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| 1 | 地方政府创新何以持续:基于“政绩安全区”的组织学解释——对一个县级市“智慧市”项目过程的案例观察显示文摘改革开放以来,随着制度约束的逐渐强化,地方政府创新面对政绩风险逐渐提升,但许多地方政府在创新上却又表现出了可观的持续性。为了进一步解释地方政府持续创新的动力机制,本文以'制度-实践'的松散耦合关系为理论基础,对一个县级市(H市)智慧城市项目的创新过程的个案进行过程追踪。经过案例研究发现,地方政府的创新实践与政绩生产之间存在一个'政绩安全区'的中介机制。通过这个机制的作用,地方政府不是消极地规避政绩风险,而是积极地化解政绩风险,从而持续性地将'创新实践'转化为'政绩生产'。本文基于新制度主义组织学对'政绩安全区'进行概念化,并讨论其运作机理。这一理论发现既呈现了地方政府持续创新的一个关键动力机制,也揭示了'制度-实践'松散耦合关系持续发挥作用的结构化机制。 | 张翔 ZHAO Wenyao G. | 2020 | 公共管理学报2020，17，4： | 37 |
| 2 | Establishment of a new tropospheric delay correction model over China area显示文摘The tropospheric delay is one of the main error sources for radio navigation technologies and other ground-or space-based earth observation systems. In this paper, the spatial and temporal variations of the zenith tropospheric delay (ZTD), especially their dependence on altitude over China region, are analyzed using ECMWF (European Centre for Medium-Range Weather Forecast) pressure-level atmospheric data in 2004 and the ZTD series in 1999-2007 measured at 28 GPS stations from the Crustal Movement Observation Network of China (CMONC). A new tropospheric delay correction model (SHAO) is derived and a regional realization of this model for China region named SHAO-C is established. In SHAO-C model, ZTD is modeled directly by a cosine function together with an initial value and an amplitude at a reference height in each grid, and the variation of ZTD along altitude is fitted with a second-order polynomial. The coefficients of SHAO-C are generated using the meteorology data in China area and given at two degree latitude and longitude interval, featuring regional characteristics in order to facilitate a wide range of navigation and other surveying applications in and around China. Compared with the EGNOS (European Geostationary Navigation Overlay Service) model, which has been used globally and recommended by the European Union Wide Area Augmentation System, the ZTD prediction (in form of spatial and temporal projection) accuracy of the SHAO-C model is significantly improved over China region, especially at stations of higher altitudes. The reasons for the improvement are: (1) the reference altitude of SHAO-C parameters are given at the average height of each grid, and (2) more detailed description of complicated terrain variations in China is incorporated in the model. Therefore, the accumulated error at higher altitude can be reduced considerably. In contrast, the ZTD has to be calculated from the mean sea level with EGNOS and other models. Compared with the direct estimation of ZTD from the 28 GPS stations, the accuracy of the derived ZTD using the SHAO-C model can be improved by 60.5% averagely compared with the EGNOS model. The overall bias and rms are 2.0 and 4.5 cm, respectively, which should be sufficient to satisfy the requirements of most GNSS navigation or positioning applications in terms of the tropospheric delay correction. | SONG ShuLi ZHU WenYao CHEN QinMing LIOU YueiAn | 2011 | Science China(Physics,Mechanics & Astronomy)2011，54，12： | 24 |
| 3 | Movement and strain conditions of active blocks in the Chinese mainland显示文摘The definition of active block is given from the angles of crustal deformation and strain. The movement and strain parameters of active blocks are estimated according to the unified velocity field composed of the velocities at 1598 GPS stations obtained from GPS measurements carried out in the past years in the Chinese mainland and the surrounding areas. The movement and strain conditions of the blocks are analyzed. The active blocks in the Chinese mainland have a consistent E-trending movement component, but its N and S components are not consistent. The blocks in the western part have a consistent N-trending movement and the blocks in the eastern part have a consistent S-trending movement. In the area to the east of 90°E, that is the area from Himalayas block towards NE, the movement direction of the blocks rotates clockwisely and the movement rates of the blocks are different. Generally, the movement rate is large in the west and south and small in the east and north with a difference of 3 to 4 times between the rates in the west and east. The distributions of principal compressive strain directions of the blocks are also different. The principal strain of the blocks located to the west of 90oE is basically in the SN direction, the principal