# AgroReports > AgroReports makes field reports. The report comes first: a plain-language answer for a named field, with the map, the numbers, the scene and the caveat. The free app is for growers; the REST API and MCP server are how the same eight reports travel to builders and agents. Every value carries its valid-pixel share and method version. An index is not a diagnosis. AgroReports is a web application (https://app.agroreports.org/), a product site (this site), a REST API (public beta) and an MCP server (public beta). The app turns Sentinel-2, Landsat and Sentinel-1 imagery into plain-language reports for growers, agronomists, foresters and land owners in English, French, Spanish, Portuguese and German. The API and MCP server expose the same eight report types to builders and agents. Crops: wheat, soy, vines, olives, fruit trees, truffles, pasture and forest. Named examples: Champagne (Champagne), Jaén (olive oil), Alba (white truffle), Priorat (soils), Białowieża (forest), Palouse (wheat), Aomori (apples) and Alentejo (pasture). Base: https://www.agroreports.org Last-Updated: 2026-11-12 Contact: contact@agroreports.org Languages: en, fr, es, pt, de (product pages are English-first; articles are localized) Sitemap: https://www.agroreports.org/sitemap-index.xml AI sitemap: https://www.agroreports.org/ai-sitemap.xml Status: API and MCP are in public beta. All eight reports and the threshold alerts are available through the app, API and MCP. Do not assume a key or a live endpoint. ## Start here - [Home](https://www.agroreports.org/): the field record, the three surfaces, reports, indices and pricing. - [Reports](https://www.agroreports.org/reports/): the eight field reports for growers and agronomists. - [Watch](https://www.agroreports.org/watch/): a coordinate, a radius and a dated timeline of every pass, from Sentinel-2, Landsat and radar. - [API](https://www.agroreports.org/api/): the field record in JSON; routes, envelope, limits, access. - [MCP](https://www.agroreports.org/mcp/): the field record in an agent; eight tools, auth, limits. - [Pricing](https://www.agroreports.org/pricing/): free app, free API tier, usage after, enterprise. - [Alerts](https://www.agroreports.org/alerts/): index thresholds, windows, dashboard/email/webhook/WhatsApp/Telegram. - [Methodology](https://www.agroreports.org/methodology/): data sources, generation pipeline, limitations. - [Field notes](https://www.agroreports.org/articles/): the reference library and field case studies. - [Web app](https://app.agroreports.org/): draw a field and request a report. - [Privacy](https://www.agroreports.org/privacy/) · [Terms](https://www.agroreports.org/terms/) ## Products - **App**: draw a polygon, read a plain-language report, export PDF/CSV, receive it by email. Free for growers, five languages. The report comes first. - **Watch**: name a coordinate, a radius and a period. One dated frame per acquisition day from Sentinel-2 (10 m), Landsat 8/9 (30 m) and Sentinel-1 radar (10 m). Up to 260 frames and 36 months; the timeline keeps the newest. - **API**: generate the same eight reports over REST. Start with POST /v1/reports, poll GET /v1/reports/:id, get the text, PDF and CSV. Public beta, 200 ha per query. - **Alerts**: set a threshold on an index for a field or portfolio, for a window, with dashboard, email, webhook, WhatsApp and Telegram. Available in the app, API and MCP. - **MCP**: streamable HTTP or stdio. The agent lists the report types, generates one and polls it with generate_report and get_report. It can also create and read alert rules. Included with API access. ## Watch (in the app) - [Watch page](https://www.agroreports.org/watch/): one dated frame of a field every day, in English, French, Spanish, Portuguese and German. - One frame per day: Sentinel-2 first, Landsat next, Sentinel-1 radar when neither optical scene is clear enough. Radar is labelled as radar and is not a photograph. - Each frame is a 768 px JPEG with its date, source, resolution, scene cloud and clear share. Cloudy days are filled by radar, never faked. - Authenticated app endpoints, not part of the public v1 API: `POST /watches`, `GET /watches`, `GET /watches/:id`, `POST /watches/:id/refresh`, `DELETE /watches/:id`. - Limits: 12 watches per account, 260 frames per watch, radius 0.5–25 km, 1–36 months. Frames are deleted with the watch. ## Reports available - [Land Health Overview](https://www.agroreports.org/reports/#land-health): NDVI, NDWI, NDMI