1. Embrapa Agricultural Informatics Geotechnology Laboratory GEO Task Ag-0703 JECAM May 2, 2011 Júlio César Dalla Mora Esquerdo julio@cnptia.embrapa.br www.cnptia.embrapa.br

2. Brief Overview of Embrapa Brazilian Agricultural Research Corporation Created in 1973, Embrapa is a state-owned enterprise for agricultural and livestock research. We are affiliated to the Ministry of Agriculture, Livestock and Food Supply. There are over 9,000 employees in Embrapa, of which more than 2,000 are researchers, 18% with master's degrees and 74% with doctoral degrees. Our Mission: To provide sustainable solutions for agribusiness through research, development and innovation, to the benefit of Brazilian society.

3. Research Centers of Embrapa in Brazil Embrapa Agricultural Informatics Campinas-SP

4. Created in 1985, is located in the campus of the State University of Campinas Research themes: information technology (IT), bioinformatics, agro- environmental modeling, computational intelligence, climate changes… and geotechnology. Ten laboratories (research groups) Geotechnology Laboratory (LabGeo) Remote sensing applied to agricultural and environmental monitoring Precision agriculture Software development (image processing, web applications, map-servers)

5. Our Research Network

6. INTAGRO – Mapping and identification of agricultural intensification in sugar cane and soybeans production areas Main Objective: To study the process of agricultural intensification and identify and map the regions where the process is happening, using time-series of MODIS images. Harmonic Analysis of time-series and decision trees Harmonic Analysis of time-series and decision trees Crop mask and crop types in the State of Mato Grosso Crop mask and crop types in the State of Mato Grosso Social and economic analysis of the results Social and economic analysis of the results Some Projects of LabGeo

7. Single crops (yellow) and double crops (red) in 2005/2006 Source: Embrapa Agricultural Informatics

8. Single crops (yellow) and double crops (red) in 2008/2009 Source: Embrapa Agricultural Informatics

9. GeoMS – Geographic Information Systems to support decision making in the State of Mato Grosso do Sul Main Objective: Provide the Government of the Mato Grosso do Sul State with information for environmental licensing activities Main Results… Environmental data collecting, modelling and organization using a GIS Environmental data collecting, modelling and organization using a GIS Vegetation, deforestation and land use maps Vegetation, deforestation and land use maps Development of SISLA – Interactive System for Environmental Licensing Support Development of SISLA – Interactive System for Environmental Licensing Support Some Projects of LabGeo

10. SISLA – Interactive System for Environmental Licensing Support http://sisla.imasul.ms.gov.br Vegetation cover maps Watersheds Hydrographic network Areas of permanent protection Indigenous areas Remote sensing data Elevation data

11. TerraClass Main Objective: Land use mapping in the deforested Amazon PRODES – Deforestation mapping of the Brazilian Amazon PRODES – Deforestation mapping of the Brazilian Amazon Land use mapping in the deforested areas Land use mapping in the deforested areas Regenerated forest? Regenerated forest? Pasture? Pasture? Agriculture? Agriculture? Partners: Embrapa Oriental Amazon and INPE/CRA Partners: Embrapa Oriental Amazon and INPE/CRA TerraClass is sponsored by WordBank TerraClass is sponsored by WordBank Some Projects of LabGeo

12. Software development

13. Tree counting (cashium tree) Results: Total error: 2,5% (mean) Quality of result: Depending on crop conditions and image quality Research: man-machine interface, image processing, pattern recognition (genetic algorithms, neural networks) Satellite: Quickbird Resolution: 0.6 m Software development

14. The MAPAGRI Project Moniroring the Brazilian agriculture dynamics The dynamics of land use and land cover in Brazil involves disordered processes, which are out of step with initiatives of territorial planning. There are problems related to the monitoring of the spatial dynamics of crop and its phenological development in the field at the national scale. Despite the strategic importance of agriculture to the Brazilian economy, the monitoring of land use dynamics depends on the development of more efficient systems.

15. The MAPAGRI Project Main Objective Development of a low cost methodology of mapping and monitoring of the main crops in Brazil based on the temporal analysis of vegetation indexes, at the national scale. Queries Is it possible to develop a unique national methodology for monitoring the agricultural dynamics based on the vegetation indexes obtained from high temporal resolution sensors? Is it possible the identification, systematic mapping and monitoring of the main commodities crops: soybean, corn, sugar cane, wheat and cotton?

16. The MAPAGRI Project Proposal submitted to Embrapa (under evaluation). Research Network Bringing together different expertise and regional experience in the country, the project will assess the integration of different research groups, in order to discuss the adaptations of regional methods and the definition of a national methodology.

17. The MAPAGRI Project Our Partners 4 Units of Embrapa 2 State Universities (Unicamp and Unioeste) 3 Federal Universities (UFRGS, UFG and UFPE) 3 Research Centers (Cepagri, Simepar and INPE) University of Kansas

18. The MAPAGRI Project Some methodologies MODIS NDVI and EVI data (250m, 16 days) Simple crop mapping methods based on the temporal variation of vegetation index Harmonic Analysis (Fourier and Wavelet Transform) What do we expect? Integrate different regional experiences to build a low cost and systematic crop mapping method of the Brazilian agriculture Development of a geo-spatial database and a Web interface in order to make the results available

19. Embrapa Agricultural Informatics Geotechnology Laboratory Thank you! Júlio César Dalla Mora Esquerdo julio@cnptia.embrapa.br www.cnptia.embrapa.br