# iLoveNatura — Full Documentation for LLM Consumption > iLoveNatura (www.ilovenatura.com) is a free environmental monitoring and biodiversity analysis platform developed by 3Bee, an Italian climate tech company. It combines satellite imagery, IoT sensor networks, and AI to provide actionable environmental intelligence for citizens, researchers, NGOs, and businesses. The platform is multilingual (Italian, English, German, French, Spanish) and freely accessible without registration for most tools. --- ## Platform Overview iLoveNatura bridges the gap between raw environmental data and practical insight. It ingests data from global scientific sources — ERA5 reanalysis, CMIP6 climate models, Copernicus land services, MODIS satellite products, and ESRI basemaps — and exposes this data through intuitive web tools. The platform targets three main audiences: 1. **Citizens and nature enthusiasts**: Explore local biodiversity, identify species, monitor climate trends in their region. 2. **Researchers and environmental consultants**: Access reproducible environmental analyses, downloadable maps, and standardized KPI documentation. 3. **Businesses and sustainability managers**: Generate ESG reports, assess environmental risks under IPCC scenarios, and meet ESRS/CSRD sustainability reporting obligations. All tools are accessible at https://www.ilovenatura.com/tools (English) or https://www.ilovenatura.com/it/strumenti (Italian). --- ## Tool Descriptions ### 1. Environmental Risk Analysis **URL**: https://www.ilovenatura.com/tools/risk-analysis **Italian URL**: https://www.ilovenatura.com/it/strumenti/analisi-dei-rischi The Environmental Risk Analysis tool performs location-based climate risk assessments grounded in IPCC Sixth Assessment Report (AR6) methodology and SSP (Shared Socioeconomic Pathway) scenarios. Users input any location worldwide and receive a structured risk profile across multiple hazard categories. **Hazard categories analyzed**: - Flood risk (riverine and pluvial) - Drought risk (soil moisture and hydrological) - Extreme heat and heat wave frequency - Wildfire risk (based on fire weather index projections) - Ecosystem degradation risk - Biodiversity loss risk **Climate scenarios**: SSP1-2.6 (optimistic), SSP2-4.5 (intermediate), SSP5-8.5 (high-emission). Risk scores are projected to 2030, 2050, and 2100 horizons. **Data sources**: CMIP6 multi-model ensemble, Copernicus Climate Change Service (C3S), ERA5 baseline climatology. **Use cases**: - Corporate physical risk disclosure (TCFD, CSRD/ESRS) - Infrastructure siting and resilience planning - Insurance underwriting and loss estimation - Research on climate adaptation --- ### 2. Map Generator **URL**: https://www.ilovenatura.com/tools/map-generator **Italian URL**: https://www.ilovenatura.com/it/strumenti/generatore-mappe The Map Generator produces on-demand, high-resolution environmental maps for any location. Users specify a geographic area (point with radius, polygon, or bounding box), select a map type, choose a time period, and download the resulting image or GeoTIFF. **Available map types (90+ total)**: *Vegetation and land cover*: - NDVI (Normalized Difference Vegetation Index) — vegetation health and density - EVI (Enhanced Vegetation Index) — improved vegetation signal in dense canopies - SAVI (Soil Adjusted Vegetation Index) — vegetation in arid areas - Land cover classification (urban, forest, cropland, water, barren) - Tree canopy cover - Deforestation change detection *Thermal*: - Land Surface Temperature (LST) — daytime and nighttime - Urban Heat Island intensity - Sea Surface Temperature *Water*: - NDWI (Normalized Difference Water Index) — open water detection - NDMI (Normalized Difference Moisture Index) — vegetation moisture stress - Flood extent mapping *Atmospheric and light*: - Light pollution (night-time light intensity from VIIRS) - Aerosol optical depth - NO2 and SO2 concentration (Sentinel-5P) *Biodiversity*: - Habitat suitability index - Species richness proxy - Ecosystem fragmentation index **Data sources**: MODIS (Terra/Aqua), Sentinel-2, Landsat 8/9, VIIRS, Copernicus Global Land Service (CGLS), ESRI basemaps. **Output formats**: PNG (web display), GeoTIFF (GIS import), KMZ (Google Earth). **Use cases**: - Agricultural