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 | |
Agricultural evidence task — Nigeria|Ebonyi — unspecified — source-bound climate-variable extraction
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
What historical average corr... | 1. Direct answer
NASA POWER reports 5.08 mm/day for average corrected precipitation in April 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 thres... | 1. Result
NASA POWER reports a historical average corrected precipitation of 5.08 mm/day for Ebonyi, Nigeria, in April. The applicable limitation is that this value is a 20-year historical climatology and does not reflect current weather or crop-specific thresholds.
2. Documentary basis
- Source: NASA POWER Climatolog... | unspecified | 2.0.0 | completion_numbers_and_units_must_be_supported | region-climate:2595345 | deterministic_climate_field_extraction+deterministic_five_part_grade10_packaging | agroveritas-v200-17589 | en-US | cc0+cc-by-4.0 | Nigeria|Ebonyi | historical_climatology_not_live_forecast | nasa_power_climatology+geonames | v05:78e378aa2295e0fb83189b0e:variable-PRECTOTCORR | https://power.larc.nasa.gov/docs/services/api/temporal/climatology/ | regional_climate_variable | formula_and_unit_verified+source_text_preserved | |
Agricultural evidence task — India|Andhra Pradesh|Sri Sathya Sai — unspecified — evidence-bounded agricultural advisory
Work as an evidence-first agricultural analyst. Preserve the supplied record exactly and separate documentary facts from current field conditions.
Producer or analyst question
How much water do mang... | 1. Requested output
The supplied evidence does not justify a field-specific input rate or irrigation prescription. For the representative grid cell for Andhra Pradesh, India, NASA POWER's 20-year Meteorological and Solar Monthly & Annual Climatologies (January 2001 - December 2020) gives December averages of 23.3 °C me... | 1. Agricultural finding
The supplied evidence does not specify the volume of water mango trees need during the flowering stage. The record provides historical climatology only and lacks crop-specific water requirements, irrigation thresholds, or phenological guidelines to support a quantitative water prescription for T... | unspecified | 2.0.0 | completion_numbers_and_units_must_be_supported | region-climate:1278629 | real_farmer_query+deterministic_climate_guardrail+deterministic_five_part_grade10_packaging | agroveritas-v200-08724 | en-US | cc-by-4.0+cc0 | India|Andhra Pradesh|Sri Sathya Sai | historical_climatology_not_live_forecast|intent:field_prescription | digigreen_farmerchat_queries+nasa_power_climatology | v05:e6c44e80cf88e1cba101a0b3 | https://huggingface.co/datasets/DigiGreen/farmerchat-queries | regional_climate_advisory_guardrail | source_metadata_and_formula_verified+source_text_preserved | |
Agricultural evidence task — BI|Region high altitudes — Potato — calendar interval membership
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
Does 15 September fall within the... | 1. Agricultural finding
Yes. The recorded sowing range(s) are window 1: 15 September to 15 October; window 2: 20 February to 30 March; window 3: 15 July to 15 August. This is a historical regional calendar, not a live forecast or a field-specific recommendation.
2. Supporting record
This calendar interval membership a... | ### 1. Requested output
Yes, 15 September falls within the recorded sowing window for Potato in Region high altitudes, Burundi, specifically under Cycle 1 (Première saison), which spans from 15 September to 15 October.
### 2. Provenance
- **Source**: FAO Crop Calendar API.
- **Location**: Region high altitudes, Burund... | Potato | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:BI:crop-0283:aez-003 | deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging | agroveritas-v200-09504 | en-US | cc-by-4.0 | BI|Region high altitudes | historical_calendar_not_live_forecast | fao_crop_calendar_api | v05:cc47f98c65264ee13e507da5:membership | https://api-cropcalendar.apps.fao.org/ | calendar_date_membership | date_interval_formula_verified+source_text_preserved | |
Tarea de evidencia agrícola — Kenia|Nyeri County — unspecified — perfil climático regional histórico
Actúe como custodio de evidencia agrícola en un entorno bilingüe. Obtenga el resultado solicitado, explique su vínculo con el registro y evite interpretaciones inseguras.
Pregunta de la persona productora o analista
¿... | 1. Respuesta ligada a la fuente
La climatología de NASA POWER (20-year Meteorological and Solar Monthly & Annual Climatologies (January 2001 - December 2020)) para la celda representativa registra en noviembre promedios de 16.4 °C de temperatura media, 26.4 °C de máxima diaria, 8.9 °C de mínima diaria, 5.56 mm/día de p... | 1. Hallazgo agrícola
En noviembre, el contexto histórico típico de clima y calor para Nyeri County, Kenia, registra una temperatura media del aire de 16.41 °C, con una temperatura máxima diaria de 26.45 °C y una temperatura mínima diaria de 8.87 °C. El perfil incluye una precipitación corregida de 5.56 mm/día, una hume... | unspecified | 2.0.0 | completion_numbers_and_units_must_be_supported | region-climate:7667661 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-19429 | es-419 | cc0+cc-by-4.0 | Kenia|Nyeri County | historical_climatology_not_live_forecast | nasa_power_climatology+geonames | v05:8451dd7dc6f0c9e246577604 | https://power.larc.nasa.gov/docs/services/api/temporal/climatology/ | regional_climate_profile | formula_and_field_verified+source_text_preserved | |
Agricultural evidence task — ZW|Zone III — Garlic — calendar interval membership
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
Does 1 April fall within the recorded sowing w... | 1. Result
Yes. The recorded sowing range(s) are window 1: 1 April to 1 May. This is a historical regional calendar, not a live forecast or a field-specific recommendation.
2. Documentary basis
This calendar interval membership answer is tied to fao_crop_calendar_api for ZW|Zone III. The original verified answer is ret... | ### 1. Direct Answer
Yes, 1 April falls within the recorded sowing window for Garlic in Zone III, Zimbabwe, according to the specified FAO record (Cycle 1: 1 April to 1 May).
### 2. Evidence Used
- **Source**: FAO Crop Calendar API.
- **Crop**: Garlic.
- **Location**: Zone III, Zimbabwe.
- **Record Cycle**: Cycle 1 (i... | Garlic | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:ZW:crop-0147:aez-004 | deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging | agroveritas-v200-00386 | en-US | cc-by-4.0 | ZW|Zone III | historical_calendar_not_live_forecast | fao_crop_calendar_api | v05:605d4b75069f5d53f0b0276d:membership | https://api-cropcalendar.apps.fao.org/ | calendar_date_membership | date_interval_formula_verified+source_text_preserved | |
Agricultural evidence task — TD|Sahelian Zone — Pepper, chili — 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 April fall within the recorde... | 1. Direct answer
No. The recorded harvesting range(s) are window 1: 1 November to 31 March. This is a historical regional calendar, not a live forecast or a field-specific recommendation.
2. Evidence used
This calendar interval membership answer is tied to fao_crop_calendar_api for TD|Sahelian Zone. The original verif... | ### 1. Direct answer
No, 1 April does not fall within the recorded harvesting window for Pepper, chili in the Sahelian Zone, Chad, based on the specified FAO record (Cycle 1).
### 2. Evidence used
- **Source**: FAO Crop Calendar API (Record update: 26/02/2021).
- **Location**: Sahelian Zone, Chad.
- **Crop**: Pepper, ... | Pepper, chili | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:TD:crop-0269:aez-002 | deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging | agroveritas-v200-19695 | en-US | cc-by-4.0 | TD|Sahelian Zone | historical_calendar_not_live_forecast | fao_crop_calendar_api | v05:7bc870d6f56eb408a17ab5d0:membership | https://api-cropcalendar.apps.fao.org/ | calendar_date_membership | date_interval_formula_verified+source_text_preserved | |
Tarea de evidencia agrícola — ZM|Región IIB — Bok choy — 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.
Pregunta de la persona productora o anali... | 1. Hallazgo agrícola
Registros de la FAO para Bok choy en Región IIB, Zambia: Ventana 1 (Irrigated): siembra 1 febrero a 1 septiembre; cosecha 1 abril a 30 noviembre. Corresponden a las ventanas 1–1 de 1. El registro fuente se actualizó por última vez el 19/08/2025. Trate las fechas como un calendario regional históric... | **1. Respuesta de planificación**
Según el Calendario de Cultivos de la FAO, las ventanas habituales de siembra y cosecha para Bok choy en la Región IIB, Zambia, corresponden al Ciclo 1 (Irrigated):
- Siembra: 1 febrero a 1 septiembre.
- Cosecha: 1 abril a 30 noviembre.
**2. Trazabilidad**
- Fuente: API del Calendario... | Bok choy | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:ZM:crop-0048:aez-003 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-07149 | es-419 | cc-by-4.0 | ZM|Región IIB | regional_calendar_scope | fao_crop_calendar_api | v05:ec7de04b03a732df864bd34d | https://api-cropcalendar.apps.fao.org/ | regional_crop_calendar | formula_and_field_verified+source_text_preserved | |
Tarea de evidencia agrícola — BD|3. Tista meandro llanura de inundación — Anis — 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... | 1. Decisión
No. Los rangos registrados de cosecha son ventana 1: 10 enero a 25 abril. 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 ligada a fao_crop_calendar_api para BD... | 1. **Respuesta directa**
No, el 1 de julio no está dentro de la ventana registrada de cosecha para Anis en 3. Tista meandro llanura de inundación, Bangladesh, según los datos de la fuente FAO 1–1.
2. **Evidencia utilizada**
- **Fuente:** API del Calendario de Cultivos de la FAO (actualización del registro: 09/06/2020)... | Anis | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:BD:crop-0009:aez-003 | deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging | agroveritas-v200-08147 | es-419 | cc-by-4.0 | BD|3. Tista meandro llanura de inundación | historical_calendar_not_live_forecast | fao_crop_calendar_api | v05:9bcebd2fedc78e627cbe1a37:membership | https://api-cropcalendar.apps.fao.org/ | calendar_date_membership | date_interval_formula_verified+source_text_preserved | |
Agricultural evidence task — ER|Sub-humid escarpment — Corn, sweet — regional crop-calendar extraction
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
According to the FAO Crop ... | 1. Result
FAO records for Corn, sweet in Sub-humid escarpment, Eritrea: Window 1 (Second season): sowing 1 November to 1 December; harvest 1 March to 1 May. 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 cu... | **1. Decision**
According to the FAO Crop Calendar API, the usual windows for Corn, sweet in Sub-humid escarpment, Eritrea are:
- Cycle 1 (Second season): Sowing 1 November to 1 December; Harvest 1 March to 1 May.