compressive strain of the blocks in the northeastern part of Qingzang plateau is roughly in the NE direction and the direction of principal compressive strain of the blocks in the southeastern part of Qingzang plateau rounds clockwisely the east end of Himalayas structure. In addition, the principal strain and shear strain rates of the blocks are also different. The Himalayas and Tianshan blocks have the largest principal compressive strain and the maximum shear strain rate. Then, Lhasa, Qiangtang, Southwest Yunnan (SW Yunnan), Qilian and Sichuan-Yunan (Chuan-Dian) blocks followed. The strain rate of the blocks in the eastern part is smaller. The estimation based on the stain condition indicates that Himalayas block is still the area with the most intensive tectonic activity and it shortens in the NS direction at the rate of 15.2±1.5 mm/a. Tianshan block ranks the second and it shortens in the NS direction at the rate of 10.1±0.9 mm/a. At present, the two blocks are still uprising. It can be seen from superficial strain that the Chinese mainland is predominated by superficial expansion. Almost the total area in the eastern part of the Chinese mainland is expanded, while in the western part, the superficial compression and expansion are alternatively distributed from the south to the north. In the Chinese mainland, most EW-trending or proximate EW-trending faults have the left-lateral or left-lateral strike-slip relative movements along both sides, and most NS-trending faults have the right-lateral or right-lateral strike-slip relative movements along both sides. According to the data from GPS measurements the left-lateral strike-slip rate is 4.8±1.3 mm/a in the central part of Altun fault and 9.8±2.2 mm/a on Xianshuihe fault. The movement of the fault along the block boundary has provided the condition for block movement, so the movements of the block and its boundary are consistent, but the movement levels of the blocks are different. The statistic results indicate that the relative movement between most blocks is quite significant, which proves that active blocks exist. Himalayas, Tianshan, Qiangtang and SW Yunnan blocks have the most intensive movement; China-Mongolia, China-Korea (China-Korea), Alxa and South China blocks are rather stable. The mutual action of India, Pacific and Philippine Sea plates versus Eurasia plate is the principal driving force to the block movement in the Chinese mainland. Under the NNE-trending intensive press from India plate, the crustal matter of Qingzang plateau moves to the NNE and NE directions, then is hindered by the blocks located in the northern, northeastern and eastern parts. The crustal matter moves towards the Indian Ocean by the southeastern part of the plateau. | LI Yanxing (李延兴) YANG Guohua (杨国华) LI Zhi (李 智) GUO Liangqian (郭良迁) HUANG Cheng (黄珹) ZHU Wenyao (朱文耀) FU Yang (符 养) WANG Qi (王 琪) JIANG Zaisen (江在森) WANG Min (王 敏) | 2003 | Science China Earth Sciences2003，46，z2： | 17 |
| 4 | The initial establishment of the tectonic block motion model of China from space geodetic data显示文摘Using the velocity fields of 28 GPS sites in China and its contiguous area and International Terrestrial Reference Frame ITRF96, an initial tectonic block motion model of China was established. The model was quite consistent with those obtained from the geologic data. The model could show the sketch of China crustal horizontal motion. | Qiang Zhang Wenyao Zhu | 2000 | Chinese Science Bulletin2000，45，16： | 13 |
| 5 | 3D WATER-VAPOR TOMOGRAPHY WITH SHANGHAI GPS NETWORK TO IMPROVE FORECASTED MOISTURE FIELD显示文摘The vertical structure of water vapor in atmosphere is one of the initial information of numerical weather forecast model. Because of the strong variation of water vapor in atmosphere and limited spatio-temporal solutions of traditional ob- servation technique, the initial water vapor field of numerical weather forecast model can not accurately be described. At present, using GPS slant observa- tions to study water vapor profile is very popular in the world. Using slant water vapor(SWV) observa- tions from Shanghai GPS network,we diagnose the three-dimensional(3D) water vapor structure over Shanghai area firstly in China. In water vapor tomo- graphy, Gauss weighted function is used as horizon- tal constraint, the output of numerical forecast is used as apriori information, and boundary condition is also