Uses of GBIF in scientific research

Peer-reviewed research citing GBIF as a data source, with at least one author from China.
For all researches, please visit our "Peer-reviewed publications" page.

List of publications

  • Huang Y, Cui S, Li N, Li C, Jiang Z (2017)

    Invasion and potential impacts of the first alien carnivore in China: American minks (Neovison vison) in Altai region, Xinjiang

    Chinese Science Bulletin 62(4) 279-288.

    American minks (Neovison vison), which cause great impacts on local small and median sized animals through direct predation and diseases tramission, had been characterized as an invasive species worldwide. As well-known fur animals, American minks were introduced to Europe in early 20th century, and to China in mid-20th century. American minks spread nearly entire Europe soon after escaping from fur farms in European countries, and they had already established naturalized population in northern Altai Mountain in Russia for years. Northern Altai Mountain is one of the main distribution areas of American minks in Russia. In recent years, American minks were reported in southern Altai mountains (Altai region, or Chinese Altai) in Xinjiang, China. American minks occurred in forest parks and national nature reserves in Altai region. Earlier records in China were misidentified as European minks or both of them. Based on field survey and photo identification, we confirmed that all these records were belong to American minks. Although American minks had been imported to China for over half a century, now they were found in wild in north-western China instead of eastern China, where had more mink farms. Thus American minks found in Chinese Altai may be border-crossing invaders. Through field survey and investigation, American minks were not rare in the forest parks and nature reserves of Chinese Altai region, thus we suggested that American mink had already established populations in China. We discussed the potential impacts of American minks invasion in China through habitat simulation, potential prey and competing species, and wildlife diseases. We discussed the current status of otters in China, which had similar niches to minks. Using MaxEnt model for habitats simulation at global scales, we predicted climate-suitable areas for American minks. We find that coastal regions of North America, south tip of South America, Europe, Eastern Asia, North Africa, South Eastern Australia and New Zealand harbor highly suitable habitats of American minks. All these coastal areas should be exceptionally precautious for live minks transport. In addition, mountains of Central Asia are the only inland highly suitable habitats of American minks. Central Asia harbors plentiful endemic fishes, and should be precautious for American minks invasion. In China, Chinese Altai and middle to lower reaches of Yangtze River are highly suitable habitats for American minks, where otters are almost disappeared. As China’s first alien carnivore, American minks will impose great predation pressures on endemic waterfowls and fishes, and will have impact on China’s endangered otters and other mustelids. All three major minks epidemic diseases: canine distemper, Aleutian disease and mink viral enteritis had already have outbreak records in Chinese mink farms, and theses diseases had been proven to transmit to wildlife. In addition, China the has largest mink farming industry of the world. Therefore, besides controlling border-crossing invasion, eco-security assessments should be strengthened in domestic mink farms.

    Keywords: Altai Mountain, American minks, habitat simulation, invasive species, wildlife diseases

  • Horvitz N, Wang R, Wan F, Nathan R (2017)

    Pervasive human-mediated large-scale invasion: analysis of spread patterns and their underlying mechanisms in 17 of China's worst invasive plants

    Journal of Ecology 105(1) 85-94.

    Biological invasions constitute a major component of human-induced environmental change and have become a world-wide problem threatening global biodiversity and incurring massive economic costs. Consequently, research on biological invasions proliferates, placing a major emphasis on species traits and habitat characteristics associated with successful invasion. Yet, the mechanisms underlying rapid spread and the resulting patterns remain largely unexplored. Using data collected since 1980 and earlier at the county level all over China, we studied the contribution of potential dispersal vectors – railroads, rail stations, roads, general human activity, rivers and winds – to the spread of 17 of China's worst invasive plant species. Focusing on long-distance dispersal events, we calculated the minimal arrival speed for the first record of each species in each county. We also developed and applied a new method to account for observation bias due to the proximity to roads, using observational data of 776 native (non-invasive) plant species throughout China. We found that human-related vectors are accountable for the vast spread of all 17 invasive plant species we examined. Spread patterns were characterized by long jumps of tens to hundreds of kilometres and extremely fast average spread rates of roughly 2–4 km per year, and a very broad range (0·1–128·2 km per year) with high variability between years. These rates are much higher than those expected from classic dispersal vectors such as water, wind or animals. Commonly used fat-tailed dispersal kernels did not fit the observed distribution of long jumps for any species. Synthesis. We found pervasive empirical evidence for the overriding role of humans in the large-scale spread of invasive plants from multiple taxa. The observed spread patterns differ significantly from those portrayed in the literature, emphasizing the need to develop new frameworks to explore large-scale spread in general and invasive spread in particular. With public data sets of invasive species observations becoming increasingly more available, the time is ripe to go beyond exploration of species traits and habitat suitability and to examine the actual patterns and the mechanisms of large-scale invasive spread, even at a scale of thousands of kilometres over land.

