Crop Calendar API record (Cycle 1), which defines the harvest period as 1 January to 31 December. ### 2. Evidence map - **Source**: FAO Crop Calendar API. - **Crop**: Sweet ...
Sweet potato
2.0.0
completion_numbers_and_units_must_be_supported
fao:SN:crop-0341:aez-001
deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging
agroveritas-v200-03971
en-US
cc-by-4.0
SN|niayes
historical_calendar_not_live_forecast
fao_crop_calendar_api
v05:1f05031d71e0b85c55897d61:membership
https://api-cropcalendar.apps.fao.org/
calendar_date_membership
date_interval_formula_verified+source_text_preserved
Tarea de evidencia agrícola — KP|tierras altas del norte — Cebada — pertenencia a un intervalo de calendario Trate esta consulta como una prueba de fidelidad a la fuente en apoyo a decisiones agrícolas. Los valores, unidades, lugares, intervalos y límites deben permanecer intactos. Pregunta de la persona productora o...
1. Respuesta ligada a la fuente No. Los rangos registrados de cosecha son ventana 1: 25 julio a 15 agosto. Es un calendario regional histórico, no un pronóstico en vivo ni una recomendación específica para un lote. 2. Mapa de evidencia Esta respuesta de pertenencia a un intervalo de calendario está ligada a fao_crop_c...
1. Resultado solicitado No, el 1 de septiembre no está dentro de la ventana registrada de cosecha para Cebada en tierras altas del norte, RPD de Corea, usando las ventanas FAO 1–1. 2. Procedencia Fuente: API del Calendario de Cultivos de la FAO. Cultivo y lugar: Cebada; tierras altas del norte, RPD de Corea. Ciclo 1: ...
Cebada
2.0.0
completion_numbers_and_units_must_be_supported
fao:KP:crop-0024:aez-002
deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging
agroveritas-v200-19123
es-419
cc-by-4.0
KP|tierras altas del norte
historical_calendar_not_live_forecast
fao_crop_calendar_api
v05:b8557771e658fccf8331868e:membership
https://api-cropcalendar.apps.fao.org/
calendar_date_membership
date_interval_formula_verified+source_text_preserved
Agricultural evidence task — TL|Southern Slopes — Wateconvolvulus — calendar interval membership Answer for a farmer-facing technical workflow. Accuracy and traceability take priority over fluency, and every unsupported field condition must remain unknown. Producer or analyst question Does 1 June fall within the reco...
1. Agricultural finding No. The recorded sowing range(s) are window 1: 1 May to 30 May. This is a historical regional calendar, not a live forecast or a field-specific recommendation. 2. Supporting record This calendar interval membership answer is tied to fao_crop_calendar_api for TL|Southern Slopes. The original ver...
1. **Requested output** No. 1 June does not fall within the recorded sowing window for Wateconvolvulus in Southern Slopes, Timor-Leste, using FAO record windows 1–1. 2. **Provenance** - Source: FAO Crop Calendar API. - Crop and place: Wateconvolvulus; Southern Slopes, Timor-Leste. - Record update: 26/02/2021. - Cycle:...
Wateconvolvulus
2.0.0
completion_numbers_and_units_must_be_supported
fao:TL:crop-0369:aez-005
deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging
agroveritas-v200-17360
en-US
cc-by-4.0
TL|Southern Slopes
historical_calendar_not_live_forecast
fao_crop_calendar_api
v05:d27a9cdda8383bb997ea865d:membership
https://api-cropcalendar.apps.fao.org/
calendar_date_membership
date_interval_formula_verified+source_text_preserved
Tarea de evidencia agrícola — ZW|Zona IIb — Pepino — pertenencia a un intervalo de calendario Trabaje como analista agrícola que prioriza la evidencia. Conserve exactamente el registro suministrado y separe los hechos documentales de las condiciones actuales del campo. Pregunta de la persona productora o analista ¿El...
1. Resultado No. Los rangos registrados de siembra son ventana 1: 1 agosto a 28 febrero. Es un calendario regional histórico, no un pronóstico en vivo ni una recomendación específica para un lote. 2. Base documental Esta respuesta de pertenencia a un intervalo de calendario está ligada a fao_crop_calendar_api para ZW|...
1. Respuesta dentro del alcance No. El 1 de marzo no está dentro de la ventana registrada de siembra para Pepino en Zona IIb, Zimbabue, usando las ventanas FAO 1–1. 2. Correspondencia con el registro - Fuente: API del Calendario de Cultivos de la FAO. - Cultivo y lugar: Pepino; Zona IIb, Zimbabue. - Ciclo utilizado: C...
Pepino
2.0.0
completion_numbers_and_units_must_be_supported
fao:ZW:crop-0119:aez-003
deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging
agroveritas-v200-14952
es-419
cc-by-4.0
ZW|Zona IIb
historical_calendar_not_live_forecast
fao_crop_calendar_api
v05:2155f9376abe4bc6d5b59fb0:membership
https://api-cropcalendar.apps.fao.org/
calendar_date_membership
date_interval_formula_verified+source_text_preserved
Agricultural evidence task — EG|North West Region — Black cumin — calendar interval membership Treat this as a source-fidelity test in agricultural decision support. Exact values, units, locations, intervals, and evidence limits must survive unchanged. Producer or analyst question Does 1 December fall within the reco...
1. Planning answer No. The recorded harvesting range(s) are window 1: 10 April to 1 May. This is a historical regional calendar, not a live forecast or a field-specific recommendation. 2. Traceability This calendar interval membership answer is tied to fao_crop_calendar_api for EG|North West Region. The original verif...
### 1. Requested output No, 1 December does not fall within the recorded harvesting window for Black cumin in the North West Region, Egypt. The recorded harvest interval is strictly limited to 10 April to 1 May. ### 2. Provenance - **Source**: FAO Crop Calendar API. - **Crop**: Black cumin. - **Location**: North West ...
Black cumin
