relative heterosis相对优势
mean heterosis平均优势
crop heterosis作物杂种优势
Heterosis performance优势表现
mitochondrial heterosis线粒体杂种优势
heterosis prediction杂种优势预测
heterosis effect杂种优势效应
Heterosis ecotype杂种优势生态型
Results: The agronomic characters of F1 has obvious heterosis.
结果:桔梗杂种一代主要农艺性状具有明显的杂种优势。
The experience of Two-line hybrid rice ,that has succeed,forcefully Promotes the research and use of Wheat PTGMS materials and provides a broad space for practice for the breeders,its also Opened up a new way for Heterosis.
两系杂交水稻的成功经验强有力地带动着小麦光温敏材料的研究和利用,为育种家提供了广阔的实践空间,开辟了小麦杂优利用新途径。
参考来源 - 三个YS型小麦温敏不育系的温敏特性差异比较及其1Bs染色体SSR标记In recent years, study of photoperiod- and/or thermosensitive male sterility (PTSMS) has made great progress, because of the significance of heterosis and regulation mechanisms for crops.
光(温)敏雄性不育的研究无论对于作物杂种优势利用还是揭示植物发育过程中形态建成的光温调控机理均具有重要的意义。
参考来源 - 光(温)敏雄性不育的调控机理和分子遗传学研究进展N（名词） [biology] → another name for hybrid vigour