    Keywords: Introduction, dispersal vectors, invasion ecology, invasive species, invasive spread, jump dispersal, long-distance dispersal, minimal arrival speed, plant dispersal, spread pattern

  • Lin M, Bi W, Yang X (2017)

    A revision of the genus Eutetrapha Bates (Coleoptera: Cerambycidae: Lamiinae: Saperdini)

    Zootaxa 4238(2) 151.

    A revision of the genus Eutetrapha Bates, 1884 is presented. Four new species are described from China: E. parastigmosa Lin & Yang, sp. nov. from Hubei, Chongqing and Shaanxi; E. tianmushana Lin & Bi, sp. nov. from Zhejiang; E. shaanxiana Lin & Yang, sp. nov. from Shaanxi, Hubei, Gansu; and E. gui Lin & Yang, sp. nov. from Hainan. Eutetrapha virides Pu & Jin, 1991 is transferred to the genus Paraglenea, and Glenea ocelota Bates, 1873 is transferred from Eutetrapha to Saperda (Lopezcolonia). Eutetrapha laosensis is newly recorded from India and Myanmar, while Eutetrapha flavoguttata Pu & Jin, 1991 is newly recorded from Myanmar. India and Myanmar represent new country records for Eutetrapha. Twenty-one taxa are recognized in the genus Eutetrapha, and a key to the described species of the genus is presented.

    Keywords: Coleoptera, Oriental region, distribution, genitalia, new combination, new species, taxonomy

  • Ling S, Meng Q, Tang L, Ren M (2017)

    Pollination Syndromes of Chinese Gesneriaceae: a Comparative Study between Hainan Island and Neighboring Regions

    The Botanical Review 1-15.

    The species-rich Gesneriaceae are typically a tropical family in Asia, showing a monophyletic radiation and high endemism in Southwest China and Hainan Island. The Chinese species have diverse floral traits and pollination systems, but the detailed patterns of diversity and possible differentiations between Hainan Island and the Chinese mainland remain unclear. Here, we enumerate the species diversity and proportion of endemics of Gesneriaceae for Hainan Island and the nearby Chinese provinces of Yunnan, Guangxi, Guizhou, and Guangdong. We then investigate the species evolutionary histories and main floral traits to evaluate speciation and pollination syndromes for the island and mainland flora. We recognize 24 (eight endemic) species on Hainan Island, 236 (106 endemic) in Yunnan, 211 (120 endemic) in Guangxi, 97 (28 endemic) in Guizhou, and 60 (20 endemic) in Guangdong. Although Hainan Island harbors fewer species than nearby regions, probably due to its smaller area, its endemic ratio is high, only slightly lower than Guangxi. A phylogenetic tree based on nuclear ITS 1/2 and chloroplast Trn L-F indicated most Hainan-endemic species were genetically close to species from Southeast Asia, rather than mainland China. For most floral traits, e.g., growth form, corolla type and color, Hainan Island species show no differences from other regions. Hainan Island and Yunnan Province have equal proportions of species with four or two stamens, whereas most species in other regions have two stamens. Hainan Island has a much higher percentage (21%) of actinomorphic species than other regions (< 10%). Most species in Hainan Island have exserted stamens, while stamens are included in most species in other regions. We did not find any increased tendency in floral traits that promote selfing for the island flora. Generalist pollination mechanisms, supported by characters such as actinomorphic corolla, appear to provide sufficient reproductive assurance in pollinator-depauperate Hainan Island.

    Keywords: Adaptive evolution, Endemic species, Floral syndromes, Hainan Island, Pollination system, Speciation

  • Liu D, Wang R, Gordon D, Sun X, Chen L, Wang Y (2017)

    Predicting Plant Invasions Following China’s Water Diversion Project

    Environmental Science & Technology 51(3) 1450-1457.

    China’s South to North Water Diversion (SNWD) project connects portions of the Yangtze River in the south to the Yellow River system in the north, overcoming biogeographic barriers to water movement. The diversion will supply potable water to over 110 million people and provide multiple other socioeconomic benefits. However, an inadvertent negative impact of this connection includes creation of conduits for species invasions. Alligator weed (Alternanthera philoxeroides), water hyacinth (Eichhornia crassipes), and water lettuce (Pistia stratiotes) are the only aquatic plant species on China’s shortlists for special control. These species are mainly invasive in the Yangtze River basin. If these species are able to invade the SNWD and further spread via the SNWD, they have the potential to alter water supply, including water quantity and quality, as well as local ecology and agriculture, threatening the goals of the diversion. Understanding the full potential for these species to invade northern China is cri...