monitoring and precision farming - Forest inventory and deforestation tracking - Urban planning and green infrastructure assessment - Environmental impact assessment (EIA) --- ### 3. Macro Map Generator **URL**: https://www.ilovenatura.com/tools/macro-map-generator **Italian URL**: https://www.ilovenatura.com/it/strumenti/generatore-mappe-macro The Macro Map Generator creates large-scale climate delta temperature maps for entire countries, regions, or cities across Europe. It compares the baseline period (1961-1990) with recent data (2023-2025) to visualize how temperatures have changed at a macro level. **Map types available**: - Delta Temperature: Shows absolute temperature change between baseline and current periods across the selected boundary **Workflow**: Users select one or more administrative boundaries (country or region level), choose a map type, and generate a GeoTIFF raster file that can be downloaded for use in GIS software or reports. **Coverage**: European countries and their administrative regions. **Cost**: 3 credits per generation. First analyses are free for new users. **Data sources**: ERA5 reanalysis climatology (1961-1990 baseline), recent observational temperature data (2023-2025). **Use cases**: - Regional climate change assessment and reporting - Environmental impact studies requiring macro-level temperature trends - Academic and research publications on climate variability - Urban planning and infrastructure resilience assessments --- ### 4. Satellite Comparison **URL**: https://www.ilovenatura.com/tools/satellite-comparison **Italian URL**: https://www.ilovenatura.com/it/strumenti/confronto-satellitare The Satellite Comparison tool enables side-by-side temporal comparison of satellite imagery for any location. Users select two time periods (past and present) and view the landscape evolution in split-view or blended overlay mode. **Features**: - Dual time-slider interface with synchronized panning and zooming - Multiple band composites: true color, false color (NIR), SWIR, agriculture - Before/after analysis with pixel-level difference calculation - Automated change detection highlights for significant land use shifts - Historical archive spanning 20+ years (2000–present via MODIS; 2015–present via Sentinel-2) **Applications**: - Monitoring deforestation and reforestation progress - Documenting post-disaster recovery (wildfires, floods) - Tracking urban expansion and land use change - Verifying nature-based solution (NbS) outcomes --- ### 5. Nature Observation AI **URL**: https://www.ilovenatura.com/tools/nature-observation-ai **Italian URL**: https://www.ilovenatura.com/it/strumenti/osservazione-natura-ai Nature Observation AI allows users to upload photos of plants, animals, fungi, and other organisms for automated species identification. The AI model returns scientific classification, common names across languages, habitat information, and IUCN Red List conservation status. **Capabilities**: - Species identification from photos (flora, fauna, fungi, lichens) - Full taxonomic classification: Kingdom → Phylum → Class → Order → Family → Genus → Species - IUCN Red List status: Least Concern, Near Threatened, Vulnerable, Endangered, Critically Endangered, Extinct in the Wild - Habitat description and geographic range - Behavioral and ecological notes - Links to iNaturalist and GBIF observation records for the identified species **Technology**: Convolutional neural network trained on the iNaturalist open dataset (millions of labeled species observations). Integrated with real-time IUCN API for current conservation status data. **Use cases**: - Citizen science biodiversity surveys - Educational field trips and school projects - Professional ecological surveys requiring rapid species determination - Rare species documentation for protected area management --- ### 6. Climate Analysis **URL**: https://www.ilovenatura.com/tools/climate-analysis **Italian URL**: https://www.ilovenatura.com/it/strumenti/analisi-climatica The Climate Analysis tool delivers historical climate reconstructions and future climate projections for any point on Earth. It visualizes multi-decadal trends and anomalies with publication-quality charts. **Historical data** (ERA5, 1940–present): - Monthly and annual mean