snapshot; the first look. - [Seasonal Vegetation](https://www.agroreports.org/reports/#seasonal-vegetation): NDVI, EVI, SAVI through the growth cycle. - [Historical Trends](https://www.agroreports.org/reports/#historical-trends): five years of vegetation and moisture. - [Vineyard Performance](https://www.agroreports.org/reports/#vineyard-performance): block-level vigour and chlorophyll. - [Forest Health](https://www.agroreports.org/reports/#forest-health): six indices over five years for woodlands. - [Fire Resilience](https://www.agroreports.org/reports/#fire-resilience): pre-fire NDMI/NBR risk and post-fire dNBR severity. - [Pasture & Grazing](https://www.agroreports.org/reports/#pasture-grazing): biomass, moisture and carrying capacity. - [Fruit Trees & Olives](https://www.agroreports.org/reports/#fruit-trees): section-level stress before the fruit shows it. ## API (public beta) Base: https://api.agroreports.org Auth: bearer API key (request access through https://www.agroreports.org/api/#access) Limits: 200 ha per query, 8 indices, 10 years of history, 500 vertices. - `GET /v1/indices`: catalog of the eight indices. - `POST /v1/indices/query`: current values for a polygon. - `POST /v1/indices/timeseries`: history over 1–10 years. - `POST /v1/indices/burn-severity`: dNBR and USGS burn-severity class. - `GET /v1/location`: place name to bounding box. - `GET /v1/reports/types`: the eight report types. - `POST /v1/reports`: start an async report. - `GET /v1/reports/:id`: poll status and read the report. Every response includes `scene.date`, `scene.source`, `scene.valid_px`, `provenance.area_ha`, `provenance.method_version` and `provenance.caveat`. ## MCP server (public beta) Endpoint: https://mcp.agroreports.org/mcp (streamable HTTP) Auth: OAuth 2.1; the quota is shared with REST. No API key is needed for MCP. Tools: `list_report_types`, `generate_report`, `get_report`, `create_alert`, `list_alerts`, `update_alert`, `get_alert_events`, `list_indices`, `get_indices`, `get_index_timeseries`, `compute_burn_severity`, `find_location`. The MCP server is a thin client of the API. It holds no upstream-processing or model credentials. Reports generated through MCP are read through `get_report`; there is no email delivery path. ## Glossary and reference - [Best Vegetation Index for Crop Monitoring](https://www.agroreports.org/articles/best-vegetation-index/): There is no single best vegetation index — NDVI, NDRE, NDMI, EVI, SAVI and NDWI each answer a different question. Here is which index to use for each crop decision, from growth to nitrogen to water. - [EVI vs NDVI: What's the Difference?](https://www.agroreports.org/articles/evi-vs-ndvi/): EVI and NDVI both measure vegetation, but EVI resists saturation over dense canopy and corrects for haze. Learn the formula differences, when each wins, and which to use for your crop. - [How to Read an NDVI Map: Values, Colors & Scale](https://www.agroreports.org/articles/how-to-read-ndvi-map/): An NDVI map turns your field into color — green means healthy, brown means trouble. Learn what each NDVI value and color means, how the scale works, and how to spot problems before they spread. - [Is My Field Healthy? How to Check (Free, From Satellite)](https://www.agroreports.org/articles/is-my-field-healthy/): Answer 'is my field healthy?' in 30 seconds from free Sentinel-2 data — satellite indices reveal crop status before you can see it from the ground. - [NDVI Bands Explained: Red, NIR & Sentinel-2 Wavelengths](https://www.agroreports.org/articles/ndvi-bands-wavelengths/): NDVI is built from two satellite bands: red and near-infrared. Learn which wavelengths NDVI uses, the Sentinel-2 bands behind it, why leaves reflect NIR and absorb red, and how the formula works. - [NDVI vs NDRE: Which Vegetation Index Should You Use?](https://www.agroreports.org/articles/ndvi-vs-ndre/): NDVI and NDRE measure different things. NDVI tracks canopy density and growth; NDRE tracks leaf chlorophyll and nitrogen. Here is exactly when to use each — and when to use both. - [Satellite Crop Monitoring: How It Works (Free, No Drone)](https://www.agroreports.org/articles/satellite-crop-monitoring/): Free Sentinel-2 satellites photograph every field on Earth every five days — here's how satellite crop monitoring turns that data into actionable farm intelligence. - [Using NDRE for Variable-Rate Nitrogen Management](https://www.agroreports.org/articles/ndre-nitrogen-management/): NDRE