1) Smart ICT technologies like mobile phones and web portals can provide smallholder farmers in Africa with weather, water, and agricultural advisories to help improve resilience to climate change. 2) The International Water Management Institute has developed systems to provide near real-time climate, vegetation, and water information via SMS and online to help farmers, irrigation boards, and others make better management decisions. 3) The concept involves monitoring crop conditions in registered farmer fields using high-resolution satellite data and sending simple regular advisories on water and inputs via SMS to optimize farm profits.

1. SMART ICT for weather and
water information advice to
improve resilience in Africa
Giriraj Amarnath1, Bharat Sharma1,
Niranga Alahacoon1, Timothy Williams1,
Rajesh Pandey1, Gijs Simons2, Vladimir
Smakhtin3
1International Water Management Institute (IWMI);
2eLeaf; 3UNU-INWEH
6th Africa Water Week, Dar es Salaam, Tanzania
July 18, 2016

2. CLIMATE CHANGE AND IMPACTS: KEY MESSAGES FOR AFRICA
Africa’s climate is already
changing and the impacts
are already being felt
1
Further climate
change is inevitable in the
coming decades
2
Climate change poses challenges to
growth and development in Africa
3
Adaptation will bring
immediate benefits and
reduce the impacts CC
Adaptation is
fundamentally about
risk management
Adaptation experience
in Africa is growing
Some low-carbon dev.
options may be less costly
In the long run and could
offer new economic
opportunities
Africa stands to benefit
from integrated climate
adaptation, mitigation and
development approaches
International cooperation is vital to
avert dangerous climate change and
African governments can promote
ambitious global action
4 5 6
7 8 9
Source: IPCC AR5

3. CHALLENGE
• Bring smart and affordable ICT to
everyday farm management for
smallholders – to help boost sustainable
agricultural production in Africa.
Mobile Phones
in Africa

4. Smart Information and Communications Technology (ICT) for Weather,
Water Information, EWS and Advice to Smallholders in Africa

5. PARTNERS

6. • Satellite images are increasingly being used to assist commercial farmers
and agribusinesses
• Innovative approaches and ICT based technologies
• Advice to end users for:
• informed decision making
• enhanced negotiation capacity with water and farm related service
providers
WHAT ARE THE OPPORTUNITIES TO USE ICT TO INCREASE
AGRICULTURAL PRODUCTIVITY?
• IWMI has developed, test and pilot cell-phone and web-based
information systems to provide near real time climate, vegetation, and
water information relevant to the agricultural value chains
• To assist farmers, irrigation boards, agriculture extensions and water user
associations by providing the information needed to make better
management decisions

7. THE CONCEPT
• Develop online data base for all registered arm fields in Projects sites, around 60 fields in
each site
• Use high-resolution RS data to monitor the condition of crops in a farmer’s field
• Convert this info into simple regular agro-advisory delivered to farmers through SMS
• This should help optimise farm profits by providing water and other inputs at the right place,
time and quantity

8. Data processing (NL)
Basis EO
data processing
Sophisticated
data processing
Meteorological
data processing
Internet
Dissemination
Website with
map server
&
Irrigation
forecast tool
Calibration and validation
Crop water
consumption
Irrigation
forecasts
In situ data collection
Block delineation
by farmers
Meteo
data
Earth observation data
DMCLandsat
NPP-VIIRS MSG
SMS
Gateway SMS to
farmers cell
phone
SMART ICT: OPERATIONAL FLOWCHART

9. FLOOD RECESSION SUITABILITY ASSESSMENT (NIGERIA)
1
Input Data from
Spatial and Statistics
about main Multi
Criteria analysis
2
Water Data
processing and
Manipulating
Final Flood
Recession
Suitability Map 6
Reclassify of land use
criteria and other
variables
3
4
Simple Multi
Criteria Analysis
– Weighted
overlay using
GIS spatial
analysis
5
Spatial overlay map
Spatial Data Integration, Rainfall, SM

10. Jun_2012 Jul_2012 Aug_2012
Sep_2012Oct_2012
SUITABILITY MAPPING – FLOOD RECESSION AGRICULTURE
MEDIUM

11. DATA PRODUCTION
Raw DMC satellite data for 21-11-2012 (L), and derived daily evapotranspiration (M) and biomass production (R).
• ET, Biomass Production and related parameters are calculated spatially
discrete for all three project areas, based on high-resolution images
• Instantaneous data (valid for the moment of satellite image capturing)
are converted to weekly products for the pre-defined seasons
• This procedure is repeated every week: keeping track of the varying
crop water conditions throughout the season

12. OUTPUTS – FLOODING MONITORING
• Only for Sudan; Two flood seasons to date – 2012 and 2013
• Disaster management angle – will Kassala town be affected?
• Water use efficiency angle – do farmers use diverted water for spate irrigation?
Gash Delta, Sudan

13. Download app
https://play.google.com/store/apps/details?id=com.mb9inc.iwmi&hl=en

14. WetIn App

15. OUTPUTS - WEB PORTAL, AND SMS SERVICE
• FieldLook portal www.fieldlook.com - in English,
Arabic and Oromiffaa
• Fieldlook spatial data are “translated” into simple
SMSs - both qualitative and quantitative, and both
on-demand and weekly “push”
• SMS services match desired information, farmer
skills, and language, and consistently revised
according to user feedback
Biomass production for 21-27 March,
2013 at the field of the maize farmer
Ibrahem Abdel-Halim Hasanen, Egypt

16. The crop has no
water stress when
the soil moisture is
above the critical
level and below the
field capacity
OUTPUTS - IRRIGATION ADVICE
When the soil
moisture drops
below the critical
line, irrigation is
advised

17. OUTPUTS - CAPACITY BUILDING AND OUTREACH, SUDAN
Training on ICT Tools and applications Field Visit with Minister of Agriculture
Media briefing
Newspaper highlights
Mobile phones distribution by the Minister

18. http://www.guardian.co.uk/technology/2011/jul/24/mobile-phones-africa-microfinance-farming
More information visit : www.iwmi.cgiar.org
Email: a.giriraj@cgiar.org