**2. Source trace**
- Record: FAO Crop Calendar API (updated 26/02/2021).
- Location: Sub-humid escarpmen... | Corn, sweet | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:ER:crop-0113:aez-005 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-13101 | en-US | cc-by-4.0 | ER|Sub-humid escarpment | regional_calendar_scope | fao_crop_calendar_api | v05:1f74fb5607ce9c533553c2b6 | https://api-cropcalendar.apps.fao.org/ | regional_crop_calendar | formula_and_field_verified+source_text_preserved | |
Tarea de evidencia agrícola — JO|Badia meridional — Pan de trigo — 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 ... | 1. Resultado
Sí. Los rangos registrados de cosecha son ventana 1: 30 mayo a 30 junio. 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 JO|Bad... | 1. Hallazgo agrícola
Sí, el 30 de mayo está dentro de la ventana registrada de cosecha para Pan de trigo en Badia meridional, Jordania, usando las ventanas FAO 1–1.
2. Registro de respaldo
- Fuente: API del Calendario de Cultivos de la FAO (Actualización del registro: 19/10/2021).
- Cultivo y lugar: Pan de trigo; Badi... | Pan de trigo | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:JO:crop-0373:aez-009 | deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging | agroveritas-v200-16203 | es-419 | cc-by-4.0 | JO|Badia meridional | historical_calendar_not_live_forecast | fao_crop_calendar_api | v05:75baf5537b0e82fbb54aa844:membership | https://api-cropcalendar.apps.fao.org/ | calendar_date_membership | date_interval_formula_verified+source_text_preserved | |
Agricultural evidence task — UG|Eastern Highlands — Yam — regional crop-calendar extraction
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
According to the FAO Crop Calendar, wha... | 1. Direct answer
FAO records for Yam in Eastern Highlands, Uganda: Window 1 (One season): sowing 15 March to 10 October; harvest 15 August to 10 May. 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 current r... | ### 1. Requested output
According to the FAO Crop Calendar for Yam in the Eastern Highlands, Uganda, the usual windows are:
* **Sowing:** 15 March to 10 October
* **Harvest:** 15 August to 10 May
### 2. Provenance
* **Source Record:** FAO Crop Calendar API.
* **Location:** Eastern Highlands, Uganda.
* **Crop... | Yam | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:UG:crop-0380:aez-010 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-09649 | en-US | cc-by-4.0 | UG|Eastern Highlands | regional_calendar_scope | fao_crop_calendar_api | v05:eb1d5f051255fd3bd72778d0 | https://api-cropcalendar.apps.fao.org/ | regional_crop_calendar | formula_and_field_verified+source_text_preserved | |
Agricultural evidence task — Nigeria|Oyo — unspecified — source-bound climate-variable extraction
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
What historical average daily max... | 1. Answer in scope
NASA POWER reports 37.83 °C for average daily maximum temperature in February 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 t... | 1. Agricultural finding
NASA POWER reports a historical average daily maximum temperature of 37.83 °C for Oyo, Nigeria, in February. The limitation is that this value is a descriptive monthly maximum only, not a crop threshold.
2. Supporting record
Source: NASA POWER Climatology API, community AG. Place and month: Oyo... | unspecified | 2.0.0 | completion_numbers_and_units_must_be_supported | region-climate:2325190 | deterministic_climate_field_extraction+deterministic_five_part_grade10_packaging | agroveritas-v200-02770 | en-US | cc0+cc-by-4.0 | Nigeria|Oyo | historical_climatology_not_live_forecast | nasa_power_climatology+geonames | v05:fa15b674e5a4732810be0685: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 — DJ|coastal plains — Carrot — regional crop-calendar extraction
Work as an evidence-first agricultural analyst. Preserve the supplied record exactly and separate documentary facts from current field conditions.
Producer or analyst question
According to the FAO Crop Calendar, what are the u... | 1. Planning answer
FAO records for Carrot in coastal plains, Djibouti: Window 1 (1 seul récolte): sowing 1 September to 30 November; harvest 30 November 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 forecas... | **1. Requested output**
According to the FAO Crop Calendar, the usual sowing and harvest windows for Carrot in coastal plains, Djibouti are:
- Cycle 1 (1 seul récolte): sowing 1 September to 30 November; harvest 30 November to 31 December.
**2. Provenance**
- Source: FAO Crop Calendar API.
- Crop and place: Carrot; co... | Carrot | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:DJ:crop-0073:aez-001 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-00114 | en-US | cc-by-4.0 | DJ|coastal plains | regional_calendar_scope | fao_crop_calendar_api | v05:3387072e3ce285c76ea64a58 | https://api-cropcalendar.apps.fao.org/ | regional_crop_calendar | formula_and_field_verified+source_text_preserved | |
Agricultural evidence task — Kenya|Laikipia County — unspecified — source-bound climate-variable extraction
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
What historical avera... | 1. Requested output
NASA POWER reports 62.82 % 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 62.82 % for Laikipia County, Kenya, in January. The applicable limitation is that this value derives from a 20-year climatology reference period (January 2001 - December 2020); it is historical planning evidence and does not represent c... | unspecified | 2.0.0 | completion_numbers_and_units_must_be_supported | region-climate:189794 | deterministic_climate_field_extraction+deterministic_five_part_grade10_packaging | agroveritas-v200-01101 | en-US | cc0+cc-by-4.0 | Kenya|Laikipia County | historical_climatology_not_live_forecast | nasa_power_climatology+geonames | v05:73bcc6f15932f44836c11a87:variable-RH2M | https://power.larc.nasa.gov/docs/services/api/temporal/climatology/ | regional_climate_variable | formula_and_unit_verified+source_text_preserved | |
Agricultural evidence task — ZM|Region I — Bean — regional crop-calendar extraction
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
According to the FAO Crop Calendar, what are th... | 1. Planning answer
FAO records for Bean in Region I, Zambia: Window 1 (Rainfed): sowing 1 January to 15 January; harvest 15 March to 15 April. These are record windows 1–1 of 1. The source record was last updated 19/08/2025. Treat the dates as a historical regional calendar, not a live forecast; verify current rainfall... | ### 1. Answer in scope
According to the FAO Crop Calendar for **Bean** in **Region I, Zambia**, the usual windows are:
* **Sowing:** 1 January to 15 January
* **Harvest:** 15 March to 15 April
*(Note: These dates apply to the Rainfed cycle.)*
### 2. Record alignment
* **Source Record:** FAO Crop Calendar API.
* ... | Bean | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:ZM:crop-0026:aez-001 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-14658 | en-US | cc-by-4.0 | ZM|Region I | regional_calendar_scope | fao_crop_calendar_api | v05:f8a63317f159ae29a9396407 | https://api-cropcalendar.apps.fao.org/ | regional_crop_calendar | formula_and_field_verified+source_text_preserved | |
Agricultural evidence task — KP|Northern uplands — 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 8 April fall within the recorded sowing wi... | 1. Planning answer
Yes. The recorded sowing range(s) are window 1: 8 April to 10 April. 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 KP|Northern uplands. The original verifie... | ### 1. Planning answer
Yes, 8 April falls within the recorded sowing window for Sweet potato in the Northern uplands of the Democratic People's Republic of Korea, based on the FAO record window 1–1 (8 April to 10 April).
### 2. Traceability
- **Source Record**: FAO Crop Calendar API.
- **Location**: Northern uplands, ... | Sweet potato | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:KP:crop-0341:aez-002 | deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging | agroveritas-v200-11796 | en-US | cc-by-4.0 | KP|Northern uplands | historical_calendar_not_live_forecast | fao_crop_calendar_api | v05:557c53d8a75c2260efa50c05:membership | https://api-cropcalendar.apps.fao.org/ | calendar_date_membership | date_interval_formula_verified+source_text_preserved | |
Agricultural evidence task — Kenya|Baringo County — unspecified — historical regional climate profile
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
What historical climate and... | 1. Result
NASA POWER's 20-year Meteorological and Solar Monthly & Annual Climatologies (January 2001 - December 2020) for the representative grid cell gives February averages of 23.1 °C mean air temperature, 36.3 °C daily maximum, 11.2 °C daily minimum, 0.66 mm/day precipitation, and 49.8% relative humidity. Root-zone ... | **1. Requested output**
For Baringo County, Kenya, in February, the typical historical climate and heat context is defined by a mean air temperature of 23.08 °C, a daily maximum temperature of 36.26 °C, and a daily minimum temperature of 11.22 °C. Additional historical parameters include corrected precipitation of 0.66... | unspecified | 2.0.0 | completion_numbers_and_units_must_be_supported | region-climate:200573 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-17237 | en-US | cc0+cc-by-4.0 | Kenya|Baringo County | historical_climatology_not_live_forecast | nasa_power_climatology+geonames | v05:4e0e2526b7aba9af0142d9c5 | https://power.larc.nasa.gov/docs/services/api/temporal/climatology/ | regional_climate_profile | formula_and_field_verified+source_text_preserved | |
Tarea de evidencia agrícola — Kenia|Kitui County — unspecified — extracción de variable climática ligada a la fuente
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 prod... | 1. Respuesta directa
NASA POWER informa 0.52 índice sin unidad de humedad de la zona radicular en abril 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. Hallazgo agrícola
El valor histórico de humedad de la zona radicular informado por NASA POWER para Kitui County, Kenia, en abril es de 0.52 índice sin unidad. La limitación correspondiente es que se trata de una climatología mensual descriptiva basada en un periodo histórico, por lo que no constituye un umbral de es... | unspecified | 2.0.0 | completion_numbers_and_units_must_be_supported | region-climate:191037 | deterministic_climate_field_extraction+deterministic_five_part_grade10_packaging | agroveritas-v200-07914 | es-419 | cc0+cc-by-4.0 | Kenia|Kitui County | historical_climatology_not_live_forecast | nasa_power_climatology+geonames | v05:6e66ffc493e16233722ac83f:variable-GWETROOT | https://power.larc.nasa.gov/docs/services/api/temporal/climatology/ | regional_climate_variable | formula_and_unit_verified+source_text_preserved | |
Agricultural evidence task — LR|D. Northern Savannah (AEZ IV) — Kale — 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 F... | 1. Requested output
FAO records for Kale in D. Northern Savannah (AEZ IV), Liberia: Window 1: sowing 1 April to 31 May; harvest 1 July to 31 August. 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 current ra... | ### 1. Decision
According to the FAO Crop Calendar data for **Kale** in **D. Northern Savannah (AEZ IV), Liberia**, the usual agricultural windows are:
* **Sowing Window:** 1 April to 31 May
* **Harvest Window:** 1 July to 31 August
*(Note: This represents a single recorded cycle; no additional overlapping seasons ... | Kale | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:LR:crop-0185:aez-004 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-17336 | en-US | cc-by-4.0 | LR|D. Northern Savannah (AEZ IV) | regional_calendar_scope | fao_crop_calendar_api | v05:3da87adaa715ad827e58e87b | https://api-cropcalendar.apps.fao.org/ | regional_crop_calendar | formula_and_field_verified+source_text_preserved | |
Agricultural evidence task — CI|Sudano-Guinean Zone 1 — Tomato — 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 June fall within the record... | 1. Direct answer
Yes. The recorded harvesting range(s) are window 1: 15 June to 30 September. This is a historical regional calendar, not a live forecast or a field-specific recommendation.
