Addis Ababa is one of Africa's fastest-growing capitals, expanding rapidly into surrounding highland agricultural land, while the wider Ethiopian region faces recurring drought that is among the most severe on the continent. Satellite temporal analysis linking urban growth to agricultural land loss, combined with drought risk scoring calibrated to local precipitation baselines, provides the evidence base for food security and urban resilience planning.
The Satalyse API covers every major satellite analysis type for Addis Ababa, Ethiopia. These endpoints are most relevant for this location:
This snippet is pre-filled with Addis Ababa, Ethiopia's coordinates and calls the Temporal Analysis endpoint.
1"color:#c084fc">import requests23response = requests.post(4 "https://api.satalyse.dev/api/v1/satellite/analyze-temporal-trends",5 headers={"Authorization": "Bearer sat_sk_live_..."},6 json={7 "geometry": {8 "type": "Polygon",9 "coordinates": [[10 [38.71, 9],11 [38.77, 9],12 [38.77, 9.06],13 [38.71, 9.06],14 [38.71, 9]15 ]]16 },17 "start_date": "2023-01-01",18 "end_date": "2025-01-01",19 "interval": "monthly",20 "metric": "NDVI",21 "forecast_days": 9022 }23)2425data = response.json()26trend = data["trend_analysis"]27"color:#c084fc">print("color:#c084fc">f"Trend: {trend['overall_trend']}")28"color:#c084fc">print("color:#c084fc">f"Rate o">f change: {trend['rate_of_change_per_month']:.4">f} / month")
| Source | What it provides | Resolution |
|---|---|---|
| Sentinel-2 | Multispectral optical imagery (NDVI, land cover) | 10 m |
| Landsat 8 | Long-term land surface reflectance and temperature | 30 m |
| MODIS | Daily global coverage, fire, vegetation anomalies | 250 m – 1 km |
| SRTM | Digital elevation model, terrain, slope, aspect | 30 m |
| CHIRPS | Historical and near-real-time precipitation estimates | 5 km |
| JRC Global Surface Water | Water presence history and seasonal flood extent | 30 m |
Multispectral optical imagery (NDVI, land cover)
Long-term land surface reflectance and temperature
Daily global coverage, fire, vegetation anomalies
Digital elevation model, terrain, slope, aspect
Historical and near-real-time precipitation estimates
Water presence history and seasonal flood extent
The coordinates are ready. Paste them into the playground and run your first analysis in under a minute.