considered. For the problem without exact apriori weights for observations, estimation of variance components is introduced firstly in water vapor to- mography to determine posteriori weights. Robust estimation is chosen for reducing the effect of blun- ders on solutions. For the descending characteristic of water vapor with height increasing, non-equal weights are used along vertical direction. Compari- sons between tomography results and the profile provided by numerical model (MM5) show that the forecasted moisture fields of MM5 can be improved obviously by GPS slant water vapor. Using GPS slant observations to study 3D structure of atmosphere in near real-time is very important for improving initialwater vapor field of short-term weather forecast and enhancing the accuracy of numerical weather fore- cast. | SONG Shuli ZHU Wenyao DING Jincai PENG Junhuan | 2006 | Chinese Science Bulletin2006，51，5： | 10 |
| 6 | Simple synthesis of a porous Sb/Sb2O3 nanocomposite for a high-capacity anode material in Na-ion batteries显示文摘高能力的阳极材料为钠离子电池是高度合乎需要的。这里,多孔的 Sb/Sb 2 O 3 nanocomposite 被 Sb nanocrystals 的温和氧化成功地在空中综合。在里面合成, Sb 贡献好电导率和 Sb 2 O 3 改进骑车的稳定性,特别地在 0.02-1.5 V 的电压窗户以内。它在 540 mAh 的一个可逆能力留下 ??? ′ | Jun Pan Nana Wang Yanli Zhou Xianfeng Yang Wenyao Zhou Yitai Qian Jian Yang | 2017 | Nano Research2017，10，5： | 9 |
| 7 | A high resolution lithospheric magnetic field model over China显示文摘CHAMP satellite data and ground-based magnetic observations are used and combined to map the lithospheric magnetic field over China by means of the revised spherical cap harmonic analysis(R-SHCA)modeling technique.The magnetic field is described to a spatial resolution of 150 km at the mean Earth’s radius,which represents a good compromise between the resolutions afforded by surface and satellite data.We compare the magnetic anomalies modeled at the regional scale with composite regions containing large-scale of tectonic structures.These regions,including the Tarim Basin and the Tibetan Plateau,are correlated with regional magnetic anomalies at satellite altitude but contain a significant number of small-scale and complex magnetic structures at the mean Earth’s radius.These magnetic anomalies are globally consistent with the known geological features in China but also offer a way to delineate the contours of the geological blocks and to discuss the connection between magnetic anomalies and the heat flow distribution in this region. | OU JiaMing DU AiMin E.THBAULT XU WenYao TIAN XiaoBo ZHANG TieLong | 2013 | Science China Earth Sciences2013，56，10： | 7 |
| 8 | NNR constraint in ITRF2000 and the new global plate motion model NNR-ITRF2000VEL显示文摘There are 54 sites employed by ITRF2000 for ITRF2000 orientation. The deficiencies are obvious. First, these sites cannot well represent the rotation rate of the earth crust because there is no selected site in five out of fourteen tectonic plates and three of fourteen plates only have one site each. Second, the total angular momentum of the crust is non-vanishing in ITRF2000, even though it is declared that No Net Rotation (NNR) with respect to NNR-NUVEL1A is imposed on ITRF2000 construction according to the documentations of ITRF2000. So the NNR condition in conventional terrestrial reference system (CTRS) realization cannot be satisfied in ITRF2000. In this paper, the criteria of site selection for estimating the Euler vectors are suggested; the Tisserand system constraint equation in ITRF construction is derived; and as a product, the global plate motions can be obtained from the ITRF2000 construction. | ZHU Wenyao (朱文耀) FU Yang (符 养) LI Yan (李 彦) WU Xianbing (吴显兵) | 2003 | Science China Earth Sciences2003，46，z2： | 7 |
| 9 | Uncertainty in magnetic activity indices显示文摘Magnetic activity indices are widely used in theoretical studies of solar-terrestrial coupling and space weather prediction. However, the indices suffer from various uncertainties, which limit their application and even mislead to incorrect conclu-sion. In this paper we analyze three most popular indices, Kp, AE and Dst. Three categories of uncertainties in magnetic indices are discussed: 'data uncertainty' originating from inadequate data processing, 'station uncertainty' caused by in-complete station covering, and 'physical uncertainty' stemming from unclear physical mechanism. A comparison between magnetic disturbances and related indices indicate that the residual Sq will cause an uncertainty of 1―2 in K meas-urement, the uncertainty in saturated AE is as much as 50%, and the uncertainty in Dst index caused by the partial ring currents is about a half of the partial ring cur-rent. | XU WenYao Institute of Geology and Geophysics, Chinese Academy of Sciences, Beijing 100029, China | 2008 | Science China(Technological Sciences)2008，51，10： | 6 |
