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EO for agriculture monitoring in Ukraine within international initiatives GLAM and JECAM Nataliia Kussul EO for agriculture monitoring in Ukraine within international initiatives GLAM and JECAM Nataliia Kussul Space Research Institute NASU-NSAU

Who we are: Current Expertise & International Activities • Space Research Institute National Academy Who we are: Current Expertise & International Activities • Space Research Institute National Academy of Science & National Space Agency of Ukraine – Department of Space Information Technologies • Active participation in the Working Group on Information System and Services (WGISS) of the Committee on Earth Observation Satellites (CEOS). • Participation in international collaborative activities within GEO Working Plan • UN-SPIDER RSO GEPW-7

Space Research Institute (Ukraine) in GEOSS • GEO 2012 -2015 Work Plan – IN-05 Space Research Institute (Ukraine) in GEOSS • GEO 2012 -2015 Work Plan – IN-05 GEOSS Design and Interoperability • Architecture Implementation Pilot 2 (AIP -2) – “Sensor Web for Flood Applications” – DI-01 Informing Risk Management and Disaster Reduction • “Namibia Sensor. Web Pilot Project” – AG-01 Global Agricultural Monitoring and Early Warning • GEO-GLAM • JECAM GEPW-7 • GEO-UA Conference on “Earth Observations for Sustainable Development and Security” (2008, 2010, 2012) Prof. José Achache, GEO Secretariat Director, at GEO-UA Conference, 2008 Meeting at NASA on Namibian Sensor. Web Project, 2011 Meeting at University of Maryland on GEO-GLAM and JECAM, 2011

JECAM-Ukraine • Test sites were officially established in 2011 • Test sites – Kyiv JECAM-Ukraine • Test sites were officially established in 2011 • Test sites – Kyiv oblast (SRI) • Crop area estimation • In-situ measurements Administrative map of Ukraine and location of Kyiv and Lviv region – crop types, along the roads and segment surveys – Pshenychne (National University of Life and Environmental Sciences of Ukraine) • Biopar parameters retrieval and crop growth model calibration • In-situ measurements Map of intensive observation sub-site – crop types, crop height, LAI, f. Cover, soil parameters – Lviv oblast (The State Science. Technological Centre of Soil Fertility Protective) GEPW-7 • Crop rotation identification Relationship between humus and satellite-derived biomass

JECAM-related tasks (cont’) • SOAR-JECAM – “SAR parameters optimization for crop classification” • Based JECAM-related tasks (cont’) • SOAR-JECAM – “SAR parameters optimization for crop classification” • Based on Radarsat-2 quad-polarized images • GEO-GLAM – Winter Wheat Yield Forecasting for the whole Ukraine – Based on satellite data, meteorological observations, crop growth model • ESA Sentinel 2 -Agriculture – Participation as a “Champion User” – SPOT-4 will observe JECAM Ukraine every 5 days to simulate Sintenel-2 GEPW-7

Methodology: the EC project “The Monitoring Agricultural Resource. S” (MARS) • Project ЕС JRC Methodology: the EC project “The Monitoring Agricultural Resource. S” (MARS) • Project ЕС JRC “Crop area estimation with satellite images in Ukraine”, 2009 -2011 GEPW-7 Data: • MODIS • AWi. FS • Landsat-5/TM • LISS-III • Rapid. Eye Area frame sampling (segments) and along the road surveys (curves) The benefit from satellite data usage: Decrease of work cost in 1. 5 times

SOAR-JECAM • SAR parameters optimization for crop classification • Data – Radarsat-2 (quad-pol) • SOAR-JECAM • SAR parameters optimization for crop classification • Data – Radarsat-2 (quad-pol) • 27 and 30 August 2012 – EO-1/ALI • 28 July and 05 August 2012 Radarsat-2, 2012 -07 -30 RADARSAT-2 Data and Products © Mac. Donald, Dettwiler and Associates Ltd. (2012) - All Rights Reserved. • Major crop types GEPW-7 – – – Maize Soybeans Sunflower Sugar beet Winter and spring crops (wheat) EO-1, 2012 -08 -05

SOAR-JECAM (cont’) • Classification algorithms – DT – SVM – NN (MLP) • Overall SOAR-JECAM (cont’) • Classification algorithms – DT – SVM – NN (MLP) • Overall accuracy – 80. 4% (MLP) Classification map of Radarsat-2 and EO-1/ALI images using ensemble of MLPs GEPW-7

Crop rotation identification • Lviv oblast • Satellite data – Landsat 7 (2012. 05. Crop rotation identification • Lviv oblast • Satellite data – Landsat 7 (2012. 05. 10) – Landsat 5 (2011. 05. 25) • Crop rotation violation – Winter rapeseed Landsat 5 2011 -05 -25 Landsat 7 2012 -05 -10 GEPW-7

Winter wheat yield forecasting • Three approaches – empirical regression-based model using MODIS data, Winter wheat yield forecasting • Three approaches – empirical regression-based model using MODIS data, – empirical regression-based model using meteorological parameters, and – adapted for Ukraine Crop Growth Monitoring System (CGMS) based on WOFOST crop growth simulation model and meteorological parameters; GEPW-7

Winter wheat forecast for 2012 • Operational forecasting of winter wheat yield in Ukraine Winter wheat forecast for 2012 • Operational forecasting of winter wheat yield in Ukraine for 2012 based on Earth observation GEPW-7 Winter wheat forecasts for Ukraine for 2012 as of 2 June 2012

Collaboration with Univ. of Maryland on GEO-GLAM • Meeting in College Park, MD, USA, Collaboration with Univ. of Maryland on GEO-GLAM • Meeting in College Park, MD, USA, 07 November 2011 – Discussion of tasks and current results in JECAM, and participation in GEO-GLAM Meeting at University of Maryland on GEO-GLAM and JECAM, 2011 • Meeting on GEO-GLAM in Kyiv, 07 April 2013 GEPW-7 – Discussion of progress in JECAM and SOAR-JECAM – Participation of Ukraine in GEOGLAM Implementation Phases 1 and 2 Meeting in Kyiv on GEO-GLAM and JECAM, 2013

Geoportal: delivery of EO products (jecam. org. ua) soybean, 90 ha Not planted, 40 Geoportal: delivery of EO products (jecam. org. ua) soybean, 90 ha Not planted, 40 ha GEPW-7

Thank you! GEPW-7 Thank you! GEPW-7