叶锈病 Wheat Leaf rust ; leaf rust disease
小麦叶锈病 [植保] Wheat Leaf Rust ; Puccinia recondita
云杉叶锈病 Needle rust of spruce ; Spruce needle rust
针叶锈病 [植保] needle rust
青杨叶锈病 Melampsora larici-populina Kleb
红皮云杉叶锈病 Chrysomyxa rhodoendri De Bary
柑桔叶锈病 orange leaf rust
杨树叶锈病 Melampsora spp ; Poplar-rust
咖啡叶锈病 coffee rust ; Hemileia vastatrix
本模型适合于河北省中南部麦区对叶锈病发生程度的预测。
The model can be used to predict the severity of leaf rust in the central and southern parts of Hebei Province.
培育和利用抗病品种是减轻叶锈病危害的最经济、有效、安全的方法。
Genetic resistance is the most economical, preferabal and safety method of reducing yield losses due to leaf rust.
而要充分利用对叶锈病的遗传抗性，则必须首先要了解和掌握主要抗源材料和推广品种中的抗性基因。
Genetic resistance to leaf rust can be most fully utilized by knowledge of the identity of resistance genes in master resistance resources and release cultivars.
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