| 10 | 组织场域、制度工作与产业变革——基于电动车产业的单案例研究显示文摘本研究追踪“制度工作”理论这一国际新制度组织理论的最新研究动向,以中国电动车行业为对象进行案例研究,探讨组织场域中的行动者如何影响制度,并揭示这一过程中行动者能动性相对于其场域地位变化而展示出的特点。研究结论凸显了行动者如何通过身份工作和实践工作这两种制度工作促进产业制度变革,以实现企业升级与产业升级的协同演化。具体而言,本文识别出组织场域变化前后的四种制度工作——创造性身份工作、挑战性实践工作、维护性身份工作和创造性实践工作,并通过模型构建展示了行动者随自身场域位置的变化,使用不同的制度工作来应对新场域动态的全过程。作为将制度工作引入本土语境的早期尝试,本研究在补充与修正制度创业理论基础上,对于十多年来国际新制度组织理论的能动性转向做了有益诠释。进一步地,本研究丰富了制度工作的内涵和维度,为制度工作与组织场域动态的关系提供了精细化理解,推动了本土战略管理领域“实践转向”向前发展。 | 杜晶晶 Wenyao G.Zhao 郝喜玲 | 2020 | 经济管理2020，42，7： | 5 |
| 11 | Active sites engineering of Pt/CNT oxygen reduction catalysts by atomic layer deposition显示文摘Understanding carbon-supported Pt-catalyzed oxygen reduction reaction(ORR)from the perspective of the active sites is of fundamental and practical importance.In this study,three differently sized carbon nanotube-supported Pt nanoparticles(Pt/CNT)are prepared by both atomic layer deposition(ALD)and impregnation methods.The performances of the catalysts toward the ORR in acidic media are comparatively studied to probe the effects of the sizes of the Pt nanoparticles together with their distributions,electronic properties,and local environments.The ALD-Pt/CNT catalysts show much higher ORR activity and selectivity than the impregnation-Pt/CNT catalysts.This outstanding ORR performance is ascribed to the well-controlled Pt particle sizes and distributions,desirable Pt^04f binding energy,and the Cl-free Pt surfaces based on the electrocatalytic measurements,catalyst characterizations,and model calculations.The insights reported here could guide the rational design and fine-tuning of carbon-supported Pt catalysts for the ORR. | Jie Gan Jiankang Zhang Baiyan Zhang Wenyao Chen Dongfang Niu Yong Qin Xuezhi Duan Xinggui Zhou | 2020 | Journal of Energy Chemistry2020，29，6： | 5 |
| 12 | Polyoxometalates-engineered hydrogen generation rate and durability of Pt/CNT catalysts from ammonia borane显示文摘Heterogeneously catalyzed hydrolytic dehydrogenation of ammonia borane is a remarkable structure sensitive reaction. In this work, a strategy by using polyoxometalates(POMs) as the ligands is proposed to engineer the surface and electronic properties of Pt/CNT catalysts toward the enhanced hydrogen generation rate and durability. Three kinds of POMs, i.e., silicotungstic acid(STA), phosphotungstic acid(PTA)and molybdophosphoric acid(PMA), are comparatively studied, among which the STA shows positive effects on the catalytic activity and durability. A catalyst structure-performance relationship is established by a combination of kinetic and isotopic analyses with multiple characterization techniques, such as HAADF-STEM, EDS, Raman spectroscopy and XPS. It is shown that the STA compared to the other two POMs can increase the Pt binding energy and thus promote the reaction. The insights demonstrated here could open a new avenue for boosting the reaction by employing the POMs as the ligands to engineer the catalyst electronic properties. | Wenzhao Fu Chen Han Dali Li Wenyao Chen Jian Ji Gang Qian Weikang Yuan Xuezhi Duan Xinggui Zhou | 2020 | Journal of Energy Chemistry2020，29，2： | 5 |
| 13 | Dramatic variations in the Earth's main magnetic field during the 20th century显示文摘Analysis of the International Geomagnetic Reference Field (IGRF) 1900-2000 showsthat the Earth’s main magnetic field has changed dramatically during the 20th century: its dipole moment has decreased by 6.5% since 1900, the strengths of its quadrupole and octupole have increased by 95% and 74%, respectively, four major planetary-scale magnetic anomalies on the Earth’s surface have enhanced by 21%-56%, and the magnetic center has shifted 200 km towards the Pacific Ocean. These time-variation features are similar to the behavior before a geomagnetic polarity reversal. | Wenyao Xu Zigang Wei Shizhuang Ma | 2000 | Chinese Science Bulletin2000，45，21： | 4 |
