Welcome to Chinese Journal of Biological Control,Today is

Most Downloaded

    Published in last 1 year | In last 2 years| In last 3 years| All| Most Downloaded in Recent Month | Most Downloaded in Recent Year|

    Please wait a minute...
    For Selected: Toggle Thumbnails
    Infection and Application of Beauveria spp.
    JI Xiang-yun;YANG Chang-ju
    Abstract565)      PDF(pc) (173KB)(3769)       Save
    Related Articles | Metrics | Comments0
    Review on Research and Development of Botanical Pesticides
    ZHANG Xing, MA Zhiqing, FENG Juntao, WU Hua, HAN Lirong
    journal1    2015, 31 (5): 685-698.   DOI: 10.16409/j.cnki.2095-039x.2015.05.009
    Abstract874)      PDF(pc) (599KB)(3169)       Save
    Botanical pesticides have aroused the researchers' great interest all over the world. The article will give a concise elucidation to botanical pesticides from several aspects including the research history, current situation, industrialization efforts, application technique emphasis, special activities, biosynthesis technique, environment pattern and its mechanism, the effects of comprehensive use the residues from botanical pesticides and “pesticides-fertilizer unification” to novel plant protection theory and practice. The article present the problems appeared in fields of R & D, application, marketing promotion and management concerning botanical pesticides, and give the relevant countermeasures. And also, the article discussed the development trend and emphasis of botanical pesticides.
    Reference | Related Articles | Metrics | Comments0
    Cited: Baidu(29)
    The Status and Future Directions of Bioherbicide Study and Development
    CHEN Shiguo, QIANG Sheng
    journal1    2015, 31 (5): 770-779.   DOI: 10.16409/j.cnki.2095-039x.2015.05.017
    Abstract451)      PDF(pc) (437KB)(2929)       Save
    With enhancing of people's consciousness on health and environment as well as organic agriculture development, the “green” bioherbicide has being given more and more attention. Over twenty bioherbicide products have be registered or commercialized in worldwide, even some of them became successfully the international productions. However, the consumer market of these bioherbicides is still small due to the product self weakness. Here, this review covers the development necessity and urgency, classification, the global current status and future directions of bioherbicide. In addition, we mainly focus on that the practicability, achievements and the future prospects of the natural products-based bioherbicides. It is proposed that the structural diversity and different action target of natural products offer great opportunities for the exploiture of both directly used natural compounds as bioherbicide and synthetic herbicides with new target sites based on the structures of natural products.
    Reference | Related Articles | Metrics | Comments0
    Cited: Baidu(11)
    Analysis of the Development Situation and Trends of Biological Pesticides in China
    QIU Dewen
    journal1    2015, 31 (5): 679-684.   DOI: 10.16409/j.cnki.2095-039x.2015.05.008
    Abstract545)      PDF(pc) (428KB)(2729)       Save
    This paper summarized the status and characteristics of biological pesticide industry, and analyzed the basis of biological pesticide industry development and industrial development situation; summarized the current situation of biological pesticides and related policies to guide the development of China; analyzed the competitiveness of China's bio-pesticide industry structural features and the evolution of industry trends, explored the bottleneck problem of bio-pesticide industry and the corresponding solutions; for the current development trends of biological pesticide industry, analyzed the domestic bio-pesticides, bio-pesticides market prospects and biological pesticide industry would become the rapid development of new sources of growth.
    Related Articles | Metrics | Comments0
    Cited: Baidu(15)
    Statue and Analysis of Overseas Natural Enemies Merchandise
    XU Xue-nong, WANG En-dong
    Abstract616)      PDF(pc) (183KB)(2385)       Save
    Related Articles | Metrics | Comments0
    Cited: Baidu(23)
    Progress on Mechanism and Applications of Trichoderma as a Biocontrol Microbe
    CHEN Jie, ZHU Jie-wei, ZHANG Ting, WANG Bing-li
    Abstract688)      PDF(pc) (196KB)(2204)       Save
    Trichoderma is widely used as a biocontrol microbe against plant diseases in the world, which is mainly applied for controlling a variety of soil borne plant diseases and some plant aboveground diseases. With the advent of MAMPs (microbe-associated molecular patterns) theory,the study on mechanism of plant disease control and improved plant resistance to stress factors with Trichoderma as a biocontrol agent has come into a new stage, especially as the development of technologies based on systems biology, it has become possible to understand the nature of interaction of plant-Trichoderma-pathogen from point of "omics" view, which therefore would intensively enrich the theory basis of Trichoderma as biocontrol agent. Meanwhile, a diversified technical system for applying Trichoderma products developed in national agricultural industry would provide great promotion to sustainable development of agriculture in the future. This review will focus on new research progress on biocontrol mechanism with Trichoderma against plant diseases at molecular level.