2. Evidence used
This calendar interval membership answer is tied to fao_crop_calendar_api for CI|Sudano-Guinean Zone 1. The orig... | **1. Planning answer**
Yes, 15 June falls within the recorded harvesting window for Tomato in Sudano-Guinean Zone 1, Côte d'Ivoire, using FAO record windows 1–1.
**2. Traceability**
- Source: FAO Crop Calendar API.
- Crop and place: Tomato; Sudano-Guinean Zone 1, Côte d'Ivoire.
- Record update: 26/02/2021.
- Source cy... | Tomato | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:CI:crop-0356:aez-002 | deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging | agroveritas-v200-10108 | en-US | cc-by-4.0 | CI|Sudano-Guinean Zone 1 | historical_calendar_not_live_forecast | fao_crop_calendar_api | v05:8a3fd29c9c9982bfe868de38:membership | https://api-cropcalendar.apps.fao.org/ | calendar_date_membership | date_interval_formula_verified+source_text_preserved | |
Tarea de evidencia agrícola — NP|Zona B. Hill Agroecológica — Arroz — 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.
Pregunta de la persona produ... | 1. Respuesta directa
Registros de la FAO para Arroz en Zona B. Hill Agroecológica, Nepal: Ventana 1 (Summer Season): siembra 15 mayo a 15 junio; cosecha 15 septiembre a 15 octubre. Ventana 2 (Summer Season): siembra 15 mayo a 15 junio; cosecha 15 octubre a 15 noviembre. Ventana 3 (Summer Season): siembra 1 junio a 15 j... | 1. Respuesta ligada a la fuente
Según el Calendario de Cultivos de la FAO, las ventanas habituales de siembra y cosecha de Arroz en la Zona B. Hill Agroecológica, Nepal, son:
- Ciclo 1 (Summer Season): siembra 15 mayo a 15 junio; cosecha 15 septiembre a 15 octubre.
- Ciclo 2 (Summer Season): siembra 15 mayo a 15 junio;... | Arroz | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:NP:crop-0303:aez-002 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-05362 | es-419 | cc-by-4.0 | NP|Zona B. Hill Agroecológica | regional_calendar_scope | fao_crop_calendar_api | v05:280315d57fb3845f22d1a6fd | https://api-cropcalendar.apps.fao.org/ | regional_crop_calendar | formula_and_field_verified+source_text_preserved | |
Tarea de evidencia agrícola — MZ|R2 — Arroz — 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 analista
¿El 1 octubr... | 1. Respuesta dentro del alcance
Sí. Los rangos registrados de siembra son ventana 1: 1 octubre a 30 noviembre. Es un calendario regional histórico, no un pronóstico en vivo ni una recomendación específica para un lote.
2. Correspondencia con el registro
Esta respuesta de pertenencia a un intervalo de calendario está l... | 1. **Respuesta dentro del alcance**
Sí, la fecha 1 octubre está dentro de la ventana registrada de siembra para Arroz en R2, Mozambique, según los datos de la fuente FAO 1–1.
2. **Correspondencia con el registro**
- **Fuente:** API del Calendario de Cultivos de la FAO.
- **Cultivo:** Arroz.
- **Lugar:** R2, Mozambique... | Arroz | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:MZ:crop-0303:aez-002 | deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging | agroveritas-v200-15893 | es-419 | cc-by-4.0 | MZ|R2 | historical_calendar_not_live_forecast | fao_crop_calendar_api | v05:5fa0ff2cfbc853918bdcd9d8:membership | https://api-cropcalendar.apps.fao.org/ | calendar_date_membership | date_interval_formula_verified+source_text_preserved | |
Agricultural evidence task — UZ|East Slopes — Triticale — 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 FAO Crop Calen... | 1. Answer in scope
FAO records for Triticale in East Slopes, Uzbekistan: Window 1 (Spring Season): sowing 5 April to 10 May; harvest 25 August to 20 September. 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... | ### 1. Source-bound response
According to the FAO Crop Calendar data for **Triticale** in **East Slopes, Uzbekistan**, the documented agricultural windows are:
* **Sowing**: 5 April to 10 May
* **Harvest**: 25 August to 20 September
These dates correspond to the **Spring Season** cycle recorded in the source databa... | Triticale | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:UZ:crop-0358:aez-002 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-05653 | en-US | cc-by-4.0 | UZ|East Slopes | regional_calendar_scope | fao_crop_calendar_api | v05:9d39865458a8c6e5d2995453 | https://api-cropcalendar.apps.fao.org/ | regional_crop_calendar | formula_and_field_verified+source_text_preserved | |
Agricultural evidence task — SZ|UPPER (WESTERN, MOIST) MIDDLEVELD — Mung bean — 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 15 January fall within the r... | 1. Direct answer
Yes. The recorded sowing range(s) are window 1: 15 January to 15 March. This is a historical regional calendar, not a live forecast or a field-specific recommendation.
2. Evidence used
This calendar interval membership answer is tied to fao_crop_calendar_api for SZ|UPPER (WESTERN, MOIST) MIDDLEVELD. T... | ### 1. Requested output
Yes, 15 January falls within the recorded sowing window for Mung bean in UPPER (WESTERN, MOIST) MIDDLEVELD, Eswatini, according to the specified FAO record (Cycle 1: 15 January to 15 March).
### 2. Provenance
- **Source**: FAO Crop Calendar API.
- **Location**: UPPER (WESTERN, MOIST) MIDDLEVELD... | Mung bean | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:SZ:crop-0232:aez-002 | deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging | agroveritas-v200-10645 | en-US | cc-by-4.0 | SZ|UPPER (WESTERN, MOIST) MIDDLEVELD | historical_calendar_not_live_forecast | fao_crop_calendar_api | v05:87d6b795dcf05d34fa21a160:membership | https://api-cropcalendar.apps.fao.org/ | calendar_date_membership | date_interval_formula_verified+source_text_preserved | |
Tarea de evidencia agrícola — AZ|Las pendientes del sur — Calabaza — extracción de calendario regional de cultivos
Responda para un flujo técnico orientado a productores. La exactitud y la trazabilidad tienen prioridad, y toda condición de parcela no observada debe seguir desconocida.
Pregunta de la persona productor... | 1. Respuesta dentro del alcance
Registros de la FAO para Calabaza en Las pendientes del sur, Azerbaiyán: Ventana 1 (Spring Season): siembra 5 abril a 20 abril; cosecha 20 julio a 25 agosto. Corresponden a las ventanas 1–1 de 1. El registro fuente se actualizó por última vez el 26/02/2021. Trate las fechas como un calen... | **1. Hallazgo agrícola**
Según el Calendario de Cultivos de la FAO, para Calabaza en Las pendientes del sur, Azerbaiyán, las ventanas habituales del Ciclo 1 (Spring Season) son: siembra del 5 de abril al 20 de abril; cosecha del 20 de julio al 25 de agosto.
**2. Registro de respaldo**
- Fuente: API del Calendario de C... | Calabaza | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:AZ:crop-0285:aez-010 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-11116 | es-419 | cc-by-4.0 | AZ|Las pendientes del sur | regional_calendar_scope | fao_crop_calendar_api | v05:f1723abbf54349b1b70aab1b | https://api-cropcalendar.apps.fao.org/ | regional_crop_calendar | formula_and_field_verified+source_text_preserved | |
Agricultural evidence task — KG|North-West Coast Plain areas — Onion — 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 th... | 1. Source-bound response
FAO records for Onion in North-West Coast Plain areas, Kyrgyzstan: Window 1 (Spring Season): sowing 10 April to 20 May; harvest 20 August to 20 October. 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 liv... | ### 1. Decision
According to the FAO Crop Calendar source record for Onion in the North-West Coast Plain areas of Kyrgyzstan, the usual windows are:
* **Sowing:** 10 April to 20 May.
* **Harvest:** 20 August to 20 October.
This data corresponds to the Spring Season cycle.
### 2. Source trace
* **Record Source:**... | Onion | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:KG:crop-0247:aez-005 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-07118 | en-US | cc-by-4.0 | KG|North-West Coast Plain areas | regional_calendar_scope | fao_crop_calendar_api | v05:12ba28a92e1c94ca50a1eb91 | https://api-cropcalendar.apps.fao.org/ | regional_crop_calendar | formula_and_field_verified+source_text_preserved | |
Tarea de evidencia agrícola — DZ|sublitoral West — Berenjena — 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 an... | 1. Hallazgo agrícola
No. Los rangos registrados de siembra son ventana 1: 1 noviembre a 30 abril; ventana 2: 1 diciembre a 30 junio. 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 calend... | **1. Decisión**
No, el 1 de julio no está dentro de la ventana registrada de siembra para Berenjena en sublitoral West, Argelia, usando las ventanas FAO 1–2.
