竹子开花

中国喜马拉雅竹子开花、干旱和太阳黑子的历史

The history of Sino-Himalayan bamboo flowering . droughts and sun-spots

竹子开花人工诱导与逆转研究现状及前景

Current situation and prospects of study on artificial induction and reversion of bamboo flowering

假说之一为“外因说”，认为竹子开花是由降雨等外源因素对生理过程的影响所控制。

One explanation is that of external controls on physiological processes by available resources such as rainfall .

竹子开花虽能加速大熊猫种群的绝灭，但由于保护区分布有多个竹种，因此并不会对大熊猫种群产生灾难性影响；

Although bamboo blooming can accelerate the population extinction of giant panda , it will not cause a catastrophic effect since the Nature Reserve has quite a few bamboo species .

现就大熊猫主食竹的分布、生物学特性、竹子开花等相关方面予以综述，为保护大熊猫赖以生存的竹类资源提供参考。

This paper summarizes bamboo distribution , biologic character and bamboo flowering in giant panda habitat with view to explore feasible ways to protect bamboo resources and giant panda as well .

在古代中国，戴凯把竹子开花的周期性开花归纳为“竹六十年亦易根，易根辄结实而枯死”，他的观点为竹子开花的解释提供了生态视野。

In ancient China , Dai Kai concluded the periodical flowering of bamboo plants as " the bamboo relieves its roots ( rhizomes ) after 60 years ' growth and dies off after seeding " which provided an ecological view on the gregarious flowering of the bamboo .

竹子在开花期，RNase与DNase活性上升较快。

At the period of bamboo bloom , the activity of RN-ase , DNase runs more quickly .

大熊猫栖息地竹子及开花现象综述

Bamboo in Habitat of Giant Panda and its Flowering Phenomenon

“易根”：竹子群体开花的生态诠释

" Relieving the rhizome " : An ecological explanation on the gregarious flowering of bamboo

竹子试管苗开花的初步研究

Preliminary Study on Flowering of Tube Bamboo Seedling

研究结果初步表明，控制授粉时气候及花枝位置对结实率的影响不显著，及时利用竹子田间自然开花并适时地进行人工授粉是可行的。

It is suitable to carry out controlled pollination during the natural flowering period in bamboo field .

有些竹子每年都开花结子。有些竹子则从不开花。这里的一系列院子很像中国园林园林里的院子，可是花草水池都是欧洲式的几何和轴线构图。

Some bloom and have seeds every year . Here one finds a series of courts very similar to those in a Chinese garden , while verdure and water are laid out geometrically and axially in European style .

竹子叶片POD，SOD活性变化，一般成熟后期叶片的活性比新叶高，并且竹子开花期SOD，POD活性会相应升高。

Generally speaking , SOD , POD activity in mature leaves is higher than new on - es . SOD , POD activity increases during the period of bamboo blooming .