| 14 | Nightside field-aligned current during the April 6,2000 superstorm显示文摘Using the east-west geomagnetic disturbance fields observed from stations at mid-latitudes,we investigate the characteristics of field-aligned currents on the nightside during the April 6,2000 superstorm.The results indicate that there is an eastward disturbance on the nightside of Northern Hemisphere during the main phase of magnetic storm,while the interplanetary magnetic field(IMF)is continued southward.The positive disturbances in the postmidnight are larger than that in the premidnight.This suggests that upward field-aligned currents develop on the nightside,when the IMF is directed southward.The peak of upward fieldaligned currents is located in postmidnight,and it will be more obvious at substorm expansion.We get the conclusion that both partial ring current and region-2 field-aligned current shift to dusk sector.The upward region-2 current is decreased at substorm onset,and intensified after it.We also investigate the relationship between the upward field-aligned currents on the nightside and the auroral electrojets at high latitudes.It shows a good correspondence between region-2 current and the westward electrojet in the postmidnight.We suppose that they are both associated with the convection electric field. | WANG Yuan HONG MingHua CHEN GengXiong XU WenYao DU AiMin ZHAO XuDong LIU XiaoCan LUO Hao | 2010 | Chinese Science Bulletin2010，55，20： | 3 |
| 15 | Energy budget of the magnetosphere-ionosphere system in solar Cycle 23显示文摘The energy budget of the magnetosphere-ionosphere (MI) system during 1998-2008 was examined by using Akasofu's epsilon function. The results showed that 1) the yearly average rate of solar wind energy input into the MI system was 4.51 GGJ (GGJ=1018 J), while the yearly average total dissipation was 4.30 GGJ; 2) the energy partitioning in the ring current and polar region was 56%:44%; 3) the energy input and dissipation processes continuously proceeded both in storm-substorm events and less disturbed intervals, suggesting the significant contribution of slow but long-lasting energy process during the less disturbance periods to the total energy budget. In addition, we found in this study an interesting phenomenon 'self-adjustment ability' of the MI system which behaves just like a water reservoir. During solar active years, the input energy is more than the dissipated energy, implying that a portion of the input energy is not immediately released, but is stored in the magnetosphere. On the other hand, during less active years, the dissipated energy is more than the input energy, implying that the previously stored energy makes up for the energy input shortage in this period. | XU WenYao DU AiMin | 2012 | Science China(Technological Sciences)2012，55，5： | 3 |
| 16 | Realizing optimal hydrogen evolution reaction properties via tuning phosphorous and transition metal interactions显示文摘Hydrogen is one of the most attractive renewables for future energy application,therefore it is vital to develop cost-effective and highlyefficient electrocatalysts for the hydrogen evolution reaction(HER)to promote the generation of hydrogen from mild methods.In this work,Co–Mo phosphide nanosheets with the adjustable ratio of Co and Mo were fabricated on carbon cloth by a facile hydrothermal-annealing method.Owing to the unique nanostructures,abundant active surfaces and small resistance were achieved.Excellent electrocatalytic performances are obtained,such as the small overpotential of^67.3 mV to realize a current density of 10 mA cm^(-2) and a Tafel slope of 69.9 mV dec^(-1).Rapid recovery of the current response under multistep chronoamperometry is realized and excellent stability retained after the CV test for 2000 cycles.The change of electronic states of different elements was carefully studied which suggested the optimal electrochemical performance can be realized by tuning phosphorous and metal interactions. | Haishun Jiang Siyu Zhao Wenyao Li Tobias P.Neville Isil Akpinar Paul R.Shearing Dan J.L.Brett Guanjie He | 2020 | Green Energy & Environment2020，5，4： | 3 |
| 17 | Background of crustal movement of Chinese mainland显示文摘Based on GPS data during May 1995-March 1998 of 12 IGS stations located in the Chinese mainland and its surrounding areas, the horizontal displacement rates of these IGS stations have been determined. The result can be available to study the background of the crustal tectonic motion in the chinese mainland. | Wenyao Zhu Zongyi Cheng Xiaoya Wang Yongqing Xiong | 2000 | Chinese Science Bulletin2000，45，6： | 3 |
