Autor:
Kumar, Uttam
Laza, Ma. Rebecca
Soulié, Jean-Christophe
Pasco, Richard
Mendez, Kharla V.S.
Dingkuhn, Michael
High-yielding rice varieties (HYV) show strong compensation among sequentially developed yield components (YC). This phenotypic plasticity has adaptive value but for crop improvement, more information is needed on its effects on yield. SAMARA, a deterministic crop model predicting trait-trait and...
Enlace original:
https://cgspace.cgiar.org/handle/10568/89881
Kumar, Uttam
,
Laza, Ma. Rebecca
,
Soulié, Jean-Christophe
,
Pasco, Richard
,
Mendez, Kharla V.S.
,
Dingkuhn, Michael
,
[Compensatory phenotypic plasticity in irrigated rice: Sequential formation of yield components and simulation with SAMARA model]
,
Compensatory phenotypic plasticity in irrigated rice: Sequential formation of yield components and simulation with SAMARA model
