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values | evidence_policy stringclasses 2
values | fact_group stringlengths 0 29 | generation_method stringclasses 7
values | id stringlengths 0 22 | language stringclasses 3
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values | region stringlengths 0 160 | safety_flags stringclasses 10
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Tarea de evidencia agrícola — BD|12. Bajo Río Ganges llanura de inundación — Mostaza — 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 p... | 1. Resultado
Sí. Los rangos registrados de cosecha son ventana 1: 10 diciembre a 20 diciembre. 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 pa... | 1. **Hallazgo agrícola**
Sí, el 10 diciembre está dentro de la ventana registrada de cosecha para Mostaza en 12. Bajo Río Ganges llanura de inundación, Bangladesh, según los datos de la fuente FAO 1–1.
2. **Registro de respaldo**
- **Fuente:** API del Calendario de Cultivos de la FAO.
- **Cultivo:** Mostaza.
- **Lugar... | Mostaza | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:BD:crop-0234:aez-012 | deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging | agroveritas-v200-03293 | es-419 | cc-by-4.0 | BD|12. Bajo Río Ganges llanura de inundación | historical_calendar_not_live_forecast | fao_crop_calendar_api | v05:1dc82fbc54f3e5b04ded9651:membership | https://api-cropcalendar.apps.fao.org/ | calendar_date_membership | date_interval_formula_verified+source_text_preserved | |
Tarea de evidencia agrícola — JO|Tierras altas del Sur — Sandía — 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 productor... | 1. Resultado solicitado
Registros de la FAO para Sandía en Tierras altas del Sur, Jordania: Ventana 1: siembra 1 febrero a 1 marzo; cosecha 1 mayo a 1 junio. Ventana 2: siembra 1 julio a 1 agosto; cosecha 1 septiembre a 1 noviembre. Corresponden a las ventanas 1–2 de 2. El registro fuente se actualizó por última vez el... | 1. **Respuesta directa**
Según el Calendario de Cultivos de la FAO para Sandía en Tierras altas del Sur, Jordania, las ventanas habituales son:
- **Ciclo 1:** Siembra del 1 de febrero al 1 de marzo; Cosecha del 1 de mayo al 1 de junio.
- **Ciclo 2:** Siembra del 1 de julio al 1 de agosto; Cosecha del 1 de septiembre al... | Sandía | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:JO:crop-0370:aez-006 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-19697 | es-419 | cc-by-4.0 | JO|Tierras altas del Sur | regional_calendar_scope | fao_crop_calendar_api | v05:6e38144b6921cdcd4bf6f9ca | https://api-cropcalendar.apps.fao.org/ | regional_crop_calendar | formula_and_field_verified+source_text_preserved | |
Tarea de evidencia agrícola — KG|las zonas del Sur-Oeste Costa Plain — Centeno — 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 perso... | 1. Hallazgo agrícola
Sí. Los rangos registrados de siembra son ventana 1: 10 octubre a 20 noviembre. 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. Decisión — Sí, el 10 de octubre está dentro de la ventana registrada de siembra para Centeno en las zonas del Sur-Oeste Costa Plain, Kirguizistán, usando las ventanas FAO 1–1.
2. Rastro de la fuente — Registro: API del Calendario de Cultivos de la FAO (actualización 26/02/2021). Lugar: las zonas del Sur-Oeste Costa... | Centeno | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:KG:crop-0308:aez-001 | deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging | agroveritas-v200-16549 | es-419 | cc-by-4.0 | KG|las zonas del Sur-Oeste Costa Plain | historical_calendar_not_live_forecast | fao_crop_calendar_api | v05:6b1282bc511a3e2dee73bbab:membership | https://api-cropcalendar.apps.fao.org/ | calendar_date_membership | date_interval_formula_verified+source_text_preserved | |
Agricultural evidence task — India|Bihar|Nawada — 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 should paddy receive at ... | 1. Agricultural finding
The supplied evidence does not justify a field-specific input rate or irrigation prescription. For the representative grid cell for Bihar, India, NASA POWER's 20-year Meteorological and Solar Monthly & Annual Climatologies (January 2001 - December 2020) gives October averages of 25.6 °C mean tem... | 1. Decision
The provided evidence does not specify how much water paddy should receive at the maturation stage in Dihuri, Hisua, Nawada, Bihar. The record supplies historical climatology only and lacks crop-specific irrigation thresholds, soil moisture data, or field conditions required to determine a water application... | unspecified | 2.0.0 | completion_numbers_and_units_must_be_supported | region-climate:1275715 | real_farmer_query+deterministic_climate_guardrail+deterministic_five_part_grade10_packaging | agroveritas-v200-01113 | en-US | cc-by-4.0+cc0 | India|Bihar|Nawada | historical_climatology_not_live_forecast|intent:field_prescription | digigreen_farmerchat_queries+nasa_power_climatology | v05:0ebf50b3ec82cf9248e78563 | https://huggingface.co/datasets/DigiGreen/farmerchat-queries | regional_climate_advisory_guardrail | source_metadata_and_formula_verified+source_text_preserved | |
Agricultural evidence task — CI|Sudano-Guinean Zone 2 — Sugarcane — 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 30 November fall within t... | 1. Agricultural finding
Yes. The recorded harvesting range(s) are window 1: 30 November to 30 September. 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 CI|Sudano-Guinean Z... | 1. **Planning answer**
Yes. 30 November falls within the recorded harvesting window for Sugarcane in Sudano-Guinean Zone 2, Côte d'Ivoire, using FAO record window 1.
2. **Traceability**
- **Source:** FAO Crop Calendar API.
- **Crop:** Sugarcane.
- **Location:** Sudano-Guinean Zone 2, Côte d'Ivoire.
- **Cycle used:** C... | Sugarcane | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:CI:crop-0334:aez-003 | deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging | agroveritas-v200-11042 | en-US | cc-by-4.0 | CI|Sudano-Guinean Zone 2 | historical_calendar_not_live_forecast | fao_crop_calendar_api | v05:a8dc6f926e7606fd5c50e2a8:membership | https://api-cropcalendar.apps.fao.org/ | calendar_date_membership | date_interval_formula_verified+source_text_preserved | |
Tarea de evidencia agrícola — ET|Húmedo agro-ecología (caliente para tierras bajas cálidas, tibia para enfriar tierras altas mediados y fría para húmedo muy frío sub-afroalpina a afroalpina) — Trigo, durum — pertenencia a un intervalo de calendario
Trate esta consulta como una prueba de fidelidad a la fuente en apoyo ... | 1. Respuesta directa
Sí. Los rangos registrados de siembra son ventana 1: 12 febrero a 30 mayo; ventana 2: 25 mayo a 30 junio. 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 es... | 1. Resultado
Sí, el 12 de febrero está dentro de la ventana registrada de siembra para Trigo, durum en Húmedo agro-ecología (caliente para tierras bajas cálidas, tibia para enfriar tierras altas mediados y fría para húmedo muy frío sub-afroalpina a afroalpina), Etiopía, usando las ventanas FAO 1–2, específicamente en e... | Trigo, durum | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:ET:crop-0374:aez-006 | deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging | agroveritas-v200-11410 | es-419 | cc-by-4.0 | ET|Húmedo agro-ecología (caliente para tierras bajas cálidas, tibia para enfriar tierras altas mediados y fría para húmedo muy frío sub-afroalpina a afroalpina) | historical_calendar_not_live_forecast | fao_crop_calendar_api | v05:d3134e81ed2151f4a59cefb1:membership | https://api-cropcalendar.apps.fao.org/ | calendar_date_membership | date_interval_formula_verified+source_text_preserved | |
Tarea de evidencia agrícola — TJ|Medio tierras altas — 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 product... | 1. Hallazgo agrícola
No. Los rangos registrados de cosecha son ventana 1: 10 agosto a 10 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. Hallazgo agrícola — No, el 1 de octubre no está dentro de la ventana registrada de cosecha para Repollo, común en Medio tierras altas, Tayikistán, usando las ventanas FAO 1–1.
2. Registro de respaldo — Fuente: API del Calendario de Cultivos de la FAO. Cultivo y lugar: Repollo, común; Medio tierras altas, Tayikistán... | Repollo, común | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:TJ:crop-0065:aez-010 | deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging | agroveritas-v200-16201 | es-419 | cc-by-4.0 | TJ|Medio tierras altas | historical_calendar_not_live_forecast | fao_crop_calendar_api | v05:e96235efe178891baffc0731:membership | https://api-cropcalendar.apps.fao.org/ | calendar_date_membership | date_interval_formula_verified+source_text_preserved | |
Agricultural evidence task — UG|Northern Farming System — Onion — 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 C... | 1. Source-bound response
FAO records for Onion in Northern Farming System, Uganda: Window 1 (One season): sowing 15 March to 30 July; harvest 15 August to 30 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 calendar, not a live forecast;... | ### 1. Decision
According to the FAO Crop Calendar record for the **Northern Farming System** in **Uganda**, the usual windows for **Onion** are:
* **Sowing:** 15 March to 30 July
* **Harvest:** 15 August to 30 January
This represents a single recorded cycle (Cycle 1) where sowing and harvest periods span across m... | Onion | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:UG:crop-0247:aez-003 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-10077 | en-US | cc-by-4.0 | UG|Northern Farming System | regional_calendar_scope | fao_crop_calendar_api | v05:5716bfb15c53ebde9d426e16 | https://api-cropcalendar.apps.fao.org/ | regional_crop_calendar | formula_and_field_verified+source_text_preserved | |
Tarea de evidencia agrícola — TN|invierno fresco semiárido — Cártamo — 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 analist... | 1. Resultado solicitado
Registros de la FAO para Cártamo en invierno fresco semiárido, Túnez: Ventana 1 (PMG = 45 à 50 g): siembra 15 noviembre a 15 diciembre; cosecha 15 junio a 30 junio. 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 calend... | 1. Respuesta dentro del alcance
Según el Calendario de Cultivos de la FAO, las ventanas habituales para Cártamo en invierno fresco semiárido, Túnez, son: siembra del 15 de noviembre al 15 de diciembre; cosecha del 15 de junio al 30 de junio.
2. Correspondencia con el registro
- Fuente: API del Calendario de Cultivos d... | Cártamo | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:TN:crop-0311:aez-003 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-11128 | es-419 | cc-by-4.0 | TN|invierno fresco semiárido | regional_calendar_scope | fao_crop_calendar_api | v05:9d0c523e1005df5b1c40c0f5 | https://api-cropcalendar.apps.fao.org/ | regional_crop_calendar | formula_and_field_verified+source_text_preserved | |
Agricultural evidence task — TZ|S — 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 are the usu... | 1. Source-bound response
FAO records for Okra in S, United Republic of Tanzania: Window 1: sowing 1 December to 1 February; harvest 20 January to 15 April. These are record windows 1–1 of 1. The source record was last updated 16/03/2021. Treat the dates as a historical regional calendar, not a live forecast; verify cur... | **1. Decision**
According to the FAO Crop Calendar for S, United Republic of Tanzania, the usual windows for Okra are:
* **Cycle 1 Sowing:** 1 December to 1 February
* **Cycle 1 Harvest:** 20 January to 15 April
**2. Source trace**
* **Source:** FAO Crop Calendar API
* **Crop:** Okra
* **Location:** S, Unite... | Okra | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:TZ:crop-0244:aez-009 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-01167 | en-US | cc-by-4.0 | TZ|S | regional_calendar_scope | fao_crop_calendar_api | v05:61bc597c9f768c27d38dbf2b | https://api-cropcalendar.apps.fao.org/ | regional_crop_calendar | formula_and_field_verified+source_text_preserved | |
Agricultural evidence task — UG|Lake Victoria Crescent — Chard — 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
According to the FAO C... | 1. Agricultural finding
FAO records for Chard in Lake Victoria Crescent, Uganda: Window 1 (Continous): sowing 15 February to 30 November; harvest 15 April to 1 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 live forecast;... | 1. Agricultural finding
According to the FAO Crop Calendar, the usual sowing window for Chard in Lake Victoria Crescent, Uganda, is 15 February to 30 November, and the harvest window is 15 April to 1 March.
2. Supporting record
Source: FAO Crop Calendar API. Crop: Chard. Location: Lake Victoria Crescent, Uganda. Cycle... | Chard | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:UG:crop-0081:aez-007 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-09681 | en-US | cc-by-4.0 | UG|Lake Victoria Crescent | regional_calendar_scope | fao_crop_calendar_api | v05:6962d59a5f2a9183013c8428 | https://api-cropcalendar.apps.fao.org/ | regional_crop_calendar | formula_and_field_verified+source_text_preserved | |
Tarea de evidencia agrícola — UZ|áreas costa central Plain — Triticale — 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 product... | 1. Respuesta dentro del alcance
Sí. Los rangos registrados de siembra son ventana 1: 20 septiembre a 15 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 es... | 1. Respuesta dentro del alcance
Sí, el 20 de septiembre está dentro de la ventana registrada de siembra para Triticale en áreas costa central Plain, Uzbekistán, usando las ventanas FAO 1–1.
