Publications

[relationships between light and physiological characters of five climbing plants].	studies on the photosynthetic and respiratory rates, light utilization efficiencies and light compensations of five climbing plants showed that the diurnal variations of photosynthetic rates presented double peak, the first peak was between 10:00 to 12:00, and the second was between 14:00 to 16:00. the phenomenon of "noon break" was obvious. the diurnal variations of respiration rates also presented double peak, the first peak was between 11:00 to 13:00, and the second was between 14:00 to 17:00 ...	2004	15506083
diverse rhizobia associated with woody legumes wisteria sinensis, cercis racemosa and amorpha fruticosa grown in the temperate zone of china.	fifty-nine bacterial isolates from root nodules of the woody legumes wisteria sinensis, cercis racemosa and amorpha fruticosa grown in the central and eastern regions of china were characterized with phenotypic analysis, pcr-based 16s and 23s rrna gene rflp, box pcr and 16s rrna gene sequencing. seven main phena were defined in numerical taxonomy, which corresponded to distinct groups within the genera agrobacterium, bradyrhizobium, mesorhizobium and rhizobium in 16s and 23s rrna gene pcr-rflp. ...	2005	16094873
[light response of wisteria sinensis leaves physiological parameters under different soil moisture conditions].	with two years old wisteria sinensis as test material, this paper measured the light response of its leaves net photosynthetic rate (pn), transpiration rate (tr) and water use efficiency (wue) under different soil moisture conditions, aimed to ascertain the optimal soil moisture and light conditions of w. sinensis growth. the results showed that the pn, tr and wue had evident threshold responses to the variations of soil moisture and light intensity. to maintain the normal growth and higher leve ...	2007	17396495
mixture of endophytic agrobacterium and sinorhizobium meliloti strains could induce nonspecific nodulation on some woody legumes.	agrobacterium sp. ii ccbau 21244 isolated from root nodules of wisteria sinensis was verified as an endophytic bacterium by inoculation and reisolation tests. however, inoculation with a mixture of this strain and a sinorhizobium meliloti strain could induce root nodules on w. sinensis and two other woody legumes, which do not form a symbiosis with s. meliloti alone. rod-shaped and irregular nodules were found on the inoculated plants, in which the s. meliloti strain was detected in all of the n ...	2010	20098981
starmerella caucasica sp. nov., a novel anamorphic yeast species isolated from flowers in the caucasus.	taxonomic analysis of budding yeast strains isolated from flowers of wisteria sinensis (fabales, fabaceae) abundantly visited by flying insects, mainly bees in city parks of baku is described. the isolates forming slightly pink colonies and propagating by budding represent a hitherto unknown yeast species for which the name starmerella caucasica is proposed. the sequences of the d1/d2 domains of the large subunit rrna genes and the its1-5.8s-its2 regions were highly similar in the isolates and i ...	2013	23518520
impact of pesticide resistance on toxicity and tolerance of hostplant phytochemicals in amyelois transitella (lepidoptera: pyralidae).	for some polyphagous insects, adaptation to phytochemically novel plants can enhance resistance to certain pesticides, but whether pesticide resistance expands tolerance to phytochemicals has not been examined. amyelois transitella walker (navel orangeworm) is an important polyphagous pest of nut and fruit tree crops in california. bifenthrin resistance, partially attributable to enhanced cytochrome p450 (p450)-mediated detoxification, has been reported in an almond-infesting population exposed ...	2016	27620560