2.0.0
completion_numbers_and_units_must_be_supported
fao:EG:crop-0040:aez-004
deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging
agroveritas-v200-07337
en-US
cc-by-4.0
EG|North West Region
historical_calendar_not_live_forecast
fao_crop_calendar_api
v05:c0d68a38b28e7978d91249df:membership
https://api-cropcalendar.apps.fao.org/
calendar_date_membership
date_interval_formula_verified+source_text_preserved
Tarea de evidencia agrícola — TZ|Mesetas del Este y Bloques de montaña — Patata — pertenencia a un intervalo de calendario Trabaje como analista agrícola que prioriza la evidencia. Conserve exactamente el registro suministrado y separe los hechos documentales de las condiciones actuales del campo. Pregunta de la pers...
1. Resultado No. Los rangos registrados de cosecha son ventana 1: 1 diciembre a 1 marzo; ventana 2: 1 febrero a 1 mayo. Es un calendario regional histórico, no un pronóstico en vivo ni una recomendación específica para un lote. 2. Base documental Esta respuesta de pertenencia a un intervalo de calendario está ligada a...
1. Resultado No. El 15 de mayo no está dentro de la ventana registrada de cosecha para Patata en Mesetas del Este y Bloques de montaña, Tanzania, usando las ventanas FAO 1–2. 2. Base documental - Fuente: API del Calendario de Cultivos de la FAO. - Cultivo y lugar: Patata; Mesetas del Este y Bloques de montaña, Tanzani...
Patata
2.0.0
completion_numbers_and_units_must_be_supported
fao:TZ:crop-0283:aez-002
deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging
agroveritas-v200-06905
es-419
cc-by-4.0
TZ|Mesetas del Este y Bloques de montaña
historical_calendar_not_live_forecast
fao_crop_calendar_api
v05:e90ad75b0729d33c46f15ac5:membership
https://api-cropcalendar.apps.fao.org/
calendar_date_membership
date_interval_formula_verified+source_text_preserved
Tarea de evidencia agrícola — India|Andhra Pradesh — unspecified — extracción de variable climática ligada a la fuente Prepare una respuesta agrícola auditable para entregar al servicio de extensión. Use solo la evidencia verificada e identifique toda dependencia operativa pendiente. Pregunta de la persona productora...
1. Respuesta directa NASA POWER informa 0.58 índice sin unidad de humedad de la zona radicular en enero para la celda representativa. El valor proviene de 20-year Meteorological and Solar Monthly & Annual Climatologies (January 2001 - December 2020); es climatología histórica, no tiempo en vivo ni un umbral de estrés e...
1. Respuesta ligada a la fuente El valor histórico de humedad de la zona radicular informado por NASA POWER para Andhra Pradesh, India, en enero es 0.58 índice sin unidad. La limitación correspondiente es que este dato pertenece a la climatología del periodo de referencia 20-year Meteorological and Solar Monthly & Annu...
unspecified
2.0.0
completion_numbers_and_units_must_be_supported
region-climate:1278629
deterministic_climate_field_extraction+deterministic_five_part_grade10_packaging
agroveritas-v200-04435
es-419
cc0+cc-by-4.0
India|Andhra Pradesh
historical_climatology_not_live_forecast
nasa_power_climatology+geonames
v05:e37d135de07d72695b0c8782:variable-GWETROOT
https://power.larc.nasa.gov/docs/services/api/temporal/climatology/
regional_climate_variable
formula_and_unit_verified+source_text_preserved
Tarea de evidencia agrícola — KE|Lowerland zona 2 (L2) / interior de tierras bajas (IL2) — Cebolla — extracción de calendario regional de cultivos Trate esta consulta como una prueba de fidelidad a la fuente en apoyo a decisiones agrícolas. Los valores, unidades, lugares, intervalos y límites deben permanecer intactos...
1. Respuesta ligada a la fuente Registros de la FAO para Cebolla en Lowerland zona 2 (L2) / interior de tierras bajas (IL2), Kenia: Ventana 1: siembra 31 marzo a 1 abril; cosecha 31 agosto a 15 octubre. Corresponden a las ventanas 1–1 de 1. El registro fuente se actualizó por última vez el 26/02/2021. Trate las fechas ...
### 1. Respuesta dentro del alcance Según el registro del Calendario de Cultivos de la FAO para **Cebolla** en **Lowerland zona 2 (L2) / interior de tierras bajas (IL2), Kenia**, la ventana habitual de siembra es del **31 de marzo al 1 de abril** y la ventana habitual de cosecha es del **31 de agosto al 15 de octubre**...
Cebolla
2.0.0
completion_numbers_and_units_must_be_supported
fao:KE:crop-0247:aez-024
deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging
agroveritas-v200-16954
es-419
cc-by-4.0
KE|Lowerland zona 2 (L2) / interior de tierras bajas (IL2)
regional_calendar_scope
fao_crop_calendar_api
v05:2a040b2a04934001f5dbc759
https://api-cropcalendar.apps.fao.org/
regional_crop_calendar
formula_and_field_verified+source_text_preserved
Agricultural evidence task — ET|Sub-moist Agro-ecology (hot to warm low lands, tepid to cool mid-highlands and cold to very cold sub-afroalpin to afroalpin) — Mango — calendar interval membership Work as an evidence-first agricultural analyst. Preserve the supplied record exactly and separate documentary facts from cu...
1. Planning answer Yes. The recorded sowing range(s) are window 1: 1 January to 31 December. This is a historical regional calendar, not a live forecast or a field-specific recommendation. 2. Traceability This calendar interval membership answer is tied to fao_crop_calendar_api for ET|Sub-moist Agro-ecology (hot to wa...
### 1. Result Yes, 1 January falls within the recorded sowing window for Mango in the Sub-moist Agro-ecology (hot to warm low lands, tepid to cool mid-highlands and cold to very cold sub-afroalpin to afroalpin) of Ethiopia, according to FAO record windows 1–1. The specific cycle cited defines the sowing period as "all-...
Mango
2.0.0
completion_numbers_and_units_must_be_supported
fao:ET:crop-0215:aez-003
deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging
agroveritas-v200-16263
en-US
cc-by-4.0
ET|Sub-moist Agro-ecology (hot to warm low lands, tepid to cool mid-highlands and cold to very cold sub-afroalpin to afroalpin)
historical_calendar_not_live_forecast
fao_crop_calendar_api
v05:7d7589e485ee425515bf4fd4:membership
https://api-cropcalendar.apps.fao.org/
calendar_date_membership
date_interval_formula_verified+source_text_preserved
Agricultural evidence task — PK|Plains of Balochistan — Corn, sweet — calendar interval membership Answer for a farmer-facing technical workflow. Accuracy and traceability take priority over fluency, and every unsupported field condition must remain unknown. Producer or analyst question Does 15 May fall within the re...
1. Source-bound response Yes. The recorded sowing range(s) are window 1: 15 May to 30 June. This is a historical regional calendar, not a live forecast or a field-specific recommendation. 2. Evidence map This calendar interval membership answer is tied to fao_crop_calendar_api for PK|Plains of Balochistan. The origina...
1. Planning answer Yes, 15 May falls within the recorded sowing window for Corn, sweet in Plains of Balochistan, Pakistan, using FAO record windows 1–1. 2. Traceability - Source: FAO Crop Calendar API. - Crop: Corn, sweet. - Location: Plains of Balochistan, Pakistan. - Cycle: Cycle 1 (1st season; Recommended variety: ...
Corn, sweet
2.0.0
completion_numbers_and_units_must_be_supported
fao:PK:crop-0113:aez-008
deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging
agroveritas-v200-00544
en-US
cc-by-4.0
PK|Plains of Balochistan
historical_calendar_not_live_forecast
fao_crop_calendar_api
v05:715a7317d3647e66b7fbcf1d:membership
https://api-cropcalendar.apps.fao.org/
calendar_date_membership
date_interval_formula_verified+source_text_preserved
Tarea de evidencia agrícola — ZM|Región IIA — Sorgo — pertenencia a un intervalo de calendario Revise la pregunta agrícola frente al registro suministrado. La respuesta debe ser completa, reproducible y explícita sobre lo que la evidencia no puede establecer. Pregunta de la persona productora o analista ¿El 1 diciemb...
1. Respuesta directa Sí. Los rangos registrados de siembra son ventana 1: 1 diciembre a 1 enero. Es un calendario regional histórico, no un pronóstico en vivo ni una recomendación específica para un lote. 2. Evidencia utilizada Esta respuesta de pertenencia a un intervalo de calendario está ligada a fao_crop_calendar_...
1. **Respuesta directa** Sí, el 1 de diciembre está dentro de la ventana registrada de siembra para Sorgo en la Región IIA, Zambia, conforme a los datos de la fuente proporcionada (ventanas FAO 1–1). 2. **Evidencia utilizada** - Fuente: API del Calendario de Cultivos de la FAO. - Cultivo y lugar: Sorgo; Región IIA, Za...
Sorgo
2.0.0
completion_numbers_and_units_must_be_supported
fao:ZM:crop-0325:aez-002
deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging
agroveritas-v200-16354
es-419
cc-by-4.0
ZM|Región IIA
historical_calendar_not_live_forecast
fao_crop_calendar_api
v05:fa53b4660e4841b2ddf005f7:membership
https://api-cropcalendar.apps.fao.org/
calendar_date_membership
date_interval_formula_verified+source_text_preserved
Tarea de evidencia agrícola — GW|interior de la meseta — Repollo, común — pertenencia a un intervalo de calendario Prepare una respuesta agrícola auditable para entregar al servicio de extensión. Use solo la evidencia verificada e identifique toda dependencia operativa pendiente. Pregunta de la persona productora o a...
1. Respuesta ligada a la fuente Sí. Los rangos registrados de siembra son ventana 1: 15 octubre a 31 diciembre; ventana 2: 15 octubre a 31 diciembre; ventana 3: 15 octubre a 31 diciembre. Es un calendario regional histórico, no un pronóstico en vivo ni una recomendación específica para un lote. 2. Mapa de evidencia Es...
### 1. Respuesta directa Sí, el 15 de octubre está dentro de la ventana registrada de siembra para Repollo, común en el interior de la meseta, Guinea-Bissau, según las ventanas FAO 1–3. La fecha coincide exactamente con el día de inicio del intervalo de siembra documentado para los tres ciclos reportados. ### 2. Evide...
Repollo, común
2.0.0
completion_numbers_and_units_must_be_supported
fao:GW:crop-0065:aez-012
deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging
agroveritas-v200-10443
es-419
cc-by-4.0
GW|interior de la meseta
historical_calendar_not_live_forecast
fao_crop_calendar_api
v05:5c5d3ab24bb89ebbdfe512f0:membership
https://api-cropcalendar.apps.fao.org/
calendar_date_membership
date_interval_formula_verified+source_text_preserved
Agricultural evidence task — NP|A. Terai Agro-ecological Zone — Grass pea — calendar interval membership Prepare an auditable agricultural response for an extension handoff. Use only the verified evidence below and identify every unresolved operational dependency. Producer or analyst question Does 15 December fall wi...
1. Answer in scope Yes. The recorded harvesting range(s) are window 1: 15 December to 15 January. This is a historical regional calendar, not a live forecast or a field-specific recommendation. 2. Record alignment This calendar interval membership answer is tied to fao_crop_calendar_api for NP|A. Terai Agro-ecological...
1. Requested output Yes, 15 December falls within the recorded harvesting window for Grass pea in A. Terai Agro-ecological Zone, Nepal, using FAO record windows 1–1. 2. Provenance - Source: FAO Crop Calendar API. - Crop and place: Grass pea; A. Terai Agro-ecological Zone, Nepal. - Source cycle: Cycle 1 (Summer Season)...
Grass pea
2.0.0
completion_numbers_and_units_must_be_supported
fao:NP:crop-0154:aez-001
deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging
agroveritas-v200-00602
en-US
cc-by-4.0
NP|A. Terai Agro-ecological Zone
historical_calendar_not_live_forecast
fao_crop_calendar_api
v05:a8c0ee2d9ee32f127eab6369:membership
https://api-cropcalendar.apps.fao.org/
calendar_date_membership
date_interval_formula_verified+source_text_preserved
Agricultural evidence task — TL|Northern Upland — Rice — regional crop-calendar extraction Review the agricultural question against the supplied source record. The response must be complete, reproducible, and explicit about what the evidence cannot establish. Producer or analyst question According to the FAO Crop Cal...
1. Source-bound response FAO records for Rice in Northern Upland, Timor-Leste: Window 1 (First Season): sowing 30 January to 20 February; harvest 30 April to 20 May. Window 2 (Second Season): sowing 20 June to 20 July; harvest 20 September to 20 October. These are record windows 1–2 of 2. The source record was last upd...
### 1. Decision According to the FAO Crop Calendar record for **Rice** in **Northern Upland, Timor-Leste**, the usual windows are: * **First Season:** Sowing from **30 January to 20 February**; Harvest from **30 April to 20 May**. * **Second Season:** Sowing from **20 June to 20 July**; Harvest from **20 September ...
Rice
2.0.0
completion_numbers_and_units_must_be_supported
fao:TL:crop-0303:aez-003
deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging
agroveritas-v200-06212
en-US
cc-by-4.0
TL|Northern Upland
regional_calendar_scope
fao_crop_calendar_api
v05:99078367fee3a4e61354de0e
https://api-cropcalendar.apps.fao.org/
regional_crop_calendar
formula_and_field_verified+source_text_preserved
Tarea de evidencia agrícola — EG|cerca de una región Delta suelos recuperados viejos "NDRORL" — Arveja, seca — pertenencia a un intervalo de calendario Trabaje como analista agrícola que prioriza la evidencia. Conserve exactamente el registro suministrado y separe los hechos documentales de las condiciones actuales de...
1. Decisión Sí. Los rangos registrados de siembra son ventana 1: 15 febrero a 1 marzo; ventana 2: 15 agosto a 1 marzo. Es un calendario regional histórico, no un pronóstico en vivo ni una recomendación específica para un lote. 2. Rastro de la fuente Esta respuesta de pertenencia a un intervalo de calendario está ligad...
1. Hallazgo agrícola Sí, el 15 de febrero está dentro de la ventana registrada de siembra para Arveja, seca en cerca de una región Delta suelos recuperados viejos "NDRORL", Egipto, usando las ventanas FAO 1–2. 2. Registro de respaldo Fuente: API del Calendario de Cultivos de la FAO. Cultivo y lugar: Arveja, seca; cerc...
Arveja, seca
2.0.0
completion_numbers_and_units_must_be_supported
fao:EG:crop-0259:aez-002
deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging
agroveritas-v200-12802
es-419
cc-by-4.0
EG|cerca de una región Delta suelos recuperados viejos "NDRORL"
historical_calendar_not_live_forecast
fao_crop_calendar_api
v05:463eeca7525efaace96544f1:membership
https://api-cropcalendar.apps.fao.org/
calendar_date_membership
date_interval_formula_verified+source_text_preserved
Agricultural evidence task — EG|near by Delta region new reclaimed soils "NDRNRL" — Sunflower — regional crop-calendar extraction Answer for a farmer-facing technical workflow. Accuracy and traceability take priority over fluency, and every unsupported field condition must remain unknown. Producer or analyst question...
1. Direct answer FAO records for Sunflower in near by Delta region new reclaimed soils "NDRNRL", Egypt: Window 1 (Summer season): sowing 10 March to 20 April; harvest 15 June to 20 October. Window 2 (Early summer season): sowing 1 May to 10 June; harvest 15 June to 20 October. These are record windows 1–2 of 2. The sou...
1. Requested output According to the FAO Crop Calendar, the usual sowing and harvest windows for Sunflower in near by Delta region new reclaimed soils "NDRNRL", Egypt are: - Cycle 1 (Summer season): Sowing 10 March to 20 April; Harvest 15 June to 20 October. - Cycle 2 (Early summer season): Sowing 1 May to 10 June; Har...
Sunflower
2.0.0
completion_numbers_and_units_must_be_supported
fao:EG:crop-0335:aez-003
deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging
agroveritas-v200-09478
en-US
cc-by-4.0
EG|near by Delta region new reclaimed soils "NDRNRL"
regional_calendar_scope
fao_crop_calendar_api
v05:19e2b523a1719b08181453a6
https://api-cropcalendar.apps.fao.org/
regional_crop_calendar
formula_and_field_verified+source_text_preserved
Agricultural evidence task — SN|CENTRAL AND SOUTHEAST — Sweet potato — regional crop-calendar extraction Act as a bilingual-ready agricultural evidence steward. Recover the requested result, show how it follows from the record, and prevent unsafe overinterpretation. Producer or analyst question According to the FAO C...
1. Decision FAO records for Sweet potato in CENTRAL AND SOUTHEAST, Senegal: Window 1: sowing 1 January to 31 December; harvest 1 January to 31 December. These are record windows 1–1 of 1. The source record was last updated 26/02/2021. Treat the dates as a historical regional calendar, not a live forecast; verify curren...
### 1. Planning answer According to the FAO Crop Calendar record for **Sweet potato** in the **CENTRAL AND SOUTHEAST** region of **Senegal**, the usual sowing window is **1 January to 31 December**, and the corresponding harvest window is **1 January to 31 December**. The record explicitly designates this cycle as **al...
Sweet potato
2.0.0
completion_numbers_and_units_must_be_supported
fao:SN:crop-0341:aez-005
deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging
agroveritas-v200-11815
en-US
cc-by-4.0
SN|CENTRAL AND SOUTHEAST
regional_calendar_scope
fao_crop_calendar_api
v05:5c355c3527b557fedaa22403