2. Correspondencia con el registro
Fuente: API del Calendario de Cultivos de la FAO. Cultivo y lugar: Triticale; áreas costa cent... | Triticale | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:UZ:crop-0358:aez-004 | deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging | agroveritas-v200-16210 | es-419 | cc-by-4.0 | UZ|áreas costa central Plain | historical_calendar_not_live_forecast | fao_crop_calendar_api | v05:290154d595a6b5542c6010ec:membership | https://api-cropcalendar.apps.fao.org/ | calendar_date_membership | date_interval_formula_verified+source_text_preserved | |
Agricultural evidence task — KG|North-West Coast Plain areas — Chilli, dry — 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 20 April fall wi... | 1. Source-bound response
Yes. The recorded sowing range(s) are window 1: 20 April to 20 May. 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 KG|North-West Coast Plain areas. The... | ### 1. Agricultural finding
Yes, 20 April falls within the recorded sowing window for **Chilli, dry** in the **North-West Coast Plain areas** of **Kyrgyzstan**. According to the FAO record, this date marks the inclusive start of the Spring Season sowing cycle.
### 2. Supporting record
- **Source**: FAO Crop Calendar A... | Chilli, dry | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:KG:crop-0091:aez-005 | deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging | agroveritas-v200-03486 | en-US | cc-by-4.0 | KG|North-West Coast Plain areas | historical_calendar_not_live_forecast | fao_crop_calendar_api | v05:e04b6b2a69816ab6b5e6d01a:membership | https://api-cropcalendar.apps.fao.org/ | calendar_date_membership | date_interval_formula_verified+source_text_preserved | |
Agricultural evidence task — Nigeria|Bauchi — unspecified — historical monthly climate comparison
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
For Bauchi, Nigeria, which month ... | 1. Result
May is higher. NASA POWER reports 41.84 °C in May and 39.08 °C in November. These are historical monthly climatological values, not live conditions or crop-specific thresholds.
2. Documentary basis
This historical monthly climate comparison answer is tied to nasa_power_climatology+geonames for Nigeria|Bauchi... | 1. **Direct answer**
For Bauchi, Nigeria, based on the provided historical climatology, **May** has the higher historical average daily maximum temperature compared to November.
2. **Evidence used**
- **Source**: NASA POWER Climatology API.
- **Location**: Bauchi, Nigeria.
- **Reference Period**: 20-year Meteorologica... | unspecified | 2.0.0 | completion_numbers_and_units_must_be_supported | region-climate:2347468 | deterministic_climate_comparison+deterministic_five_part_grade10_packaging | agroveritas-v200-11135 | en-US | cc0+cc-by-4.0 | Nigeria|Bauchi | historical_climatology_not_live_forecast | nasa_power_climatology+geonames | en:region-climate:2347468:may-nov: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 — UG|Eastern Savanna — Taro — 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 March fall within the recorded sowing... | 1. Source-bound response
Yes. The recorded sowing range(s) are window 1: 15 March to 30 September. 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 UG|Eastern Savanna. The origin... | 1. **Direct answer**
Yes, 15 March falls within the recorded sowing window for Taro in Eastern Savanna, Uganda, according to FAO record window 1–1.
2. **Evidence used**
- **Source**: FAO Crop Calendar API (Record update: 26/02/2021).
- **Crop**: Taro.
- **Location**: Eastern Savanna, Uganda.
- **Cycle**: Cycle 1 (One ... | Taro | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:UG:crop-0345:aez-005 | deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging | agroveritas-v200-01140 | en-US | cc-by-4.0 | UG|Eastern Savanna | historical_calendar_not_live_forecast | fao_crop_calendar_api | v05:c79876093db7e54afe6430e7:membership | https://api-cropcalendar.apps.fao.org/ | calendar_date_membership | date_interval_formula_verified+source_text_preserved | |
Agricultural evidence task — Nigeria|Niger — 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 average... | 1. Decision
NASA POWER reports 62.92 % for average relative humidity in November 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. So... | 1. Requested output
NASA POWER reports a historical average relative humidity of 62.92 % for Niger, Nigeria, in November. The applicable limitation is that this value represents a 20-year historical climatology (January 2001 - December 2020) and is not current weather or a crop-specific stress threshold.
2. Provenance... | unspecified | 2.0.0 | completion_numbers_and_units_must_be_supported | region-climate:2328925 | deterministic_climate_field_extraction+deterministic_five_part_grade10_packaging | agroveritas-v200-00390 | en-US | cc0+cc-by-4.0 | Nigeria|Niger | historical_climatology_not_live_forecast | nasa_power_climatology+geonames | v05:d24d9566dadc0a7130118f19: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|Mandera 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 pr... | 1. Hallazgo agrícola
NASA POWER informa 0.19 mm/día de precipitación corregida 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 específi... | 1. **Hallazgo agrícola**
Para Mandera County, Kenia, en el mes de julio, el valor histórico de precipitación corregida promedio informado por NASA POWER es de **0.19 mm/día**.
2. **Registro de respaldo**
- **Fuente:** API de climatología NASA POWER, comunidad AG.
- **Ubicación específica:** Celda representativa en lat... | unspecified | 2.0.0 | completion_numbers_and_units_must_be_supported | region-climate:187895 | deterministic_climate_field_extraction+deterministic_five_part_grade10_packaging | agroveritas-v200-07361 | es-419 | cc0+cc-by-4.0 | Kenia|Mandera County | historical_climatology_not_live_forecast | nasa_power_climatology+geonames | v05:f164ddf4136e0a2da0d680b4: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|Bihar — 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 surfac... | 1. Planning answer
NASA POWER reports 22.54 kWh/m²/day for surface solar radiation in May 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 threshol... | 1. Planning answer
NASA POWER reports a historical surface solar radiation of 22.54 kWh/m²/day for Bihar, India, in May. The limitation is that this value represents a 20-year climatology (January 2001 - December 2020) and does not reflect current weather conditions, specific year variability, or crop stress thresholds... | unspecified | 2.0.0 | completion_numbers_and_units_must_be_supported | region-climate:1275715 | deterministic_climate_field_extraction+deterministic_five_part_grade10_packaging | agroveritas-v200-08735 | en-US | cc0+cc-by-4.0 | India|Bihar | historical_climatology_not_live_forecast | nasa_power_climatology+geonames | v05:76f6b1fce838d29224ae4b0f:variable-ALLSKY_SFC_SW_DWN | https://power.larc.nasa.gov/docs/services/api/temporal/climatology/ | regional_climate_variable | formula_and_unit_verified+source_text_preserved | |
Agricultural evidence task — India|Jharkhand — unspecified — historical regional climate profile
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 climate an... | 1. Requested output
NASA POWER's 20-year Meteorological and Solar Monthly & Annual Climatologies (January 2001 - December 2020) for the representative grid cell gives January averages of 14.9 °C mean air temperature, 30.1 °C daily maximum, 1.4 °C daily minimum, 0.45 mm/day precipitation, and 59.0% relative humidity. Ro... | **1. Source-bound response**
For Jharkhand, India, in January, the typical historical climate and heat context is characterized by a mean air temperature of 14.89 °C, a daily maximum temperature of 30.14 °C, and a daily minimum temperature of 1.36 °C. Additional supplied historical values include corrected precipitatio... | unspecified | 2.0.0 | completion_numbers_and_units_must_be_supported | region-climate:1444365 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-07715 | en-US | cc0+cc-by-4.0 | India|Jharkhand | historical_climatology_not_live_forecast | nasa_power_climatology+geonames | v05:e2d6afc153f79aaf85c10fb7 | https://power.larc.nasa.gov/docs/services/api/temporal/climatology/ | regional_climate_profile | formula_and_field_verified+source_text_preserved | |
Agricultural evidence task — Kenya|Trans-Nzoia County — unspecified — annual climatology extreme identification
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
Across the twelve... | 1. Result
February has the highest historical average daily maximum temperature, at 31.02 °C. This is a maximum across the supplied monthly climatology, not a live observation or crop-specific stress threshold.
2. Documentary basis
This annual climatology extreme identification answer is tied to nasa_power_climatology... | 1. Answer in scope
Based on the twelve supplied NASA POWER monthly climatology records for Trans-Nzoia County, Kenya, February has the highest historical average daily maximum temperature at 31.02 °C.
2. Record alignment
- Source: NASA POWER Climatology API.
- Place: Trans-Nzoia County, Kenya.
- Reference period: 20-y... | unspecified | 2.0.0 | completion_numbers_and_units_must_be_supported | region-climate:179068 | deterministic_twelve_month_argmax+deterministic_five_part_grade10_packaging | agroveritas-v200-04799 | en-US | cc0+cc-by-4.0 | Kenya|Trans-Nzoia County | historical_climatology_not_live_forecast | nasa_power_climatology+geonames | en:region-climate:179068:extreme:T2M_MAX | https://power.larc.nasa.gov/docs/services/api/temporal/climatology/ | regional_climate_extreme | formula_and_unit_verified+source_text_preserved | |
Agricultural evidence task — SZ|UPPER (WESTERN, MOIST) MIDDLEVELD — Bambara groundnut — 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 Apr... | 1. Result
No. The recorded sowing range(s) are window 1: 1 October to 15 December. 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 SZ|UPPER (WESTERN, MOIST) MIDDLEVELD. The... | 1. Planning answer
No, 1 April does not fall within the recorded sowing window for Bambara groundnut in UPPER (WESTERN, MOIST) MIDDLEVELD, Eswatini, using FAO record windows 1–1.
2. Traceability
- Source: FAO Crop Calendar API (updated 26/02/2021).
- Crop: Bambara groundnut.
- Location: UPPER (WESTERN, MOIST) MIDDLEVE... | Bambara groundnut | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:SZ:crop-0022:aez-002 | deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging | agroveritas-v200-02209 | en-US | cc-by-4.0 | SZ|UPPER (WESTERN, MOIST) MIDDLEVELD | historical_calendar_not_live_forecast | fao_crop_calendar_api | v05:cbf6afad10a8ff8f10513ab9:membership | https://api-cropcalendar.apps.fao.org/ | calendar_date_membership | date_interval_formula_verified+source_text_preserved | |
Agricultural evidence task — BI|Regions Central Highlands — Potato — 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
According to the FAO Crop ... | 1. Answer in scope
FAO records for Potato in Regions Central Highlands, Burundi: Window 1 (Première saison): sowing 15 September to 30 October; harvest 30 January to 15 March. Window 2 (Deuxième saison): sowing 20 February to 15 March; harvest 30 July to 15 August. Window 3 (Saison marais): sowing 15 July to 15 August;... | 1. Source-bound response
According to the FAO Crop Calendar API (record update: 26/02/2021), the usual sowing and harvest windows for Potato in Regions Central Highlands, Burundi, are:
- Cycle 1 (Première saison): sowing 15 September to 30 October; harvest 30 January to 15 March.
- Cycle 2 (Deuxième saison): sowing 20 ... | Potato | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:BI:crop-0283:aez-004 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-11724 | en-US | cc-by-4.0 | BI|Regions Central Highlands | regional_calendar_scope | fao_crop_calendar_api | v05:912460639af698171e462f67 | https://api-cropcalendar.apps.fao.org/ | regional_crop_calendar | formula_and_field_verified+source_text_preserved | |
Agricultural evidence task — MA|Saharan and presaharic areas — Mentha — 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 November fall withi... | 1. Agricultural finding
Yes. The recorded sowing 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. Supporting record
This calendar interval membership answer is tied to fao_crop_calendar_api for MA|Saharan and presaharic ar... | ### 1. Requested output
Yes, 1 November falls within the recorded sowing window for *Mentha* in the Saharan and presaharic areas of Morocco, according to the specified FAO record (Cycle 1: 1 November to 31 March).
### 2. Provenance
- **Source**: FAO Crop Calendar API.
- **Crop**: *Mentha*.
- **Location**: Saharan and ... | Mentha | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:MA:crop-0221:aez-006 | deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging | agroveritas-v200-17528 | en-US | cc-by-4.0 | MA|Saharan and presaharic areas | historical_calendar_not_live_forecast | fao_crop_calendar_api | v05:b87aec4aa37527a4453a8326:membership | https://api-cropcalendar.apps.fao.org/ | calendar_date_membership | date_interval_formula_verified+source_text_preserved | |
Tarea de evidencia agrícola — Kenia|Kwale County — unspecified — extracción de variable climática ligada a la fuente
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 product... | 1. Respuesta de planificación
NASA POWER informa 17.11 kWh/m²/día de radiación solar superficial 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... | ### 1. Resultado solicitado
El valor histórico de radiación solar superficial (ALLSKY_SFC_SW_DWN) informado por NASA POWER para el condado de Kwale, Kenia, en el mes de julio es **17.11 kWh/m²/día**. La limitación correspondiente es que este dato representa un promedio climatológico de largo plazo y no una medición en ... | unspecified | 2.0.0 | completion_numbers_and_units_must_be_supported | region-climate:190106 | deterministic_climate_field_extraction+deterministic_five_part_grade10_packaging | agroveritas-v200-10472 | es-419 | cc0+cc-by-4.0 | Kenia|Kwale County | historical_climatology_not_live_forecast | nasa_power_climatology+geonames | v05:76f80c0e344855d28834071a:variable-ALLSKY_SFC_SW_DWN | https://power.larc.nasa.gov/docs/services/api/temporal/climatology/ | regional_climate_variable | formula_and_unit_verified+source_text_preserved | |
Agricultural evidence task — MA|areas Chaouia, Doukkala and Abda — Chilli, dry — calendar interval membership
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
Does 15 May... | 1. Source-bound response
No. The recorded harvesting range(s) are window 1: 1 November to 30 April. 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 MA|areas Chaouia, Doukkala an... | 1. Answer in scope
No, 15 May does not fall within the recorded harvesting window for Chilli, dry in areas Chaouia, Doukkala and Abda, Morocco, using FAO record windows 1–1.