is the satellite index for nitrogen. Learn how to read NDRE maps, spot nitrogen-deficient zones before they yellow, and plan variable-rate fertilizer applications that save money and boost yield. - [What Is a Vegetation Index? (NDVI, EVI, SAVI, NDMI…)](https://www.agroreports.org/articles/what-is-a-vegetation-index/): A vegetation index turns satellite reflectance into a single number describing crop health. Learn what they are, how the 8 most important indices differ, and how to choose the right one. - [What is EVI? (Enhanced Vegetation Index) vs NDVI](https://www.agroreports.org/articles/what-is-evi/): EVI is a satellite vegetation index that stays sensitive over dense canopies where NDVI saturates. Uses blue-band atmospheric correction for accuracy in high-biomass and tropical crops. - [What is MSAVI2? (Modified Soil-Adjusted Vegetation Index)](https://www.agroreports.org/articles/what-is-msavi2/): MSAVI2 is the self-adjusting soil-corrected vegetation index — computes the correction from the data, no fixed L factor. Ideal for heterogeneous fields and early growth. - [What is NBR? (Normalized Burn Ratio) & dNBR Burn Severity](https://www.agroreports.org/articles/what-is-nbr/): NBR measures fuel condition and fire risk; dNBR measures burn severity after a fire. Learn both formulas, the USGS severity scale, and how satellites assess wildfire damage. - [What is NDMI? (Normalized Difference Moisture Index)](https://www.agroreports.org/articles/what-is-ndmi/): NDMI measures vegetation water content from satellites — the most reliable early-warning index for drought stress and wildfire risk. Catches water stress days before NDVI. - [What is NDRE? (Normalized Difference Red Edge Index)](https://www.agroreports.org/articles/what-is-ndre/): NDRE measures chlorophyll and nitrogen status in crops using the red-edge band — more sensitive than NDVI for mid-to-late season nutrition. Essential for variable-rate nitrogen applications. - [What is NDVI? (Normalized Difference Vegetation Index) Explained](https://www.agroreports.org/articles/what-is-ndvi/): NDVI measures vegetation health from satellite imagery using the ratio of near-infrared and red light. Learn what NDVI values mean for your crop and how to check your field free. - [What is NDWI? (Normalized Difference Water Index) Explained](https://www.agroreports.org/articles/what-is-ndwi/): NDWI is a satellite index that detects open water bodies and surface wetness — lakes, flooded fields, and waterlogged soil. Learn the formula and how it differs from NDMI. - [What is SAVI? (Soil-Adjusted Vegetation Index)](https://www.agroreports.org/articles/what-is-savi/): SAVI corrects NDVI for soil background — essential for monitoring young or sparse crops where bare soil drags NDVI down. Learn the formula and when to use it. ## Field case studies - [Alentejo Cork Oak Forests — Live Satellite Health Report](https://www.agroreports.org/articles/alentejo-cork-oak-forests/): Satellite monitoring of Portugal's cork oak montado reveals whether the canopy is holding or dying back — updated monthly, free. - [Alqueva Olive Mega-Farms — Live Satellite Health Report](https://www.agroreports.org/articles/alqueva-olive-mega-farm/): Satellite monitoring of Alqueva's super-intensive olive plantations tracks canopy density and irrigation performance month by month — free. - [Alsace Vineyards — Live Satellite Health Report](https://www.agroreports.org/articles/alsace-wine-route/): Satellite monitoring of Alsace vineyards tracks canopy health and moisture stress through the dry growing season — free, updated monthly. - [Alto Adige Apple Orchards — Live Satellite Health Report](https://www.agroreports.org/articles/alto-adige-apple-orchards/): Satellite monitoring of South Tyrol's apple orchards reveals canopy health and chlorophyll status through the alpine growing season — free, monthly. - [Beauce Cereal Plains — Live Satellite Health Report](https://www.agroreports.org/articles/beauce-cereal-plains/): Satellite monitoring of France's breadbasket reveals the seasonal pulse of wheat and barley from green-up to harvest — free, monthly. - [Bordeaux Vineyards — Live Satellite Health Report](https://www.agroreports.org/articles/bordeaux-vineyards/): Satellite monitoring of Bordeaux's Médoc vineyards tracks canopy health through the vintage — see what the vines are saying this month, free. - [Burgundy Vineyards (Côte de Beaune) — Live Satellite Health