**2. Rastro de la fuente**
- Fuente: API del Calendario de Cultivos de la FAO.
- Cultivo y lugar: Berenjena; sublitoral West, Argelia.
- Actualización del regist... | Berenjena | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:DZ:crop-0132:aez-004 | deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging | agroveritas-v200-09366 | es-419 | cc-by-4.0 | DZ|sublitoral West | historical_calendar_not_live_forecast | fao_crop_calendar_api | v05:00329771ec076880865390dd:membership | https://api-cropcalendar.apps.fao.org/ | calendar_date_membership | date_interval_formula_verified+source_text_preserved | |
Agricultural evidence task — India|Telangana|Medchal-Malkajgiri — unspecified — evidence-bounded agricultural advisory
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
Wh... | 1. Planning answer
The supplied evidence cannot establish the live weather requested. For the representative grid cell for Telangana, India, NASA POWER's 20-year Meteorological and Solar Monthly & Annual Climatologies (January 2001 - December 2020) gives January averages of 22.3 °C mean temperature, 36.6 °C daily maxim... | **1. Answer in scope**
The provided evidence cannot support a specific irrigation schedule for "this week" (2026-01) in Medchal-Malkajgiri. The available data represents historical climatology rather than the live weather forecasts required for immediate scheduling. While the historical record indicates low precipitati... | unspecified | 2.0.0 | completion_numbers_and_units_must_be_supported | region-climate:1254788 | real_farmer_query+deterministic_climate_guardrail+deterministic_five_part_grade10_packaging | agroveritas-v200-03816 | en-US | cc-by-4.0+cc0 | India|Telangana|Medchal-Malkajgiri | historical_climatology_not_live_forecast|intent:live_weather | digigreen_farmerchat_queries+nasa_power_climatology | v05:502a75f3c25e4aa77c5f675c | https://huggingface.co/datasets/DigiGreen/farmerchat-queries | regional_climate_advisory_guardrail | source_metadata_and_formula_verified+source_text_preserved | |
Agricultural evidence task — Nigeria|Imo — unspecified — historical regional climate profile
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
What historical climate and heat con... | 1. Direct answer
NASA POWER's 20-year Meteorological and Solar Monthly & Annual Climatologies (January 2001 - December 2020) for the representative grid cell gives October averages of 25.6 °C mean air temperature, 31.9 °C daily maximum, 21.2 °C daily minimum, 7.31 mm/day precipitation, and 90.1% relative humidity. Root... | **1. Result**
For Imo, Nigeria, in October, the typical historical climate and heat context is defined by a mean air temperature of 25.56 °C, a daily maximum temperature of 31.89 °C, and a daily minimum temperature of 21.17 °C. Additional environmental conditions include corrected precipitation of 7.31 mm/day, relative... | unspecified | 2.0.0 | completion_numbers_and_units_must_be_supported | region-climate:2337542 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-10925 | en-US | cc0+cc-by-4.0 | Nigeria|Imo | historical_climatology_not_live_forecast | nasa_power_climatology+geonames | v05:0cc33ebb88f4a2d4e325edcf | https://power.larc.nasa.gov/docs/services/api/temporal/climatology/ | regional_climate_profile | formula_and_field_verified+source_text_preserved | |
Agricultural evidence task — Nigeria|Rivers|Obio/Akpor — unspecified — evidence-bounded agricultural advisory
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
How should ... | 1. Answer in scope
The supplied evidence cannot establish the live weather requested. For the representative grid cell for Rivers, Nigeria, NASA POWER's 20-year Meteorological and Solar Monthly & Annual Climatologies (January 2001 - December 2020) gives March averages of 27.1 °C mean temperature, 32.6 °C daily maximum,... | **1. Agricultural finding**
The evidence cannot confirm rain expected tomorrow and the day after, nor can it prescribe specific farm preparations. The record shows historical March averages for Obio/Akpor, Nigeria, including a corrected precipitation average of 4.32 mm/day, but does not provide a live weather forecast.... | unspecified | 2.0.0 | completion_numbers_and_units_must_be_supported | region-climate:2324433 | real_farmer_query+deterministic_climate_guardrail+deterministic_five_part_grade10_packaging | agroveritas-v200-06809 | en-US | cc-by-4.0+cc0 | Nigeria|Rivers|Obio/Akpor | historical_climatology_not_live_forecast|intent:live_weather | digigreen_farmerchat_queries+nasa_power_climatology | v05:d2947874fe87a64cab2e5dd5 | https://huggingface.co/datasets/DigiGreen/farmerchat-queries | regional_climate_advisory_guardrail | source_metadata_and_formula_verified+source_text_preserved | |
Agricultural evidence task — EC|Coast or Western Region — Rice — calendar interval membership
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
Does 15 May fall within the r... | 1. Requested output
Yes. The recorded harvesting range(s) are window 1: 15 May to 15 August; window 2: 15 November to 15 February. This is a historical regional calendar, not a live forecast or a field-specific recommendation.
2. Provenance
This calendar interval membership answer is tied to fao_crop_calendar_api for ... | ### 1. Agricultural finding
Yes, 15 May falls within the recorded harvesting window for Rice in the Coast or Western Region of Ecuador, specifically as the start date of the harvest period for Cycle 1 (Direct seeding, First planting).
### 2. Supporting record
- **Source:** FAO Crop Calendar API (Record update: 19/03/2... | Rice | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:EC:crop-0303:aez-001 | deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging | agroveritas-v200-10593 | en-US | cc-by-4.0 | EC|Coast or Western Region | historical_calendar_not_live_forecast | fao_crop_calendar_api | v05:01fb6fa9ccdcb0937e3847a4:membership | https://api-cropcalendar.apps.fao.org/ | calendar_date_membership | date_interval_formula_verified+source_text_preserved | |
Agricultural evidence task — CL|Mediterranean — Cardoon — 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 recorded sow... | 1. Source-bound response
Yes. The recorded sowing range(s) are window 1: 1 December to 28 February. 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 CL|Mediterranean. The origina... | 1. **Result**
Yes, 1 December falls within the recorded sowing window for Cardoon in Mediterranean, Chile, according to FAO record windows 1–1. The specific cycle defines the sowing interval as 1 December to 28 February, making 1 December the inclusive start date of the period.
2. **Documentary basis**
- **Source:** F... | Cardoon | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:CL:crop-0071:aez-003 | deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging | agroveritas-v200-19959 | en-US | cc-by-4.0 | CL|Mediterranean | historical_calendar_not_live_forecast | fao_crop_calendar_api | v05:f2cf58d8112a0dec29692203:membership | https://api-cropcalendar.apps.fao.org/ | calendar_date_membership | date_interval_formula_verified+source_text_preserved | |
Agricultural evidence task — DZ|West coast — Bean, broad — 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 April fall within the recorded harve... | 1. Agricultural finding
No. The recorded harvesting range(s) are window 1: 1 December to 31 March; window 2: 1 May to 31 July; window 3: 1 December to 31 March; window 4: 1 May to 31 July. This is a historical regional calendar, not a live forecast or a field-specific recommendation.
2. Supporting record
This calendar... | **1. Source-bound response**
No, 1 April does not fall within the recorded harvesting window for Bean, broad in West coast, Algeria, using FAO record windows 1–4.
**2. Evidence map**
- **Source:** FAO Crop Calendar API.
- **Crop and place:** Bean, broad; West coast, Algeria.
- **Record update:** 26/02/2021.
- **Calend... | Bean, broad | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:DZ:crop-0028:aez-002 | deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging | agroveritas-v200-00799 | en-US | cc-by-4.0 | DZ|West coast | historical_calendar_not_live_forecast | fao_crop_calendar_api | v05:cbabd0e7a422b8448f0bec7d:membership | https://api-cropcalendar.apps.fao.org/ | calendar_date_membership | date_interval_formula_verified+source_text_preserved | |
Agricultural evidence task — MU|Inlands — Asparagus — regional crop-calendar extraction
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
According to the FAO Crop Calendar, what ar... | 1. Result
FAO records for Asparagus in Inlands, Mauritius: Window 1 (Transplantation): sowing 1 March to 31 May; 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 current rain... | ### 1. Agricultural finding
According to the FAO Crop Calendar for **Asparagus** in **Inlands, Mauritius**, the usual windows are:
* **Sowing (Transplantation):** 1 March to 31 May.
* **Harvest:** 1 January to 31 December.
### 2. Supporting record
* **Source:** FAO Crop Calendar API.
* **Location:** Inlands, M... | Asparagus | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:MU:crop-0018:aez-002 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-07309 | en-US | cc-by-4.0 | MU|Inlands | regional_calendar_scope | fao_crop_calendar_api | v05:5624cfe4e3ab36f70c0454d8 | https://api-cropcalendar.apps.fao.org/ | regional_crop_calendar | formula_and_field_verified+source_text_preserved | |
Tarea de evidencia agrícola — SZ|SUPERIOR (WESTERN, húmedo) Middleveld — Pimienta, chile — 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 ... | 1. Respuesta ligada a la fuente
Sí. Los rangos registrados de siembra son ventana 1: 1 agosto a 31 diciembre. 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_cro... | 1. Respuesta de planificación
Sí, el 1 agosto está dentro de la ventana registrada de siembra para Pimienta, chile en SUPERIOR (WESTERN, húmedo) Middleveld, Esuatini, usando las ventanas FAO 1–1. La fecha coincide con el límite inicial del intervalo.
2. Trazabilidad
- Fuente: API del Calendario de Cultivos de la FAO.
... | Pimienta, chile | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:SZ:crop-0269:aez-002 | deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging | agroveritas-v200-01184 | es-419 | cc-by-4.0 | SZ|SUPERIOR (WESTERN, húmedo) Middleveld | historical_calendar_not_live_forecast | fao_crop_calendar_api | v05:e5fbe1c09ec7a85ff36d14d9:membership | https://api-cropcalendar.apps.fao.org/ | calendar_date_membership | date_interval_formula_verified+source_text_preserved | |
Agricultural evidence task — Kenya|Embu County — unspecified — source-bound climate-variable 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
What historical ... | 1. Answer in scope
NASA POWER reports 74.63 % for average relative humidity in June 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.