2. Record alignment
Source: FAO Crop Calendar API. Crop and place: Chilli, dry; areas Chaouia, Doukkala and Abda, Morocco. Cycle 1 (Cette culture... | Chilli, dry | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:MA:crop-0091:aez-002 | deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging | agroveritas-v200-06282 | en-US | cc-by-4.0 | MA|areas Chaouia, Doukkala and Abda | historical_calendar_not_live_forecast | fao_crop_calendar_api | v05:dbc50fc7830e29ae54c587cd:membership | https://api-cropcalendar.apps.fao.org/ | calendar_date_membership | date_interval_formula_verified+source_text_preserved | |
Tarea de evidencia agrícola — BI|Mínimos Noreste y Este — Taro — 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 an... | 1. Respuesta dentro del alcance
Sí. Los rangos registrados de cosecha son ventana 1: 1 enero a 31 diciembre; ventana 2: 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 ... | **1. Respuesta ligada a la fuente**
Sí, el 1 enero está dentro de la ventana registrada de cosecha para Taro en Mínimos Noreste y Este, Burundi, usando las ventanas FAO 1–2.
**2. Mapa de evidencia**
- Fuente: API del Calendario de Cultivos de la FAO.
- Cultivo y lugar: Taro; Mínimos Noreste y Este, Burundi.
- Ciclos d... | Taro | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:BI:crop-0345:aez-005 | deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging | agroveritas-v200-13707 | es-419 | cc-by-4.0 | BI|Mínimos Noreste y Este | historical_calendar_not_live_forecast | fao_crop_calendar_api | v05:367b57d7040b1d2e2acb34eb:membership | https://api-cropcalendar.apps.fao.org/ | calendar_date_membership | date_interval_formula_verified+source_text_preserved | |
Tarea de evidencia agrícola — ZW|Zona IIa — Espinaca — extracción de calendario regional de cultivos
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
S... | 1. Respuesta dentro del alcance
Registros de la FAO para Espinaca en Zona IIa, Zimbabue: Ventana 1 (Does not do well in rainy season): siembra 1 febrero a 31 agosto; cosecha 1 abril a 30 septiembre. Corresponden a las ventanas 1–1 de 1. El registro fuente se actualizó por última vez el 18/08/2025. Trate las fechas como... | ### 1. Respuesta directa
Según el registro del Calendario de Cultivos de la FAO para la **Espinaca** en la **Zona IIa de Zimbabue**, la ventana habitual de siembra abarca del **1 de febrero al 31 de agosto**, y la ventana de cosecha correspondiente se extiende del **1 de abril al 30 de septiembre**. El registro especif... | Espinaca | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:ZW:crop-0329:aez-002 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-13932 | es-419 | cc-by-4.0 | ZW|Zona IIa | regional_calendar_scope | fao_crop_calendar_api | v05:cab237e7f4e7daddf73ad382 | https://api-cropcalendar.apps.fao.org/ | regional_crop_calendar | formula_and_field_verified+source_text_preserved | |
Tarea de evidencia agrícola — ET|Subhúmedas agroecologías (tierras bajas caliente-caliente, tibia para enfriar mediados de tierras altas y frías a muy frío sub-afroalpina a afroalpina) — Mostaza, etíope — pertenencia a un intervalo de calendario
Revise la pregunta agrícola frente al registro suministrado. La respuesta... | 1. Respuesta de planificación
Sí. Los rangos registrados de siembra son ventana 1: 13 febrero a 12 mayo. Es un calendario regional histórico, no un pronóstico en vivo ni una recomendación específica para un lote.
2. Trazabilidad
Esta respuesta de pertenencia a un intervalo de calendario está ligada a fao_crop_calendar... | 1. Resultado solicitado
Sí, el 13 de febrero está dentro de la ventana registrada de siembra para Mostaza, etíope en Subhúmedas agroecologías (tierras bajas caliente-caliente, tibia para enfriar mediados de tierras altas y frías a muy frío sub-afroalpina a afroalpina), Etiopía, usando las ventanas FAO 1–1, conforme al ... | Mostaza, etíope | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:ET:crop-0235:aez-005 | deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging | agroveritas-v200-01671 | es-419 | cc-by-4.0 | ET|Subhúmedas agroecologías (tierras bajas caliente-caliente, tibia para enfriar mediados de tierras altas y frías a muy frío sub-afroalpina a afroalpina) | historical_calendar_not_live_forecast | fao_crop_calendar_api | v05:19bae3d5a709516548c3158c:membership | https://api-cropcalendar.apps.fao.org/ | calendar_date_membership | date_interval_formula_verified+source_text_preserved | |
Agricultural evidence task — ER|Moist highland — Cucumber — 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
According to the FAO Crop C... | 1. Agricultural finding
FAO records for Cucumber in Moist highland, Eritrea: Window 1 (Irrigated): 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; ... | **1. Result**
According to the FAO Crop Calendar, the usual sowing and harvest windows for Cucumber in Moist highland, Eritrea, are:
* **Cycle 1 (Irrigated):** Sowing from 1 January to 31 December; harvest from 1 January to 31 December. The record marks this cycle as all-year.
**2. Documentary basis**
* **Source:*... | Cucumber | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:ER:crop-0119:aez-001 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-10221 | en-US | cc-by-4.0 | ER|Moist highland | regional_calendar_scope | fao_crop_calendar_api | v05:bbf38604b9f97a7a32488e70 | https://api-cropcalendar.apps.fao.org/ | regional_crop_calendar | formula_and_field_verified+source_text_preserved | |
Agricultural evidence task — PK|Southern Punjab — Mustard — 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 harv... | 1. Requested output
Yes. The recorded harvesting range(s) are window 1: 1 April to 31 May. 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 PK|Southern Punjab. The original verifie... | 1. **Requested output**
Yes, 1 April falls within the recorded harvesting window for Mustard in Southern Punjab, Pakistan, according to FAO record windows 1–1.
2. **Provenance**
- **Source**: FAO Crop Calendar API.
- **Crop**: Mustard.
- **Location**: Southern Punjab, Pakistan.
- **Record Update**: 26/02/2021.
- **Cyc... | Mustard | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:PK:crop-0234:aez-017 | deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging | agroveritas-v200-17886 | en-US | cc-by-4.0 | PK|Southern Punjab | historical_calendar_not_live_forecast | fao_crop_calendar_api | v05:eafbcb619f760834a0cdf300:membership | https://api-cropcalendar.apps.fao.org/ | calendar_date_membership | date_interval_formula_verified+source_text_preserved | |
Tarea de evidencia agrícola — Kenia|Nairobi County — unspecified — extracción de variable climática ligada a la fuente
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 ... | 1. Respuesta directa
NASA POWER informa 3.8 mm/día de precipitación corregida promedio 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 específic... | ### 1. Resultado solicitado
El valor histórico de precipitación corregida promedio informado por NASA POWER para Nairobi County, Kenia, en el mes de abril es de **3.8 mm/día**.
### 2. Procedencia
* **Fuente de datos:** API de climatología NASA POWER, comunidad AG.
* **Ubicación específica:** Celda representativa c... | unspecified | 2.0.0 | completion_numbers_and_units_must_be_supported | region-climate:184742 | deterministic_climate_field_extraction+deterministic_five_part_grade10_packaging | agroveritas-v200-17012 | es-419 | cc0+cc-by-4.0 | Kenia|Nairobi County | historical_climatology_not_live_forecast | nasa_power_climatology+geonames | v05:6666e6f7c95a991a93cf8bb5: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 — NE|Sahel — Eggplant — 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 October fall within the recorded sow... | 1. Planning answer
Yes. The recorded sowing range(s) are window 1: 1 October to 31 January. 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 NE|Sahel. The original verified answe... | 1. **Decision**
Yes, 1 October falls within the recorded sowing window for Eggplant in Sahel, Niger, according to FAO record window 1–1.
2. **Source trace**
- **Source:** FAO Crop Calendar API.
- **Location:** Sahel, Niger.
- **Crop:** Eggplant.
- **Record Update:** 26/02/2021.
- **Cycle Used:** Cycle 1 (Sowing: 1 Oct... | Eggplant | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:NE:crop-0132:aez-003 | deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging | agroveritas-v200-03421 | en-US | cc-by-4.0 | NE|Sahel | historical_calendar_not_live_forecast | fao_crop_calendar_api | v05:adb3e8f267a40d05a7852595:membership | https://api-cropcalendar.apps.fao.org/ | calendar_date_membership | date_interval_formula_verified+source_text_preserved | |
Tarea de evidencia agrícola — ZW|Zona IV — Espinaca — 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. Respuesta de planificación
No. Los rangos registrados de cosecha son ventana 1: 1 abril a 30 septiembre. Es un calendario regional histórico, no un pronóstico en vivo ni una recomendación específica para un lote.
2. Trazabilidad
Esta respuesta de pertenencia a un intervalo de calendario está ligada a fao_crop_calen... | 1. Decisión
No, el 15 de noviembre no está dentro de la ventana registrada de cosecha para Espinaca en Zona IV, Zimbabue, usando las ventanas FAO 1–1.
2. Rastro de la fuente
- Fuente: API del Calendario de Cultivos de la FAO.
- Cultivo y lugar: Espinaca; Zona IV, Zimbabue.
- Ciclo utilizado: Ciclo 1 (Does not do well ... | Espinaca | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:ZW:crop-0329:aez-005 | deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging | agroveritas-v200-11043 | es-419 | cc-by-4.0 | ZW|Zona IV | historical_calendar_not_live_forecast | fao_crop_calendar_api | v05:5549fdd347b3757178026bd0:membership | https://api-cropcalendar.apps.fao.org/ | calendar_date_membership | date_interval_formula_verified+source_text_preserved | |
Agricultural evidence task — ET|Humid agro-ecology (hot to warm lowlands, tepid to cool mid highlands and cold to very cold humid sub-afroalpine to afroalpine) — Sunflower — calendar interval membership
Answer for a farmer-facing technical workflow. Accuracy and traceability take priority over fluency, and every unsup... | 1. Decision
No. The recorded sowing range(s) are window 1: 10 February to 20 April. 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 ET|Humid agro-ecology (hot to warm lowlands, ... | ### 1. Decision
No, 15 August does not fall within the recorded sowing window for Sunflower in the specified Humid agro-ecology zones of Ethiopia. The date falls outside the defined FAO record interval of 10 February to 20 April.
### 2. Source trace
- **Source**: FAO Crop Calendar API (Record update: 26/02/2021).
- **... | Sunflower | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:ET:crop-0335:aez-006 | deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging | agroveritas-v200-01202 | en-US | cc-by-4.0 | ET|Humid agro-ecology (hot to warm lowlands, tepid to cool mid highlands and cold to very cold humid sub-afroalpine to afroalpine) | historical_calendar_not_live_forecast | fao_crop_calendar_api | v05:6ba20747bbd396363cff6133:membership | https://api-cropcalendar.apps.fao.org/ | calendar_date_membership | date_interval_formula_verified+source_text_preserved | |
Agricultural evidence task — TZ|Eastern Plateaux and Mountain Blocks — Corn, sweet — 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
Ac... | 1. Requested output
FAO records for Corn, sweet in Eastern Plateaux and Mountain Blocks, United Republic of Tanzania: Window 1: sowing 1 December to 15 June; harvest 1 March to 10 November. These are record windows 1–1 of 1. The source record was last updated 16/03/2021. Treat the dates as a historical regional calenda... | 1. Source-bound response
According to the FAO Crop Calendar API, the usual windows for Corn, sweet in Eastern Plateaux and Mountain Blocks, United Republic of Tanzania are:
- Cycle 1: sowing 1 December to 15 June; harvest 1 March to 10 November.
2. Evidence map
- Source: FAO Crop Calendar API (Updated 16/03/2021).
- L... | Corn, sweet | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:TZ:crop-0113:aez-002 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-02800 | en-US | cc-by-4.0 | TZ|Eastern Plateaux and Mountain Blocks | regional_calendar_scope | fao_crop_calendar_api | v05:7189742c1ed6cf46f096431b | https://api-cropcalendar.apps.fao.org/ | regional_crop_calendar | formula_and_field_verified+source_text_preserved | |
Tarea de evidencia agrícola — BD|9. Viejo Brahmaputra llanura de inundación — Colza (colza) — 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.