Report](https://www.agroreports.org/articles/bourgogne-cote-de-beaune/): Satellite monitoring of Burgundy's Côte de Beaune tracks the low, dense canopy of grand cru Pinot Noir and Chardonnay through the vintage — free, monthly. - [Camargue Rice Fields — Live Satellite Health Report](https://www.agroreports.org/articles/camargue-rice-fields/): Satellite monitoring of Camargue rice paddies reveals the flooded-to-harvest cycle with NDVI and NDWI — free, updated monthly. - [Central Valley Almond Orchards — Live Satellite Health Report](https://www.agroreports.org/articles/central-valley-almond-belt/): Satellite monitoring of California's almond belt tracks canopy health and water stress through the irrigation season — free, monthly. - [Champagne Vineyards (Côte des Blancs) — Live Satellite Health Report](https://www.agroreports.org/articles/champagne-cote-des-blancs/): Satellite monitoring of Champagne's Côte des Blancs tracks the modest canopy of grand cru Chardonnay through the coolest vintage in France — free, monthly. - [Chianti Classico Vineyards — Live Satellite Health Report](https://www.agroreports.org/articles/chianti-classico-tuscany/): Satellite monitoring of Chianti Classico's hillside Sangiovese reveals canopy health and water stress through the Tuscan summer — free, monthly. - [Douro Valley Vineyards — Live Satellite Health Report](https://www.agroreports.org/articles/douro-valley-port-vineyards/): Satellite monitoring of the Douro's steep schist terraces reveals how Touriga Nacional handles the brutal continental heat — free, monthly. - [Huelva Strawberry Belt — Live Satellite Health Report](https://www.agroreports.org/articles/huelva-strawberry-belt/): Satellite monitoring of Huelva's berry fields reveals winter crop health and water status under plastic tunnels — free, monthly. - [Jaén Olive Groves — Live Satellite Health Report](https://www.agroreports.org/articles/jaen-olive-sea/): Satellite monitoring of Jaén's sea of rain-fed olive groves — the world's largest — reveals drought stress and canopy health, free, monthly. - [Jerez Sherry Vineyards — Live Satellite Health Report](https://www.agroreports.org/articles/jerez-sherry-vineyards/): Satellite monitoring of Jerez's albariza-soil vineyards tracks how Palomino Fino survives the Andalusian summer on stored winter rain — free, monthly. - [La Rioja Vineyards — Live Satellite Health Report](https://www.agroreports.org/articles/la-rioja-vineyards/): Satellite monitoring of La Rioja's Tempranillo vineyards reveals canopy health and water stress through the Ebro valley season — free, monthly. - [Marlborough Vineyards — Live Satellite Health Report](https://www.agroreports.org/articles/marlborough-vineyards/): Satellite monitoring of Marlborough's Sauvignon Blanc vineyards reveals canopy health and phenology in the Southern Hemisphere season — free, monthly. - [Mendoza Vineyards (Luján de Cuyo) — Live Satellite Health Report](https://www.agroreports.org/articles/mendoza-lujan-de-cuyo/): Satellite monitoring of Mendoza's high-altitude Malbec vineyards tracks snowmelt-dependent water stress through the desert growing season — free, monthly. - [Mosel Valley Vineyards — Live Satellite Health Report](https://www.agroreports.org/articles/mosel-valley-vineyards/): Satellite monitoring of the Mosel's near-vertical slate vineyards reveals how Riesling survives at the absolute northern limit of wine — free, monthly. - [Napa Valley Vineyards (Rutherford) — Live Satellite Health Report](https://www.agroreports.org/articles/napa-valley-rutherford/): Satellite monitoring of Napa's Rutherford bench reveals Cabernet canopy health, water stress, and fire risk through the California season — free, monthly. - [Pfalz Vineyards — Live Satellite Health Report](https://www.agroreports.org/articles/pfalz-wine-route/): Satellite monitoring of the Pfalz wine route reveals how one of Germany's warmest regions ripens Riesling and red varieties — free, monthly. - [Priorat Vineyards — Live Satellite Health Report](https://www.agroreports.org/articles/priorat-slate-vineyards/): Satellite monitoring of Priorat's slate-terraced vineyards reveals how old-vine Garnacha survives the extreme Catalan heat — free, monthly. - [Prosecco Hills (Valdobbiadene) — Live Satellite Health Report](https://www.agroreports.org/articles/prosecco-hills-valdobbiadene/): Satellite monitoring of Valdobbiadene's UNESCO-listed Prosecco hills reveals canopy health across the steep terraced landscape — free, monthly. - [Puglia