Akademik Veri Yönetim Sistemi
REVISTA DE LA FACULTAD DE AGRONOMIA DE LA UNIVERSIDAD DEL ZULIA, cilt.35, sa.3, ss.248-269, 2018 (SCI-Expanded)
Camelina saliva is one of the alternative plants that can be used to meet exponential growing vegetable oil deficit in Turkey. The purpose of this study was to establish factors affecting crop yield and yield components of the C. saliva using eight genotypes at Ankara (Csa type of climate) and Haymana location (Csb type of climate), Turkey which were separated by a distance of 110 km during 2014. The results of the study showed a significant interaction between C. saliva genotypes and locations for all studied variables. The maximum length of plants was established as 60.95 cm using the line Number 402; the maximum seed yield was determined as 1549.0 kg.ha(-1) using the CS-CR1670 population; and the maximum crude oil percentage was established as 51.25% using the CR-476/65 population at Ankara location. Whereas, at the Haymana location, the maximum plant height of 56.57 cm was noted using the CS-CR1676 population; the maximum seed yield was determined as 1481.0 kg.ha(-1) using the CS-163-2073-72 population; and the maximum crude oil percentage was established as 51.42% using the CS-163-2073-72 population in terms of plant height, seed yield and crude oil percentage: CR-476/65, CS-163-2073-72, CS-CR1670 and CS-CR1676, Giessen No.3 and NE2006-1 were the best genotypes. Comparing the two locations, maximum seed yield was noted at Ankara location. It was concluded that both locations with Csa and Csb types of climates were appropriate climates for the cultivation of C. saliva under Anatolian conditions.