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中國(guó)蜘蛛(英文版)

中國(guó)蜘蛛(英文版)

定 價(jià):¥240.00

作 者: Song Daxiang,Zhu Mingsheng,Chen Jun 著
出版社: 河北科技出版社
叢編項(xiàng):
標(biāo) 簽: 動(dòng)物學(xué)

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ISBN: 9787537518925 出版時(shí)間: 1900-01-01 包裝: 精裝
開本: 頁(yè)數(shù): 639 字?jǐn)?shù):  

內(nèi)容簡(jiǎn)介

  Spiders are common in daily human experience because of their biodiversity, wide distribu tion and abundance in favorable seasons. It is unjustifiable that their significance was previously overlooked in biological study. In western countries where Arachnology was initiated more than a century earlier than in China, spiders used to be neglected in academic circle. In China, with the exception of relevant papers published by Professor C. Ping and Professor Fen-chen Wang several decades ago, arachnology remained a vacant field for a long period of time. In recent years, owing to increasing need of biological control of insect pests in agriculture and forestry,attention has been directed to spiders with researchers gradually devoting their studies in this field.Spiders prey essentially on insects for subsistence. Emerged about four hundred million years ago and developed along the long evolutionary course of insects, the ancestral spider species were terrestrial cave dwellers and sluggish in movements. With changes in natural envi-ronment and evolution of insects in their capacity of jumping and flying, spiders improved markedly their ability in jumping and web spinning. They then developed to so-called"true spi ders"(Araneomorphae)in coincidence as insect predators. They are very specialized in possession of complicated spinnerets and well-developed silk glands secreting silk with immense strength and elasticity. Spider silk is extraordinary in its numerous functions in pray catching,locomotion, dispersal and reproduction which are marchless in other animals. Spiders are also unique in changing pedipalps into palpal organs and in their special mode of sperm transfer. As an arthropodian order it contains 35 000 species, uniformly as predators, thus forming a rarephenomenon in the phylogenesis of animal kingdom.Aside from their academic significance in zoological researches, spiders are highly valuable in human productive activities as natural enemies of many agricultural and forest insect pests.In China the beneficial contributes of spiders were recognized early in ancient times. More than two thousand years in the beginning of Han Dynasty, spiders were regarded as an augury of good harvest. There was an old popular saying that aggregation of spiders would bring forthgood luck,which was recorded by Wu Jun, a scholar in Liang Dynasty in the period of South Sovereighty, in his book entitled"Annotation of West Capital"as well as by Chen Yuan-long in Qing Dynasty in his writing on"Reflection of Knowledge from Nature". Therefore, it could be seen that our ancestors highly appreciated the beneficial effects of spiders in agriculture. Investigation conducted by scientific workers in plant protection in past ten years and more revealed that spiders accounted for over 50 % of the total predatory natural enemies of insects in farmingareas, while in the rice fields where insecticide application was not too heavy, the population of spiders amounted to 450 000- 3 150 000 per ha. In Hunan Province, their density in alfalfa fields reached as high as 12 750 000 per hectare. An English scholar reported that spider population in South England grassland reached 2 265 000 per acre. It was estimated that the total weight of "insects destroyed by spiders in England in one year surpassed that of human population in that country. Though it is hardly possible to verify the truth of this statement, we could positively affirm the immense capacity of spiders in destroying insect pests.The senior author of this book devoted himself in the study of taxonomy and biology of crustaceans and leeches in his early years. Since late 1970's he turned to study spiders because of the need of biological control of insect pests in agriculture and forestry. During this period he published two books and some 180 papers in relation to spiders. He visited five key museums in Germany, France and the United States, and examined type specimens and closely related species of Chinese spiders. He found many species were identified as synonyms; and based on his own research he gathered additional latest data including newly established taxa. It seems obviously necessary to systematize and clarify the several hundred Chinese spider species recorded by westerners since 1798 and a thousand and more spiders species described by Chinese in the recent two decades. His collaborators include a middle-aged professor who has worked on spiders for years with remarkable achievements, and a young doctor who has completed his dissertation on systematics of wolf spiders and is ready to study other spider taxa.

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圖書目錄

Introduction
General Account
Spiders and related arthropods
External morphology of spiders
 Internal structure of spiders
Courtship, mating and growth
Silk and web
Spider communication
Spider bites and poison
Role of spiders in biological control of insect pests
Phylogeny and systematics
Systematic Account
Suborder Mesothelae
  Family Liphistiidae
Suborder Opisthothelae
Infraorder Mygalomorphae
   Family Atypidae
   Family Ctenizidae
   Family Hexathelidae
   Family Dipluridae
   Family Nemesiidae
   Family Theraphosidae
   Family Hypochilidae
Infraorder Araneomorphae
   Family Filistatidae
   Family Sicariidae
   Family Scytodidae
   Family Leptonetidae
   Family Telemidae
   Family Pholcidae
   Family Segestriidae
   Family Dysderidae
   Family Oonopidae
   Family Palpimanidae
   Family Mimetidae
   Family Eresidae
   Family Oecobiidae
   Family Hersiliidae
   Family Deinopidae
   Family Uloboridae
   Family Nesticidae
   Family Theridiidae
   Family Theridiosomatidae
   Family Anapidae
   Family Linyphiidae
   Family Tetragnathidae
   Family Araneidae
   Family Lycosidae
   Family Pisauridae
   Family Agelenidae
   Family Hahniidae
   Family Dictynidae
  Family Amaurobiidae
  Family Titanoecidae
   Family Psechridae
  Family Zoropsidae
  Family Oxyopidae
  Family Anyphaenidae
  Family Liocranidae
  Family Clubionidae
  Family Corinnidae
  Family Zodariidae
  Family Trochanteriidae
  Family Prodidomidae
   Family Gnaphosidae
  Family Ctenidae
  Family Zoridae
  Family Selenopidae
  Family Heteropodidae
  Family Philodromidae
  Family Thomisidae
   Family Salticidae
References
Index

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