    Keywords: Adaptive evolution, Endemic species, Floral syndromes, Hainan Island, Pollination system, Speciation

  • Wan J, Wang C, Tan J, Yu F (2017)

    Climatic niche divergence and habitat suitability of eight alien invasive weeds in China under climate change

    Ecology and Evolution 7(5) 1541-1552.

    Testing climatic niche divergence and modeling habitat suitability under conditions of climate change are important for developing strategies to limit the introduction and expansion of alien invasive weeds (AIWs) and providing important ecological and evolutionary insights. We assessed climatic niches in both native and invasive ranges as well as habitat suitability under climate change for eight representative Chinese AIWs from the American continent. We used climatic variables associated with occurrence records and developed ecological niche models with Maxent. Interestingly, the climatic niches of all eight AIWs diverged significantly between the native and invasive ranges (the American continent and China). Furthermore, the AIWs showed larger climatic niche breadths in the invasive ranges than in the native ranges. Our results suggest that climatic niche shifts between native and invasive ranges occurred. Thus, the occurrence records of both native and invasive regions must be considered when modeling and predicting the spatial distributions of AIWs under current and future climate scenarios. Owing to high habitat suitability, AIWs were more likely to expand into regions of low latitude, and future climate change was predicted to result in a shift in the AIWs in Qinghai and Tibet (regions of higher altitude) as well as Heilongjiang, Jilin, Liaoning, Inner Mongolia, and Gansu (regions of higher latitude). Our results suggest that we need measures to prevent and control AIW expansion at the country-wide level.

    Keywords: Adaptive evolution, Endemic species, Floral syndromes, Hainan Island, Pollination system, Speciation

  • Yang L, Hu H, Xie C, Lai S, Yang M, He X et al. (2017)

    Molecular phylogeny, biogeography and ecological niche modelling of Cardiocrinum (Liliaceae): insights into the evolutionary history of endemic genera distributed across the Sino-Japanese floristic region.

    Annals of botany 119(1) 59-72.

    BACKGROUND AND AIMS The patterns of evolutionary assembly in the Sino-Japanese floristic region (SJFR) remain largely unknown due to a lack of integrative multidimensional studies throughout the region. To address this issue, we elucidated the evolutionary history of Cardiocrinum (Liliaceae), a genus containing four taxa distributed across the SJFR. METHODS Fifty-four populations were sampled throughout the geographical range of Cardiocrinum to assess genetic structure, analyse phylogenetic relationships and reconstruct ancestral area based on six chloroplast DNA (cpDNA) fragments and three low copy nuclear genes (LCNG). Ecological niche modelling was used to examine the potential range shifts of Cardiocrinum in response to climatic change. KEY RESULTS The molecular data showed high genetic similarity in the cpDNA (98·37 %) and LCNG (94·53 %) sequences. The biogeographical analyses revealed that the ancestor of Cardiocrinum diversified during the late Miocene (approx. 7·32 Mya) in Central China. The ancestor of the C. giganteum lineage dispersed westward to the Himalayas and south-west China with the split between C. giganteum and C. giganteum var. yunnanense occurring around 4·11 Mya consistent with the period of orogeny of the Hengduan Mountains. Some populations of the C. cathayanum lineage dispersed eastward to south Japan via the land bridge approx. 4·97 Mya, providing opportunities for allopatric speciation of C. cordatum The predicted suitable habitats of Cardiocrinum have become smaller and more fragmented since the Last Glacial Maximum. CONCLUSIONS Our study provides evidence of a biogeographical pattern of dispersal from Central China to the Himalayas in the west and Japan in the east for genera distributed across the SJFR, and highlights that the orogeny of the Hengduan Mountains and fluctuations of the sea level of the East China Sea played important roles in promoting species divergence.

    Keywords: Biogeography, Cardiocrinum, Sino-Japanese Floristic Region, ecological niche modelling, phylogeny, species divergence

  • Bellot S, Cusimano N, Luo S, Sun G, Zarre S, Gröger A et al. (2016)

    Assembled Plastid and Mitochondrial Genomes, as well as Nuclear Genes, Place the Parasite Family Cynomoriaceae in the Saxifragales

    Genome Biology and Evolution 8(7) 2214-2230.

