Wild sunflowers research in Argentina.

POVERENE M; CANTAMUTTO MA; CARRERA A; URETA S; ALVAREZ D; ALONSO ROLDÁN V; PRESOTTO A; GUTIÉRREZ A; LUIS S ; HERNÁNDEZ A

Helia

Institute of Field and Vegetable Crops

Lugar: Novi Sad ; Año: 2006 vol. 29 p. 65 - 76

1018-1806

Since 2000 a research is in progress on wild sunflowers in Argentina, comprising naturalized H. annuus and H. petiolaris populations, and their relationship with cultivated sunflower. The study includes morphological, phenological, biochemical and molecular aspects, addressed to explain dispersal and adaptive processes and gene flow within sunflower crop. We present here a summary of results obtained during the last five years. relationship with cultivated sunflower. The study includes morphological, phenological, biochemical and molecular aspects, addressed to explain dispersal and adaptive processes and gene flow within sunflower crop. We present here a summary of results obtained during the last five years. relationship with cultivated sunflower. The study includes morphological, phenological, biochemical and molecular aspects, addressed to explain dispersal and adaptive processes and gene flow within sunflower crop. We present here a summary of results obtained during the last five years. relationship with cultivated sunflower. The study includes morphological, phenological, biochemical and molecular aspects, addressed to explain dispersal and adaptive processes and gene flow within sunflower crop. We present here a summary of results obtained during the last five years. relationship with cultivated sunflower. The study includes morphological, phenological, biochemical and molecular aspects, addressed to explain dispersal and adaptive processes and gene flow within sunflower crop. We present here a summary of results obtained during the last five years. relationship with cultivated sunflower. The study includes morphological, phenological, biochemical and molecular aspects, addressed to explain dispersal and adaptive processes and gene flow within sunflower crop. We present here a summary of results obtained during the last five years. relationship with cultivated sunflower. The study includes morphological, phenological, biochemical and molecular aspects, addressed to explain dispersal and adaptive processes and gene flow within sunflower crop. We present here a summary of results obtained during the last five years. relationship with cultivated sunflower. The study includes morphological, phenological, biochemical and molecular aspects, addressed to explain dispersal and adaptive processes and gene flow within sunflower crop. We present here a summary of results obtained during the last five years. relationship with cultivated sunflower. The study includes morphological, phenological, biochemical and molecular aspects, addressed to explain dispersal and adaptive processes and gene flow within sunflower crop. We present here a summary of results obtained during the last five years. H. annuus and H. petiolaris populations, and their relationship with cultivated sunflower. The study includes morphological, phenological, biochemical and molecular aspects, addressed to explain dispersal and adaptive processes and gene flow within sunflower crop. We present here a summary of results obtained during the last five years.