Global Monitoring for Food Security UN International Workshop on the Use of Space Technology for Disaster Management Mirko Gregor, GIM Munich, 20 October 2004

2 GMFS Project - Context GMESGMES –Global Monitoring for Environment and Security –Joint EC and ESA initiative –unites research, development and operational communities –operational capacity by 2008 for monitoring the environment and security of our planet –responds to user needs GMFSGMFS –Global Monitoring for Food Security –is one of 12 projects in GMES Service Element program of ESA –shows what Earth Observation can do for improving food security

3 GMES Service element (GSE) - Schedule 2003 – 2004: consolidation phase : implementation phase.. identify a portfolio of services that can offer a cost-effective response to already established long-term needs for global monitoring information and can serve the public interest in specific environmental & security policy domains.. > Implementation of the services as proposed in the consolidation phase.... Operational (& sustainable) service..

4 Famines around the world in 2003 Main reasons: Poverty Inadequate governmental management and policies Inadequate management of natural resources and environment Population dynamics, diseases Racial and gender discrimination Episodic climatic events and climate changes

5 Facts & Figures Sudan: 3.6 Mi need Food assistance Eritrea: 1.4 Mi vulnerable people Ethiopia: 7.2 Mi require assistance 13.2 Mi in 2003 Malawi: 0.5 Mi in 2003/2004 Mozambique: 950,000 drought affected vulnerable people Angola/Zimbabwe: 1.4 Mi / 4.4 Mi

6 Policies – GSE GMFS Transnational institutions involved in FS (FAO, WFP, JRC)Transnational institutions involved in FS (FAO, WFP, JRC) –Universal declaration of Human rights (1948) –World Food summits (1996, 2002) –UN millennium declaration (2000) –World Food Summit on Sustainable Development (2002) –Council Regulation (EC) No 1292/96 on food aid policy Regional Institutions involved in FSRegional Institutions involved in FS –CILSS (1973: 9 countries) –SADC (1980: 14 countries) –IGAD (1996: 7 countries) National Institutes involved in FS (Senegal, Malawi,..)National Institutes involved in FS (Senegal, Malawi,..) –Monitor the food/agricultural situation and propose corrective measures

7 User needs Need for transparent information on agricultural production Need for transparent information on agricultural production EO has made a unique and critical contribution to our awareness of environmental trends, especially when time series have been presented as evidence of environmental degradation. This information is essential to those who are trying to model the consequences of these trends for policy analysis and advocacy. Henri Josserand, Chief GIEWS, FAO (Comments on the GMFS Strategic Orientations) Need for accurate and timely agricultural statistics Need for accurate and timely agricultural statistics EO based vegetation indices have demonstrated value in agricultural monitoring. Currently available agricultural models do not meet the required accuracy. The GMFS services reveal the potential to meet our needs. I look forward to planned enhancements, especially with regard to MSG. Papa Boubacar Soumare, CSE, responsible agricultural monitoring

8 Existing precursor systems FEWS Net - USAID Famine Early Warning System GIEWS - FAO Global Information and Early Warning System VAM - WFP Vulnerability Analysis and Mapping MARS FOOD - Monitoring Agriculture with Remote Sensing (EC/JRC) EARS - Environmental Analysis and Remote Sensing AP3A - Alerte Précoce et Prévision des Productions Agricoles (CILSS/Agrhymet - Sahel) SADC - Regional Early Warning System for Food Security DMC - Drought Monitoring Centers (SADC/IGAD)

9 GMFS Objectives To improve the provision of operational and sustainable information servicesTo improve the provision of operational and sustainable information services To consolidate and complement existing early warning systems (national and transnational precursor systems) for food security and famineTo consolidate and complement existing early warning systems (national and transnational precursor systems) for food security and famine To provide crop information (yield, acreage and production) derived from earth observation (EO) data of low-, medium- and high-resolution (multi-scalarity) in combination with agrometeorological modelsTo provide crop information (yield, acreage and production) derived from earth observation (EO) data of low-, medium- and high-resolution (multi-scalarity) in combination with agrometeorological models To assist food security decision makers from a local to a global levelTo assist food security decision makers from a local to a global level

10 What & Where “Crop Monitoring system” - Areas under cultivation - Yield forecasting and historical trends - Production forecasting and trend analysis Geographic coverage - Sub-Saharan Africa - Selected sites (Senegal, Malawi)

11 Which multi-scale information is generated? Continental & Regional Scale Low resolution sensors National Scale Medium resolution sensors & models Field Data End Crop Season Subnational Scale High resolution sensors Begin Crop Season Rainfall, Relative Evapotranspiration, Relative Crop Yield, Vegetation Indices and corresponding trends Time Production during the Crop Season Land Cover Information Production at Harvest Time Crop Acreage Growth Status and Acreage Crop Acreage Major Land Cover Map & Changes Acreage at Planting Time Yield Forecast and Estimated Harvest Time Socio-Economic Data Season Development Status Index and Impact Index on Food Security Growth Status and Acreage Major Land Cover Map & Changes Crop Acreage Crop Acreage

12 Relative ET Maize Yield Forecast Regional National Land Cover Map Global/Continental Dry Matter Productivity Sub-national Acreage Map Acreage Yield Production CROP FIGURES TRENDS AND FORECAST FIGURES Yield Forecast Land Cover Map Dry Matter Productivity

13 Continental product SPOT-VGT DMP Dry Matter Productivity  proxy for the crop/pasture/vegetation yield (quantitative estimation)

14 Regional products - METEOSAT multi-temporal yield estimation Yield estimation for Maize during dry period in 2002 in Southern Africa

15 Malawi - Zomba test zone: ENVISAT ASAR acreages Forest Cropped area preliminary results (validation ongoing) cumulative from 7 Dec 2003 to 30 Jan 2004

16 User/collaboration scheme SADC-RRSU CILSS-Agrhymet CSE, Senegal DAPS, Senegal MoAIFS Malawi FAO-GIEWS WFP-VAM MARS-FOOD Affected populations

17 Partners & alliances FAO-GIEWS –FAO Global Information and Early Warning System EC-JRC MARS-FOOD WFP/VAM –WFP Vulnerability Analysis and Mapping IBIMET AP3A (CILSS) –Alerte Précoce et Prévision des Productions Agricoles FEWS Net ESA TIGER initiative - GMFS demonstrator project

18 Information dissemination GMFS Service Portal establishment of a FAO Geonetwork node in 2005 on national/sub-national level dissemination via existing networks (WorldSpace community radio network  in 2005)

19 Capacity Building and Institutional Development 5 groups of synchronized activities Evaluation of the efficiency of the national FSIEWS and identification of training needs Sensibilisation activities aiming at the decision makers Information dissemination activities about the new EO technologies Training activities for the assurance of adequate technology transfer –Technical courses on the use of EO –Technical courses on collection, management and dissemination of data relevant for food security –Advanced training for trainers – « the champions of GMFS » –GMFS: use of existing networks for technology transfer and CB monitoring and evaluation of the process

20 More information? Contact –project co-ordinator – Dirk Van Speybroeck –Project manager – Lieven Bydekerke Read more on: –