| 1. | The study of nuclear type on 5 stolon - plant of allium l . in inner mongolia
5种常见根茎组植物的核型研究 |
| 2. | Effects of different planting time on growth and development of gladiolus stolon and cormel
唐菖蒲种球种植期对匍匐茎和子球生长发育的影响 |
| 3. | If the intervening runner or stolon rots or is cut away , the daughter plants becomes independent
当连接处的长条枝或匍匐枝腐烂或被人为剪断，子代植株就成为独立的植株。 |
| 4. | Studies on tip meristem culture rapid propagation and induction of in vitro stolon of manyflower betony stachys floridana schuttl . ex benth
银条茎尖培养快繁及离体根状茎的诱导 |
| 5. | Basipetal and epitropic integration of resources acquired from adventitious roots instantaneously occurred in stolon
臭柏不定根所获取的资源在匍匐茎中能实现向顶性的和向基性的共享。 |
| 6. | Low growing perennial with creeping stolons ; leaf light green , rolled in bud ; leaf blade long - lanceolate to linear , apex acute , inflorescence a short , open panicle , somewhat contracted
本种为多年生，矮生性，具匍匐茎；叶淡绿色，在芽期时卷生；叶片条状，先端尖；花序为一短小，开展而稍扁压的圆锥花序。 |
| 7. | Tufted with tillers , short rhizomes and stolons ; leaf folded in bud ; leaf blade bluish green , linear with boat - shape tip ; inflorescence an open panicle ; seeds awnless . flowers from april to june
本种?簇生形，具分? * ，亦具短的根茎及匍匐茎；叶在芽期是褶生；叶片蓝绿色，长条状，前端成船状；花序?开放圆锥花序；种子无芒；花期4至6月。 |
| 8. | With extension of the stolon , changes of the internode length , branching intensity and ramet length were fit to exponential model . it seemed to " flexibly " adapting to the habitat because the clonal architecture of s . vulgaris had both the traits of " guerilla " and " phalanx "
分株长度、间隔物长度和分枝强度随匍匐茎延伸呈指数模型变化，其克隆构型兼有“游击”型和“密集”型的特点，能比较“灵活”的适应环境。 |
| 9. | Tufted perennial with strong creeping stolons ; leaf yellowish green to green , folded in bud ; leaf blade smooth , lanceolate , slightly bent at the joint with the sheath ; inflorescence of a terminal single raceme , spike - like , smooth , sub - sylindrical and slightly bent inwards
本种为多年生，簇生性，具强壮匍匐茎；叶绿至黄绿色，在芽期褶生，叶片多平滑，披针至长条形，先端略钝，于叶鞘成一角度折生；花序为单一顶生总状花序，光滑无毛，平扁，稍向内弯。 |
| 10. | After the stolon had suffered from severing disturbance , clonal ramets could keep photosynthetic organ from being damaged through the plastic responses of the chlorophyll fluorescence traits , such as increasing nonphotochemical quenching of chlorophyll fluorescence ( npq ) , decreasing actual photochemical efficiency of ps ii in the light ( f / fm " ) and photochemical electron transport rate ( etr ) . moreover , the clonal ramets could also increase water use efficiency by means of decreasing stomatal conductance
在匍匐茎受到切断干扰后，臭柏能通过提高非光化学猝灭( npq ) 、降低ps实际光化学量子产量( f fm ’ )和表观光合电子传递速率( etr )等叶绿素荧光特性的可塑性反应来保护小枝光合机构不被破坏，并且可以降低气孔导度以提高水分利用效率。 |