Pregunt... | 1. Respuesta dentro del alcance
Registros de la FAO para Colza (colza) en 9. Viejo Brahmaputra llanura de inundación, Bangladesh: Ventana 1 (Rabi (winter) season): siembra 15 octubre a 15 noviembre; cosecha 15 enero a 15 febrero. Corresponden a las ventanas 1–1 de 1. El registro fuente se actualizó por última vez el 09... | ### 1. Decisión
Según el registro histórico del Calendario de Cultivos de la FAO para la región **9. Viejo Brahmaputra llanura de inundación, Bangladesh**, la ventana habitual para el cultivo de **Colza (colza)** se define exclusivamente bajo el **Ciclo 1 (Temporada Rabi/invierno)** con los siguientes intervalos:
* *... | Colza (colza) | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:BD:crop-0109:aez-009 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-00738 | es-419 | cc-by-4.0 | BD|9. Viejo Brahmaputra llanura de inundación | regional_calendar_scope | fao_crop_calendar_api | v05:639265103049a2f0fc350c00 | https://api-cropcalendar.apps.fao.org/ | regional_crop_calendar | formula_and_field_verified+source_text_preserved | |
Agricultural evidence task — Kenya|Bungoma County — unspecified — historical regional climate profile
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 historical climate a... | 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 21.9 °C mean air temperature, 33.3 °C daily maximum, 14.6 °C daily minimum, 6.22 mm/day precipitation, and 76.2% relative humidity. Root-zone... | **1. Source-bound response**
For Bungoma County, Kenya, in October, the typical historical climate and heat context based on the 20-year reference period is as follows: mean air temperature is 21.94 °C; daily maximum temperature is 33.3 °C; daily minimum temperature is 14.61 °C; corrected precipitation is 6.22 mm/day; ... | unspecified | 2.0.0 | completion_numbers_and_units_must_be_supported | region-climate:200066 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-09954 | en-US | cc0+cc-by-4.0 | Kenya|Bungoma County | historical_climatology_not_live_forecast | nasa_power_climatology+geonames | v05:232180952427b6dea29a779b | https://power.larc.nasa.gov/docs/services/api/temporal/climatology/ | regional_climate_profile | formula_and_field_verified+source_text_preserved | |
Agricultural evidence task — Kenya|Kilifi County — unspecified — source-bound climate-variable 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
What historical average daily maximu... | 1. Answer in scope
NASA POWER reports 40.34 °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 40.34 °C for Kilifi County, Kenya, 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 an... | unspecified | 2.0.0 | completion_numbers_and_units_must_be_supported | region-climate:192064 | deterministic_climate_field_extraction+deterministic_five_part_grade10_packaging | agroveritas-v200-04171 | en-US | cc0+cc-by-4.0 | Kenya|Kilifi County | historical_climatology_not_live_forecast | nasa_power_climatology+geonames | v05:eb9724573e383d46236d9308: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|A. Terai Agro-ecological Zone — Tarmeric — 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 August fall with... | 1. Direct answer
No. The recorded harvesting range(s) are window 1: 15 October to 15 November. 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 NP|A. Terai Agro-ecological Zone.... | ### 1. Source-bound response
No, 1 August does not fall within the recorded harvesting window for **Tarmeric** in the **A. Terai Agro-ecological Zone**, Nepal, according to the FAO Crop Calendar API (Cycle 1). The recorded harvest period is strictly limited to **15 October to 15 November**.
### 2. Evidence map
* **S... | Tarmeric | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:NP:crop-0344:aez-001 | deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging | agroveritas-v200-07164 | en-US | cc-by-4.0 | NP|A. Terai Agro-ecological Zone | historical_calendar_not_live_forecast | fao_crop_calendar_api | v05:8d0a3fc0854a56024f38a7fc:membership | https://api-cropcalendar.apps.fao.org/ | calendar_date_membership | date_interval_formula_verified+source_text_preserved | |
Agricultural evidence task — Kenya|Kitui County — 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 re... | 1. Planning answer
NASA POWER reports 60.09 % for average relative humidity 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 threshold... | 1. Requested output
NASA POWER reports a historical average relative humidity of 60.09 % for Kitui County, Kenya, in September. The limitation is that this value is confined to the 20-year Meteorological and Solar Monthly & Annual Climatologies reference period (January 2001 - December 2020) and does not represent live... | unspecified | 2.0.0 | completion_numbers_and_units_must_be_supported | region-climate:191037 | deterministic_climate_field_extraction+deterministic_five_part_grade10_packaging | agroveritas-v200-10778 | en-US | cc0+cc-by-4.0 | Kenya|Kitui County | historical_climatology_not_live_forecast | nasa_power_climatology+geonames | v05:aee4eda0ba6d28e401f87ea8: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|Muranga 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
Para Mur... | 1. Respuesta de planificación
Noviembre es mayor. NASA POWER informa 77.6 % en mayo y 78.26 % en noviembre. Son valores climatológicos mensuales históricos, no condiciones en vivo ni umbrales específicos para cultivos.
2. Trazabilidad
Esta respuesta de comparación climática mensual histórica está ligada a nasa_power_c... | ### 1. Hallazgo agrícola
Basado estrictamente en los datos climatológicos históricos proporcionados para el Condado de Muranga, Kenia, **noviembre** presenta la mayor humedad relativa promedio histórica en comparación con mayo. El valor registrado para noviembre es de 78.26 %, superando al 77.6 % registrado para mayo.
... | unspecified | 2.0.0 | completion_numbers_and_units_must_be_supported | region-climate:11835379 | deterministic_climate_comparison+deterministic_five_part_grade10_packaging | agroveritas-v200-16101 | es-419 | cc0+cc-by-4.0 | Kenia|Muranga County | historical_climatology_not_live_forecast | nasa_power_climatology+geonames | es:region-climate:11835379:may-nov:RH2M | https://power.larc.nasa.gov/docs/services/api/temporal/climatology/ | regional_climate_comparison | formula_and_unit_verified+source_text_preserved | |
Agricultural evidence task — Ethiopia|Amhara — 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 historical roo... | 1. Requested output
NASA POWER reports 0.64 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 thre... | **1. Answer in scope**
NASA POWER reports a historical root-zone wetness of 0.64 unitless index for Amhara, Ethiopia, in September. The limitation is that this value is derived from a 20-year climatological reference period (January 2001 - December 2020) rather than real-time observations.
**2. Record alignment**
* ... | unspecified | 2.0.0 | completion_numbers_and_units_must_be_supported | region-climate:444180 | deterministic_climate_field_extraction+deterministic_five_part_grade10_packaging | agroveritas-v200-02602 | en-US | cc0+cc-by-4.0 | Ethiopia|Amhara | historical_climatology_not_live_forecast | nasa_power_climatology+geonames | v05:e9d7e66c7e58f27cd3a35221: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 — GN|The Upper Niger — Vitellaria — 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 Calend... | 1. Agricultural finding
FAO records for Vitellaria in The Upper Niger, Guinea: 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 cur... | **1. Answer in scope**
According to the FAO Crop Calendar API, the usual sowing window for Vitellaria in The Upper Niger, Guinea is 1 January to 31 December. The usual harvest window is 1 January to 31 December. The record marks this cycle as all-year.
**2. Record alignment**
- **Source:** FAO Crop Calendar API.
- **C... | Vitellaria | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:GN:crop-0367:aez-005 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-03754 | en-US | cc-by-4.0 | GN|The Upper Niger | regional_calendar_scope | fao_crop_calendar_api | v05:3bdf88f41523381f8a4eb8e0 | https://api-cropcalendar.apps.fao.org/ | regional_crop_calendar | formula_and_field_verified+source_text_preserved | |
Agricultural evidence task — EG|North Sinai Region — Husk tomato — 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 May fall within the recorded harvesting... | 1. Requested output
Yes. The recorded harvesting range(s) are window 1: 1 May to 30 September; window 2: 1 November to 29 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. Direct answer
Yes, 1 May falls within the recorded harvesting window for Husk tomato in the North Sinai Region, Egypt, specifically under FAO record Cycle 1 (harvest period: 1 May to 30 September).
### 2. Evidence used
- **Source**: FAO Crop Calendar API.
- **Crop**: Husk tomato.
- **Location**: North Sinai Reg... | Husk tomato | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:EG:crop-0173:aez-005 | deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging | agroveritas-v200-06124 | en-US | cc-by-4.0 | EG|North Sinai Region | historical_calendar_not_live_forecast | fao_crop_calendar_api | v05:f4a206ba8aebc3cfb3b9ef3c: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 — Trigo, durum — 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 de planificación
No. Los rangos registrados de cosecha son ventana 1: 20 junio a 20 julio. Es un calendario regional histórico, no un pronóstico en vivo ni una recomendación específica para un lote.
2. Trazabilidad
Esta respuesta de pertenencia a un intervalo de calendario está ligada a fao_crop_calendar_... | 1. Resultado
No, el 1 de abril no está dentro de la ventana registrada de cosecha para Trigo, durum en Las pendientes Noroeste, Kirguizistán, usando las ventanas FAO 1–1.
2. Base documental
- Fuente: API del Calendario de Cultivos de la FAO.
- Cultivo y lugar: Trigo, durum; Las pendientes Noroeste, Kirguizistán.
- Cic... | Trigo, durum | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:KG:crop-0374:aez-006 | deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging | agroveritas-v200-06907 | es-419 | cc-by-4.0 | KG|Las pendientes Noroeste | historical_calendar_not_live_forecast | fao_crop_calendar_api | v05:24d24e1f5720a8559cc00951:membership | https://api-cropcalendar.apps.fao.org/ | calendar_date_membership | date_interval_formula_verified+source_text_preserved | |
Agricultural evidence task — JO|Southern Jordan Valley — Chick-pea — 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 ... | 1. Agricultural finding
FAO records for Chick-pea in Southern Jordan Valley, Jordan: Window 1 (clay soil, irrigated, 5 m3 org. fert.+70 kg phosphate+12 kg potassium sulphate): sowing 15 October to 15 November; harvest 1 December to 30 December. These are record windows 1–1 of 1. The source record was last updated 19/10... | ### 1. Decision
According to the supplied FAO Crop Calendar record for Chick-pea in the Southern Jordan Valley, Jordan, there is one documented production cycle with the following windows:
* **Sowing Window:** 15 October to 15 November
* **Harvest Window:** 1 December to 30 December
*Note: This schedule is explici... | Chick-pea | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:JO:crop-0087:aez-003 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-07998 | en-US | cc-by-4.0 | JO|Southern Jordan Valley | regional_calendar_scope | fao_crop_calendar_api | v05:217d39ba2d1ae43b0c6e4a79 | https://api-cropcalendar.apps.fao.org/ | regional_crop_calendar | formula_and_field_verified+source_text_preserved | |
Tarea de evidencia agrícola — GH|zona de sabana de Guinea — Haba de soja — 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 ... | 1. Resultado
Registros de la FAO para Haba de soja en zona de sabana de Guinea, Ghana: Ventana 1 (Rainfall: 750 - 1000 mm): siembra 1 junio a 20 julio; cosecha 1 octubre a 20 noviembre. 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 calendari... | ### 1. Resultado solicitado
Según el Calendario de Cultivos de la FAO para la **Haba de soja** en la **zona de sabana de Guinea, Ghana**, las ventanas habituales son:
* **Siembra:** del 1 de junio al 20 de julio.
* **Cosecha:** del 1 de octubre al 20 de noviembre.
*(Correspondiente al Ciclo 1 con precipitación de 7... | Haba de soja | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:GH:crop-0327:aez-004 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-07435 | es-419 | cc-by-4.0 | GH|zona de sabana de Guinea | regional_calendar_scope | fao_crop_calendar_api | v05:6701ab3b9bf1536556cdeeb6 | https://api-cropcalendar.apps.fao.org/ | regional_crop_calendar | formula_and_field_verified+source_text_preserved | |
Agricultural evidence task — KE|Lower Highland Zone 1 (LH1) — Kales — 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... | 1. Agricultural finding
FAO records for Kales in Lower Highland Zone 1 (LH1), Kenya: Window 1 (First season): sowing 29 February to 15 March; harvest 15 April to 15 August. Window 2 (Second season): sowing 31 July to 15 October; harvest 15 September to 15 March. These are record windows 1–2 of 2. The source record was ... | ### 1. Direct Answer
According to the FAO Crop Calendar source record for **Kales** in **Lower Highland Zone 1 (LH1), Kenya**, the usual windows are:
* **First Season Cycle:** Sowing from **29 February to 15 March**; Harvest from **15 April to 15 August**.
* **Second Season Cycle:** Sowing from **31 July to 15 Octo... | Kales | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:KE:crop-0186:aez-007 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-12064 | en-US | cc-by-4.0 | KE|Lower Highland Zone 1 (LH1) | regional_calendar_scope | fao_crop_calendar_api | v05:ca05aad417760b9f235cf031 | https://api-cropcalendar.apps.fao.org/ | regional_crop_calendar | formula_and_field_verified+source_text_preserved | |
Tarea de evidencia agrícola — India|Bihar — unspecified — perfil climático regional histórico
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
¿Qué contexto históri... | 1. Respuesta de planificación
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 21.1 °C de temperatura media, 34.7 °C de máxima diaria, 7.9 °C de mínima diaria, 0.04 mm/día de pre... | **1. Respuesta ligada a la fuente**
Según la API de climatología NASA POWER (comunidad AG), el contexto histórico de clima y calor típico de Bihar, India, en noviembre —basado en el periodo de referencia de 20 años (January 2001 - December 2020)— se caracteriza por una temperatura media del aire de 21.15 °C, una temper... | unspecified | 2.0.0 | completion_numbers_and_units_must_be_supported | region-climate:1275715 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-13582 | es-419 | cc0+cc-by-4.0 | India|Bihar | historical_climatology_not_live_forecast | nasa_power_climatology+geonames | v05:37237ab4ba4de834d5b9a1d0 | https://power.larc.nasa.gov/docs/services/api/temporal/climatology/ | regional_climate_profile | formula_and_field_verified+source_text_preserved | |
Tarea de evidencia agrícola — DZ|Centro del litoral y del Este — Trigo, durum — 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 productor... | 1. Resultado solicitado
Sí. Los rangos registrados de cosecha son ventana 1: 10 junio a 30 julio. Es un calendario regional histórico, no un pronóstico en vivo ni una recomendación específica para un lote.