https://api-cropcalendar.apps.fao.org/
regional_crop_calendar
formula_and_field_verified+source_text_preserved
Tarea de evidencia agrícola — Nigeria|Niger — unspecified — extracción de variable climática ligada a la fuente Convierta el registro agrícola estructurado en una respuesta práctica sin completar vacíos con conocimiento general ni presentar evidencia histórica como prescripción actual. Pregunta de la persona producto...
1. Resultado NASA POWER informa 34.71 °C de temperatura máxima diaria promedio en julio para la celda representativa. El valor proviene de 20-year Meteorological and Solar Monthly & Annual Climatologies (January 2001 - December 2020); es climatología histórica, no tiempo en vivo ni un umbral de estrés específico para u...
1. Respuesta dentro del alcance El valor histórico de temperatura máxima diaria promedio informado por NASA POWER para Niger, Nigeria, en julio es 34.71 °C. La limitación correspondiente es que se trata de una máxima mensual descriptiva correspondiente a una climatología de 20 años, y no representa un umbral térmico de...
unspecified
2.0.0
completion_numbers_and_units_must_be_supported
region-climate:2328925
deterministic_climate_field_extraction+deterministic_five_part_grade10_packaging
agroveritas-v200-09807
es-419
cc0+cc-by-4.0
Nigeria|Niger
historical_climatology_not_live_forecast
nasa_power_climatology+geonames
v05:b7ab545159aab7931ca252ea:variable-T2M_MAX
https://power.larc.nasa.gov/docs/services/api/temporal/climatology/
regional_climate_variable
formula_and_unit_verified+source_text_preserved
Tarea de evidencia agrícola — KP|costera oriental — Repollo, común — pertenencia a un intervalo de calendario Convierta el registro agrícola estructurado en una respuesta práctica sin completar vacíos con conocimiento general ni presentar evidencia histórica como prescripción actual. Pregunta de la persona productora...
1. Respuesta ligada a la fuente Sí. Los rangos registrados de siembra son ventana 1: 1 febrero a 5 febrero; ventana 2: 1 febrero a 10 febrero; ventana 3: 25 junio a 30 junio. Es un calendario regional histórico, no un pronóstico en vivo ni una recomendación específica para un lote. 2. Mapa de evidencia Esta respuesta ...
1. Resultado Sí, el 1 de febrero está dentro de la ventana registrada de siembra para Repollo, común en costera oriental, RPD de Corea, utilizando las ventanas FAO 1–3 (específicamente coincide con los ciclos 1 y 2). 2. Base documental - Fuente: API del Calendario de Cultivos de la FAO (actualización del registro: 26/...
Repollo, común
2.0.0
completion_numbers_and_units_must_be_supported
fao:KP:crop-0065:aez-003
deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging
agroveritas-v200-09040
es-419
cc-by-4.0
KP|costera oriental
historical_calendar_not_live_forecast
fao_crop_calendar_api
v05:44bc63c85dbf00c0ce6820dd:membership
https://api-cropcalendar.apps.fao.org/
calendar_date_membership
date_interval_formula_verified+source_text_preserved
Tarea de evidencia agrícola — NE|zona sahelosahariana — Cebolla — pertenencia a un intervalo de calendario Convierta el registro agrícola estructurado en una respuesta práctica sin completar vacíos con conocimiento general ni presentar evidencia histórica como prescripción actual. Pregunta de la persona productora o ...
1. Hallazgo agrícola Sí. Los rangos registrados de siembra son ventana 1: 1 octubre a 1 marzo. Es un calendario regional histórico, no un pronóstico en vivo ni una recomendación específica para un lote. 2. Registro de respaldo Esta respuesta de pertenencia a un intervalo de calendario está ligada a fao_crop_calendar_a...
1. Decisión Sí, el 1 de octubre está dentro de la ventana registrada de siembra para Cebolla en la zona sahelosahariana, Níger, según el ciclo 1 de las ventanas FAO 1–1. 2. Rastro de la fuente Fuente: API del Calendario de Cultivos de la FAO. Cultivo y lugar: Cebolla; zona sahelosahariana, Níger. Ciclo utilizado: Cicl...
Cebolla
2.0.0
completion_numbers_and_units_must_be_supported
fao:NE:crop-0247:aez-002
deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging
agroveritas-v200-04009
es-419
cc-by-4.0
NE|zona sahelosahariana
historical_calendar_not_live_forecast
fao_crop_calendar_api
v05:05d282380e88534132c798f3:membership
https://api-cropcalendar.apps.fao.org/
calendar_date_membership
date_interval_formula_verified+source_text_preserved
Tarea de evidencia agrícola — Nigeria|Jigawa — unspecified — comparación climática mensual histórica Revise la pregunta agrícola frente al registro suministrado. La respuesta debe ser completa, reproducible y explícita sobre lo que la evidencia no puede establecer. Pregunta de la persona productora o analista Para Ji...
1. Hallazgo agrícola Septiembre es mayor. NASA POWER informa 14.48 % en marzo y 71.47 % en septiembre. Son valores climatológicos mensuales históricos, no condiciones en vivo ni umbrales específicos para cultivos. 2. Registro de respaldo Esta respuesta de comparación climática mensual histórica está ligada a nasa_powe...
### 1. Respuesta dentro del alcance Basado estrictamente en los datos de climatología histórica proporcionados por la fuente NASA POWER para Jigawa, Nigeria, el mes con la mayor humedad relativa promedio histórica es **septiembre**. El valor registrado para septiembre (71.48 %) es significativamente superior al de marz...
unspecified
2.0.0
completion_numbers_and_units_must_be_supported
region-climate:2565345
deterministic_climate_comparison+deterministic_five_part_grade10_packaging
agroveritas-v200-07081
es-419
cc0+cc-by-4.0
Nigeria|Jigawa
historical_climatology_not_live_forecast
nasa_power_climatology+geonames
es:region-climate:2565345:mar-sep:RH2M
https://power.larc.nasa.gov/docs/services/api/temporal/climatology/
regional_climate_comparison