2.... | 1. **Result**
NASA POWER reports a historical average relative humidity of 74.63 % for Embu County, Kenya, in June. The applicable limitation is that this value is derived from a 20-year climatology (January 2001 - December 2020) and does not represent current weather, live field conditions, or a crop-specific stress t... | unspecified | 2.0.0 | completion_numbers_and_units_must_be_supported | region-climate:198474 | deterministic_climate_field_extraction+deterministic_five_part_grade10_packaging | agroveritas-v200-17496 | en-US | cc0+cc-by-4.0 | Kenya|Embu County | historical_climatology_not_live_forecast | nasa_power_climatology+geonames | v05:0ce65873948d20ee8a1cc72f:variable-RH2M | https://power.larc.nasa.gov/docs/services/api/temporal/climatology/ | regional_climate_variable | formula_and_unit_verified+source_text_preserved | |
Agricultural evidence task — KE|Lowerland zone 5(L5) — Cassava — 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 sowing w... | 1. Agricultural finding
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. Supporting record
This calendar interval membership answer is tied to fao_crop_calendar_api for KE|Lowerland zone 5(L5). T... | ### 1. Agricultural finding
Yes, 1 January falls within the recorded sowing window for Cassava in Lowerland zone 5 (L5), Kenya. According to the supplied FAO record, the sowing interval for Cycle 1 spans from 1 January to 31 December, making the date a member of the recorded all-year sowing cycle.
### 2. Supporting re... | Cassava | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:KE:crop-0076:aez-027 | deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging | agroveritas-v200-17358 | en-US | cc-by-4.0 | KE|Lowerland zone 5(L5) | historical_calendar_not_live_forecast | fao_crop_calendar_api | v05:ded8e23087544b0ad562ead7:membership | https://api-cropcalendar.apps.fao.org/ | calendar_date_membership | date_interval_formula_verified+source_text_preserved | |
Agricultural evidence task — Kenya|Taita-Taveta County — unspecified — historical regional climate profile
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
What historic... | 1. Planning answer
NASA POWER's 20-year Meteorological and Solar Monthly & Annual Climatologies (January 2001 - December 2020) for the representative grid cell gives May averages of 21.6 °C mean air temperature, 32.4 °C daily maximum, 12.9 °C daily minimum, 2.80 mm/day precipitation, and 77.9% relative humidity. Root-z... | 1. Planning answer
For Taita-Taveta County, Kenya, the typical historical climate and heat context in May is characterized by a mean air temperature of 21.55 °C, a daily maximum temperature of 32.42 °C, and a daily minimum temperature of 12.95 °C. Additional environmental conditions include corrected precipitation of 2... | unspecified | 2.0.0 | completion_numbers_and_units_must_be_supported | region-climate:7667652 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-13445 | en-US | cc0+cc-by-4.0 | Kenya|Taita-Taveta County | historical_climatology_not_live_forecast | nasa_power_climatology+geonames | v05:ad539fb91237fd85db35c676 | https://power.larc.nasa.gov/docs/services/api/temporal/climatology/ | regional_climate_profile | formula_and_field_verified+source_text_preserved | |
Agricultural evidence task — Nigeria|Lagos State — unspecified — source-bound climate-variable 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
What historical a... | 1. Result
NASA POWER reports 83.44 % for average relative humidity in February 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.
2. Docu... | ### 1. Direct Answer
According to the NASA POWER Climatology data for the representative grid cell in Lagos State, Nigeria, the historical average relative humidity (RH2M) for the month of February is **83.44 %**. The primary limitation of this figure is that it represents a 20-year climatological average (2001–2020) a... | unspecified | 2.0.0 | completion_numbers_and_units_must_be_supported | region-climate:2332453 | deterministic_climate_field_extraction+deterministic_five_part_grade10_packaging | agroveritas-v200-19546 | en-US | cc0+cc-by-4.0 | Nigeria|Lagos State | historical_climatology_not_live_forecast | nasa_power_climatology+geonames | v05:1702a84216ae5daedd247eb6:variable-RH2M | https://power.larc.nasa.gov/docs/services/api/temporal/climatology/ | regional_climate_variable | formula_and_unit_verified+source_text_preserved | |
Tarea de evidencia agrícola — Kenia|Taita-Taveta County — unspecified — comparación climática mensual histórica
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 persona productora o analista
Par... | 1. Decisión
Enero es mayor. NASA POWER informa 35.45 °C en enero y 30.92 °C en julio. Son valores climatológicos mensuales históricos, no condiciones en vivo ni umbrales específicos para cultivos.
2. Rastro de la fuente
Esta respuesta de comparación climática mensual histórica está ligada a nasa_power_climatology+geon... | 1. **Respuesta de planificación**
Basado estrictamente en los datos climatológicos históricos proporcionados para el Condado de Taita-Taveta, Kenia, el mes con la mayor temperatura máxima diaria promedio histórica es **enero**, con un valor de **35.45 °C**, en comparación con los 30.92 °C registrados en julio.
2. **Tr... | unspecified | 2.0.0 | completion_numbers_and_units_must_be_supported | region-climate:7667652 | deterministic_climate_comparison+deterministic_five_part_grade10_packaging | agroveritas-v200-02597 | es-419 | cc0+cc-by-4.0 | Kenia|Taita-Taveta County | historical_climatology_not_live_forecast | nasa_power_climatology+geonames | es:region-climate:7667652:jan-jul:T2M_MAX | https://power.larc.nasa.gov/docs/services/api/temporal/climatology/ | regional_climate_comparison | formula_and_unit_verified+source_text_preserved | |
Agricultural evidence task — MG|Highlands North Zone — Sugarcane — regional crop-calendar extraction
Work as an evidence-first agricultural analyst. Preserve the supplied record exactly and separate documentary facts from current field conditions.
Producer or analyst question
According to the FAO Crop Calendar, what ... | 1. Direct answer
FAO records for Sugarcane in Highlands North Zone, Madagascar: Window 1: sowing 1 November to 31 December; harvest 1 May to 30 September. 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 curr... | 1. Source-bound response
According to the FAO Crop Calendar API, the usual sowing window for Sugarcane in Highlands North Zone, Madagascar is 1 November to 31 December. The usual harvest window is 1 May to 30 September. These windows represent Cycle 1 of 1.
2. Evidence map
- Source: FAO Crop Calendar API.
- Location: ... | Sugarcane | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:MG:crop-0334:aez-003 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-17085 | en-US | cc-by-4.0 | MG|Highlands North Zone | regional_calendar_scope | fao_crop_calendar_api | v05:94b609f11b942829232f4021 | https://api-cropcalendar.apps.fao.org/ | regional_crop_calendar | formula_and_field_verified+source_text_preserved | |
Agricultural evidence task — Kenya|Embu County — unspecified — source-bound climate-variable 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
What historical ave... | 1. Result
NASA POWER reports 1.46 mm/day for average corrected precipitation in July 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.
2... | 1. Decision
NASA POWER reports a historical average corrected precipitation of 1.46 mm/day for Embu County, Kenya, in July. The applicable limitation is that this value is derived from a 20-year historical climatology and does not represent current weather, live forecasts, or crop-specific stress thresholds.
2. Source... | unspecified | 2.0.0 | completion_numbers_and_units_must_be_supported | region-climate:198474 | deterministic_climate_field_extraction+deterministic_five_part_grade10_packaging | agroveritas-v200-00523 | en-US | cc0+cc-by-4.0 | Kenya|Embu County | historical_climatology_not_live_forecast | nasa_power_climatology+geonames | v05:86b09f52df20e7a8728a08e5:variable-PRECTOTCORR | https://power.larc.nasa.gov/docs/services/api/temporal/climatology/ | regional_climate_variable | formula_and_unit_verified+source_text_preserved | |
Agricultural evidence task — NP|A. Terai Agro-ecological Zone — Spinach — calendar interval membership
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
Does 15 December fal... | 1. Answer in scope
Yes. The recorded harvesting range(s) are window 1: 15 December to 15 February. 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-ecologica... | ### 1. Requested Output
Yes, 15 December falls within the recorded harvesting window for Spinach in the A. Terai Agro-ecological Zone, Nepal, according to FAO record windows 1–1.
### 2. Provenance
- **Source**: FAO Crop Calendar API.
- **Crop**: Spinach.
- **Location**: A. Terai Agro-ecological Zone, Nepal.
- **Record... | Spinach | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:NP:crop-0329:aez-001 | deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging | agroveritas-v200-10157 | en-US | cc-by-4.0 | NP|A. Terai Agro-ecological Zone | historical_calendar_not_live_forecast | fao_crop_calendar_api | v05:bd924177c08a16e2c3af9987:membership | https://api-cropcalendar.apps.fao.org/ | calendar_date_membership | date_interval_formula_verified+source_text_preserved | |
Tarea de evidencia agrícola — KG|Las pendientes Noroeste — Avena — pertenencia a un intervalo de calendario
Responda para un flujo técnico orientado a productores. La exactitud y la trazabilidad tienen prioridad, y toda condición de parcela no observada debe seguir desconocida.
Pregunta de la persona productora o ana... | 1. Resultado
Sí. Los rangos registrados de siembra son ventana 1: 10 febrero a 10 marzo. 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 KG|... | **1. Respuesta ligada a la fuente**
Sí. Conforme a la API del Calendario de Cultivos de la FAO, el 10 de febrero está dentro de la ventana registrada de siembra para Avena en Las pendientes Noroeste, Kirguizistán, usando las ventanas FAO 1–1 (Ciclo 1 - Spring).