2. Procedencia
Esta respuesta de pertenencia a un intervalo de calendario está ligada a fao_crop_calendar_api par... | ### 1. Respuesta directa
Sí, la fecha del **10 de junio** está dentro de la ventana registrada de cosecha para **Trigo, durum** en la región **Centro del litoral y del Este, Argelia**, según los datos de la fuente consultada. La fecha solicitada corresponde exactamente al día de inicio del intervalo de cosecha definido... | Trigo, durum | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:DZ:crop-0374:aez-001 | deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging | agroveritas-v200-17855 | es-419 | cc-by-4.0 | DZ|Centro del litoral y del Este | historical_calendar_not_live_forecast | fao_crop_calendar_api | v05:5cd0869b152636b74111c0bc:membership | https://api-cropcalendar.apps.fao.org/ | calendar_date_membership | date_interval_formula_verified+source_text_preserved | |
Agricultural evidence task — India|Andhra Pradesh|Ananthapuramu — unspecified — evidence-bounded agricultural advisory
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
When... | 1. Agricultural finding
The supplied evidence does not determine a field-specific planting or harvest date. 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 February averages of 26.5 °C mean temp... | 1. Result
The provided evidence does not specify when to harvest chili to maximize yield. The supplied data is limited to historical climatology and lacks the agronomic thresholds, crop calendar cycles, or phenological data necessary to prescribe a harvest date or interval. Current local verification is required before... | 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-v200-01373 | en-US | cc-by-4.0+cc0 | India|Andhra Pradesh|Ananthapuramu | historical_climatology_not_live_forecast|intent:field_timing | digigreen_farmerchat_queries+nasa_power_climatology | v05:933ccddb341163c606e78b4e | https://huggingface.co/datasets/DigiGreen/farmerchat-queries | regional_climate_advisory_guardrail | source_metadata_and_formula_verified+source_text_preserved | |
Tarea de evidencia agrícola — KE|Lowerland zona 3 (L3) — Haba de soja — pertenencia a un intervalo de calendario
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 ... | 1. Respuesta dentro del alcance
Sí. Los rangos registrados de cosecha son ventana 1: 1 julio a 15 agosto. 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 ligada... | 1. Resultado
Sí, el 1 de julio está dentro de la ventana registrada de cosecha para Haba de soja en Lowerland zona 3 (L3), Kenia, utilizando las ventanas FAO 1–1. La fecha solicitada coincide exactamente con el límite inferior del intervalo de cosecha.
2. Base documental
- Fuente: API del Calendario de Cultivos de la ... | Haba de soja | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:KE:crop-0327:aez-025 | deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging | agroveritas-v200-04203 | es-419 | cc-by-4.0 | KE|Lowerland zona 3 (L3) | historical_calendar_not_live_forecast | fao_crop_calendar_api | v05:18f798c4b6669eb5733fb21e:membership | https://api-cropcalendar.apps.fao.org/ | calendar_date_membership | date_interval_formula_verified+source_text_preserved | |
Tarea de evidencia agrícola — EG|Alto Egipto Región — Sorgo — extracción de calendario regional de cultivos
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 directa
Registros de la FAO para Sorgo en Alto Egipto Región, Egipto: Ventana 1 (Assuit, Qena and Sohag): siembra 1 junio a 25 junio; cosecha 1 octubre a 1 noviembre. 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 regi... | 1. Resultado solicitado
Según el Calendario de Cultivos de la FAO, las ventanas habituales para Sorgo en Alto Egipto Región, Egipto (Ciclo 1: Assuit, Qena and Sohag) son: siembra del 1 de junio al 25 de junio; cosecha del 1 de octubre al 1 de noviembre.
2. Procedencia
- Fuente: API del Calendario de Cultivos de la FAO... | Sorgo | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:EG:crop-0325:aez-009 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-08953 | es-419 | cc-by-4.0 | EG|Alto Egipto Región | regional_calendar_scope | fao_crop_calendar_api | v05:16545914e4ca9d3f85e00c73 | https://api-cropcalendar.apps.fao.org/ | regional_crop_calendar | formula_and_field_verified+source_text_preserved | |
Agricultural evidence task — JO|Middle Jordan Valley — Garlic — 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 December fall within the rec... | 1. Requested output
No. The recorded sowing range(s) are window 1: 15 September to 15 October; window 2: 1 October to 1 November. 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 J... | 1. Result
No, 15 December does not fall within the recorded sowing window for Garlic in Middle Jordan Valley, Jordan, using FAO record windows 1–2.
2. Documentary basis
- Source: FAO Crop Calendar API.
- Crop and place: Garlic; Middle Jordan Valley, Jordan.
- Record update: 19/10/2021.
- Source cycles:
- Cycle 1: so... | Garlic | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:JO:crop-0147:aez-002 | deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging | agroveritas-v200-07209 | en-US | cc-by-4.0 | JO|Middle Jordan Valley | historical_calendar_not_live_forecast | fao_crop_calendar_api | v05:34e781b8a8a38328161f0a84:membership | https://api-cropcalendar.apps.fao.org/ | calendar_date_membership | date_interval_formula_verified+source_text_preserved | |
Tarea de evidencia agrícola — UZ|zonas llanas de la costa este — Lino de aceite — 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 p... | 1. Respuesta dentro del alcance
No. Los rangos registrados de cosecha son ventana 1: 20 mayo a 20 junio. 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 ligada ... | 1. **Decisión**
No, el 15 de noviembre no está dentro de la ventana registrada de cosecha para Lino de aceite en zonas llanas de la costa este, Uzbekistán, usando las ventanas FAO 1–1.
2. **Rastro de la fuente**
- Fuente: API del Calendario de Cultivos de la FAO.
- Cultivo y lugar: Lino de aceite; zonas llanas de la c... | Lino de aceite | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:UZ:crop-0242:aez-001 | deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging | agroveritas-v200-00955 | es-419 | cc-by-4.0 | UZ|zonas llanas de la costa este | historical_calendar_not_live_forecast | fao_crop_calendar_api | v05:8eb8867890f92074e861ba99:membership | https://api-cropcalendar.apps.fao.org/ | calendar_date_membership | date_interval_formula_verified+source_text_preserved | |
Tarea de evidencia agrícola — LR|B. Alta Selva Tropical Highland (ZAE II) — Cacao — 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 ... | 1. Resultado solicitado
Registros de la FAO para Cacao en B. Alta Selva Tropical Highland (ZAE II), Liberia: Ventana 1: siembra 1 mayo a 30 junio; cosecha 1 enero a 31 diciembre. 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 regio... | 1. Hallazgo agrícola
Según el Calendario de Cultivos de la FAO, las ventanas habituales de siembra y cosecha de Cacao en B. Alta Selva Tropical Highland (ZAE II), Liberia, corresponden al Ciclo 1: siembra del 1 de mayo al 30 de junio; cosecha del 1 de enero al 31 de diciembre.
2. Registro de respaldo
- Fuente: API del... | Cacao | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:LR:crop-0102:aez-002 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-06168 | es-419 | cc-by-4.0 | LR|B. Alta Selva Tropical Highland (ZAE II) | regional_calendar_scope | fao_crop_calendar_api | v05:f3aba8c2593ae0fce30f386a | https://api-cropcalendar.apps.fao.org/ | regional_crop_calendar | formula_and_field_verified+source_text_preserved | |
Tarea de evidencia agrícola — TZ|High Plains y mesetas — Anis — 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. Decisión
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. Rastro de la fuente
Esta respuesta de pertenencia a un intervalo de calendario está ligada a fao_crop_calendar_api para ... | 1. **Resultado solicitado**
Sí, el 1 de diciembre está dentro de la ventana registrada de siembra para Anis en High Plains y mesetas, Tanzania, usando las ventanas FAO 1–1 (Ciclo 1).
2. **Procedencia**
- **Registro:** API del Calendario de Cultivos de la FAO.
- **Lugar:** High Plains y mesetas, Tanzania.
- **Cultivo:*... | Anis | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:TZ:crop-0009:aez-003 | deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging | agroveritas-v200-14681 | es-419 | cc-by-4.0 | TZ|High Plains y mesetas | historical_calendar_not_live_forecast | fao_crop_calendar_api | v05:daf27fb7eb3378a293ba1641:membership | https://api-cropcalendar.apps.fao.org/ | calendar_date_membership | date_interval_formula_verified+source_text_preserved | |
Agricultural evidence task — MG|South East Zone — Sweet potato — 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 ar... | 1. Answer in scope
FAO records for Sweet potato in South East Zone, Madagascar: Window 1 (Contre-saison): sowing 1 April to 31 May; harvest 15 July to 15 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; v... | ### 1. Requested output
According to the FAO Crop Calendar data for the South East Zone of Madagascar, the usual window for the **Contre-saison** cycle of **Sweet potato** is:
* **Sowing:** 1 April to 31 May
* **Harvest:** 15 July to 15 September
### 2. Provenance
* **Source Record:** FAO Crop Calendar API.
* ... | Sweet potato | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:MG:crop-0341:aez-009 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-11916 | en-US | cc-by-4.0 | MG|South East Zone | regional_calendar_scope | fao_crop_calendar_api | v05:742e782f33f24c6c357ddfe5 | https://api-cropcalendar.apps.fao.org/ | regional_crop_calendar | formula_and_field_verified+source_text_preserved | |
Tarea de evidencia agrícola — GQ|región continental — Coco — 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 analista
Según el... | 1. Resultado solicitado
Registros de la FAO para Coco en región continental, Guinea Ecuatorial: Ventana 1 (Zone litorale): siembra 1 enero a 31 diciembre; cosecha 1 enero a 31 diciembre. Corresponden a las ventanas 1–1 de 1. El registro fuente se actualizó por última vez el 12/04/2022. Trate las fechas como un calendar... | ### 1. Decisión
Según el registro de la API del Calendario de Cultivos de la FAO para el cultivo de **Coco** en la **región continental de Guinea Ecuatorial** (específicamente la zona litoral), las ventanas habituales son continuas durante todo el año:
* **Siembra:** Del 1 de enero al 31 de diciembre.
* **Cosecha:*... | Coco | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:GQ:crop-0103:aez-002 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-00855 | es-419 | cc-by-4.0 | GQ|región continental | regional_calendar_scope | fao_crop_calendar_api | v05:bf78a9fb5a989301f9c47ee9 | https://api-cropcalendar.apps.fao.org/ | regional_crop_calendar | formula_and_field_verified+source_text_preserved | |
Agricultural evidence task — JO|Southern Badia — 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 1 February fall within the recorded... | 1. Direct answer
Yes. The recorded harvesting range(s) are window 1: 1 February 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 JO|Southern Badia. The original ver... | ### 1. Direct answer
Yes, 1 February falls within the recorded harvesting window for Potato in Southern Badia, Jordan, according to the FAO Crop Calendar record (Cycle 1: 1 February to 15 March).
### 2. Evidence used
- **Source**: FAO Crop Calendar API.
- **Location**: Southern Badia, Jordan.
- **Crop**: Potato.
- **R... | Potato | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:JO:crop-0283:aez-009 | deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging | agroveritas-v200-11103 | en-US | cc-by-4.0 | JO|Southern Badia | historical_calendar_not_live_forecast | fao_crop_calendar_api | v05:e3dfd3251d9e91b1a00fd9b4:membership | https://api-cropcalendar.apps.fao.org/ | calendar_date_membership | date_interval_formula_verified+source_text_preserved | |
Tarea de evidencia agrícola — MU|tierras interiores — Papaya (PAWPAW) — 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... | 1. Hallazgo agrícola
Registros de la FAO para Papaya (PAWPAW) en tierras interiores, Isla mauricio: Ventana 1 (All varieties): siembra 1 septiembre a 31 octubre; cosecha 1 abril a 31 mayo. 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 calend... | ### 1. Hallazgo agrícola
Según el registro del Calendario de Cultivos de la FAO para **Papaya (PAWPAW)** en la región de **tierras interiores, Isla Mauricio**, la ventana habitual de **siembra** es del **1 de septiembre al 31 de octubre**. La ventana habitual de **cosecha** correspondiente a este ciclo es del **1 de ab... | Papaya (PAWPAW) | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:MU:crop-0254:aez-002 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-00127 | es-419 | cc-by-4.0 | MU|tierras interiores | regional_calendar_scope | fao_crop_calendar_api | v05:059b41ba75cb2b52ed2c1e3e | https://api-cropcalendar.apps.fao.org/ | regional_crop_calendar | formula_and_field_verified+source_text_preserved | |
Agricultural evidence task — MU|Central Plateau (Interior inlands) — Sugarcane — 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 Sugarcane in Central Plateau (Interior inlands), Mauritius: Window 1 (Long Season): sowing 1 February to 31 March; harvest 1 July to 31 August. Window 2 (Medium season): sowing 1 April to 31 May; harvest 1 June to 31 July. Window 3 (Short season): sowing 1 July to 30 September; harves... | ### 1. Planning answer
According to the FAO Crop Calendar record for **Sugarcane** in the **Central Plateau (Interior inlands)** of **Mauritius**, there are three distinct seasonal cycles with the following usual windows:
* **Long Season:** Sowing from **1 February to 31 March**; Harvest from **1 July to 31 August**.... | Sugarcane | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:MU:crop-0334:aez-003 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-11281 | en-US | cc-by-4.0 | MU|Central Plateau (Interior inlands) | regional_calendar_scope | fao_crop_calendar_api | v05:5717afd01e19e22f7d1e691a | https://api-cropcalendar.apps.fao.org/ | regional_crop_calendar | formula_and_field_verified+source_text_preserved | |
Agricultural evidence task — Kenya|Nakuru — unspecified — historical regional climate profile
Work as an evidence-first agricultural analyst. Preserve the supplied record exactly and separate documentary facts from current field conditions.