formula_and_unit_verified+source_text_preserved
Agricultural evidence task — Kenya|Kiambu — unspecified — source-bound climate-variable extraction Answer for a farmer-facing technical workflow. Accuracy and traceability take priority over fluency, and every unsupported field condition must remain unknown. Producer or analyst question What historical average daily ...
1. Planning answer NASA POWER reports 29.35 °C for average daily maximum temperature in August for the representative grid cell. This value is from 20-year Meteorological and Solar Monthly & Annual Climatologies (January 2001 - December 2020); it is historical climatology, not live weather or a crop-specific stress thr...
**1. Source-bound response** NASA POWER reports a historical average daily maximum temperature of 29.35 °C for Kiambu, Kenya, in August. The limitation is that this value is a descriptive monthly maximum only, not a crop threshold, and represents the 20-year Meteorological and Solar Monthly & Annual Climatologies (Janu...
unspecified
2.0.0
completion_numbers_and_units_must_be_supported
region-climate:192709
deterministic_climate_field_extraction+deterministic_five_part_grade10_packaging
agroveritas-v200-02508
en-US
cc0+cc-by-4.0
Kenya|Kiambu
historical_climatology_not_live_forecast
nasa_power_climatology+geonames
v05:53f6a342ae076053475a20f1:variable-T2M_MAX
https://power.larc.nasa.gov/docs/services/api/temporal/climatology/
regional_climate_variable
formula_and_unit_verified+source_text_preserved
Agricultural evidence task — NP|B. Hill Agro-ecological Zone — Garlic — regional crop-calendar extraction Review the agricultural question against the supplied source record. The response must be complete, reproducible, and explicit about what the evidence cannot establish. Producer or analyst question According to t...
1. Planning answer FAO records for Garlic in B. Hill Agro-ecological Zone, Nepal: Window 1 (Summer Season): sowing 15 March to 15 April; harvest 15 August to 15 September. Window 2 (Winter Season): sowing 15 August to 15 September; harvest 15 January to 15 February. Window 3 (Winter Season): sowing 15 October to 15 Nov...
**1. Answer in scope** According to the FAO Crop Calendar API, the usual sowing and harvest windows for Garlic in B. Hill Agro-ecological Zone, Nepal, are reported for cycles 1–4 as follows: - **Window 1 (Cycle 1, Summer Season):** Sowing 15 March to 15 April; Harvest 15 August to 15 September. - **Window 2 (Cycle 2, W...
Garlic
2.0.0
completion_numbers_and_units_must_be_supported
fao:NP:crop-0147:aez-002
deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging
agroveritas-v200-05108
en-US
cc-by-4.0
NP|B. Hill Agro-ecological Zone
regional_calendar_scope
fao_crop_calendar_api
v05:100bf10d60ffd2c88a942843
https://api-cropcalendar.apps.fao.org/
regional_crop_calendar
formula_and_field_verified+source_text_preserved
Tarea de evidencia agrícola — KE|Alta Midland zona 3 (UM3) — Haba, verde — extracción de calendario regional de cultivos Trabaje como analista agrícola que prioriza la evidencia. Conserve exactamente el registro suministrado y separe los hechos documentales de las condiciones actuales del campo. Pregunta de la person...
1. Resultado Registros de la FAO para Haba, verde en Alta Midland zona 3 (UM3), Kenia: Ventana 1: siembra 1 marzo a 15 marzo; cosecha 1 junio a 15 agosto. Ventana 2: siembra 1 octubre a 15 octubre; cosecha 1 enero a 29 febrero. Corresponden a las ventanas 1–2 de 2. El registro fuente se actualizó por última vez el 26/0...
### 1. Respuesta directa Según el registro del Calendario de Cultivos de la FAO para **Haba, verde** en **Alta Midland zona 3 (UM3), Kenia**, las ventanas habituales son: * **Ciclo 1:** Siembra del **1 de marzo al 15 de marzo**; Cosecha del **1 de junio al 15 de agosto**. * **Ciclo 2:** Siembra del **1 de octubre a...
Haba, verde
2.0.0
completion_numbers_and_units_must_be_supported
fao:KE:crop-0027:aez-014
deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging
agroveritas-v200-04383
es-419
cc-by-4.0
KE|Alta Midland zona 3 (UM3)
regional_calendar_scope
fao_crop_calendar_api
v05:6261f053151698eb09fe3224
https://api-cropcalendar.apps.fao.org/
regional_crop_calendar
formula_and_field_verified+source_text_preserved
Agricultural evidence task — Kenya|Marsabit County — unspecified — source-bound climate-variable extraction Convert the structured agricultural record into a practical answer without filling gaps from general knowledge or turning historical evidence into a live prescription. Producer or analyst question What historic...
1. Planning answer NASA POWER reports 38.36 % for average relative humidity in January for the representative grid cell. This value is from 20-year Meteorological and Solar Monthly & Annual Climatologies (January 2001 - December 2020); it is historical climatology, not live weather or a crop-specific stress threshold. ...
**1. Planning answer** NASA POWER reports a historical average relative humidity of 38.36 % for Marsabit County, Kenya, in January. The limitation is that this value represents a 20-year climatology (January 2001 - December 2020); it is historical planning evidence, not current weather, a field diagnosis, or a crop-spe...
unspecified
2.0.0
completion_numbers_and_units_must_be_supported
region-climate:187583
deterministic_climate_field_extraction+deterministic_five_part_grade10_packaging
agroveritas-v200-02057
en-US
cc0+cc-by-4.0
Kenya|Marsabit County
historical_climatology_not_live_forecast
nasa_power_climatology+geonames
v05:b167f0f63d6806523fbade36:variable-RH2M
https://power.larc.nasa.gov/docs/services/api/temporal/climatology/
regional_climate_variable
formula_and_unit_verified+source_text_preserved
End of preview. Expand in Data Studio

