Spring Boot vs Quarkus the ultimate battle - DevoxxUK
41 Vincent Vadez Tli Obj5 Phase Ii
1. Objective 5: Cross-crop issues
Activity 1: Drought phenotyping
= Refining breeder tools
Proposed Workplan for Phase II
ICRISAT – CIAT – ISRA – Univ North Carolina – NARS
of different crops
2. Background and rationale for that activity
No cross specie phenotyping in Phase I but comparative
genomics
Different crops work on similar traits with different methods
Incomplete / unrefined breeder tool box
No clear idea of trait value on yield
Capacity building (human) on drought phenotyping needed
3. What traits?
Reproduction /
partitioning
Water use
/ productivity
Jw
Water
uptake
4. Proposed sub-Activities
Sub-Activity 5: Training
Water use / productivity
Water uptake
Reproduction and partitioning
Modeling
5. How to improve / enlarge / refine
the breeder tool box?
“Breeder toolbox”
SPAD / SLA
CID
Staygreen
CTD
Grain number /
Grain size
Relation with yield
Relation with essential processes whose effects can be modeled
Prediction of trait / process value on yield
More / better tools
6. (Link with Trait phenotyping + phenot protocols
Services of MBP)
“Breeder toolbox”
SPAD / SLA
CID
Staygreen
CTD
Grain number /
Grain size
7. (Link with Trait phenotyping + phenot protocols Services of MBP)
“Water uptake” “Water use /
“Breeder toolbox” Productivity”
High TE
SPAD / SLA
High mesophyll capacity
CID
Low Gs
Staygreen
Stomata sensitivity
CTD to VPD
Grain number / Pre/post -anthesis
Grain size water use
“Reproduction / Remobilization”
8. “Water uptake” “Water use /
“Breeder toolbox” Productivity”
High TE
SPAD / SLA
High mesophyll capacity
CID
Low Gs
Staygreen
Stomata sensitivity
CTD to VPD
Grain number / Pre/post -anthesis
Grain size water use
“Reproduction / Remobilization”
9. “Water uptake” “Water use /
“Breeder toolbox” Productivity”
High TE
SPAD / SLA
“Right” kinetics of High mesophyll capacity
water uptake CID
Low Gs
Staygreen
Higher water Stomata sensitivity
uptake CTD to VPD
Grain number / Pre/post -anthesis
Grain size water use
“Reproduction / Remobilization”
10. “Water uptake” “Water use /
“Breeder toolbox” Productivity”
High TE
SPAD / SLA
“Right” kinetics of High mesophyll capacity
water uptake CID
Low Gs
Staygreen
Higher water Stomata sensitivity
uptake CTD to VPD
Grain number / Pre/post -anthesis
Grain size water use
Flower “tolerance” Shorter/longer flower PPI / PHI
to water stress to maturity interval SBR / HI
“Reproduction / Remobilization”
11. “Water uptake” “Water use /
“Breeder toolbox” Productivity”
“Right” kinetics of
water uptake ?
? Low Gs
Staygreen
Higher water ?
? Stomata sensitivity
uptake to VPD
?
Pre/post -anthesis
water use
19. Testing traits by
Crop simulation modeling
“Water uptake” “Water use /
“Breeder toolbox” Productivity”
High TE
SPAD / SLA
“Right” kinetics of High mesophyll capacity
water uptake CID
Low Gs
Staygreen
Higher water Stomata sensitivity
uptake CTD to VPD
Grain number / Pre/post -anthesis
Grain size water use
Flower “tolerance” Shorter/longer flower PPI / PHI
to water stress to maturity interval SBR / HI
“Reproduction / Remobilization”
20. Outputs to TLII
Sub-Activity 5: Training
Water use / productivity
Water uptake
Reproduction and partitioning
Modeling
Trait value Refined protocols Better pheno-
predicted More tools typing data