Producer or analyst question
What historical climate and heat context is typi... | 1. Result
NASA POWER's 20-year Meteorological and Solar Monthly & Annual Climatologies (January 2001 - December 2020) for the representative grid cell gives August averages of 14.4 °C mean air temperature, 25.8 °C daily maximum, 5.3 °C daily minimum, 2.86 mm/day precipitation, and 78.4% relative humidity. Root-zone wet... | **1. Planning answer**
Based on the 20-year Meteorological and Solar Monthly & Annual Climatologies (January 2001 - December 2020), the typical historical climate and heat context for Nakuru, Kenya, in August is characterized by a mean air temperature of 14.45 °C, a daily maximum temperature of 25.8 °C, and a daily min... | unspecified | 2.0.0 | completion_numbers_and_units_must_be_supported | region-climate:7668902 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-03985 | en-US | cc0+cc-by-4.0 | Kenya|Nakuru | historical_climatology_not_live_forecast | nasa_power_climatology+geonames | v05:64f2b6fae863f5f645fc6d37 | https://power.larc.nasa.gov/docs/services/api/temporal/climatology/ | regional_climate_profile | formula_and_field_verified+source_text_preserved | |
Agricultural evidence task — EC|Eastern Region or Amazonia — Banana — 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 C... | 1. Requested output
FAO records for Banana in Eastern Region or Amazonia, Ecuador: Window 1: sowing 1 December to 31 January; harvest 1 June to 31 July. These are record windows 1–1 of 1. The source record was last updated 19/03/2025. Treat the dates as a historical regional calendar, not a live forecast; verify curren... | ### 1. Decision
According to the FAO Crop Calendar, the usual windows for **Banana** in the **Eastern Region or Amazonia, Ecuador** are:
* **Sowing:** 1 December to 31 January
* **Harvest:** 1 June to 31 July
*(Note: The source record marks this cycle as "all-year".)*
### 2. Source Trace
* **Source Record:** FAO... | Banana | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:EC:crop-0023:aez-003 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-07770 | en-US | cc-by-4.0 | EC|Eastern Region or Amazonia | regional_calendar_scope | fao_crop_calendar_api | v05:63a5e9092970a32a4fe2e6d8 | https://api-cropcalendar.apps.fao.org/ | regional_crop_calendar | formula_and_field_verified+source_text_preserved | |
Tarea de evidencia agrícola — Nigeria|Federal Capital Territory — unspecified — perfil climático regional histórico
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 pro... | 1. Hallazgo agrícola
La climatología de NASA POWER (20-year Meteorological and Solar Monthly & Annual Climatologies (January 2001 - December 2020)) para la celda representativa registra en marzo promedios de 29.1 °C de temperatura media, 42.0 °C de máxima diaria, 17.6 °C de mínima diaria, 0.47 mm/día de precipitación y... | 1. Hallazgo agrícola
El contexto histórico típico de clima y calor para Federal Capital Territory, Nigeria, en marzo, registra una temperatura media del aire de 29.09 °C, con una máxima diaria de 42.04 °C y una mínima diaria de 17.58 °C. La precipitación corregida es de 0.47 mm/día, la humedad relativa es de 57.09 %, l... | unspecified | 2.0.0 | completion_numbers_and_units_must_be_supported | region-climate:2352776 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-04957 | es-419 | cc0+cc-by-4.0 | Nigeria|Federal Capital Territory | historical_climatology_not_live_forecast | nasa_power_climatology+geonames | v05:1914cc8613512369ccb737fe | https://power.larc.nasa.gov/docs/services/api/temporal/climatology/ | regional_climate_profile | formula_and_field_verified+source_text_preserved | |
Agricultural evidence task — NA|Zone 6 — Melon — 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 August fall within the recorded harvesting w... | 1. Requested output
Yes. The recorded harvesting range(s) are window 1: 1 August to 30 September. 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 NA|Zone 6. The original verified ... | 1. Planning answer
Yes. 1 August falls within the recorded harvesting window for Melon in Zone 6, Namibia, using FAO record windows 1–1.
2. Traceability
- Source: FAO Crop Calendar API (record update: 26/02/2021).
- Location: Zone 6, Namibia.
- Crop: Melon.
- Cycle: Cycle 1 (Winter crop) — sowing 1 April to 31 May; ha... | Melon | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:NA:crop-0219:aez-006 | deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging | agroveritas-v200-13940 | en-US | cc-by-4.0 | NA|Zone 6 | historical_calendar_not_live_forecast | fao_crop_calendar_api | v05:6c87ac38ad851fa9918ae89c:membership | https://api-cropcalendar.apps.fao.org/ | calendar_date_membership | date_interval_formula_verified+source_text_preserved | |
Agricultural evidence task — India|Telangana|Jagtial — 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
How should I manage... | 1. Direct answer
The supplied evidence does not determine a field-specific planting or harvest date. For the representative grid cell for Telangana, India, NASA POWER's 20-year Meteorological and Solar Monthly & Annual Climatologies (January 2001 - December 2020) gives October averages of 25.1 °C mean temperature, 37.2... | **1. Direct answer**
The provided evidence does not support a specific prescription for managing common pests affecting rice (paddy) crops in Kodimial. The record contains only historical climatology for Jagtial, India, without any data on pest species, infestation thresholds, or control measures.
**2. Evidence used**... | 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-v200-10587 | en-US | cc-by-4.0+cc0 | India|Telangana|Jagtial | historical_climatology_not_live_forecast|intent:field_timing | digigreen_farmerchat_queries+nasa_power_climatology | v05:8b5a1d97722d678146e64dd1 | https://huggingface.co/datasets/DigiGreen/farmerchat-queries | regional_climate_advisory_guardrail | source_metadata_and_formula_verified+source_text_preserved | |
Agricultural evidence task — TG|wet savannah — Pepper, chili — 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 Cr... | 1. Source-bound response
FAO records for Pepper, chili in wet savannah, Togo: 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 curr... | 1. Planning answer
According to the FAO Crop Calendar, the usual sowing window for Pepper, chili in wet savannah, Togo is 1 January to 31 December, and the harvest window is 1 January to 31 December. The record marks this cycle as "all-year".
2. Traceability
- Source record: FAO Crop Calendar API.
- Crop: Pepper, chil... | Pepper, chili | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:TG:crop-0269:aez-002 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-14742 | en-US | cc-by-4.0 | TG|wet savannah | regional_calendar_scope | fao_crop_calendar_api | v05:f2e2b971af2dd57d34b682c8 | https://api-cropcalendar.apps.fao.org/ | regional_crop_calendar | formula_and_field_verified+source_text_preserved | |
Agricultural evidence task — GN|The preforest Zone — Cowpea — 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 Calen... | 1. Result
FAO records for Cowpea in The preforest Zone, Guinea: Window 1: sowing 25 April to 20 May; harvest 5 August to 30 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 forecast; verify current rainfall, variety,... | ### 1. Planning answer
According to the FAO Crop Calendar record for **Cowpea** in **The preforest Zone, Guinea**, the usual agricultural windows are defined by a single cycle:
* **Sowing window:** 25 April to 20 May
* **Harvest window:** 5 August to 30 October
### 2. Traceability
* **Source Record:** FAO Crop C... | Cowpea | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:GN:crop-0117:aez-007 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-17010 | en-US | cc-by-4.0 | GN|The preforest Zone | regional_calendar_scope | fao_crop_calendar_api | v05:8037b4a8e4e6cdb0850dc040 | https://api-cropcalendar.apps.fao.org/ | regional_crop_calendar | formula_and_field_verified+source_text_preserved | |
Tarea de evidencia agrícola — UZ|zonas llanas de la costa este — Cebada dos filas — extracción de calendario regional de cultivos
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 pe... | 1. Respuesta dentro del alcance
Registros de la FAO para Cebada dos filas en zonas llanas de la costa este, Uzbekistán: Ventana 1 (Winter Season): siembra 15 octubre a 15 noviembre; cosecha 5 mayo a 10 junio. Corresponden a las ventanas 1–1 de 1. El registro fuente se actualizó por última vez el 26/02/2021. Trate las f... | 1. **Respuesta de planificación**
Según el Calendario de Cultivos de la FAO, para Cebada dos filas en zonas llanas de la costa este, Uzbekistán, las ventanas habituales corresponden al Ciclo 1 (Winter Season): siembra del 15 de octubre al 15 de noviembre, y cosecha del 5 de mayo al 10 de junio.
2. **Trazabilidad**
- *... | Cebada dos filas | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:UZ:crop-0025:aez-001 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-04659 | es-419 | cc-by-4.0 | UZ|zonas llanas de la costa este | regional_calendar_scope | fao_crop_calendar_api | v05:18dfcace976a400ad85d48bb | https://api-cropcalendar.apps.fao.org/ | regional_crop_calendar | formula_and_field_verified+source_text_preserved | |
Agricultural evidence task — BD|17. Lower Meghna River Floodplain — Soybean — 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
According to the ... | 1. Planning answer
FAO records for Soybean in 17. Lower Meghna River Floodplain, Bangladesh: Window 1 (Rabi (winter)): sowing 15 December to 15 January; harvest 10 April to 10 May. Window 2 (Kharif II (monsoon)): sowing 15 July to 30 August; harvest 15 October to 30 November. These are record windows 1–2 of 2. The sour... | 1. Source-bound response
According to the FAO Crop Calendar API, the usual sowing and harvest windows for Soybean in 17. Lower Meghna River Floodplain, Bangladesh are:
- Cycle 1 (Rabi (winter)): sowing 15 December to 15 January; harvest 10 April to 10 May.
- Cycle 2 (Kharif II (monsoon)): sowing 15 July to 30 August; h... | Soybean | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:BD:crop-0327:aez-017 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-16348 | en-US | cc-by-4.0 | BD|17. Lower Meghna River Floodplain | regional_calendar_scope | fao_crop_calendar_api | v05:4b4943458e5a19f7f30101c3 | https://api-cropcalendar.apps.fao.org/ | regional_crop_calendar | formula_and_field_verified+source_text_preserved | |
Agricultural evidence task — JO|Middle Jordan Valley — Bean, broad — 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... | 1. Direct answer
FAO records for Bean, broad in Middle Jordan Valley, Jordan: Window 1: sowing 15 September to 15 December; harvest 20 April to 15 May. Window 2: sowing 1 September to 15 September; harvest 30 April to 15 May. These are record windows 1–2 of 2. The source record was last updated 19/10/2021. Treat the da... | ### 1. Agricultural finding
According to the FAO Crop Calendar data for **Bean, broad** in the **Middle Jordan Valley, Jordan**, there are two distinct sowing and harvest windows:
* **Cycle 1:** Sowing from **15 September** to **15 December**; Harvest from **20 April** to **15 May**.
* **Cycle 2:** Sowing from **1 ... | Bean, broad | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:JO:crop-0028:aez-002 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-00001 | en-US | cc-by-4.0 | JO|Middle Jordan Valley | regional_calendar_scope | fao_crop_calendar_api | v05:51629e3e08d9b6ca13bee7f2 | https://api-cropcalendar.apps.fao.org/ | regional_crop_calendar | formula_and_field_verified+source_text_preserved | |
Tarea de evidencia agrícola — DZ|temporada — Chile, seco — pertenencia a un intervalo de calendario
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
¿E... | 1. Respuesta directa
Sí. Los rangos registrados de siembra son ventana 5: 1 febrero a 31 marzo. 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_a... | 1. Respuesta directa
Sí, el 1 de febrero está dentro de la ventana registrada de siembra para Chile, seco en temporada, Argelia, según los intervalos de la FAO.
2. Evidencia utilizada
- Fuente: API del Calendario de Cultivos de la FAO.
- Cultivo y lugar: Chile, seco; temporada, Argelia.
- Registro de ciclo: Ciclo 1 (s... | Chile, seco | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:DZ:crop-0091:aez-009 | deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging | agroveritas-v200-16246 | es-419 | cc-by-4.0 | DZ|temporada | historical_calendar_not_live_forecast | fao_crop_calendar_api | v05:e01118bbd093ea64a05fcf97:membership | https://api-cropcalendar.apps.fao.org/ | calendar_date_membership | date_interval_formula_verified+source_text_preserved | |
Agricultural evidence task — Ethiopia|Amhara|Bahir Dar — unspecified — evidence-bounded agricultural advisory
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
How should I adjust m... | 1. Result
The supplied evidence does not provide the requested crop-handling or post-harvest method. For the representative grid cell for Amhara, Ethiopia, NASA POWER's 20-year Meteorological and Solar Monthly & Annual Climatologies (January 2001 - December 2020) gives February averages of 21.4 °C mean temperature, 30.... | 1. Answer in scope
The evidence does not support a specific prescription for adjusting an irrigation schedule. While the historical climatology for Bahir Dar shows February is dry with corrected precipitation of 0.48 mm/day, operational schedules for crops and livestock require live data and field-specific water rules ... | unspecified | 2.0.0 | completion_numbers_and_units_must_be_supported | region-climate:444180 | real_farmer_query+deterministic_climate_guardrail+deterministic_five_part_grade10_packaging | agroveritas-v200-17050 | en-US | cc-by-4.0+cc0 | Ethiopia|Amhara|Bahir Dar | historical_climatology_not_live_forecast|intent:unsupported_method | digigreen_farmerchat_queries+nasa_power_climatology | v05:6768287794b86d7904cf7999 | https://huggingface.co/datasets/DigiGreen/farmerchat-queries | regional_climate_advisory_guardrail | source_metadata_and_formula_verified+source_text_preserved | |
Tarea de evidencia agrícola — Nigeria|Taraba — 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 product... | 1. Hallazgo agrícola
NASA POWER informa 0.83 mm/día de precipitación corregida promedio en marzo 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 específi... | **1. Resultado solicitado**
El valor histórico de precipitación corregida promedio (PRECTOTCORR) informado por NASA POWER para Taraba, Nigeria, en marzo es 0.83 mm/día. La limitación correspondiente es que representa un promedio climatológico de 20 años, no una condición en tiempo real ni un pronóstico actual.