**2. Mapa de evidencia**
- **Fuente:** API del Calendario... | Avena | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:KG:crop-0241:aez-006 | deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging | agroveritas-v200-11220 | es-419 | cc-by-4.0 | KG|Las pendientes Noroeste | historical_calendar_not_live_forecast | fao_crop_calendar_api | v05:13b3df164f43b56370427c4a:membership | https://api-cropcalendar.apps.fao.org/ | calendar_date_membership | date_interval_formula_verified+source_text_preserved | |
Agricultural evidence task — Kenya|Murang'a County — unspecified — historical regional climate profile
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
What historical c... | 1. Decision
NASA POWER's 20-year Meteorological and Solar Monthly & Annual Climatologies (January 2001 - December 2020) for the representative grid cell gives December averages of 16.3 °C mean air temperature, 27.9 °C daily maximum, 6.1 °C daily minimum, 2.87 mm/day precipitation, and 77.7% relative humidity. Root-zone... | **1. Direct answer**
For Murang'a County, Kenya, the typical historical climate and heat context in December is defined by a mean air temperature of 16.3 °C, a daily maximum temperature of 27.93 °C, and a daily minimum temperature of 6.11 °C. Additional historical conditions include corrected precipitation of 2.87 mm/d... | unspecified | 2.0.0 | completion_numbers_and_units_must_be_supported | region-climate:185578 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-17899 | en-US | cc0+cc-by-4.0 | Kenya|Murang'a County | historical_climatology_not_live_forecast | nasa_power_climatology+geonames | v05:65b1779fcbf84fa32a0eb617 | https://power.larc.nasa.gov/docs/services/api/temporal/climatology/ | regional_climate_profile | formula_and_field_verified+source_text_preserved | |
Agricultural evidence task — PK|Plain and irrigated areas of Pakistan — Radish — 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... | 1. Answer in scope
FAO records for Radish in Plain and irrigated areas of Pakistan, Pakistan: Window 1 (Developed varieties are Yokohama, Muno, Shamora, Korean four, Desi etc.): sowing 1 July to 31 January; harvest 1 August to 31 October. These are record windows 1–1 of 1. The source record was last updated 26/02/2021.... | ### 1. Planning answer
According to the FAO Crop Calendar record for **Radish** in the **Plain and irrigated areas of Pakistan, Pakistan**, the usual windows are:
* **Sowing window:** 1 July to 31 January.
* **Harvest window:** 1 August to 31 October.
This schedule applies to developed varieties including Yokohama... | Radish | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:PK:crop-0293:aez-014 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-16531 | en-US | cc-by-4.0 | PK|Plain and irrigated areas of Pakistan | regional_calendar_scope | fao_crop_calendar_api | v05:043150a72e58a24a4f17bd5c | https://api-cropcalendar.apps.fao.org/ | regional_crop_calendar | formula_and_field_verified+source_text_preserved | |
Tarea de evidencia agrícola — GN|La Zona preforestales — Rosela — 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. Respuesta dentro del alcance
Sí. Los rangos registrados de cosecha son ventana 1: 1 enero a 31 diciembre. Es un calendario regional histórico, no un pronóstico en vivo ni una recomendación específica para un lote.
2. Correspondencia con el registro
Esta respuesta de pertenencia a un intervalo de calendario está lig... | 1. Resultado
Sí, el 1 de enero está dentro de la ventana registrada de cosecha para Rosela en La Zona preforestales, Guinea, usando las ventanas FAO 1–1.
2. Base documental
- Fuente: API del Calendario de Cultivos de la FAO.
- Cultivo y lugar: Rosela; La Zona preforestales, Guinea.
- Registro: Ciclo 1 (marcado como an... | Rosela | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:GN:crop-0306:aez-007 | deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging | agroveritas-v200-06631 | es-419 | cc-by-4.0 | GN|La Zona preforestales | historical_calendar_not_live_forecast | fao_crop_calendar_api | v05:87b07cb1c722ad1c51b75af8:membership | https://api-cropcalendar.apps.fao.org/ | calendar_date_membership | date_interval_formula_verified+source_text_preserved | |
Agricultural evidence task — EG|New Valley (Oasis) — Radish — 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 July fall within the recorded har... | 1. Result
No. The recorded harvesting range(s) are window 1: 15 September to 30 June. This is a historical regional calendar, not a live forecast or a field-specific recommendation.
2. Documentary basis
This calendar interval membership answer is tied to fao_crop_calendar_api for EG|New Valley (Oasis). The original ve... | 1. **Agricultural finding**
No, 1 July does not fall within the recorded harvesting window for Radish in New Valley (Oasis), Egypt, based on FAO record windows 1–1. The recorded harvest period for Cycle 1 ends on 30 June.
2. **Supporting record**
- **Source:** FAO Crop Calendar API.
- **Crop:** Radish (specifically sm... | Radish | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:EG:crop-0293:aez-011 | deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging | agroveritas-v200-08170 | en-US | cc-by-4.0 | EG|New Valley (Oasis) | historical_calendar_not_live_forecast | fao_crop_calendar_api | v05:c499912ff07bb962424c93d5:membership | https://api-cropcalendar.apps.fao.org/ | calendar_date_membership | date_interval_formula_verified+source_text_preserved | |
Agricultural evidence task — Ethiopia|Benishangul-Gumuz|Asosa — unspecified — evidence-bounded agricultural advisory
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
How ... | 1. Decision
The supplied evidence does not justify a field-specific input rate or irrigation prescription. For the representative grid cell for Benishangul-Gumuz, Ethiopia, NASA POWER's 20-year Meteorological and Solar Monthly & Annual Climatologies (January 2001 - December 2020) gives January averages of 25.1 °C mean ... | **1. Source-bound response**
The provided evidence does not support a specific water management prescription for crops in Guba, Metekel, Benishangul-Gumuz. The available historical record applies to Asosa, Ethiopia (latitude 11.0, longitude 35.625). Over the 20-year reference period (January 2001 - December 2020), this... | unspecified | 2.0.0 | completion_numbers_and_units_must_be_supported | region-climate:444181 | real_farmer_query+deterministic_climate_guardrail+deterministic_five_part_grade10_packaging | agroveritas-v200-00982 | en-US | cc-by-4.0+cc0 | Ethiopia|Benishangul-Gumuz|Asosa | historical_climatology_not_live_forecast|intent:field_prescription | digigreen_farmerchat_queries+nasa_power_climatology | v05:94069f19b7121736ab6288cf | https://huggingface.co/datasets/DigiGreen/farmerchat-queries | regional_climate_advisory_guardrail | source_metadata_and_formula_verified+source_text_preserved | |
Agricultural evidence task — BD|24. St. Martin’s Coral Island — Carrot — 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 1 January fall within ... | 1. Source-bound response
No. The recorded sowing range(s) are window 1: 15 September to 30 December. 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 BD|24. St. Martin’s Coral Is... | 1. Answer in scope
No, 1 January does not fall within the recorded sowing window for Carrot in 24. St. Martin’s Coral Island, Bangladesh, using FAO record windows 1–1.
2. Record alignment
- Source: FAO Crop Calendar API.
- Crop and place: Carrot; 24. St. Martin’s Coral Island, Bangladesh.
- Source cycles: Cycle 1 (Rab... | Carrot | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:BD:crop-0073:aez-024 | deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging | agroveritas-v200-19148 | en-US | cc-by-4.0 | BD|24. St. Martin’s Coral Island | historical_calendar_not_live_forecast | fao_crop_calendar_api | v05:e5009ca39d6b48b6a6afd89b:membership | https://api-cropcalendar.apps.fao.org/ | calendar_date_membership | date_interval_formula_verified+source_text_preserved | |
Tarea de evidencia agrícola — AZ|Costa zonas llanas centro-sur — Tomate — extracción de calendario regional de cultivos
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 persona productora o anal... | 1. Resultado
Registros de la FAO para Tomate en Costa zonas llanas centro-sur, Azerbaiyán: Ventana 1 (Spring Season): siembra 10 febrero a 20 febrero; cosecha 10 mayo a 25 mayo. Ventana 2 (Spring Season): siembra 10 marzo a 20 marzo; cosecha 15 junio a 20 junio. Corresponden a las ventanas 1–2 de 2. El registro fuente ... | ### 1. Respuesta directa
Según el registro del Calendario de Cultivos de la FAO para **Tomate** en la región de **Costa zonas llanas centro-sur, Azerbaiyán**, las ventanas habituales son dos ciclos distintos dentro de la temporada de primavera:
* **Ciclo 1:** Siembra del **10 de febrero al 20 de febrero**; Cosecha de... | Tomate | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:AZ:crop-0356:aez-008 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-02734 | es-419 | cc-by-4.0 | AZ|Costa zonas llanas centro-sur | regional_calendar_scope | fao_crop_calendar_api | v05:0101cd8519bc3fb10f192be8 | https://api-cropcalendar.apps.fao.org/ | regional_crop_calendar | formula_and_field_verified+source_text_preserved | |
Agricultural evidence task — UZ|North-West Coast Plain areas — Safflower — 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 15 October fall within... | 1. Answer in scope
No. The recorded harvesting range(s) are window 1: 30 May to 5 July. 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 UZ|North-West Coast Plain areas. The ... | 1. **Result**
No, 15 October does not fall within the recorded harvesting window for Safflower in the North-West Coast Plain areas, Uzbekistan, based on FAO record windows 1–1. The recorded harvest interval is strictly limited to 30 May to 5 July.
2. **Documentary basis**
- **Source**: FAO Crop Calendar API.
- **Crop*... | Safflower | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:UZ:crop-0311:aez-009 | deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging | agroveritas-v200-03596 | en-US | cc-by-4.0 | UZ|North-West Coast Plain areas | historical_calendar_not_live_forecast | fao_crop_calendar_api | v05:27d704fa8826c758d65bb7c5:membership | https://api-cropcalendar.apps.fao.org/ | calendar_date_membership | date_interval_formula_verified+source_text_preserved | |
Agricultural evidence task — NE|Sahel — Pumpkin — 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 Crop Calendar, what ar... | 1. Planning answer
FAO records for Pumpkin in Sahel, Niger: Window 1: sowing 1 November to 1 February; harvest 1 February to 1 May. 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 current rainfall, variety, ... | ### 1. Result
According to the FAO Crop Calendar for **Pumpkin** in **Sahel, Niger**, there is one recorded production cycle with the following windows:
* **Sowing:** 1 November to 1 February
* **Harvest:** 1 February to 1 May
### 2. Documentary basis
* **Record Source:** FAO Crop Calendar API.
