1. Geospatial data for Africa: the Brazilian contribution Gilberto Câmara Director, INPE (23 September 2008)

2. The fundamental question of our time fonte: IGBP How is the Earth’s environment changing, and what are the consequences for human civilization?

3. Global Change Where are changes taking place? How much change is happening? Who is being impacted by the change?

4. INPE´s vision for the future A constellation of satellites and sensors will provide free earth observation data for all countries on Earth

5. “A few satellites can cover the entire globe, but there needs to be a system in place to ensure their images are readily available to everyone who needs them. Brazil has set an important precedent by making its Earth-observation data available, and the rest of the world should follow suit.”

6. CBERS as a global satellite CBERS ground stations will cover most of the Earth’s land mass between 30 0 N and 30 0 S

7. “If Brazil can do it, US can do it too”

8. INPE’s space technology agenda “Global EO” – Brazil as global player in earth observation Multilateral Agreements (CEOS, GEO) Bilateral agreements (China, Germany, UK)

9. Space Technology: INPE´s 2020 Plan 202020162014 CBERS-5 GPM 2012 Lattes-1 2011 CBERS-4 2010 Amazônia-1 2009 CBERS-3 2013 MAPSAR 2015 Amazônia-2 2018 CBERS-6 2017 Lattes-2 2019 CBERS-7 (med-resol) SCD Advan. (1) MMP Nanosat Specified Under discussion CPA/INPE/out-07 CBERS

10. Amazônia-1 AWFI 780 km swath 120 km 40 m ground resolution 5 days global coverage CBERS-3/4 MUX CBERS-3/4 CCD 60 km CBERS-3/4 AWFI 720 km largura Future sensors for monitoring tropical areas 60 m ground resolution 5 days global coverage 20 m ground resolution 26 days global coverage 5 m ground resolution 52 days global coverage (5 days with mirror)

11. CBERS-2B Sensor Configuration mm 0.42.50.71.10.90.51.51.72.3 WFI 260 m (890 km) CCD 20 m (120 km) Built by ChinaBuilt by Brazil PAN 2.5 m (27 km)

12. CBERS-2 CCD, Minas Gerais, Brazil

13. CBERS-2B CCD-HRC combined image in São Felix (Pará, Brasil) Approximate scale 1:10.000

14. CBERS 3 – 4 Sensor Configuration mm 0.42.30.71.10.90.51.51.7 2.1 WFI 73 m (860 km) MSS 40 m (120 km) CCD 20 m (120 km) MUX 10 m (60 km) PAN 5 m (60 km) Built by ChinaBuilt by Brazil

15. Amazônia-1 (cooperation with UK) Global land imaging every 3 days together with CBERS-3 (RAL-UK will alsoinclude a 10-meter camera) AWFI Spectral Bands(  m) 0,45-0,52 B 0,52-0,59 G 0,63-0,69 R 0,77-0,89 NIR Spatial resolution(m) 40 Ground swath(km) 780 Revisit (days) 5

16. SRTM DEM Coverage 30 m and 90m DEM

17. SRTM for Africa INPE will produce and distribute an STRM-based elevation data in 30 x 30 m for Africa

18. Interpolation of SRTM data Original 90x90 m SRTM (9x zoom) Interpolated 30x30 m Kriged SRTM

19. 477 1389 Topography derived from SRTM

20. Shaded relief from SRTM

21. Terrain shape from SRTM

22. 166-112 116-113 116-112 TerraAmazon – open source software for large-scale land change monitoring

23. One world, one dream... Free Earth Observation data for all!