    Related Articles | Metrics | Comments0
    Mass-Rearing and Bionomics of Campoletis chlorideae
    LIU Wan-xue;WAN Fang-hao;YUAN Shi-tao
    Abstract508)      PDF(pc) (177KB)(2160)       Save
    Mass-rearing and bionomics of Campoletis chlorideae were studied under laboratory conditions at 26±1℃ and 65±5% RH. The results indicated that among the five tested heliopteran species, i.e., Helicoverpa armigera, H. assulta, Spodoptera litura, S. exigua and Mythimna separata, S. litura was the most feasible host for the rearing of C. chlorideae. When S. litura larvae at different developmental stages (2-6d old) were used as the host of C. chlorideae, the developmental period of the wasp did not differ significantly. With the increase of the host's age, the parasitizing ratio of the wasp decreased, the weight of the cocoon increased, whereas the emerging ratio of the adults did not differ (around 90%). Four-day-old host could produce the largest number of cocoon (55.3%). The longevity of the adult wasp developed from 3-5-day-old S. litura larvae was the longest among the treatments. Under 26℃, the averaged number of eggs per wasp was 92.7 and most wasps emerged in the daytime. Under temperature range of 4-26℃ and supplied with 10% honey solution, the average longevity of adult wasp increased with the decrease of temperature.
    Related Articles | Metrics | Comments0
    SEM Observation of the Sensilla of Aleiodes esenbeckii
    WANG Yi-ping1;WU Zhi-yi2;CHEN Xue-xin3;WU Hong1
    Abstract354)      PDF(pc) (1266KB)(2141)       Save
    Aleiodes esenbeckii (Hartig) is a dominant natural enemy parasiting on Dendrolimus spp. in forests. Scanning electron microscopy was used to observe the morphology and ultrastructure of sensilla on antenna, maxillary palpus, tibia of fore leg and ovipositor of A. esenbeckii. Gnerally, A. esenbeckii have 5 types of sensilla, namely, sensillum placodeum, sensillum trichoideum, sensillum chaeticum, sensillum campaniformium and sensillum basiconicum. The adaptive implications of the morphology and distribution of these sensillum of A. esenbeckii are discussed.
    Related Articles | Metrics | Comments0
    Cited: Baidu(2)
    Research and Application on Namaticidal Plants and Phytochemicals
    WANG Jia, ZENG Guangzhi, WANG Zhe, TAN Ninghua
    journal1    2018, 34 (3): 469-479.   DOI: 10.16409/j.cnki.2095-039x.2018.03.017
    Abstract269)      PDF(pc) (1267KB)(2110)       Save
    Plant-parasitic nematodes, the second destructive pathogens in agriculture, could not only attack their host using various strategies and induce profound changes in plants, but also cause secondary diseases following tissue damage, which always heavily influence the growth and productivity of crops. So it is extremely urgent to find effective nematicides. There are four main methods for nematode control:agricultural control, physical control, chemical control and biological control. Among them, biological control is a new method for plant-parasitic nematode control using animals, plants, microorganisms and their secondary metabolites. As one kind of secondary metabolites, phytochemicals are the core of botanical pesticides. Comparing to synthetic nematicides, plant-derived nematicides are more kindly to environment, more toxic to target organisms, less toxic to nontarget organisms and unlikely to generate nematode resistance. Therefore it is significant to develop new green nematicides using nematicidal chemicals isolated from plants. Herein, nematicidal plants from Asteraceae, Leguminosae and Labiatae, nematicidal phytochemicals including alkaloids, terpenes, isothiocyanates, glucosinolates and phenolics, their action mechanisms against pests and the applications of plant-origin nematicides were reviewed. Plant-derived nematicides are not only helpful to the control of plant-parasitic nematodes, but are also friendly to the environment and human. We hope that more researchers could pay attention on the research of nematicidal plants, their secondary metabolites and their nematicidal mechanism which will contribute to the control of plant-parastic nematodes and the finding of more lead compounds for nematicides.