temperature (2m) - Precipitation totals - Wind speed and direction - Humidity and dewpoint - Extreme event frequency (days above 35°C, frost days, heavy precipitation days) - Warming stripes visualization (Ed Hawkins-style color bands representing annual temperature anomalies) **Future projections** (CMIP6): - Temperature anomaly relative to 1850–1900 baseline - Precipitation change (%) - Drought index projections - Extreme event probability shifts - Available under SSP1-2.6, SSP2-4.5, SSP3-7.0, SSP5-8.5 **Chart types**: Line charts, anomaly bar charts, box plots, warming stripe diagrams, violin plots for distribution analysis. **Export**: CSV download of raw data, PNG/SVG chart export. **Use cases**: - Climate journalism and science communication - Sustainability reports requiring historical climate context - Agricultural planning and seasonal forecast calibration - Academic research and thesis support --- ### 7. Biodiversity Map **URL**: https://www.ilovenatura.com/tools/map **Italian URL**: https://www.ilovenatura.com/it/strumenti/mappa The Biodiversity Map is an interactive GIS map aggregating multiple environmental data layers. Users can explore species distributions, protected area boundaries, IoT sensor networks, and computed environmental indices at any location. **Map layers available**: - Species occurrence data (GBIF, iNaturalist — millions of georeferenced observations) - Protected areas: national parks, nature reserves, Natura 2000 sites (Habitats Directive, Birds Directive) - 3Bee IoT hive monitoring network: real-time apiary health and foraging activity - NDVI gradient overlay (vegetation health) - Biodiversity richness index (species density per grid cell) - Land cover classification - Elevation and terrain model **Interaction features**: - Click on any point to get a summary of all data layers at that location - Filter species by taxonomic group, conservation status, observation date - Toggle individual layers on/off - Search by species name or location --- ### 8. Protected Areas **URL**: https://www.ilovenatura.com/tools/protected-areas **Italian URL**: https://www.ilovenatura.com/it/strumenti/aree-protette The Protected Areas tool provides a detailed explorer for legally protected natural areas worldwide. It covers national and international designations. **Data coverage**: - Natura 2000 network: SCI (Sites of Community Importance) and SPA (Special Protection Areas) across EU member states - National parks and regional nature parks (WDPA database) - UNESCO Biosphere Reserves and World Heritage Natural Sites - Ramsar wetlands of international importance - IUCN category I–VI protected areas **Features**: - Search protected areas by name, country, or IUCN category - View legal designation, establishment date, managing authority - Access biodiversity data for areas within the protected zone - Download boundary shapefiles and metadata - Cross-reference with satellite imagery to assess habitat condition --- ### 9. ESG Analyzer **URL**: https://www.ilovenatura.com/tools/esg-analyzer **Italian URL**: https://www.ilovenatura.com/it/strumenti/esg-analyzer The ESG Analyzer generates structured environmental, social, and governance (ESG) assessments for companies and project sites. It is designed to support ESRS (European Sustainability Reporting Standards) and CSRD (Corporate Sustainability Reporting Directive) compliance. **Assessment modules**: *Environmental (E)*: - Physical climate risk scores by site (flood, drought, heat, wildfire) - Biodiversity footprint: proximity to protected areas, species richness impact - Land use and deforestation risk in the supply chain - Water stress index for operational sites - Carbon footprint estimation (Scope 1/2 proxy) *Social (S)*: - Community proximity and social vulnerability indices - Labor risk indicators by geography *Governance (G)*: - Compliance checklist aligned to ESRS E1 (Climate Change), E2 (Pollution), E3 (Water), E4 (Biodiversity), E5 (Resource Use) **Output**: Structured ESG scorecard with per-indicator scores, narrative summaries, data source citations, and recommendations for gap closure. Exportable as PDF report. --- ### 10. WebGIS **URL**: https://www.ilovenatura.com/tools/webgis **Italian URL**: https://www.ilovenatura.com/it/strumenti/webgis