Looking at the new demands of the global agricultural scenario, the search for more productive, efficient and stress adapted genotypes has attracted attention of plant breeders regarding plants with improved physiological characteristics. Therefore, the stay-green trait has taken proeminence as an important strategy to overcome the current yield plateaus allied with yield adaptability and stability. This review has aimed to bring light the main aspects of the stay-green character, showing their employment potential of plant breeding
Environmental characterization (EC) one influential approach for understanding the performance of ge...
The term stay-green' (SG) is used in studies with varieties showing delayed senescence in the field....
“Stay-green” plants retain green leaf area longer after flowering than senescent types. This can pro...
Stay-green (sometimes staygreen) refers to the heritable delayed foliar senescence character in mode...
Genetic variation for stay green character has been exploited in maize improvement mainly in the lig...
ABSTRACT: The stay-green character has been related to greater stress tolerance and yield through lo...
This chapter focuses on the usage of stay-green as a breeding target under water-limited conditions....
Selecting a trait linked to metabolic pathways that enhance resistance and tolerance to biotic and a...
The understanding of the physiological processes associated with yield and adaptation to stress con...
The aim of the study was to examine the variation and breeding effects on the stay-green traits, and...
Delayed senescence in plants is often described as stay-green. Stay-green has been identified in sev...
This chapter focuses not only on the use of physiological, but also morphological and biochemical at...
Leaf stay-green is a trait in which plants retain leaves with green tissue from flowering through ph...
A stay-green phenotype enables crops to retain green leaves longer after anthesis compared with sene...
O entendimento dos processos fisiol??gicos associados ?? produ????o e adapta????o em condi????es de ...
Environmental characterization (EC) one influential approach for understanding the performance of ge...
The term stay-green' (SG) is used in studies with varieties showing delayed senescence in the field....
“Stay-green” plants retain green leaf area longer after flowering than senescent types. This can pro...
Stay-green (sometimes staygreen) refers to the heritable delayed foliar senescence character in mode...
Genetic variation for stay green character has been exploited in maize improvement mainly in the lig...
ABSTRACT: The stay-green character has been related to greater stress tolerance and yield through lo...
This chapter focuses on the usage of stay-green as a breeding target under water-limited conditions....
Selecting a trait linked to metabolic pathways that enhance resistance and tolerance to biotic and a...
The understanding of the physiological processes associated with yield and adaptation to stress con...
The aim of the study was to examine the variation and breeding effects on the stay-green traits, and...
Delayed senescence in plants is often described as stay-green. Stay-green has been identified in sev...
This chapter focuses not only on the use of physiological, but also morphological and biochemical at...
Leaf stay-green is a trait in which plants retain leaves with green tissue from flowering through ph...
A stay-green phenotype enables crops to retain green leaves longer after anthesis compared with sene...
O entendimento dos processos fisiol??gicos associados ?? produ????o e adapta????o em condi????es de ...
Environmental characterization (EC) one influential approach for understanding the performance of ge...
The term stay-green' (SG) is used in studies with varieties showing delayed senescence in the field....
“Stay-green” plants retain green leaf area longer after flowering than senescent types. This can pro...