AgroVeritas Evidence QA

Agricultural intelligence you can audit — in English and Spanish.

AgroVeritas is a bilingual, evidence-bounded agricultural instruction dataset built for regional crop-calendar and historical climate reasoning. It teaches models to answer a practical question, cite the evidence used, show the reasoning path, state limitations, and recommend local verification instead of presenting historical data as live field conditions.

Dataset Viewer and canonical export

The default Hugging Face Dataset Viewer reads viewer/agroveritas_train.jsonl. This viewer-safe mirror preserves all 28,220 rows, their order, and every non-null value while representing optional null metadata as empty strings so every column has a stable string schema.

The canonical byte-for-byte Adaption export remains available as agroveritas_adapted_training_711828b2.jsonl. Its published SHA-256 remains c0f6042e548a6daf62cb7f988ad8b172014548fad5575abd63eb123e45dd402d.

This repository is the public release of the adapted dataset used by AutoScientist for the winning AgroVeritas model run. The release is intentionally paired with its source provenance, transformation record, quality evidence, and exact training configuration.

Headline results

Signal Before After Change
Final Adaption quality score 9.0 / 10 10.0 / 10 +11.1% relative
Final Adaption grade A A maximum score reached
Final Adaption percentile 43.9 57.7 +13.8 points
Agriculture held-out win rate 23% base 78% adapted +55 points; +239% relative lift

The broader project iteration journey began with a 2,960-row prototype graded C, 5.0/10, 6.9th percentile and reached the final A, 10.0/10, 57.7th percentile corpus. That is a +100% quality-score gain and a +50.8 percentile-point rise across successive dataset versions. It is not presented as a single-run before/after measurement; the table above contains the final same-run comparison.