The WebGIS tool provides a full-featured browser-based geographic information system for advanced spatial analysis. It targets professional users (environmental consultants, land planners, GIS analysts) who need more control than standard map viewers offer. **Capabilities**: - Load and visualize custom vector layers (GeoJSON, KML, Shapefile via ZIP) - Layer styling: custom symbology, color ramps, transparency - Spatial queries: intersection, buffer, containment - Area and distance measurement tools - Attribute table viewer and editor - Multi-layer overlay with blend modes - Coordinate system management (WGS84, ETRS89, UTM zones) - Export results as GeoJSON, KML, or PNG --- ## KPI Catalog **URL**: https://www.ilovenatura.com/tools/generatable-tasks **Italian URL**: https://www.ilovenatura.com/it/strumenti/task-generabili The KPI Catalog documents every environmental indicator computable by the platform. Each KPI page includes: - Full name and acronym - Scientific definition and mathematical formula - Input data sources - Spatial and temporal resolution - Interpretation guide (what high/low values mean) - Relevant regulatory frameworks (EU Taxonomy, ESRS, GRI Standards) - Example output visualization The catalog serves as a methodological reference for users citing platform outputs in reports or academic work. --- ## Tool Interconnections The tools are designed to work together as an integrated analytical workflow: 1. **Discover a location**: Start with the **Biodiversity Map** to understand the ecological context of a study area. 2. **Generate visual evidence**: Use **Map Generator** and **Satellite Comparison** to produce before/after imagery and vegetation indices. 3. **Assess climate exposure**: Run **Climate Analysis** for historical trends and **Environmental Risk Analysis** for future projections. 4. **Check regulatory status**: Query **Protected Areas** to identify legal constraints. 5. **Compile sustainability reporting**: Feed all outputs into the **ESG Analyzer** for structured ESRS-compliant documentation. 6. **Document species**: Use **Nature Observation AI** to enrich biodiversity inventories with scientifically validated species records. --- ## Data Sources | Source | Description | Tools using it | |--------|-------------|----------------| | ERA5 | ECMWF reanalysis, global hourly climate data 1940–present | Climate Analysis, Environmental Risk Analysis | | CMIP6 | Multi-model climate projections (21st century) | Climate Analysis, Environmental Risk Analysis | | MODIS | NASA Terra/Aqua moderate-resolution land products | Map Generator, Satellite Comparison | | Sentinel-2 | ESA 10m multispectral imagery | Map Generator, Satellite Comparison | | Landsat 8/9 | USGS 30m multispectral imagery | Map Generator, Satellite Comparison | | Copernicus Land | CGLS land cover and vegetation products | Map Generator, ESG Analyzer | | Sentinel-5P | Atmospheric chemistry (NO2, SO2, CH4) | Map Generator | | VIIRS | Night-time light, fire detections | Map Generator | | GBIF | Global Biodiversity Information Facility observations | Biodiversity Map, Nature Observation AI | | iNaturalist | Community species observations | Biodiversity Map, Nature Observation AI | | WDPA | World Database on Protected Areas | Protected Areas, ESG Analyzer | | Natura 2000 | EU protected habitat and species network | Protected Areas, ESG Analyzer | | IUCN Red List | Species conservation status | Nature Observation AI | | ESRI | Basemap tiles and geospatial services | All mapping tools | --- ## About 3Bee 3Bee is an Italian climate tech company founded in 2017 with a mission to protect biodiversity through technology. It operates a network of IoT-equipped hive monitoring systems deployed at hundreds of apiaries across Europe, measuring environmental health through bee colony behavior, microclimate data, and foraging patterns. 3Bee developed the iLoveNatura platform to democratize access to environmental intelligence, making professional-grade tools freely available to the general public. The company also works with corporations, municipalities, and research institutions on nature-based solutions, biodiversity credits, and ecological restoration projects. **Website**: https://www.3bee.com **Platform**: https://www.ilovenatura.com