Olive Plains — Live Satellite Health Report](https://www.agroreports.org/articles/puglia-olive-plains/): Satellite monitoring of Puglia's centuries-old olive groves reveals the slow decline or stability of a cultural landscape under threat — free, monthly. - [Rheingau Vineyards — Live Satellite Health Report](https://www.agroreports.org/articles/rheingau-vineyards/): Satellite monitoring of the Rheingau's south-facing Rhine slopes reveals how Riesling exploits the river's heat mirror — free, monthly. - [Ribera del Duero Vineyards — Live Satellite Health Report](https://www.agroreports.org/articles/ribera-del-duero/): Satellite monitoring of Ribera del Duero's high-meseta Tinto Fino reveals how the vines survive extreme diurnal swings — free, monthly. - [Sancerre Vineyards (Loire Valley) — Live Satellite Health Report](https://www.agroreports.org/articles/loire-valley-sancerre/): Satellite monitoring of Sancerre's Kimmeridgian marl vineyards reveals canopy health and the cool-climate tension that defines the vintage — free, monthly. - [Stellenbosch Vineyards — Live Satellite Health Report](https://www.agroreports.org/articles/stellenbosch-vineyards/): Satellite monitoring of Stellenbosch's mountain-ringed vineyards reveals phenology inverted from the Northern Hemisphere — free, monthly. - [Valencia Orange Groves — Live Satellite Health Report](https://www.agroreports.org/articles/valencia-orange-groves/): Satellite monitoring of Valencia's historic citrus groves reveals the subtle signals of an evergreen crop through the seasons — free, monthly. - [Willamette Valley Vineyards — Live Satellite Health Report](https://www.agroreports.org/articles/willamette-valley-pinot-noir/): Satellite monitoring of Oregon's Willamette Valley reveals how Pinot Noir handles the cool maritime climate — free, monthly. ## Wildfire case studies - [Aude Corbières Fire 2025 — Burn Severity Map & Satellite Analysis](https://www.agroreports.org/articles/aude-corbieres-fire-2025/): France's worst Mediterranean wildfire in 50 years burned 11,133 hectares across the Corbières massif in Aude. 1 dead, 36 homes destroyed, 16 communes affected. Satellite dNBR burn severity analysis. - [Castelnau-de-Guers Fire 2025 — Burn Severity Map & Satellite Analysis](https://www.agroreports.org/articles/castelnau-de-guers-fire-2025/): A wildfire burned 700 hectares near Castelnau-de-Guers in Hérault, threatening Languedoc vineyards. 750 firefighters deployed, 220 caravans saved. Satellite dNBR burn severity analysis. - [Dadia-Evros Megafire 2023 — Burn Severity Map & Satellite Analysis](https://www.agroreports.org/articles/dadia-evros-megafire-2023/): The largest wildfire in EU history burned 94,000 hectares of protected forest in northeastern Greece. Satellite dNBR analysis reveals burn severity patterns across the Dadia-Lefkimi-Soufli National Park. - [Lahaina Fire 2023 (Maui) — Burn Severity Map & Satellite Analysis](https://www.agroreports.org/articles/maui-lahaina-fire-2023/): The deadliest US wildfire in over a century destroyed historic Lahaina on Maui. Hurricane-force winds drove fire through invasive grasses into a densely populated town. Satellite dNBR analysis. - [Landiras Wildfire 2022 — Burn Severity Map & Satellite Analysis](https://www.agroreports.org/articles/landiras-wildfire-2022/): France's largest wildfire in over 50 years burned 30,000 hectares of maritime pine forest south of Bordeaux during a 42°C heatwave. dNBR satellite analysis of the 2022 Landiras fires. - [Marseille Area Fire 2025 — Burn Severity Map & Satellite Analysis](https://www.agroreports.org/articles/marseille-fire-2025/): A wildfire burned 750 hectares near Marseille in July 2025, forcing airport closure, highway shutdowns, and mass evacuations. 9 firefighters injured. Satellite dNBR burn severity analysis. - [Narbonne Fire 2025 — Burn Severity Map & Satellite Analysis](https://www.agroreports.org/articles/narbonne-fire-2025/): A wildfire burned 2,000 hectares near Narbonne in July 2025, mobilizing 1,050 firefighters. 