**2. Pr... | unspecified | 2.0.0 | completion_numbers_and_units_must_be_supported | region-climate:2597366 | deterministic_climate_field_extraction+deterministic_five_part_grade10_packaging | agroveritas-v200-14533 | es-419 | cc0+cc-by-4.0 | Nigeria|Taraba | historical_climatology_not_live_forecast | nasa_power_climatology+geonames | v05:1824edd95aa8f321fa246d1e:variable-PRECTOTCORR | https://power.larc.nasa.gov/docs/services/api/temporal/climatology/ | regional_climate_variable | formula_and_unit_verified+source_text_preserved | |
Tarea de evidencia agrícola — CM|zona sudanosaheliana — Haba, verde — extracción de calendario regional de cultivos
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 producto... | 1. Resultado solicitado
Registros de la FAO para Haba, verde en zona sudanosaheliana, Camerún: Ventana 1: siembra 15 junio a 30 junio; cosecha 15 septiembre a 31 octubre. 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 hist... | 1. Decisión
Según el Calendario de Cultivos de la FAO, las ventanas habituales para Haba, verde en la zona sudanosaheliana, Camerún son: siembra del 15 de junio al 30 de junio; cosecha del 15 de septiembre al 31 de octubre.
2. Rastro de la fuente
- Fuente: API del Calendario de Cultivos de la FAO.
- Cultivo: Haba, ver... | Haba, verde | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:CM:crop-0027:aez-001 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-17219 | es-419 | cc-by-4.0 | CM|zona sudanosaheliana | regional_calendar_scope | fao_crop_calendar_api | v05:9f0d006abac660828e84ebd9 | https://api-cropcalendar.apps.fao.org/ | regional_crop_calendar | formula_and_field_verified+source_text_preserved | |
Agricultural evidence task — Nigeria|Lagos State — 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... | 1. Source-bound response
NASA POWER reports 80.18 % 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 thre... | 1. Answer in scope
NASA POWER reports a historical average relative humidity of 80.18 % for Lagos State, Nigeria, in December. The applicable limitation is that this value is derived from the 20-year Meteorological and Solar Monthly & Annual Climatologies (January 2001 - December 2020) and does not represent current we... | unspecified | 2.0.0 | completion_numbers_and_units_must_be_supported | region-climate:2332453 | deterministic_climate_field_extraction+deterministic_five_part_grade10_packaging | agroveritas-v200-11342 | en-US | cc0+cc-by-4.0 | Nigeria|Lagos State | historical_climatology_not_live_forecast | nasa_power_climatology+geonames | v05:19fefa7702ff4dc4df80d238: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|Lower midland zone 4(LM4) — Cowpea — calendar interval membership
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
Does 15 June fall with... | 1. Answer in scope
Yes. The recorded harvesting range(s) are window 1: 15 June to 31 July; window 2: 1 January to 31 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... | ### 1. Decision
Yes, 15 June falls within the recorded harvesting window for Cowpea in Lower midland zone 4 (LM4), Kenya, according to FAO record window 1.
### 2. Source trace
- **Source**: FAO Crop Calendar API.
- **Record Update**: 26/02/2021.
- **Location**: Lower midland zone 4 (LM4), Kenya.
- **Crop**: Cowpea.
- ... | Cowpea | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:KE:crop-0117:aez-021 | deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging | agroveritas-v200-19124 | en-US | cc-by-4.0 | KE|Lower midland zone 4(LM4) | historical_calendar_not_live_forecast | fao_crop_calendar_api | v05:33aed29330b82260a261a7bf:membership | https://api-cropcalendar.apps.fao.org/ | calendar_date_membership | date_interval_formula_verified+source_text_preserved | |
Agricultural evidence task — TJ|Northern Upland — Sunflower — 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 Calen... | 1. Source-bound response
FAO records for Sunflower in Northern Upland, Tajikistan: Window 1 (Spring Season): sowing 20 April to 10 May; harvest 5 August to 10 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 foreca... | ### 1. Answer in scope
According to the FAO Crop Calendar record for **Sunflower** in **Northern Upland, Tajikistan**, the usual windows are:
* **Sowing:** 20 April to 10 May
* **Harvest:** 5 August to 10 September
*(Note: This corresponds to the Spring Season cycle.)*
### 2. Record alignment
* **Source Record:*... | Sunflower | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:TJ:crop-0335:aez-003 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-06923 | en-US | cc-by-4.0 | TJ|Northern Upland | regional_calendar_scope | fao_crop_calendar_api | v05:d449461cb0aceb0210cbefc1 | https://api-cropcalendar.apps.fao.org/ | regional_crop_calendar | formula_and_field_verified+source_text_preserved | |
Agricultural evidence task — UG|Lake Victoria Crescent — Cocoyam — calendar interval membership
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
Does 25 June fall within ... | 1. Planning answer
Yes. The recorded harvesting range(s) are window 1: 25 June to 30 June. 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 UG|Lake Victoria Crescent. The origina... | 1. Requested output
Yes, 25 June falls within the recorded harvesting window for Cocoyam in Lake Victoria Crescent, Uganda, using FAO record windows 1–1.
2. Provenance
- Source: FAO Crop Calendar API.
- Record update: 26/02/2021.
- Crop and place: Cocoyam; Lake Victoria Crescent, Uganda.
- Cycle: Cycle 1 (One season) ... | Cocoyam | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:UG:crop-0104:aez-007 | deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging | agroveritas-v200-10835 | en-US | cc-by-4.0 | UG|Lake Victoria Crescent | historical_calendar_not_live_forecast | fao_crop_calendar_api | v05:98260c018ff9f8f389a796b9:membership | https://api-cropcalendar.apps.fao.org/ | calendar_date_membership | date_interval_formula_verified+source_text_preserved | |
Agricultural evidence task — DJ|Interior Plains and plateaus low altitude — Sorghum — calendar interval membership
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
Does ... | 1. Direct answer
No. The recorded harvesting range(s) are window 1: 1 January to 28 February. 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 DJ|Interior Plains and plateaus lo... | 1. **Requested output**
No, 1 March does not fall within the recorded harvesting window for Sorghum in Interior Plains and plateaus low altitude, Djibouti, using FAO record windows 1–1.
2. **Provenance**
- Source: FAO Crop Calendar API.
- Crop: Sorghum.
- Location: Interior Plains and plateaus low altitude, Djibouti.
... | Sorghum | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:DJ:crop-0325:aez-002 | deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging | agroveritas-v200-13905 | en-US | cc-by-4.0 | DJ|Interior Plains and plateaus low altitude | historical_calendar_not_live_forecast | fao_crop_calendar_api | v05:c8de8dfadfb860e1238f504c:membership | https://api-cropcalendar.apps.fao.org/ | calendar_date_membership | date_interval_formula_verified+source_text_preserved | |
Agricultural evidence task — Kenya|Nyandarua — 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 root-zone w... | 1. Requested output
NASA POWER reports 0.49 unitless index for root-zone wetness 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 threshol... | **1. Source-bound response**
For Nyandarua, Kenya, in April, NASA POWER reports a historical root-zone wetness of 0.49 unitless index. The limitation is that this value is derived from a 20-year Meteorological and Solar Monthly & Annual Climatology reference period (January 2001 - December 2020) and does not represent ... | unspecified | 2.0.0 | completion_numbers_and_units_must_be_supported | region-climate:7603036 | deterministic_climate_field_extraction+deterministic_five_part_grade10_packaging | agroveritas-v200-09127 | en-US | cc0+cc-by-4.0 | Kenya|Nyandarua | historical_climatology_not_live_forecast | nasa_power_climatology+geonames | v05:c07d67e3148aaf386c8b0313: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 — MR|zona marítima — Tomate — 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 analista
¿El 30 o... | 1. Respuesta dentro del alcance
Sí. Los rangos registrados de siembra son ventana 1: 30 octubre a 1 enero. 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 ligad... | ### Respuesta Agrícola Auditable — Servicio de Extensión
**1. Respuesta directa**
Sí, la fecha del 30 de octubre se encuentra dentro de la ventana registrada de siembra para el cultivo de Tomate en la zona marítima de Mauritania, según los datos históricos de la FAO (Ciclo 1: *Saison froide*), cuyo intervalo de siembr... | Tomate | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:MR:crop-0356:aez-004 | deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging | agroveritas-v200-04374 | es-419 | cc-by-4.0 | MR|zona marítima | historical_calendar_not_live_forecast | fao_crop_calendar_api | v05:a9b26721c77484ea305a891f: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 monthly climate comparison
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
For Taita-Tave... | 1. Source-bound response
March is higher. NASA POWER reports 69.33 % in March and 67.79 % in September. These are historical monthly climatological values, not live conditions or crop-specific thresholds.
2. Evidence map
This historical monthly climate comparison answer is tied to nasa_power_climatology+geonames for K... | ### 1. Answer in scope
Based strictly on the supplied historical climatology data for Taita-Taveta County, Kenya, **March** has the higher historical average relative humidity compared to September.
### 2. Record alignment
- **Location**: Taita-Taveta County, Kenya.
- **Source**: NASA POWER Climatology API.
- **Refere... | unspecified | 2.0.0 | completion_numbers_and_units_must_be_supported | region-climate:7667652 | deterministic_climate_comparison+deterministic_five_part_grade10_packaging | agroveritas-v200-00841 | en-US | cc0+cc-by-4.0 | Kenya|Taita-Taveta County | historical_climatology_not_live_forecast | nasa_power_climatology+geonames | en:region-climate:7667652:mar-sep:RH2M | https://power.larc.nasa.gov/docs/services/api/temporal/climatology/ | regional_climate_comparison | formula_and_unit_verified+source_text_preserved | |
Tarea de evidencia agrícola — Kenia|Kiambu County — unspecified — extracción de variable climática ligada a la fuente
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 produc... | 1. Decisión
NASA POWER informa 29.35 °C de temperatura máxima diaria promedio en agosto 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 ligada a la fuente**
NASA POWER informa un valor histórico de temperatura máxima diaria promedio de 29.35 °C para Kiambu County, Kenia, en agosto. La limitación correspondiente es que este dato representa una máxima mensual descriptiva dentro del periodo climatológico, y no constituye un umbral de estrés... | unspecified | 2.0.0 | completion_numbers_and_units_must_be_supported | region-climate:192709 | deterministic_climate_field_extraction+deterministic_five_part_grade10_packaging | agroveritas-v200-16877 | es-419 | cc0+cc-by-4.0 | Kenia|Kiambu County | historical_climatology_not_live_forecast | nasa_power_climatology+geonames | v05:d67595b66dae34cf06fecd81: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 — AZ|South Upland — Sunflower — 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 Cale... | 1. Source-bound response
FAO records for Sunflower in South Upland, Azerbaijan: Window 1 (Spring Season): sowing 20 April to 10 May; harvest 5 August to 10 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;... | ### 1. Decision
According to the FAO Crop Calendar data for **Sunflower** in **South Upland, Azerbaijan**, the usual agricultural windows are defined by a single Spring Season cycle:
* **Sowing Window:** 20 April to 10 May
* **Harvest Window:** 5 August to 10 September
### 2. Source Trace
* **Record Source:** FA... | Sunflower | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:AZ:crop-0335:aez-011 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-01678 | en-US | cc-by-4.0 | AZ|South Upland | regional_calendar_scope | fao_crop_calendar_api | v05:33512c0d7adca4de62b2faa6 | https://api-cropcalendar.apps.fao.org/ | regional_crop_calendar | formula_and_field_verified+source_text_preserved | |
Agricultural evidence task — GW|Tray — Cowpea — 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 are th... | 1. Result
FAO records for Cowpea in Tray, Guinea-Bissau: Window 1 (Saison pluviale. IT 82 - E 9): sowing 10 June to 30 August; harvest 3 August to 25 October. Window 2 (Saison pluviale. IT 82 - D 889): sowing 10 June to 30 August; harvest 2 August to 24 October. Window 3 (Saison pluviale. PLI - PLOLO): sowing 15 August... | 1. Requested output
According to the FAO Crop Calendar API evidence for Cowpea in Tray, Guinea-Bissau, the usual sowing and harvest windows are:
- Cycle 1 (Saison pluviale. IT 82 - E 9): Sowing 10 June to 30 August; harvest 3 August to 25 October.
