Lentil
60Co γ rays (30-40 Gy); 137Cs γ rays (30-40 Gy); FN (10 Gy); EMS (0.05-0.3%); DES (0.050.25%); MMS (0.05-0.2%); NaN3 (0.001-0.1%); NMU (0.0065- 0.025%); NEK (0.0065-0.025%); 60Co γ rays (20-40 Gy) + EMS (0.05-0.1%)
4 Higher yield; early ripening; optimization of bush shape; increased grain size; resistances to: Ascochyta blight, Fusarium, Anthracnose, Stemphylium and viruses; non-lodging stem; low tannin levels; changed leaf colour and shape; increased grain protein content plant: short, tall, dwarf-like, with different degree of lodging; Grain shattering resistance; grain mass; changed cotyledon colour and seed coat
Lentil 60Co γ rays (30-40 Gy); 137Cs γ rays (30-40 Gy); FN (10 Gy); EMS (0.05-0.3%); DES (0.050.25%); MMS (0.05-0.2%); NaN3 (0.001-0.1%); NMU (0.0065- 0.025%); NEK (0.0065-0.025%); 60Co γ rays (20-40 Gy) + EMS (0.05-0.1%) 4 Higher yield; early ripening; optimization of bush shape; increased grain size; resistances to: Ascochyta blight, Fusarium, Anthracnose, Stemphylium and viruses; non-lodging stem; low tannin levels; changed leaf colour and shape; increased grain protein content plant: short, tall, dwarf-like, with different degree of lodging; Grain shattering resistance; grain mass; changed cotyledon colour and seed coat
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