蟛蜞

用兔抗X.蟛蜞菊对肉兔的饲用价值

HF was specific for 7 X. Feeding Value of Wedelia Chinensis to the Meat Rabbit

高温对入侵种三裂叶蟛蜞菊叶片PSII功能和光能分配的影响耐性不同辣椒幼苗光合和PSII光化学效率对低温弱光的响应

Effects of High Temperature on the PSII Functions and Absorbed Light Allocation in Leaves of Invasive Wedelia trilobata Responses of Photosynthesis and PSII Photochemistry Activities to Chilling Treatment under Low Irradiance in Two Cultivars of Pepper

植被调查表明其群落中杂草很少，形成蟛蜞菊纯群落。

Field investigation showed there was few weeds in their community .

结果表明，蟛蜞菊浸提液使植株变得矮小，生长缓慢，叶子枯黄，出现病斑和虫害；

The results showed that the water extract of Wedelia chinensis Merr .

不同因素对蟛蜞菊茎段组织培养的影响

Effects of Different Factors on Stems Section Tissue Culture of Wedelia chinensis

夏季高光下入侵植物三裂叶蟛蜞菊叶片变红的生理功能

Physiological functions of the red leaves of Wedelia trilobata induced by high irradiance in summer

外来植物南美蟛蜞菊的繁殖特性

Reproductive Characteristics of Alien Plant Wedelia trilobata

通过分析其潜在危害，认为南美蟛蜞菊是潜在入侵危险的植物，并进一步探讨了对南美蟛蜞菊的预防与控制措施。

Its potential damages was studied . Furthermore , the prevent and control measure were discussed .

干旱和复水对入侵植物三裂叶蟛蜞菊叶片叶绿素荧光特性的影响

Effects of drought stress and rehydration on chlorophyll fluorescence characteristics in leaves of invasive Wedelia trilobata

死的黄鳝、甲鱼、乌龟、河蟹、蟛蜞、螯虾及死的贝壳类水产品；

The dead aquatic products , such as finless eels , turtles , tortoise , river crabs , brackishwater crabs ( amphibious crabs ), chela shrimps and shellfish ;

其中三裂叶蟛蜞菊叶水提液分别使花生叶片叶绿素含量、净光合速率和单株干物重降低31.95%、32.65%和37.93%。

Aqueous extract of the leaves reduced the chlorophyll of peanut leaves , net photosynthesis rate and dry weight by31.95 % , 32.65 % and37.93 % , respectively .

并且在病原压力下，接种过该内生细菌的南美蟛蜞菊茎段比未接种内生细菌的茎段生长得更好。

And under pathogen pressure , the growth of the stem segments of W. trilobata inoculated with endophytic bacteria was better than that of without endophytic bacteria inoculation .

同时，两组肉兔的血液指标和内脏重量无显著差异，表明蟛蜞菊与桂牧1号的饲用价值相似，可用于肉兔生产。

At the same time , the blood indexes and the weight of internal organs of both groups have no significant difference , which shows that wedelia chinensis has similar feeding value with Gui Mu No. 1 and can be applied to meat rabbit production .