- Cycle 2 (Saison pluviale. IT 82 - D 889): Sowing 10 June to 30 August;... | Cowpea | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:GW:crop-0117:aez-011 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-02166 | en-US | cc-by-4.0 | GW|Tray | regional_calendar_scope | fao_crop_calendar_api | v05:e7a054f3dc8ff40d6806fb92 | https://api-cropcalendar.apps.fao.org/ | regional_crop_calendar | formula_and_field_verified+source_text_preserved | |
Agricultural evidence task — Nigeria|Bayelsa — 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 climate... | 1. Requested output
NASA POWER's 20-year Meteorological and Solar Monthly & Annual Climatologies (January 2001 - December 2020) for the representative grid cell gives November averages of 26.2 °C mean air temperature, 32.2 °C daily maximum, 20.8 °C daily minimum, 4.18 mm/day precipitation, and 88.9% relative humidity. ... | 1. Agricultural finding
For Bayelsa, Nigeria, in November, the typical historical climate and heat context is characterized by a mean air temperature of 26.2 °C, a daily maximum temperature of 32.24 °C, and a daily minimum temperature of 20.81 °C. Additional environmental conditions include corrected precipitation of 4... | unspecified | 2.0.0 | completion_numbers_and_units_must_be_supported | region-climate:2595344 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-19046 | en-US | cc0+cc-by-4.0 | Nigeria|Bayelsa | historical_climatology_not_live_forecast | nasa_power_climatology+geonames | v05:338c2099cb5cf85d15140040 | https://power.larc.nasa.gov/docs/services/api/temporal/climatology/ | regional_climate_profile | formula_and_field_verified+source_text_preserved | |
Tarea de evidencia agrícola — BD|9. Viejo Brahmaputra llanura de inundación — Batata — 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 persona productor... | 1. Decisión
Sí. Los rangos registrados de cosecha son ventana 1: 28 febrero a 25 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 ligada a fao_crop_calendar_api para ... | 1. Respuesta de planificación
Sí, el 28 de febrero está dentro de la ventana registrada de cosecha para Batata en 9. Viejo Brahmaputra llanura de inundación, Bangladesh, usando las ventanas FAO 1–1.
2. Trazabilidad
- Fuente: API del Calendario de Cultivos de la FAO.
- Actualización del registro: 09/06/2020.
- Lugar: 9... | Batata | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:BD:crop-0341:aez-009 | deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging | agroveritas-v200-13851 | es-419 | cc-by-4.0 | BD|9. Viejo Brahmaputra llanura de inundación | historical_calendar_not_live_forecast | fao_crop_calendar_api | v05:564d5001e7c108878b8179b0:membership | https://api-cropcalendar.apps.fao.org/ | calendar_date_membership | date_interval_formula_verified+source_text_preserved | |
Agricultural evidence task — BD|16. Middle Meghna River Floodplain — Colza(rapeseed) — calendar interval membership
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
Does... | 1. Result
Yes. The recorded sowing range(s) are window 1: 15 October to 15 November. 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 BD|16. Middle Meghna River Floodplain. ... | 1. **Answer in scope**
Yes, 15 October falls within the recorded sowing window for Colza(rapeseed) in 16. Middle Meghna River Floodplain, Bangladesh, using FAO record windows 1–1.
2. **Record alignment**
- **Source:** FAO Crop Calendar API.
- **Crop:** Colza(rapeseed).
- **Location:** 16. Middle Meghna River Floodplai... | Colza(rapeseed) | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:BD:crop-0109:aez-016 | deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging | agroveritas-v200-09335 | en-US | cc-by-4.0 | BD|16. Middle Meghna River Floodplain | historical_calendar_not_live_forecast | fao_crop_calendar_api | v05:63f4862b0e216579a9247939:membership | https://api-cropcalendar.apps.fao.org/ | calendar_date_membership | date_interval_formula_verified+source_text_preserved | |
Agricultural evidence task — TJ|East Uplands — Sunflower — 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... | 1. Direct answer
FAO records for Sunflower in East Uplands, Tajikistan: Window 1 (Spring Season): sowing 20 April to 10 May; harvest 5 August to 10 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. Direct Answer
According to the FAO Crop Calendar for **Sunflower** in the **East Uplands** region of **Tajikistan**, the usual agricultural windows are:
* **Sowing:** 20 April to 10 May
* **Harvest:** 5 August to 10 September
*(Note: This corresponds to the Spring Season cycle.)*
### 2. Evidence Used
* **... | Sunflower | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:TJ:crop-0335:aez-010 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-06863 | en-US | cc-by-4.0 | TJ|East Uplands | regional_calendar_scope | fao_crop_calendar_api | v05:36a447861966b1b7ff6ca665 | https://api-cropcalendar.apps.fao.org/ | regional_crop_calendar | formula_and_field_verified+source_text_preserved | |
Tarea de evidencia agrícola — Kenia|Meru County — 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 o ... | 1. Resultado solicitado
NASA POWER informa 0.48 índice sin unidad de humedad de la zona radicular en octubre 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 est... | 1. Respuesta de planificación
El valor histórico de humedad de la zona radicular informado por NASA POWER para Meru County, Kenia, en octubre es 0.48 índice sin unidad. La limitación correspondiente es que este dato representa una climatología mensual promedio de 20 años y no constituye una medición en tiempo real ni u... | unspecified | 2.0.0 | completion_numbers_and_units_must_be_supported | region-climate:186824 | deterministic_climate_field_extraction+deterministic_five_part_grade10_packaging | agroveritas-v200-08469 | es-419 | cc0+cc-by-4.0 | Kenia|Meru County | historical_climatology_not_live_forecast | nasa_power_climatology+geonames | v05:a3879b5d52a3380d64ae372b: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 — GA|Área: Clase, Centro, Este, Sur Este y Oeste, Sur — Mandioca — 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... | 1. Hallazgo agrícola
Sí. Los rangos registrados de siembra son ventana 1: 1 septiembre a 15 octubre; ventana 2: 1 septiembre a 15 octubre; ventana 3: 1 febrero a 15 marzo; ventana 4: 1 febrero a 15 marzo. Es un calendario regional histórico, no un pronóstico en vivo ni una recomendación específica para un lote.
2. Reg... | 1. Hallazgo agrícola
Sí, el 1 de septiembre está dentro de la ventana registrada de siembra para Mandioca en Área: Clase, Centro, Este, Sur Este y Oeste, Sur, Gabón. La fecha coincide exactamente con el inicio del intervalo de siembra para el Ciclo 1 (Première saison) y el Ciclo 2 (Première saison).
2. Registro de res... | Mandioca | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:GA:crop-0076:aez-003 | deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging | agroveritas-v200-08783 | es-419 | cc-by-4.0 | GA|Área: Clase, Centro, Este, Sur Este y Oeste, Sur | historical_calendar_not_live_forecast | fao_crop_calendar_api | v05:8e7eb62dc61f2ab50e091996:membership | https://api-cropcalendar.apps.fao.org/ | calendar_date_membership | date_interval_formula_verified+source_text_preserved | |
Tarea de evidencia agrícola — Nigeria|Edo State — unspecified — comparación climática mensual histórica
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 analist... | 1. Decisión
Enero es mayor. NASA POWER informa 35.34 °C en enero y 30.88 °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 dentro del alcance**
Para el estado de Edo, Nigeria, el mes con la mayor temperatura máxima diaria promedio histórica es **enero**, con un valor de **35.34 °C**, en comparación con los **30.88 °C** registrados en julio.
2. **Correspondencia con el registro**
- **Fuente de datos:** NASA POWER Climatology... | unspecified | 2.0.0 | completion_numbers_and_units_must_be_supported | region-climate:2565343 | deterministic_climate_comparison+deterministic_five_part_grade10_packaging | agroveritas-v200-02509 | es-419 | cc0+cc-by-4.0 | Nigeria|Edo State | historical_climatology_not_live_forecast | nasa_power_climatology+geonames | es:region-climate:2565343:jan-jul:T2M_MAX | https://power.larc.nasa.gov/docs/services/api/temporal/climatology/ | regional_climate_comparison | formula_and_unit_verified+source_text_preserved | |
Tarea de evidencia agrícola — ZM|Región IIA — Haba de soja — 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 analista
... | 1. Resultado
Sí. Los rangos registrados de cosecha son ventana 1: 1 abril a 31 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 fao_crop_calendar_api para ZM|Regi... | 1. Respuesta dentro del alcance
Sí, el 1 de abril está dentro de la ventana registrada de cosecha para Haba de soja en la Región IIA, Zambia, utilizando los intervalos de la fuente FAO 1–1.
2. Correspondencia con el registro
- Fuente: API del Calendario de Cultivos de la FAO.
- Cultivo y lugar: Haba de soja; Región II... | Haba de soja | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:ZM:crop-0327:aez-002 | deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging | agroveritas-v200-11676 | es-419 | cc-by-4.0 | ZM|Región IIA | historical_calendar_not_live_forecast | fao_crop_calendar_api | v05:ff216d0697af1aad1553f375:membership | https://api-cropcalendar.apps.fao.org/ | calendar_date_membership | date_interval_formula_verified+source_text_preserved | |
Tarea de evidencia agrícola — ST|Zona VI - Centro Sur / Suroeste — Mandioca — 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 produ... | 1. Respuesta directa
Sí. Los rangos registrados de siembra son ventana 1: 15 febrero a 15 febrero. 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_calenda... | 1. Resultado
Sí, el 15 de febrero está dentro de la ventana registrada de siembra para Mandioca en Zona VI - Centro Sur / Suroeste, Santo Tomé y Príncipe, usando las ventanas FAO 1–1.
2. Base documental
- Fuente: API del Calendario de Cultivos de la FAO.
- Cultivo: Mandioca.
- Lugar: Zona VI - Centro Sur / Suroeste, S... | Mandioca | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:ST:crop-0076:aez-006 | deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging | agroveritas-v200-05236 | es-419 | cc-by-4.0 | ST|Zona VI - Centro Sur / Suroeste | historical_calendar_not_live_forecast | fao_crop_calendar_api | v05:93d67c230d208d78826f8c6c:membership | https://api-cropcalendar.apps.fao.org/ | calendar_date_membership | date_interval_formula_verified+source_text_preserved | |
Tarea de evidencia agrícola — EG|cerca de una región Delta suelos recuperados viejos "NDRORL" — Mallow egipcio — 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 ... | 1. Respuesta directa
No. Los rangos registrados de cosecha son ventana 1: 15 septiembre a 1 abril. 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_calenda... | 1. Respuesta dentro del alcance
No, el 15 de abril no está dentro de la ventana registrada de cosecha para Mallow egipcio en la región cerca de Delta suelos recuperados viejos "NDRORL", Egipto, usando las ventanas FAO 1–1.
2. Correspondencia con el registro
- Fuente: API del Calendario de Cultivos de la FAO.
- Cultivo... | Mallow egipcio | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:EG:crop-0133:aez-002 | deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging | agroveritas-v200-07399 | 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 | v05:1e2fb1bf2346758952746a65:membership | https://api-cropcalendar.apps.fao.org/ | calendar_date_membership | date_interval_formula_verified+source_text_preserved | |
Tarea de evidencia agrícola — NA|zona 6 — Batata — 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 productora o analista
Según... | 1. Respuesta directa
Registros de la FAO para Batata en zona 6, Namibia: Ventana 1 (Backyard garden): siembra 1 enero a 31 diciembre; cosecha 1 enero a 31 diciembre. 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 histórico... | 1. **Respuesta dentro del alcance**
Según el Calendario de Cultivos de la FAO, para Batata en la zona 6 de Namibia, se identifica un único ciclo denominado "Backyard garden" (huerto familiar), el cual presenta las siguientes ventanas:
- Siembra: 1 de enero a 31 de diciembre.
- Cosecha: 1 de enero a 31 de diciembre.
Est... | Batata | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:NA:crop-0341:aez-006 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-06877 | es-419 | cc-by-4.0 | NA|zona 6 | regional_calendar_scope | fao_crop_calendar_api | v05:b68028a6fdc8ba35f3beef7a | https://api-cropcalendar.apps.fao.org/ | regional_crop_calendar | formula_and_field_verified+source_text_preserved | |
Agricultural evidence task — Kenya|Lamu 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 clima... | 1. Planning answer
NASA POWER's 20-year Meteorological and Solar Monthly & Annual Climatologies (January 2001 - December 2020) for the representative grid cell gives December averages of 28.1 °C mean air temperature, 34.0 °C daily maximum, 24.1 °C daily minimum, 1.79 mm/day precipitation, and 75.5% relative humidity. R... | 1. **Decision**
The typical historical climate and heat context for Lamu County, Kenya, in December is characterized by a mean air temperature of 28.1 °C, a daily maximum temperature of 34.04 °C, and a daily minimum temperature of 24.12 °C. Additional context includes corrected precipitation of 1.79 mm/day, relative hu... | unspecified | 2.0.0 | completion_numbers_and_units_must_be_supported | region-climate:7667643 | deterministic_from_official_structured_record+deterministic_five_part_grade10_packaging | agroveritas-v200-02079 | en-US | cc0+cc-by-4.0 | Kenya|Lamu County | historical_climatology_not_live_forecast | nasa_power_climatology+geonames | v05:a30cee3e8f63207553b02f2c | https://power.larc.nasa.gov/docs/services/api/temporal/climatology/ | regional_climate_profile | formula_and_field_verified+source_text_preserved | |
Agricultural evidence task — KE|Lower midland zone 3(LM3) — Sunflower — 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 April fall within the... | 1. Agricultural finding
No. The recorded sowing range(s) are window 1: 1 March to 31 March; window 2: 15 October to 31 October. 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 ... | 1. Requested output
No, 1 April does not fall within the recorded sowing windows for Sunflower in Lower midland zone 3(LM3), Kenya, using FAO record windows 1–2. The date 1 April is outside the defined sowing intervals for Cycle 1 (1 March to 31 March) and Cycle 2 (15 October to 31 October).
2. Provenance
- Source: FA... | Sunflower | 2.0.0 | completion_numbers_and_units_must_be_supported | fao:KE:crop-0335:aez-020 | deterministic_calendar_interval_reasoning+deterministic_five_part_grade10_packaging | agroveritas-v200-05580 | en-US | cc-by-4.0 | KE|Lower midland zone 3(LM3) | historical_calendar_not_live_forecast | fao_crop_calendar_api | v05:992d0de85ad35ded5e398504:membership | https://api-cropcalendar.apps.fao.org/ | calendar_date_membership | date_interval_formula_verified+source_text_preserved |
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