* **Location:**... | Pumpkin | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:NE:crop-0285:aez-003 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-08057 | en-US | cc-by-4.0 | NE|Sahel | regional_calendar_scope | fao_crop_calendar_api | v05:3d078890b12c1dec591e0f69 | https://api-cropcalendar.apps.fao.org/ | regional_crop_calendar | formula_and_field_verified+source_text_preserved | |
Agricultural evidence task — JO|Northern Jordan Valley — Bean — 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 Crop Cal... | 1. Source-bound response
FAO records for Bean in Northern Jordan Valley, Jordan: Window 1 (irrigated, CWR (m3 water/du.) =178-205,): sowing 1 October to 15 January; harvest 30 December to 15 April. These are record windows 1–1 of 1. The source record was last updated 19/10/2021. Treat the dates as a historical regional... | ### 1. Agricultural finding
According to the FAO Crop Calendar data for **Bean** in the **Northern Jordan Valley, Jordan**, the usual windows are defined by a single irrigated cycle:
* **Sowing window:** 1 October to 15 January.
* **Harvest window:** 30 December to 15 April.
### 2. Supporting record
* **Source:*... | Bean | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:JO:crop-0026:aez-001 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-16319 | en-US | cc-by-4.0 | JO|Northern Jordan Valley | regional_calendar_scope | fao_crop_calendar_api | v05:9be9412127c0a5cf96e3ab1d | https://api-cropcalendar.apps.fao.org/ | regional_crop_calendar | formula_and_field_verified+source_text_preserved | |
Tarea de evidencia agrícola — DJ|llanuras costeras — Maní — extracción de calendario regional de cultivos
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
Se... | 1. Decisión
Registros de la FAO para Maní en llanuras costeras, Djibouti: Ventana 1 (1 seul récolte): siembra 1 septiembre a 30 noviembre; cosecha 1 diciembre a 1 enero. Corresponden a las ventanas 1–1 de 1. El registro fuente se actualizó por última vez el 26/02/2021. Trate las fechas como un calendario regional histó... | 1. Hallazgo agrícola
Según el Calendario de Cultivos de la FAO, para el Maní en llanuras costeras, Djibouti, se registra un único ciclo (1 seul récolte) con las siguientes ventanas: siembra del 1 de septiembre al 30 de noviembre; cosecha del 1 de diciembre al 1 de enero.
2. Registro de respaldo
- Fuente: API del Calen... | Maní | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:DJ:crop-0262:aez-001 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-02350 | es-419 | cc-by-4.0 | DJ|llanuras costeras | regional_calendar_scope | fao_crop_calendar_api | v05:75819f1adadb4e955d1f7229 | https://api-cropcalendar.apps.fao.org/ | regional_crop_calendar | formula_and_field_verified+source_text_preserved | |
Tarea de evidencia agrícola — BD|4. Karatoya-Bangali llanura de inundación — Coliflor — extracción de calendario regional de cultivos
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 persona pro... | 1. Respuesta ligada a la fuente
Registros de la FAO para Coliflor en 4. Karatoya-Bangali llanura de inundación, Bangladesh: Ventana 1 (Rabi (winter) season): siembra 15 agosto a 1 noviembre; cosecha 25 noviembre a 28 febrero. Ventana 2 (Rabi (winter) season): siembra 15 agosto a 15 noviembre; cosecha 20 noviembre a 20 ... | ### 1. Decisión
Según el registro histórico de la API del Calendario de Cultivos de la FAO para la región **4. Karatoya-Bangali llanura de inundación** en Bangladesh, las ventanas habituales para el cultivo de **Coliflor** durante la temporada Rabi (invierno) se definen en dos ciclos distintos sin fusionar:
* **Cicl... | Coliflor | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:BD:crop-0078:aez-004 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-00689 | es-419 | cc-by-4.0 | BD|4. Karatoya-Bangali llanura de inundación | regional_calendar_scope | fao_crop_calendar_api | v05:76d020f0c76a352b43685116 | https://api-cropcalendar.apps.fao.org/ | regional_crop_calendar | formula_and_field_verified+source_text_preserved | |
Agricultural evidence task — KP|Western lowlands — Sunflower — regional crop-calendar extraction
Work as an evidence-first agricultural analyst. Preserve the supplied record exactly and separate documentary facts from current field conditions.
Producer or analyst question
According to the FAO Crop Calendar, what are ... | 1. Planning answer
FAO records for Sunflower in Western lowlands, Democratic People's Republic of Korea: Window 1: sowing 20 June to 10 July; harvest 10 October to 20 October. 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 ... | ### 1. Agricultural finding
According to the FAO Crop Calendar data for the Western lowlands of the Democratic People's Republic of Korea, the usual sowing window for **Sunflower** is from **20 June to 10 July**, and the corresponding harvest window is from **10 October to 20 October**.
### 2. Supporting record
- **So... | Sunflower | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:KP:crop-0335:aez-001 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-03307 | en-US | cc-by-4.0 | KP|Western lowlands | regional_calendar_scope | fao_crop_calendar_api | v05:b021bca3468baed385e75172 | https://api-cropcalendar.apps.fao.org/ | regional_crop_calendar | formula_and_field_verified+source_text_preserved | |
Agricultural evidence task — ZM|Region I — Pearl millet — calendar interval membership
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
Does 1 March fall within the recorde... | 1. Result
Yes. The recorded harvesting range(s) are window 1: 1 March to 31 May; window 2: 1 March to 31 May. This is a historical regional calendar, not a live forecast or a field-specific recommendation.
2. Documentary basis
This calendar interval membership answer is tied to fao_crop_calendar_api for ZM|Region I. T... | ### 1. Planning answer
Yes, based strictly on the provided FAO record windows, **1 March** falls within the recorded harvesting window for **Pearl millet** in **Region I, Zambia**. The date corresponds to the start date of the harvest interval for both recorded rainfed cycles.
### 2. Traceability
- **Source**: FAO Cro... | Pearl millet | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:ZM:crop-0265:aez-001 | deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging | agroveritas-v200-13241 | en-US | cc-by-4.0 | ZM|Region I | historical_calendar_not_live_forecast | fao_crop_calendar_api | v05:45a90fb5d8a3c471935de405:membership | https://api-cropcalendar.apps.fao.org/ | calendar_date_membership | date_interval_formula_verified+source_text_preserved | |
Tarea de evidencia agrícola — TJ|Norte Upland — Zanahoria — 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 persona productora o ... | 1. Respuesta ligada a la fuente
Registros de la FAO para Zanahoria en Norte Upland, Tayikistán: Ventana 1 (Spring): siembra 10 abril a 20 mayo; cosecha 5 agosto a 10 septiembre. Corresponden a las ventanas 1–1 de 1. El registro fuente se actualizó por última vez el 26/02/2021. Trate las fechas como un calendario region... | 1. Hallazgo agrícola
Según el Calendario de Cultivos de la FAO, las ventanas habituales para Zanahoria en Norte Upland, Tayikistán, corresponden al Ciclo 1 (Spring): siembra del 10 de abril al 20 de mayo y cosecha del 5 de agosto al 10 de septiembre.
2. Registro de respaldo
- Fuente: API del Calendario de Cultivos de ... | Zanahoria | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:TJ:crop-0073:aez-003 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-03718 | es-419 | cc-by-4.0 | TJ|Norte Upland | regional_calendar_scope | fao_crop_calendar_api | v05:c4c8ad3b7055ec18ee8d1cfe | https://api-cropcalendar.apps.fao.org/ | regional_crop_calendar | formula_and_field_verified+source_text_preserved | |
Tarea de evidencia agrícola — MA|Noroeste zonas favorables y saber Gharb — Cebolla — 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 prod... | 1. Respuesta dentro del alcance
No. Los rangos registrados de cosecha son ventana 1: 1 mayo a 30 noviembre. Es un calendario regional histórico, no un pronóstico en vivo ni una recomendación específica para un lote.
2. Correspondencia con el registro
Esta respuesta de pertenencia a un intervalo de calendario está liga... | 1. Hallazgo agrícola
No, el 15 de diciembre no está dentro de la ventana registrada de cosecha para Cebolla en Noroeste zonas favorables y saber Gharb, Marruecos, usando las ventanas FAO 1–1. La fecha solicitada es posterior al cierre del intervalo registrado.
2. Registro de respaldo
- Fuente: API del Calendario de Cu... | Cebolla | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:MA:crop-0247:aez-001 | deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging | agroveritas-v200-19480 | es-419 | cc-by-4.0 | MA|Noroeste zonas favorables y saber Gharb | historical_calendar_not_live_forecast | fao_crop_calendar_api | v05:efa712b72ca23c3ca681ff60:membership | https://api-cropcalendar.apps.fao.org/ | calendar_date_membership | date_interval_formula_verified+source_text_preserved | |
Agricultural evidence task — DZ|West coast — Triticale — regional crop-calendar extraction
Work as an evidence-first agricultural analyst. Preserve the supplied record exactly and separate documentary facts from current field conditions.
Producer or analyst question
According to the FAO Crop Calendar, what are the us... | 1. Answer in scope
FAO records for Triticale in West coast, Algeria: Window 1: sowing 1 November to 1 January; harvest 1 June to 20 July. 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 current rainfall, var... | ### 1. Direct answer
According to the FAO Crop Calendar record for **West coast, Algeria**, the usual windows for **Triticale** are:
* **Sowing:** 1 November to 1 January
* **Harvest:** 1 June to 20 July
### 2. Evidence used
* **Source Record:** FAO Crop Calendar API.
* **Location:** West coast, Algeria.
* *... | Triticale | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:DZ:crop-0358:aez-002 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-13368 | en-US | cc-by-4.0 | DZ|West coast | regional_calendar_scope | fao_crop_calendar_api | v05:d03f59531b0d766a88732b6b | https://api-cropcalendar.apps.fao.org/ | regional_crop_calendar | formula_and_field_verified+source_text_preserved | |
Agricultural evidence task — AZ|Northwest Upland — Bean, broad green — 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 10 July fall within the re... | 1. Requested output
Yes. The recorded harvesting range(s) are window 1: 10 July to 10 August. This is a historical regional calendar, not a live forecast or a field-specific recommendation.