    Cynomoriaceae, one of the last unplaced families of flowering plants, comprises one or two species or subspecies of root parasites that occur from the Mediterranean to the Gobi Desert. Using Illumina sequencing, we assembled the mitochondrial and plastid genomes as well as some nuclear genes of a Cynomorium specimen from Italy. Selected genes were also obtained by Sanger sequencing from individuals collected in China and Iran, resulting in matrices of 33 mitochondrial, 6 nuclear, and 14 plastid genes and rDNAs enlarged to include a representative angiosperm taxon sampling based on data available in GenBank. We also compiled a new geographic map to discern possible discontinuities in the parasites’ occurrence. Cynomorium has large genomes of 13.70-13.61 (Italy) to 13.95-13.76 pg (China). Its mitochondrial genome consists of up to 49 circular subgenomes and has an overall gene content similar to that of photosynthetic angiosperms, while its plastome retains only 27 of the normally 116 genes. Nuclear plastid and mitochondrial phylogenies place Cynomoriaceae in Saxifragales, and we found evidence for several horizontal gene transfers from different hosts, as well as intracellular gene transfers.

    Keywords: Chondriome, Cynomorium, Mediterranean-Irano-Turanian, horizontal gene transfer, parasitic plants, plastome

  • Cao B, Bai C, Zhang L, Li G, Mao M (2016)

    Modeling habitat distribution of Cornus officinalis with Maxent modeling and fuzzy logics in China

    Journal of Plant Ecology rtw009.

    AimsPredicting suitable habitat distribution is an effective way to protect rare or endangered medicinal plants. Cornus officinalis is a perennial tree growing in forest edge and its air-dried pericarp is one of the traditional Chinese medicines (TCM) with significant medicinal values. In recent years, C. officinalis has undergone severe degeneration of its natural habitat owing to growing market demands and unprecedented damage to the forests. Moreover, the degeneration of suitable habitat has threatened the supply of medicinal materials, and even led to the extinction of some engendered medicinal plant species. In this case, there is a great risk to introduce and cultivate medicinal plants if planners determine the suitable cultivation regions based on personal subjective experience alone. Therefore, predicting suitable potential habitat distribution of medicinal plants (e.g. C. officinalis) and revealing the environmental factors determining such distribution patterns are important to habitat conservation and environmental restoration. MethodsIn this paper, we report the results of a study on the habitat distribution of C. officinalis using maximum entropy (Maxent) modeling and fuzzy logics together with loganin content and environmental variables. The localities of 106 C. officinalis in China were collected by our group and other researchers and used as occurrence data. The loganin content of 234 C. officinalis germplasm resources were tested by high-performance liquid chromatography (HPLC) and used as content data. 79 environmental variables were selected and processed with multi-collinearity test by using Pearson Correlation Coefficient (r) to determine a set of independent variables. The chosen variables were then processed in the fuzzy linear model according to the cell values (maximum, minimum) of localities with estimated loganin content. The SDMtoolbox was used to spatially rarefy occurrence data and prepare bias files. Furthermore, combined Maxent modeling and fuzzy logics were used to predict the suitable habitat of C. officinalis. The modeling result was validated using null-model method. Important findingsAs a result, six environmental factors including tmin3, prec3, bio4, alt, bio12 and bio3 were determined as key influential factors that mostly affected both the habitat suitability and active ingredient of C. officinalis. The highly suitable regions of C. officinalis mainly "core distribution zone" of the east-central China. The statistically significant AUC value indicated that combined Maxent modeling and fuzzy logics could be used to predict the suitable habitat distribution of medicinal plants. Furthermore, our results confirm that ecological factors played critical roles in assessing suitable geographical regions as well as active ingredient of plants, highlighting the need for effective habitat rehabilitation and resource conservation.

    Keywords: Cornus officinalis, Maxent modeling, fuzzy logics, habitat distribution, medicinal plant

  • Duan R, Kong X, Huang M, Varela S, Ji X (2016)

    The potential effects of climate change on amphibian distribution, range fragmentation and turnover in China

    Many studies predict that climate change will cause species movement and turnover, but few studies have considered the effect of climate change on range fragmentation for current species and/or populations. We used MaxEnt to predict suitable habitat, fragmentation and turnover for 134 amphibian species in China under 40 future climate change scenarios spanning four pathways (RCP2.6, RCP4.5, RCP6 and RCP8.5) and two time periods (the 2050s and 2070s). Our results show that climate change will cause a major shift in the spatial patterns of amphibian diversity. Suitable habitats for over 90% of species will be located in the north of the current range, for over 95% of species in higher altitudes, and for over 75% of species in the west of the current range. The distributions of species predicted to move westwards, southwards and to higher altitudes will contract, while the ranges of the species not showing these trends will expand. Amphibians will lose 20% of their original ranges on average; the distribution outside current ranges will increase by 15%. Climate change will likely modify the spatial configuration of climatically suitable areas. Changes in area and fragmentation of climatically suitable patches are related, which means that species may be simultaneously affected by different stressors as a consequence of climate change.

    Keywords: Amphibians, Climate impacts, Dispersal, Distribution, Fragmentation, MaxEnt, Range shifts, Turnover