    Reference | Related Articles | Metrics | Comments0
    Progress in Biocontrol Research with Trichoderma
    GUO Run-fang; LIU Xiao-guang; GAO Ke-xiang; GAO Bao-jia; SHI Bao-sheng; ZHEN Zhi-xian
    Abstract452)      PDF(pc) (260KB)(2034)       Save
    Related Articles | Metrics | Comments0
    Cited: Baidu(108)
    Progress in Study on Regulation of Insect Host Physiology by Parasitoids in China
    SHI Min, CHEN Xuexin
    journal1    2015, 31 (5): 620-637.   DOI: 10.16409/j.cnki.2095-039x.2015.05.003
    Abstract399)      PDF(pc) (520KB)(2011)       Save
    Parasitoids are one of the most important groups of natural enemies of insect pests, and have been widely used as biological control agents in the insect pest manegement. They inject some factors such as venom and polydnavirus into their hosts when they lay eggs into hosts to ensure their progeny develop inside or on the hosts by altering host immunity, development and metabolism. In the past thirty years, tremendous works have been done in the field of physiological regulation of host insects by parasitoids worldwide. In this review, we summarize the related progress in China based on published papers.
    Reference | Related Articles | Metrics | Comments0
    Cited: Baidu(11)
    Process Development and Future for Entomopathogenic Fungus Beauveria bassiana Production

    LIU Jian;CHEN Hong-zhang;LI Zuo-hu

    Abstract354)      PDF(pc) (197KB)(2004)       Save
    Related Articles | Metrics | Comments0
    Biocontrol and Research Status of Halyomorpha halys (Stål)
    ZHANG Jinping1,2, ZHANG Feng2,3, ZHONG Yongzhi2,4, YANG Shiyong4, ZHOU Changqing5, ZHANG Zhongning1,2
       DOI: 10.16409/j.cnki.2095-039x.2015.02.002
    Abstract288)      PDF(pc) (658KB)(1985)       Save
    The brown marmorated stink bug, Halyomorpha halys (Stål) (Hemiptera: Pentatomidae) has a very broad host range and is a key pest in vegetable and fruit production. Native to China, Republic of Korea, DPR Korea and Japan, it has been accidentally introduced into the United States, Canada, Switzerland, Liechtenstein, Germany, France, Italy, Hungary and Greece since the mid-1990s. With its rapid expansion, this insect is possibly becoming a serious agricultural pest worldwide. In the newly invaded areas, little nature enemy is found to control this pest efficiently. For example, indigenous parasites Telenomus podisi and Trissolcus flavipes in Canada and Switzerland respectively can attack H. halys eggs, but neither wasp can complete development successfully. As chemical pesticides would cause social and ecological side effects, classical biological control is consider a promising management approach, which leading to permanent establishment and long-term control H. halys in invaded areas by introducing a co-evolved host specific biological control agent. In this paper, we reviewed taxonomy, distribution, damage, biology, ecology and biological control of H. halys, with particular focus on nature enemies in the area of origin.
    Related Articles | Metrics | Comments0
    Biological Control of Striped Flea Beetle ,Phyllotreta striolata Fabricius
    WANG Guo-hong;HAN Ri-chou
    Abstract615)      PDF(pc) (141KB)(1942)       Save
    Related Articles | Metrics | Comments0
    Cited: Baidu(6)
    GUO Jian-hua;SUN Ping-hua;WU Yun-bo;FANG Zhong-da
    Abstract355)      PDF(pc) (151KB)(1892)       Save
    Related Articles | Metrics | Comments0
    Cited: Baidu(32)
    Mass-rearing of Sclerodermus guani (Hymenoptera: Bethylidae) with Substitute Host
    YAO Wan-jun1;YANG Zhong-qi2
    Abstract468)      PDF(pc) (1060KB)(1879)       Save
    It was carried out to select proper substitute hosts for mass rearing Sclerodermus guani (Hymenoptera: Bethylidae), an effective parasitoid for biological control of longhorned beetles in China by present experiment. The result showed that male pupae of Apis mellifera ligusteca Spinola (Hymenoptera: Apidae), was successful and that the adult wasps reared with it had high parasitic ability and vigor, and 32 individuals of the wasp adults could be on average reared out by one individual of the substitute host. The lifespan of the female wasps reared was about 29 d, the male 5.5 d at 26℃ respectively, and more than 65.45% female parasitoids could live over a mouth. Five to eight generations of the parasitoid could be reared out in a year with the substitute host. The comparison indicated that the parasitic wasp reared by the substitute host was about the same in body size, viability and parasitic ability with ones reared by the larvae of its original host, Saperda populnea L. (Coleoptera: Cerambycidae). Meanwhile, the cost of the mass rearing by using the substitute was 7.44% of that by using larvae of S. populnea. Thus, it is recommended that the male pupa of Italian honey bee could be a good substitute host for mass rearing the parasitoid to meet the need of the biological control of many longhorned beetles.