| 18 | Ground magnetic characteristics of the storm-time ring current Asymmetry显示文摘Using the minute data of the H component of geomagnetic field from the 20°E magnetic meridian chain and the 30°N magnetic latitudinal chain, the temporal evolution characteristics of the equatorial ring current during the storm on November 7-10, 2004 are studied. It is indicated that the UT-MLT and UT-MLAT graphics extremely exhibit the local time distribution, latitudinal variation and temporal evo- lution of the H component. The results show: (1) The UT-MLT contour clearly shows the increasing of the H component mostly around noon during the initial phase, representing the geomagnetic effect from the magnetopause current system. During the main phase, most negative values of the H com- ponent appear around the dusk-side, indicating the dawn-dusk asymmetric distribution of the ring cur- rent. (2) The contour of UT-MLAT suggests the latitudinal variation of the H component decreasing with the enhancement of the latitudes during geomagnetic storm, which is in good agreement with the Dst index. The latitudinal variations provide a new sight for describing the temporal characteristics of the intensity of the storm-time ring current. (3) Both the contours of UT-MLT and UT-MLAT are useful to monitor the space-time distribution of the equatorial ring current. | WU YingYan XU WenYao CHEN GengXiong CHEN Bo LIU XiaoCan | 2008 | Science China Earth Sciences2008，51，5： | 3 |
| 19 | Morphological evaluation of retinal ganglion cells expressing the L132C/T159C ChR2 mutant transgene in young adult cynomolgus monkeys显示文摘To characterize recombinant AAV2(rAAV2)-mediated expression of L132 C/T159 C ChR2 mutant in retinal ganglion cells(RGCs)of young adult cynomolgus monkeys, rAAV2 vectors carrying a fusion construct of the ChR2 mutant and GFP(ChR2-GFP) were delivered to the vitreous chamber by intravitreal injection. Expression patterns of the ChR2 mutant in RGCs were examined by immunohistochemical methods three months after injection. The RNA-binding protein with multiple splicing(RBPMS) was used as an RGC specific marker to differentiate RGCs from other retinal neurons and non-neuronal cells. The numbers of RBPMS+and GFP+ double-labeled RGCs in the central foveal varied with the eccentricity. The expression peaked within 100 μm from the edge of the foveola and drastically decreased to a single superficial RGC layer approximately 300 μm from the edge. On average,the ratio of the double-labeled RGCs versus RBPMS+ RGCs approached 0.32±0.15(n=14 fields) at the central foveal region(0.1 to 0.53 mm). We observed that the ratio reached 0.78±0.16(n=21 fields) at peripheral retinal locations(eccentricity >7 mm). This investigation demonstrates that RBPMS could serve as a valuable RGC specific marker for future investigations in this field. | Wenyao Wang Yan Nan Zhuo-Hua Pan Mingliang Pu | 2017 | Science China(Life Sciences)2017，60，11： | 2 |
| 20 | Lack of local adaptation of invasive crofton weed(Ageratina adenophora)in different climatic areas of Yunnan Province,China显示文摘Aims Crofton weed,with a subtropical origin,has successfully invaded in diverse habitats that belong to different climate zones in southwest China.We tested whether local adaptation plays an important role in the successful invasion of crofton weed in heterogeneous environments.Methods Five populations from different habitats with an altitude ranging from 678 to 2356 m were selected.Plant height,biomass,seed yield and seed germination capability of these populations were investigated in the field.greenhouse and reciprocal transplant experiments with the five populations were conducted,and all the above characters were measured and compared among these populations.Important Findings Plant height,biomass,seed yield and seed germination rate were each significantly different among the five populations in field.However,there was no difference among these populations in the greenhouse experiment.In the reciprocal transplant experiment,plants from the five populations responded similarly to different habitats in the field,indicat-ing lack of local adaptation.Instead,phenotypic plasticity likely plays a key role in the invasion success of crofton weed in different habitats. | Xiangjian Zhao Wenyao Liu Meng Zhou | 2013 | Journal of Plant Ecology2013，6，4： | 2 |
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