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Jetske Bouma, Peter Verburg
WP10: Environmental Monitoring to Support Agricultureco-leads: JRC (Ispra) / VU-IVM (Amsterdam)
VU-IVM
IVM is an interdisciplinary environmental research institute with approx. 100 researchers We have our own MSc program ERM (link??). Strong focus on link between science and policy/practice
IVM has a leading role in international Global Environmental Change networks: the Global Land Project (IHDP/IGBP) and the Earth System Governance Project (IHDP)
The institute has a strong background in land use, water, biodiversity, economics, community management research Examples include the FP7 projects:• Combioserve, LiveDiverse (biodiversity, community management)• WHaTeR, ADAPTS project (adaptation to climate change in Africa)• RESPONSES, VOLANTE, RUFUS, TURAS, CLAIM (land use,
adaptation, rural development)
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Environmental Monitoring to Support Agriculture
Citizen monitoring of agricultural parameters (meteo, drought, yield, management, (markets?)) to benefit farmers and provide early warning and yield information
Two applications:
Urban agriculture
Drought monitoring and food security
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Issues addressed in both themes
Define user requirements of the stakeholders
Monitoring design and architecture (the application + data processing procedures)
Application implementation (building and deployment)• Tailor means of deployment to stakeholder needs
Evaluate deployment/uptake efficiency
Evaluate data quality/use (strengths and limitations)
‘business plan’ for further deployment and open data access
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Environmental Monitoring to Support Agriculture
Two themes:
Urban agriculture
Drought monitoring and food security
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Urban agriculture
Measure light intensity, relative humidity, moisture and temperature
Create maps of microclimates in urban areas to support urban farmers
WP10: Drought monitoring and food securityPeter Verburg and Jetske Bouma
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Involve farmers in Africa’s semi-arid regions in drought monitoring and crop yield predictions….
…. supply them in return with climate forecasts and early warning information on possible droughts.
WP10 will• Assess information needs and monitoring capacity of (subsistence)
farmers in Burkina Faso and Ethiopia (part of FP7 WhaTeR project)
• Develop tools to support farmers in collecting ET/rainfall data and sharing crop calendar and cropping patterns information
• Integrate this information in crop yield and drought forecasting models
• Develop tools to share weather forecasting information
Objective
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Approach
Develop applications for sharing
weather forecasts
Develop mobile phone applications
for monitoring
Farmers in semi-arid Africa(FP7 WHaTeR project)
Crop/yield infoCrop calendarsRainfall/ET
Climate forecastsDrought warnings
Drought monitoring and food security agencies (FAO etc.)
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Division of tasks
Drought monitoring and food security
IVM-VU: Assessment of local capacity and needs
IIASA: EPIC Crop yield modelling and RMS
Alterra; drought index and RMS
Evenor/Sensaris: Sensor development
SAP: market conditions Cashew farmers
Urban agriculture
JRC
ULUND
Evenor/Sensaris/Quirci
Univ of Ioannina / Consiglio Nazionale delle Richerche
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Innovations
Tailor similar applications for very different communities/environments
Two major issues on global agricultural agendas: urban agriculture and global food security/drought
Two way information flow with stakeholders on two sides: empower and inform farmers collect early warning systems (NGO’s/global agencies)
Evaluate added value of citizen observatories to RS indices
Evaluate use of information in decision making
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To be done
Specify pilots more clearly and determine case study locations in detail, mention stakeholders
Define tasks of participants clearly