    Related Articles | Metrics | Comments0
    Cited: Baidu(10)
    New Concept of Biological Control: Bio-control Plants Used for Management of Arthropod Pests
    XIAO Yingfang1,2, MAO Runqian3, WAN Fanghao4
    Abstract255)      PDF(pc) (421KB)(1835)       Save
    The modern organic agriculture has increasingly become a hot topic worldwide. In general, organic agriculture is complied with organic standards set by national governments and international organizations. The rule does not involve modern synthetic inputs such as synthetic pesticides and chemical fertilizers. With the growing emphasis on the environment and the food safety, the discovery and development of effective biological control approaches, especially in botanically based techniques, such as botanically derived pesticides to manage arthropod pest populations is facing a new challenge. This review is intended to discuss bio-control plants and provide insights of these plants used for potential biological control of arthropod pests in the field of crop protection. As all known, all crops or plants are always attacked by their enemies, i.e. arthropod pests. In most cases, the plant species or diversities within crop ecosystem provide an excellent opportunities for manage pests in organic agricultural production. Under certain circumstances, these crops or plants can rely on their own defense strategies, such as plant physiological and biochemical merits, against arthropod pest population. These plant defense strategies are playing key role in regulation of arthropod pest populations. Therefore, the botanically based techniques are particularly useful in pest management of the organic agriculture. Based on the studies, a new concept, bio-control plants (BCP), or bio-control plant agent, was emerging. The bio-control plants are defined as these plant species that could be used as biological control agents direct or indirectly to eliminate or manage the targeted arthropod pests, these bio-control plants include host-resistant plants, insecticidal plants, repellent plants, flowering plants, insectary plants (for natural enemies) and so on. The bio-control plants, in general, consist of three types of plant species based on plant characteristic and functional response to arthropod pest attacks. 1) The crops or plants that have specific chemical or physical characteristic which could be used to reduce, repel or kill pests, such as naturally- resistant crops, or botanical based host-resistant transgenic plants, and insecticidal plants; 2) The crops or plants that could deliver specific nutrients to natural enemies for development and reproduction, e. g, specific insectary plants, banker plants, and specific flowering plants; 3) The crops or plants that could provide shelter or reproduction habitats, such field-side plants (weeds). Generally speaking, the bio-control plants have several advantages: First, as naturally or botanically based techniques, the bio-control plant agents provide new option approach for managing important arthropod pests. The plant-based agents introduced to the crop ecosystem would make growers implement easily, overall significantly reduce pesticides or other chemical inputs in the modern organ agriculture; these environmental friendly approaches would increase crop yields and increasingly assure food safety. Secondly, the bio-control plants may highly effective support natural enemy without risks, e.g., the banker plants or specific flowering plants. Overall vegetation diversity within the crop ecosystem may in part offer wider range of nectar (carbohydrate) and pollen (protein) resources from flowering plants for beneficial against arthropods during growing season. Thirdly, the bio-control plants could be compatible with other biologically control methods. Without doubt, the bio-control plants put emphasis on substantial natural suppression mechanism of targeted pests either throughout natural enemies or plant self function within a crop system. This exploitation of the bio-control plants should be bright and great benefit to producer and customers in future.
    Related Articles | Metrics | Comments0
    Advances on Biological Control of Plant-parasitic Nematodes
    JIN Na, LIU Qian, JIAN Heng
    journal1    2015, 31 (5): 789-800.   DOI: 10.16409/j.cnki.2095-039x.2015.05.019
    Abstract307)      PDF(pc) (459KB)(1830)       Save
    Fungi, bacteria and actinomycetes have recognized as effective biocontrol agents to plant-parasitic nematodes. In this review, we have summarized the advances on screening, application and commercial formulations of biological agents during the past five years, and have proposed some suggestions for future researches.
    Reference | Related Articles | Metrics | Comments0
    Cited: Baidu(9)
    Advance in Bio-control Researches of the Important Forest Insect Pests with Natural Enemies in China
    YANG Zhong-qi
    Abstract737)      PDF(pc) (252KB)(1818)       Save

    Related Articles | Metrics | Comments0
    Cited: Baidu(142)