What is in the release

  • 28,220 exact exported training rows from Adaption dataset 711828b2-e610-4ce4-a4ef-3ef4244f7534.
  • 17,094 agriculture-core rows plus 11,126 AutoScientist expansion rows—a 39.4% general-purpose diversity buffer designed to reduce catastrophic narrowing and preserve instruction-following breadth.
  • Original prompt, original completion, and enhanced completion fields preserved by the platform export.
  • English and Latin American Spanish instructions.
  • Regional crop-calendar, date-membership, climate-profile, variable, comparison, extreme, and guarded advisory tasks.
  • Row-level source IDs, source URLs, language, region, crop, license, verification state, and evidence policy where present in the source record.

The source-generation library contained 33,250 strictly validated rows and 6,383 unique fact groups. AutoScientist used the 28,220-row exported training artifact for supervised fine-tuning. Platform-added augmentation remains identifiable rather than being misrepresented as FAO or NASA data: expansion rows have platform-generated enhanced_prompt and enhanced_completion values and do not carry AgroVeritas source metadata.

Exact training export composition

Partition Rows Share
Agriculture core 17,094 60.6%
AutoScientist general-purpose expansion 11,126 39.4%
Total exact training export 28,220 100%

All 28,220 rows contain an enhanced_completion. The 17,094 agriculture-core rows preserve their original prompt, original completion, domain metadata, and source lineage. The 11,126 expansion rows contain an enhanced_prompt and enhanced_completion; their domain-specific metadata fields are intentionally null.

The five-part evidence contract

Every domain answer is trained toward a consistent contract:

  1. Answer in scope — respond only to what the cited record supports.
  2. Evidence — identify the source and the exact crop-calendar or climate value used.
  3. Reasoning — connect the evidence to the conclusion without hidden assumptions.
  4. Limitations — distinguish historical climatology and published calendars from live weather or field observations.
  5. Local confirmation — recommend verification with local extension services or current authoritative data before operational decisions.

Source corpus profile

Dimension Count
Source rows 33,250
Unique prompts 33,250
Unique completions 33,235
Unique fact groups 6,383
English (en-US) 17,810
Spanish (es-419) 15,440

Task distribution

Task Rows
Regional crop calendar 12,453
Calendar date membership 12,453
Regional climate profile 2,760
Regional climate variable 2,760
Regional climate advisory with guardrails 2,072
Regional climate comparison 564
Regional climate extreme 188

Provenance and licensing

The agricultural records are derived from openly licensed, attributed sources:

  • FAO Crop Calendar records — source attribution preserved; CC BY 4.0.
  • NASA POWER historical climatology — public-domain/CC0-compatible source terms.
  • GeoNames geographic identifiers — CC BY 4.0.

Generated instructional framing and transformations are released under CC BY 4.0. Each underlying record retains its own source and license metadata. This release is not endorsed by FAO, NASA, GeoNames, Meta, Hugging Face, Kaggle, or Adaption.

Quality and leakage controls

  • Strict validation status: PASS_STRICT_FROZEN_UPLOAD_READY.
  • Training rows were grouped by fact_group, not split as isolated bilingual twins.
  • Fact-group overlap with the private holdout: 0.
  • Fact-group overlap with the private evaluation set: 0.
  • Exact prompt overlap with the frozen holdout: 0.
  • Source output SHA-256: 988bd94db112f6b2cf5d9126385cdf760bf51ff573496583e3704b1397d46d7a.
  • Exact adapted training export SHA-256: c0f6042e548a6daf62cb7f988ad8b172014548fad5575abd63eb123e45dd402d.

The private holdout and private evaluation rows are not published and were not used for training.

Intended uses

  • Bilingual agricultural question answering.
  • Regional crop-calendar interpretation.
  • Historical climate comparison and climate-variable explanation.
  • Evidence-grounded agricultural assistants and research prototypes.
  • Training and evaluating calibrated abstention when the source does not support a live or field-specific claim.

Limitations and safety

This dataset does not provide live weather, field scouting, soil tests, pest diagnosis, pesticide prescriptions, financial advice, or guarantees of yield. Historical climatology and published crop calendars can be outdated or locally incomplete. Outputs should support—not replace—local agronomists, extension services, current forecasts, label instructions, and applicable law.

Reproducibility

See dataset_metrics.json, LICENSES.md, and the companion AgroVeritas model. The exact AutoScientist recipe is included with the model release. Screenshots of the 10/10 dataset evaluation and 78% Agriculture win rate are included in the project submission evidence bundle.

Citation

@dataset{agroveritas2026,
  title        = {AgroVeritas Evidence QA: Bilingual Evidence-Bounded Agriculture Instructions},
  author       = {Sinisterra, Mariana},
  year         = {2026},
  note         = {Created with Adaptive Data and AutoScientist by Adaption}
}
Downloads last month
20

Models trained or fine-tuned on MarianaCodebase/AgroVeritas-Evidence-QA-Adapted

Space using MarianaCodebase/AgroVeritas-Evidence-QA-Adapted 1