2. Provenance
This calendar interval membership answer is tied to fao_crop_calendar_api for AZ|Northwest Upland. The original ver... | 1. Answer in scope
Yes, 10 July falls within the recorded harvesting window for Bean, broad green in Northwest Upland, Azerbaijan, using FAO record windows 1–1.
2. Record alignment
- Source: FAO Crop Calendar API.
- Crop and place: Bean, broad green; Northwest Upland, Azerbaijan.
- Cycle: Cycle 1 (Spring Season) — sow... | Bean, broad green | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:AZ:crop-0027:aez-006 | deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging | agroveritas-v200-05016 | en-US | cc-by-4.0 | AZ|Northwest Upland | historical_calendar_not_live_forecast | fao_crop_calendar_api | v05:f2e8bfe37a53bba8214b937b:membership | https://api-cropcalendar.apps.fao.org/ | calendar_date_membership | date_interval_formula_verified+source_text_preserved | |
Agricultural evidence task — Kenya|West Pokot County — unspecified — source-bound climate-variable 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
What histo... | 1. Direct answer
NASA POWER reports 55.47 % for average relative humidity in December 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 55.47 % for West Pokot County, Kenya, in December. The applicable limitation is that this value represents a 20-year climatology (January 2001 - December 2020) and does not reflect current weather conditions, live observations, or speci... | unspecified | 2.0.0 | completion_numbers_and_units_must_be_supported | region-climate:178145 | deterministic_climate_field_extraction+deterministic_five_part_grade10_packaging | agroveritas-v200-02232 | en-US | cc0+cc-by-4.0 | Kenya|West Pokot County | historical_climatology_not_live_forecast | nasa_power_climatology+geonames | v05:e84be21eae5fb7620d8a9902:variable-RH2M | https://power.larc.nasa.gov/docs/services/api/temporal/climatology/ | regional_climate_variable | formula_and_unit_verified+source_text_preserved | |
Agricultural evidence task — Kenya|Makueni County — unspecified — source-bound climate-variable 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
What historic... | 1. Agricultural finding
NASA POWER reports 0.4 unitless index for root-zone wetness in September 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 t... | 1. Result
NASA POWER reports a historical root-zone wetness of 0.4 unitless index for Makueni County, Kenya, in September. The applicable limitation is that this value represents a 20-year climatology (January 2001 - December 2020) and does not reflect current weather conditions, specific-year deviations, or crop-speci... | unspecified | 2.0.0 | completion_numbers_and_units_must_be_supported | region-climate:7667645 | deterministic_climate_field_extraction+deterministic_five_part_grade10_packaging | agroveritas-v200-13629 | en-US | cc0+cc-by-4.0 | Kenya|Makueni County | historical_climatology_not_live_forecast | nasa_power_climatology+geonames | v05:0ec6515578e214c970a5ed08:variable-GWETROOT | https://power.larc.nasa.gov/docs/services/api/temporal/climatology/ | regional_climate_variable | formula_and_unit_verified+source_text_preserved | |
Agricultural evidence task — Nigeria|Cross River — unspecified — historical regional climate profile
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
What historical cli... | 1. Decision
NASA POWER's 20-year Meteorological and Solar Monthly & Annual Climatologies (January 2001 - December 2020) for the representative grid cell gives October averages of 25.2 °C mean air temperature, 31.8 °C daily maximum, 20.6 °C daily minimum, 9.26 mm/day precipitation, and 90.4% relative humidity. Root-zone... | 1. Agricultural finding
For Cross River, Nigeria, the typical historical climate and heat context in October is characterized by a mean air temperature of 25.21 °C, a daily maximum temperature of 31.84 °C, and a daily minimum temperature of 20.58 °C. The profile also includes corrected precipitation of 9.26 mm/day, rel... | unspecified | 2.0.0 | completion_numbers_and_units_must_be_supported | region-climate:2345891 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-00730 | en-US | cc0+cc-by-4.0 | Nigeria|Cross River | historical_climatology_not_live_forecast | nasa_power_climatology+geonames | v05:e2d7c19caced493b5eced0d6 | https://power.larc.nasa.gov/docs/services/api/temporal/climatology/ | regional_climate_profile | formula_and_field_verified+source_text_preserved | |
Agricultural evidence task — AZ|South Upland — Cucumber — 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 FAO Crop Calen... | 1. Answer in scope
FAO records for Cucumber in South Upland, Azerbaijan: Window 1 (Spring Season): sowing 20 April to 20 May; harvest 30 July to 20 August. 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 cur... | **1. Requested output**
According to the FAO Crop Calendar, the usual sowing window for Cucumber in South Upland, Azerbaijan is 20 April to 20 May, and the harvest window is 30 July to 20 August. This represents Cycle 1 (Spring Season), which is the only cycle provided in the source record.
**2. Provenance**
* **Sou... | Cucumber | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:AZ:crop-0119:aez-011 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-01642 | en-US | cc-by-4.0 | AZ|South Upland | regional_calendar_scope | fao_crop_calendar_api | v05:44e77dd4253b4217d5419452 | https://api-cropcalendar.apps.fao.org/ | regional_crop_calendar | formula_and_field_verified+source_text_preserved | |
Agricultural evidence task — India|Andhra Pradesh|East Godavari — unspecified — evidence-bounded agricultural advisory
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
How much w... | 1. Answer in scope
The supplied evidence does not justify a field-specific input rate or irrigation prescription. For the representative grid cell for Andhra Pradesh, India, NASA POWER's 20-year Meteorological and Solar Monthly & Annual Climatologies (January 2001 - December 2020) gives October averages of 26.8 °C mean... | **1. Agricultural finding**
The provided evidence does not specify how much water is needed for paddy during the vegetative stage in Dhavaleswaram, Andhra Pradesh. The available data is limited to historical climatology for East Godavari, India, and does not contain crop-specific water requirement standards, evapotrans... | unspecified | 2.0.0 | completion_numbers_and_units_must_be_supported | region-climate:1278629 | real_farmer_query+deterministic_climate_guardrail+deterministic_five_part_grade10_packaging | agroveritas-v200-19038 | en-US | cc-by-4.0+cc0 | India|Andhra Pradesh|East Godavari | historical_climatology_not_live_forecast|intent:field_prescription | digigreen_farmerchat_queries+nasa_power_climatology | v05:e2de5938d8f12c0b87440644 | https://huggingface.co/datasets/DigiGreen/farmerchat-queries | regional_climate_advisory_guardrail | source_metadata_and_formula_verified+source_text_preserved | |
Tarea de evidencia agrícola — TG|litoral — Maíz, dulce — 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.
Pregunta de la persona productora o anali... | 1. Respuesta dentro del alcance
Registros de la FAO para Maíz, dulce en litoral, Togo: Ventana 1 (1ère saison): siembra 15 marzo a 30 mayo; cosecha 30 junio a 30 septiembre. Ventana 2 (2ème saison): siembra 1 agosto a 1 septiembre; cosecha 30 octubre a 10 noviembre. Corresponden a las ventanas 1–2 de 2. El registro fue... | 1. **Hallazgo agrícola**
Según el Calendario de Cultivos de la FAO para Maíz, dulce en litoral, Togo, las ventanas habituales son:
- Ciclo 1 (1ère saison): Siembra del 15 marzo al 30 mayo; Cosecha del 30 junio al 30 septiembre.
- Ciclo 2 (2ème saison): Siembra del 1 agosto al 1 septiembre; Cosecha del 30 octubre al 10 ... | Maíz, dulce | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:TG:crop-0113:aez-004 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-03952 | es-419 | cc-by-4.0 | TG|litoral | regional_calendar_scope | fao_crop_calendar_api | v05:96eed0fcd16d738a3135f606 | https://api-cropcalendar.apps.fao.org/ | regional_crop_calendar | formula_and_field_verified+source_text_preserved | |
Agricultural evidence task — JO|Southern Badia — Barley — calendar interval membership
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
Does 15 October fall within the recorded... | 1. Decision
Yes. The recorded sowing range(s) are window 1: 15 October to 30 November. This is a historical regional calendar, not a live forecast or a field-specific recommendation.
2. Source trace
This calendar interval membership answer is tied to fao_crop_calendar_api for JO|Southern Badia. The original verified a... | ### 1. Answer in scope
Yes, 15 October falls within the recorded sowing window for Barley in Southern Badia, Jordan, according to the specified FAO record (Cycle 1).
### 2. Record alignment
- **Source**: FAO Crop Calendar API.
- **Location**: Southern Badia, Jordan.
- **Crop**: Barley.
- **Record Cycle**: Cycle 1 (cov... | Barley | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:JO:crop-0024:aez-009 | deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging | agroveritas-v200-07094 | en-US | cc-by-4.0 | JO|Southern Badia | historical_calendar_not_live_forecast | fao_crop_calendar_api | v05:0cdb1f56f7238d12f2f1bec2:membership | https://api-cropcalendar.apps.fao.org/ | calendar_date_membership | date_interval_formula_verified+source_text_preserved | |
Agricultural evidence task — ZM|Region IIb — Okra — regional crop-calendar extraction
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
According to the FAO Crop Calendar, what ar... | 1. Agricultural finding
FAO records for Okra in Region IIb, Zambia: Window 1 (Irrigated): sowing 1 July to 31 July; harvest 1 September to 31 October. These are record windows 1–1 of 1. The source record was last updated 19/08/2025. Treat the dates as a historical regional calendar, not a live forecast; verify current ... | 1. Planning answer
According to the FAO Crop Calendar API, the usual sowing window for Okra in Region IIb, Zambia, is 1 July to 31 July, and the harvest window is 1 September to 31 October for Cycle 1 (Irrigated).
2. Traceability
- Source: FAO Crop Calendar API.
- Record update: 19/08/2025.
- Location: Region IIb, Zam... | Okra | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:ZM:crop-0244:aez-003 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-13207 | en-US | cc-by-4.0 | ZM|Region IIb | regional_calendar_scope | fao_crop_calendar_api | v05:ace9dfb5fce8eb4de774af66 | https://api-cropcalendar.apps.fao.org/ | regional_crop_calendar | formula_and_field_verified+source_text_preserved |
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