Session 1 an overview and progress with project implementation

An overview and progress with
project implementation
www.iita.org | www.cgiar.org | www.acai-project.org

ACAI – 6 use cases
Best Fertilizer Blends (FB)
Site-specific Fertilizer
Recommendations (FR)
Optimal Intercropping Practices (IC)
Best Planting Practices (PP)
Scheduled Planting (SP)
High Starch Content (HS)

ACAI – 6 work streams (WS)
WS1: Research on cassava growth dynamics, nutrient and water requirements,
and responsiveness to inputs
WS2: Development of a geo-spatial cassava agronomy information base
WS3: Production and validation of demand-driven decision support tools for
cassava agronomy
WS4: Facilitation of the use of decision support tools to primary and other
development initiatives
WS5: Capacity development of national institutions to engage in transformative
cassava agronomy R4D
WS6: Project governance, management, coordination, and M&E

WS1 – Agronomy research
OP1: Literature review
OP2: Fertilizer response curves
OP3: Nutrient norms
OP4: Growth models
OP5: QUEFTS
OP6: Agronomy and starch

OP3: Nutrient norms
OP4: Growth models
OP5: QUEFTS
939 field trial locations
1486 trials
736 362 219 169
9278 yield assessments

OP3: Nutrient norms
OP4: Growth models
OP5: QUEFTS
20,759 leaf samples collected

OP3: Nutrient norms
OP4: Growth models
OP5: QUEFTS
OP6: Agronomy and starch LINTUL

OP3: Nutrient norms
OP4: Growth models
OP5: QUEFTS
1624 starch measurements

WS2 – Geospatial information base
OP1: Sampling frames
OP2: GIS layers
OP3: Yield gap maps / baseline
OP4: Recommendation domains
OP5: Database infrastructure

OP2: GIS layers
Rigid, GIS-assisted sampling frame SOP,
maximizing representativeness

OP2: GIS layers
Crop mask + current & attainable yield
and crop calendars based on crop models

OP2: GIS layers
NG TZ
‘Treated’ HHs 1260 800
Control HHs 550 440
Baseline ongoing

OP2: GIS layers
Rapid yield assessment SOP
1 2 3 4 5 6 7
02468
Predicted (fit to all data)
Root.mass..kg.
Small symbols show cross-validation p
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Yield measurements for ground-truthing

OP2: GIS layers
Price data collection over phone

OP2: GIS layers
SharePoint
ODK / ONA / ENKETO / R / R-Shiny

WS3 – DST development
OP1: Use cases identified
OP2: Fertilizer blending application
OP3: Site-specific fertilizer app
OP4: Best planting practices app
OP5: Intercropping app
OP6: Scheduled planting app
OP7: High starch app
OP8: Apps for tier 2 countries

V1 developed for each use case

V1: research tools for validation
In different formats

WS4 – Facilitating use of DSTs
OP1: Grassroot events
OP2: Training videos
OP3: Capacity development of EAs
OP4: Awareness campaigns
OP5: Cassava clusters

WS4 – Facilitating use of DSTs
OP1: Grassroot events
OP2: Training videos
OP3: Capacity development of EAs
OP4: Awareness campaigns
OP5: Cassava clusters
Year 3 activity – opportunity for validation

WS5 – Capacity building
OP1: Agronomy research capacity
OP2: Database management
OP3: GIS / geospatial analyses
OP4: Project management
OP5: Soil and plant analyses

WS6 – Project management
OP1: Project staff
OP2: reporting framework
OP3: ME&L framework
OP4: Planning meetings
OP5: Communication

OP1: Project staff
OP3: ME&L framework
OP5: Communication
Tracking project progress against milestones
Reporting tools directly feeding data matrix

OP1: Project staff
OP3: ME&L framework
OP5: Communication
www.acai-project.org

Thank you !
Questions?

Session 1 an overview and progress with project implementation

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