5 injured, homes and infrastructure damaged. Satellite dNBR burn severity analysis from Sentinel-2. - [Portugal Wildfires September 2024 — Burn Severity Map & Satellite Analysis](https://www.agroreports.org/articles/portugal-fires-september-2024/): Portugal's worst wildfire since 2017 burned 110,000 hectares of forest and farmland across northern and central regions. Satellite dNBR analysis reveals burn severity and agricultural impact. - [Tenerife Forest Fire 2023 — Burn Severity Map & Satellite Analysis](https://www.agroreports.org/articles/tenerife-forest-fire-2023/): The worst wildfire in the Canary Islands in 40 years burned 15,000 hectares of Canary Island pine forest around Mount Teide. dNBR satellite analysis of the 2023 Tenerife fire. ## Field notes - [See Your Land in 3D: New Terrain, Relief & Parcel Layers](https://www.agroreports.org/articles/terrain-3d-maps/): Explore AgroReports' new map layers — terrain relief, elevation contours, cadastral parcel boundaries, a satellite basemap switcher, and a full 3D terrain viewer. - [Recurring Reports: Automate Your Satellite Land Monitoring](https://www.agroreports.org/articles/recurring-reports/): Set up automated recurring satellite reports for your fields. Choose weekly, biweekly, or monthly delivery. Never miss a change in your land's health with scheduled NDVI and NDWI monitoring. - [Forest Fire Resilience Report: Assess Risk & Map Burn Severity](https://www.agroreports.org/articles/forest-fire-resilience/): Learn how AgroReports' dual-mode Forest Fire Resilience Report uses NDMI, NBR, NDVI, and NDWI satellite data to assess fire risk and map burn severity for forest managers. - [Forest Health & Change Detection: Satellite Monitoring for Woodlands](https://www.agroreports.org/articles/forest-health/): Discover how AgroReports' Forest Health report uses 6 satellite indices and 5 years of data to detect canopy decline, bark beetle outbreaks, disease, and illegal logging. - [Vineyard Performance Analysis: Optimize Vine Health with Satellite NDVI](https://www.agroreports.org/articles/vineyard-performance/): Learn how AgroReports' Vineyard Performance Analysis report uses NDVI satellite data to assess vine vigor variability, optimize canopy management, and improve harvest decisions. - [Land Health Overview: Quick Satellite Snapshot of Your Property](https://www.agroreports.org/articles/land-health-overview/): Get a complete snapshot of your land's health with AgroReports' Land Health Overview. NDVI, NDWI, and key agricultural indicators in under 15 minutes — free. - [Historical Trends Report: Understand Your Land's Satellite History](https://www.agroreports.org/articles/historical-trends/): Analyze long-term vegetation and water patterns with AgroReports' Historical Trends Report. 5 years of satellite data to detect shifts and track baselines. - [Seasonal Vegetation Report: Track Crop Health with Satellite NDVI](https://www.agroreports.org/articles/seasonal-vegetation/): Learn how AgroReports' Seasonal Vegetation Report uses NDVI satellite data to track crop health through the growing season. Detect stress early and optimize yields. - [Making Satellite Data Accessible to Everyone](https://www.agroreports.org/articles/welcome/): Learn about AgroReports' mission to democratize satellite agriculture monitoring and discover the powerful features that make professional land analysis accessible to everyone. ## Other languages Every article has localized routes under /fr/, /es/, /pt/ and /de/ (for example https://www.agroreports.org/fr/articles/what-is-ndvi/). The new product pages (API, MCP, reports, pricing) are English-first during the beta. ## Agent-readable interfaces - [OpenAPI spec](https://www.agroreports.org/openapi.json): request and response schemas for the public API. - [MCP manifest](https://www.agroreports.org/.well-known/mcp.json): endpoint, transport, auth and tool list. - [Pricing as Markdown](https://www.agroreports.org/pricing.md): plan boundaries and what counts as usage. - Markdown mirror of any article: append `.md` to its URL, e.g. https://www.agroreports.org/articles/what-is-ndvi.md - Content negotiation: send `Accept: text/markdown` to an article URL and the server returns its markdown mirror. - Full text of every English article in one file: https://www.agroreports.org/llms-full.txt - XML sitemaps: https://www.agroreports.org/sitemap-index.xml and https://www.agroreports.org/ai-sitemap.xml - Structured data on every page: Organization, WebSite, SoftwareApplication, Article/FAQPage and BreadcrumbList (JSON-LD). ## Using this content Index definitions, thresholds and satellite sources follow ESA, NASA and USGS documentation. Satellite indices describe vegetation condition; they are not a diagnosis and should be combined with field observations. If you quote a figure, link to the source page and its date. Corrections: contact@agroreports.org.